STATE LEVEL TECHNICAL SYMPOSIUM
31 August 2018
RAMCO INSTITUTE OF TECHNOLOGY
North Venganallur Village, Rajapalayam-626 117, Tamil Nadu.
STATE LEVEL TECHNICAL SYMPOSIUM
31 August 2018
CHIEF PATRON
Shri. P.R.Venketrama Raja
Chairman, Ramco Institute of Technology
PATRON
Dr. N.Jawahar
Principal, Ramco Institute of Technology
RAMCO INSTITUTE OF TECHNOLOGY
North Venganallur Village, Rajapalayam-626 117, Tamil Nadu.
MESSAGE
Greetings!
I am happy that our Institute is organising the State Level Technical Symposium named
“TECHYUGA” successively for the fourth time on 31 August, 2018.
TECHYUGA is the wonderful platform for RITians to showcase their creativity, hidden talents,
team work and organisational skills. It provides the right platform to budding Engineers of both
our Institute and other Institutions across the state. This will also facilitate the participants to
share their knowledge and exhibit technical skills in various events including paper presentation
and workshops on several themes and titles. TECHYUGA has received a good response from
nearly 750 participants from around 70 prominent Engineering Institutions in the State. I am
confident that this Technical Symposium will enrich the knowledge level, innovation potential
and engineering skills of the students.
I congratulate the faculty members and students of our Institute for their efforts in organising this
Technical event and wish the Symposium a great success.
N.Jawahar
HIGHLIGHTS OF RAMCO INSTITUTE OF TECHNOLOGY
Genesis:
Ramco Institute of Technology is established in 2013 under the aegis of Raja Charity Trust
by our visionary Founder Chairman Shri P. R. Ramasubrahmaneya Rajha and Chairman
Shri P. R. Venketrama Raja to provide good quality technical education to the students.
The Institute is built in a serene campus of around 98 acres to promote value based
education. It is located near Rajapalayam and is about 85 kms from Madurai. At present
the Institute offers 5 Under-Graduate courses in Engineering, namely B.E Civil
Engineering, B.E. Computer Science and Engineering, B.E. Electrical and Electronics
Engineering, B.E. Electronics and Communication Engineering and B.E. Mechanical
Engineering.We have 1625 students on roll for all four years. We have planned to start PG
courses and Research programmes in the forthcoming years subject to the approval by
AICTE. RIT has an active Advisory Committee headed by Prof. M. S. Ananth, Former
Director, IIT Madras and has prominent academic and management heads.
Modern Infrastructure:
Our Institute has around 3.5 lakh sq. ft. built-up area with state-of-the-art class rooms and
laboratory facilities to meet the academic needs. We have 120 Mbps Internet connectivity,
35 Classrooms, 5 Seminar Halls, 9 Computer Centres having 1000+ computers with IT
tools, Conference hall with Placement centre and a big auditorium with a seating capacity
of 2500 to meet high-tech academic, co-curricular, training and placement needs. The
library has nearly 12000 Books, 1300 e-journals and 220 NPTEL Videos for e-learning.
We have built a modern training and placement centre facilitating continuous training and
placement activities. We have established RIT-Harita Advance Learning Centre, RIT-NI
Labview Laboratory, IBM powered data centres, and Networking Centre with high-tech
servers for offering specialised training to both faculty members and students. There is a
dedicated team of around 102 faculty members among which 20 are Ph.D. holders, around
31 are pursuing Ph.D., and the remaining are postgraduates of high merit with good
experience. The hostels with a built-up-area of 2.8 Lakh sq. ft. are fully furnished for
comfortable stay and offers an excellent environment for learning with internet and Wi-Fi
connectivity. Separate common rooms, Gymnasium and indoor game facilities are
provided in each Hostel for promoting extra-curricular activities.
Speciality in Teaching-Learning:
Our students, in addition to the regular curriculum have access to MIT open courseware
and NPTEL videos. Many faculty members and students have pursued online courses from
MIT and other prominent foreign Universities to learn about the recent advancements in
the domains they specialise, fine-tune their understanding of basic concepts and to improve
their thinking skills. So far nearly 190 courses were completed by faculty members in
prominent engineering disciplines from reputed universities.
Events Organized:
Engineer’s Day and National Science Day are celebrated every year in which many Project
Presentations, Aptitude, Technical Quiz, Coding Contests, Poster Designing competitions
are conducted to enhance students’ knowledge. We also have signed MoUs with reputed
companies like Tessolve Semiconductor Pvt. Ltd., BSNL, Future Calls and TVS-HARITA
Techserv Limited. In addition to this, various value added courses on recent technologies
and Industry oriented trainings are given to the students.
Ramco Institute of Technology State Level Technical Symposium
Rajapalayam Techyuga ‘ 18
DEPARTMENT LEVEL EVENT COORDINATORS
NAME OF THE EVENTS NAME OF THE FACULTY MEMBERS
DEPARTMENT OF CIVIL ENGINEERING
Tech Storm Mr.S.Dharmar AP(SG)/Civil
Mrs.C.Subha AP(SG)/Civil
Engineer’s Eye Mr.T.Chockalingam AP/Civil
Secret world Mr.R.Muruganantham AP/Civil
Reconnoiter Mr.A.Manicka Mamallan AP/Civil
Ms.A.Hari Rama Lakshmi AP/Civil
Hands on training on Primavera Mr.G.Karthikeyan AP/Civil
Make ‘N’ Break Mr.J.Ram Prashath AP/Civil
Ms.R.Chithradevi AP/Civil
DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING
Paper presentation Mrs. M.Swarna Sudha AP(SG)/CSE
Angry Nerds Mr.C.A. Yogaraja AP/CSE
Ms.S.Manjula AP/CSE
Engineer’s Eye Ms.J.Sabthami AP/CSE
Mr.K.Vignesh Saravanan AP/CSE
Spy Hunt Ms.G.Mahalakshmi AP/CSE
Mr.D.Lakshmanan AP/CSE
PUBG Mr.M.Gomathy Nayagam AP/CSE
Workshop on ‘RUBY ON RAILS” Mr.R.Balaji Ganesh AP(SG)/CSE
Mr.A.S. Prabaharan AP(SG)/CSE
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
Tech Talk (Paper Presentation) Mr.A.Azhagu Jaisudhan Pazhani AP/ECE
Mrs.M.Sangeetha AP/ECE
Technowizard Mrs.R.Chitra AP/ECE
Srujana Mr.R.Deiva Nayagam AP/ECE
Riddle Trigger Mr.T.Ram Prakash AP/ECE
Mind Crushers Mrs.R.Ramalakshmi AP/ECE
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING
Fun On Mr.S.Viignesh AP/EEE
Master In You Mr.S.Meenakshi Sundravel AP/EEE
Paper Presentation Dr.K.Karthikeyan AP(SG)/EEE
Solariz Mr.E.Thangam AP/EEE
Mr.N.Ganesh AP/EEE
Tech No Tech Ms.S.Sharmilakumari AP/EEE
Circuitronics Mr.E.Thangam AP/EEE
Arduino Workshop Mr.A.ArunKumar AP/EEE
Mr.N.Ganesh AP/EEE
Mrs.S.Jeyanthi AP/EEE
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam Techyuga ‘ 18
DEPARTMENT LEVEL EVENT COORDINATORS
NAME OF THE EVENTS NAME OF THE FACULTY MEMBERS
DEPARTMENT OF MECHANICAL ENGINEERING
Paper Presentation Dr.V.Sivakumar AP(SG)/ Mechanical
Mad-ads Mr.R.Arun Kumar AP/Mechanical
Water Rocket Mr.S.Godwin Barnabas AP(SG)/Mechanical
RC Buggy Race Mr.R.Venkatesh AP/Mechanical
CAD Modelling Mr.S.Prabu Ram AP/Mechanical
Try-Cycle Assembly Mr.K.Amudhan AP/Mechanical
Mr.M.Ashok Kumar AP/Mechanical
Mr.N.L. Sujin AP/Mechanical
Mr.J.Jerold John Britto AP/Mechanical
Mr.R.Prabhakaran AP/Mechanical
Mr.M.Sivagaminathan@Balaji AP/Mechanical
RIT AUTOMATION AND ROBOTICS CLUB
Pick and place Mr.S.Meenakshi Sundaravel AP/EEE
ROBO Line Follower Mr.B.Kannan AP(SG)/ECE
ROBO Race Mr.C.Gururaj AP/Mechnaical
PNEUMO HYDRAULICS Mr.S.Valai Ganesh AP/Mechanical
Workshop on Industry V4.0 Mr.T.Selva Sundar AP/Mechanical
Mr.S.Meenakshi Sundravel AP/EEE
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam Techyuga ‘ 18
TECHYUGA’18 – LIST OF COMMITTEES
Sl. Name of the Committee Faculty Members
No. Committee Coordinator
Dr.S.Periyanayagi Mrs.D.Darling Helen Lydia, AP/Civil
Registration & Mrs.V.Anusuya, AP(SG)/CSE
1 Report Dr.B.Deepa Lakshmi Ms. G.Mahalakshmi, AP/CSE
& Mr.B.Kannan, AP(SG)/ECE
Committee Mr.R.Balaji Ganesh Mrs.R.Ramalakshmi, AP/ECE
Mr.E.Thangam, AP/EEE
2 Souvenir Mr.S.Dharmar Mr.M.Lakshmanan, AP(SG)/Mech.
Committee Mr. T.Selva Sundar, AP/Mech.
Dr.K.Karthikeyan Dr.M.Anand, AP(SG)/English
3 Transport Mr.M.Anish Alfred Vaz, AP(SG)/English
Committee Dr.S.Kannan Mrs.C.Subha, AP(SG)/Civil
Mrs.M.Swarna Sudha, AP/CSE
4 Catering and Mrs.M.Sangeetha, AP/ECE
Refreshment Mr.S.Viignesh, AP/EEE
Mr.J.Jerold John Britto, AP/Mech.
Guidance & Mr.S.Valai Ganesh, AP/Mech.
5 Discipline Mr.A.Manicka Mamallan, AP/Civil
Mr.D.Gopinath, AP/ECE
Committee Mr.V.Rajesh, AP/ECE
Mr.S.Godwin Barnabas, AP(SG)/Mech.
Mr.N.L.Sujin, AP/Mech.
Mr.M.Santhana Maruthu Pandian,
AP/Mech.
Mr.J.Ram Prashath, AP/Civil
Ms.S.Manjula, AP/CSE
Mr.K.Vignesh Saravanan, AP/CSE
Mr.S.Vijayakumar, AP/ECE
Mrs.R.Divya, AP/ECE
Mr.R.Deiva Nayagam, AP/ECE
Mr.N.Ganesh, AP/EEE
Mr.M.Ashok kumar, AP/Mech.
Mr.J.Jabinth, AP/Mech.
Mr.R.Venkatesh, AP/Mech.
Ms.R.Chitradevi, AP/Civil
Mr.R.Muruganantham, AP/Civil
Mr.D.Lakshmanan, AP/CSE
Mr.A.Azhagu Jaisudhan Pazhani, AP/ECE
Mr.T.Ram Prakash, AP/ECE
Mr.D.Karthik Prabhu, AP(SG)/EEE
Mr.S.Maharajan, AP/Mech.
Mr.C.Gururaj, AP/Mech.
Mr.L.Karthikeyan, AP/Mech.
Mr.K.Amudhan, AP/Mech.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam Techyuga ‘ 18
TECHYUGA’18 – LIST OF COMMITTEES
Sl. Name of the Committee Faculty Members
No. Committee Coordinator
Dr.K.Vijayalakshmi Dr.G.Godson Bedeiah, AP/English
Program Ms.A.Hari Rama Lakshmi, AP/Civil
Committee Dr.K.Basarikodi Mr.M.Gomathi Nayagam, AP(SG)/CSE
6 (Inauguration Mrs.B.Vijayalakshmi, AP/CSE
and Valedictory All HoDs Mrs.G.Gnanapriya, AP(SG)/ECE
Function) Mr.P.Gunasekaran, AP/ECE
Dr.V.Sivakumar & Mr.A.Arunkumar, AP/EEE
Prize and Mr.K.Ragavan Mr.R.Prabhakaran, AP/Mech.
7 Certificate Mr.R.Arun Kumar, AP/Mech.
Mr.G.Karthikeyan, AP/Civil
Committee Mrs.R.Kalaimani, AP/Civil
Mr.R.Venkatesh, AP(SG)/CSE
Hospitality Ms.J.Sabthami, AP/CSE
Mrs.R.Chitra, AP/ECE
Committee for Mr.G.Sivakumar, AP/ECE
Mr.E.Thangam, AP/EEE
8 Chief Guest and Mr.M.Sivagaminathan @ Balaji, AP/Mech.
Chairpersons, Mr.K.Vigneshwaran, AP/Mech.
Overall Mr.P.Sureshkumar, AP(SG)/MECH
Mrs.S.Jeyanthi, AP/EEE
Coordination
Mr.K.Karpagavel, AP/Chemistry
Press and Mr.T.Chockalingam, AP/Civil
9 Feedback Mr.A.S.Prabaharan, AP(SG)/CSE
Ms.P.Jothi Thilaga, AP/CSE
Committee Mr.C.A.Yogaraja, AP/CSE
Mr.S.Meenakshi Sundaravel, AP/EEE
Mr.P.Venkatesh, AP/ECE
Mr.G.Prabu Ram, AP/Mech.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam Techyuga ‘ 18
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CONTENTS
Department of Civil Engineering
1. CE01 SELF HEALING BIO CONCRETE ........................................................................ 1
C. Aravindh
2. CE02 U-BOOT BETON..................................................................................................... 1
K. Subathra, L.R PriyaDharshini
3. CE03 SELF HEALING ASPHALT ROADS..................................................................... 2
K. Suhaachine, S. Pechiammal
4. CE04 DRIP IRRIGATION USING TREATED WASTEWATER ................................... 2
R .Iyammal, S. Jeyashreebhavani
5. CE05 FOAM CONCRETE................................................................................................. 3
J. Jasper Samuel, R. Janaki Ram
6. CE06 NANOTECHNOLOGY IN CIVIL ENGINEERING .............................................. 3
G. Abilash
7. CE07 AERATED AUTOCLAVED CONCRETE (AAC) BLOCK................................... 4
LingaSamy. S, Arun. K
8. CE08 SPECIAL MATERIALS IN CONCRETE............................................................... 4
R. JanakiRam, S.Jasper Samuel
9. CE09 NOVEL CONSTRUCTION MATERIALS ............................................................. 5
M. Mahalakshmi, V. SaambaviEswari
10. CE10 LIGHT-WEIGHT BRICKS.................................................................................... 5
M. M. Ajay, M.S. Abdul Fasith
11. CE11 STAINLESS STEEL AS REINFORCEMENT...................................................... 6
S. KajaMydeen, R. Raje Kumar
12. CE12 ADVANCED CONSTRUCTION TECHNIQUES ................................................ 6
Maharajan
13. CE13 CIVIL APPLICATIONS USING NANOTECHNOLOGY ................................... 7
G. Ravichandran, I .Saravanakumar
14. CE14 MODERN SURVEYING ....................................................................................... 7
S. Saravanan, S.Hari Prasath
15. CE15 IMPLEMENTATION OF TRANSLUCENT......................................................... 8
R. PriyaShakthi, B.Pradhiba
16. CE16 NANO FLUIDS IN CIVIL ENGINEERING......................................................... 8
M.Parthiban, V.Muthukumar
17. CE17 DISASTER MANAGEMENT ............................................................................... 9
B. Manickam, S. ShanmugaPriyan
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18. CE18 CARBON NANO TUBES IN CONCRETE .......................................................... 9
S.Pandiyaraj,
19. CE19 SEISMIC RESISTANT STRUCTURES.............................................................. 10
K.Krishiga, J.SivaSankari
20. CE20 INDOOR AIR QUALITY OF GREEN BUILDINGS ......................................... 10
S.Kathija Beema, S.Gnana Priya
21. CE21 NATURAL HYBRID FIBRE COMPOSITES..................................................... 11
S.Maha vidya, R.Priya dharshini
22. CE22 GEOPOLYMER CONCRETE MATERIAL ....................................................... 11
S. PraveenNagulu, M.Suriya
Department of Computer Science and Engineering
23. CS01 CLOUD COMPUTING ....................................................................................... 12
S.Revathy, P.K. Salomivictoria
24. CS02 ARTIFICIAL INTELLIGENCE CHATBOT (CHIFFY) .................................... 12
S.Ananth, N.Kaviarasan
25. CS03 3D INTERNET .................................................................................................... 13
M.S.Karpagam
26. CS04 GENERATION OF WIRELESS TECHNOLOGIES.......................................... 13
Malar Mareeswari
27. CS05 INTERNET OF THINGS .................................................................................... 13
A.Ramsurya,G.Preetha
28. CS06 NANO TECHNOLOGY...................................................................................... 14
P.Devaki , I.Jamuna Rani
29. CS07 EYE PHONE....................................................................................................... 14
S.Essakkiammal, V.Gandhi Mathi
30. CS08 CYBER SECURITY............................................................................................ 14
A.Meena, B.Vishnupriya
31. CS09 REDUCING ROUTING OVERHEAD IN MANET USING NCPR AND LVC
PROTOCOL ................................................................................................................. 15
A.Sivarenjini
32. CS10 ROBOTICS.......................................................................................................... 15
Keerthana.S, Beula Hepzibha.S, Gethsia Jiffy.A, S.Aparna
33. CS11 BIGDATA............................................................................................................ 16
V.Rupika Thangam
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34. CS12 PHISHING TECHNIQUES................................................................................. 16
V.Durai Prakash
35. CS13 HONEYPOTS...................................................................................................... 17
C.Christia Ruby, V.Achutha, P.Arockia Vijila Rani
36. CS14 CLOUD COMPUTING ....................................................................................... 17
Naveen Raj.R, Ram Kumar
37. CS15 DINERO DIGITAL (ELECTRONIC-MONEY)................................................. 17
S.Bharath Sankar, KSanthoshkumar
38. CS16 PASSWORD BASED DOOR LOCKING SYSTEM.......................................... 18
J.Lakshmipriya, K.Vanathi, Kamatchikeerthana
39. CS17 SECURITY AND VARIOUS ATTACKS IN WIRELESS SENSOR ................ 18
A.Bagavathi Perumal, M. Vairamuthu
40. CS18 NANO TECHNOLOGY...................................................................................... 18
A.Mathi, S.Padmavathi
41. CS19 CYBERCRIME AND SECURITY ..................................................................... 19
A.Saranika, P.Ponmathi
42. CS20 INTERNET OF THINGS ................................................................................... 19
S.Archana Devi, B.Selva Lakshmi
43. CS21 5G TECHNOLOGY ............................................................................................ 19
R.Pandiyarajan, M.Vijay
44. CS22 AQUA DESIGNER SOFTWARE....................................................................... 20
B. Indhu Lakshmi
45. CS23 BLUE BRAIN...................................................................................................... 20
R.Karthick
46. CS24 CRYPTOCURRENCY ........................................................................................ 20
Jaya Prakash Anthony, Karventhan
47. CS25 SAFETY TRACKER........................................................................................... 21
R.Ganapathy Karthikeyan
48. CS26 LI-FI ..................................................................................................................... 21
P. I. John Rohan, J. Joe Fredrick, S. Kannan
49. CS27 BIG DATA ANALYTICS USING HADOOP TECHNOLOGY....................... 22
R.Petchiammal, S.Sumithra
50. CS28 INTERNET OF THINGS .................................................................................... 22
R.Vinitha
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51. CS29 SIGN LANGUAGE LEARNING TOOL FOR HEARING PARENTS OF DEAF
CHILDREN .................................................................................................................. 23
A. Abhiramkumaar, A. Srinath, R. Mohanraj
52. CS30 3D INTERNET .................................................................................................... 23
S.Kiruthika, S.Deiva suriya
Department of Electrical and Electronics Engineering
53. EE01 VEHICLE TO VEHICLE COMMUNICATION ................................................ 24
K.Santhanadevi,A.Mahibala
54. EE02 SAND MINING DETECTION USING IMAGE PROCESSING....................... 24
Balamurugan
55. EE03 WIRELESS POWER TRANSFER...................................................................... 25
P.Swathi,M.Ragavi
56. EE04 WIRELESS SMART UTILITY NETWORK...................................................... 25
S.Dharshini,G.Visithra
57. EE05 COMMUNICATION USING LI FI .................................................................... 25
S.Anusha,S.Kiruthiga
58. EE06 SWARM INTELLIGENCE.................................................................................. 26
K.Bavithra devi
59. EE07 SPACE BASED SOLAR POWER ...................................................................... 26
R.Subha,G.Sonia Kaleeswari
60. EE08 BIONIC EYES..................................................................................................... 26
P.Gangadevi,R.S.Sangeetha
61. EE09 NEW STRATEGY OF PITCH ANGLE CONTROL FOR ENERGY
MANAGEMENT OF A WIND FORM ....................................................................... 27
M.Harine,A.S.Anusugirtha
62. EE10 GREEN MANUFACTURING OF ELECTRICITY USING SAFE BASED
BLOOM ENERGY SERVER....................................................................................... 27
S.Siva,M.Chinnathambi
63. EE11 BIOMETRIC VOTING SYSTEM....................................................................... 27
S.Subathra,K.Prithiba
64. EE12 PATIENT MONITORING SYSTEM ................................................................. 28
R.Manikandaprabhu,K.Manoj
65. EE13 DIAMOND-THE ULTIMATE SEMICONDUCTOR ........................................ 28
T.Senthamarai,R.Shanthini
66. EE14 OPTICAL CURRENT TRANSFORMER........................................................... 29
M.Muthu Meenakshi,G.Selvapragathy
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67. EE15 AUGMENTED REALITY .................................................................................. 29
K.Yarshini,J.N.Divya Dharshini
68. EE16 HYBRID VEHICLES .......................................................................................... 29
M.SivaGanesh
69. EE17 NANO ROBOTICS ............................................................................................. 30
B.Vasuki,T.Munieeswari
70. EE18 SMART GRID ..................................................................................................... 30
P.Sangeetha,R.Maha Guru Backiyam
71. EE19 HOME AUTOMATION SYSTEM ..................................................................... 31
K.Swathi,K.Siva Priya
72. EE20 SPIN ELECTRONICS......................................................................................... 31
N.Kavitharani,T.Babisha
73. EE21 WIRELESS POWER TRANSMISSION THROUGH TESLA COIL ................ 32
S.K.Jaisree,C.U.Pooja
74. EE22 SMART GRID ..................................................................................................... 32
T.Renganayagi
Department of Electronics and Communication Engineering
75. EC01 WASTE MANAGEMENT AND ITS IMPACT ON ENVIRONMENT............. 33
V.Charumathi, R.A.Nivethithaa
76. EC02 ELECTRONIC WASTE MANAGEMENT......................................................... 33
M. Sindhu Meenakshi, R.Pramila
77. EC03 GRAPHENE TECHNOLOGY............................................................................. 33
M.Nithyakalyani
78. EC04 MERMER TECHNOLOGY................................................................................ 34
R. Anusuya Devi, S. Dharageswari, S. Kokila Devi
79. EC05 IMPLEMENTATION OF NANOROD AND SCREEN..................................... 34
R. Uma Siva Priya, A. Shalini
80. EC06 NANO TECHNOLOGY...................................................................................... 34
Shanmugapriya M
81. EC07 PROPER WASTE MANAGEMENT USING SMART BIN.............................. 35
Sivarenjini A, K.Devasri
82. EC08 MONITORING HUMAN OPERATOR .............................................................. 35
R. Abarna, P. Angalaeaswari
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83. EC09 NEW STRATEGY OF PITCH ANGLE CONTROL FOR ENERGY
MANAGEMENT OF A WIND FARM ....................................................................... 35
Harine.M, Anu Sugirtha.A.S
84. EC10 INTERNET OF THINGS ..................................................................................... 35
D.Sadhana, T.Devi
85. EC11 BIO-SENSORS BRACELET FOR DRIVER’S HEALTH EMERGENCY
DETECTION ................................................................................................................ 36
M.Veeralakshmi,G.Menaka, M.Sangeethamathi
86. EC12 A SMART HANDHELD MEASURING AND TESTING ELECTRONIC DEVICE
WITH TOUCH SCREEN ............................................................................................. 36
Laxmi Vasini K,,Ragavi K,,Hema Latha K
87. EC13 AN OVERVIEW OF SMART QUILL ................................................................ 36
T.Agnes Martina, S.Venishma
88. EC14 ELECTRONIC PILL TECHNOLOGY................................................................ 37
Aarthy.J, Deepalakshmi.K.S
89. EC15 A NANOCOMMUNICATION SYSTEM FOR ENDOCRINE DISEASES....... 37
J.Dhilshiya, S.Manisha
90. EC16 SPINTRONICS.................................................................................................... 37
L.Janani, V.Harsheni, C.Maheshwari
91. EC17 MICROCONTROLLER BASED EOG AND ACCELEROMETER GUIDE
WHEELCHAIR ............................................................................................................ 38
Aksabenny Dhanapackiam. R Gowsalya.P
92. EC18 BLACK BOX FLIGHT RECORDER................................................................ 38
Swetha, E.Surya
93. EC19 BRAIN GATE USING GIDL TECHNOLOGY ................................................. 38
S.Chermadeepa , R.Madhuvina
94. EC20 BLUE EYE TECHNOLOGY.............................................................................. 39
K.Sneha, V.Saraswathi
95. EC21 ELECTRONIC WASTE MANAGEMENT........................................................ 39
P.Sweshika, S.Sivaroshini
96. EC22 CYBORG............................................................................................................. 39
Ganga Devi
97. EC23 A GPS BASED ACCIDENT LOCATION DETECTING SYSTEM ................. 39
S. Ajitha Jebarani, M. Priyananthini
98. EC24 SMART HOME BASED AMBIENT ASSISTED LIVING SYSTEM .............. 40
S.Kanimozhi, S.Nandhini
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99. EC25 PASSWORD BASED DOOR LOCKING SYSTEM ......................................... 40
J.lakshmipriya, K.Vanathi, Kamatchikeerthana
100. EC26 SATELLITE COMMUNICATION................................................................... 40
R.Janakiraman, N.H.Mohammed Ibrahim
101. EC27 INTERNET OF THINGS .................................................................................. 41
G.Madhanki, S.Gopika shree
102. EC28 NANO TECHNOLOGY.................................................................................... 41
V.Sri Gowsalya,S.Swetha
Department of Mechanical Engineering Engineering
103. ME01 FIVE STROKE ENGINE ................................................................................ 42
M. Deivu Rajesh, Z. Fahed Asif Hameed
104. ME02 RECENT TRENDS IN RENEWABLE ENERGY ........................................... 42
Anbu chellappan.R, GuruMoorthy
105. ME03 BIOFUEL........................................................................................................... 42
Suresh Kumar.K,Ganesh Kumar.K
106. ME04 MCYLINDER DEACTIVATION .................................................................... 43
Annmol . A
107. ME05 THERMAL ENGINEERING ........................................................................... 43
Gopinath.G, Subash.S
108. ME06 NANO TECHNOLOGY –THE APPLICATIONS AND INFLUENCE........... 43
M.Subbiah,K.Vignesh, V.Raja.
109. ME07 BIOMECHATRONIC HAND .......................................................................... 44
P.Froulin Raj, M.Sanjaybabu
110. ME08 EFFECT OF PARTIALLY PREMIXED COMBUSTION IN
BURNERS .................................................................................................................... 44
M Arun Kumar, S Arul Arockia Selvam, R Arun Balamani
111. ME09 PARA-TRANSIT.............................................................................................. 45
Abhishek R, Shubathra Dhevi S.R, Ashwin Shivram R.H, Maria Jackson A
112. ME10 NANO TECHNOLOGY AND ITS APPLICATIONS..................................... 45
A.Santhosh, M.S.Parthan
113. ME11 THERMAL ENGINEERING ........................................................................... 45
S.Vinith kumar, M.Sabarimuthu
114. ME12 SOLID WASTE MANAGEMENT BY INCINERATION PROCESS............ 46
N.Balaji, S.Balamurugan
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115. ME13 SOIL BIOTECHNOLOGY............................................................................... 46
S. Agnel Davis. A.Anish
116. ME14 SENSOTRONIC BRAKE CONTROL SYSTEM ............................................ 46
M.Mariselvam.
117. ME15 MACHINING OF METAL MATRIX COMPOSITE USING ABRASIVE
WATER JET MACHINE ............................................................................................. 47
Gokul Nath.P.
118. ME16 DESIGN OF LOW COST STIR CASTING MACHINE................................. 47
A.Alban Santhosh, A.AntoJeberson
119. ME17 FRACTAL ROBOTICS.................................................................................... 48
Vinu Sankar.N
120. ME18 AN ALTERNATE FUEL IN I.C ENGINE USING PONGAMIA OIL........... 48
Vasanth,Joshua Devotta,Jesvin
121. ME19 SOLAR STILL.................................................................................................. 49
J.Jebilas Raja,G.Anand
122. ME20 GYROSCOPIC ACTION ................................................................................. 49
A.Ayyan Doss K.KamalaKannan
123. ME21 DESIGN &FABRICATION OF PNEUMATICALLY CONTROLLED WIND
SHIELD CLEANER ..................................................................................................... 49
T.Gowsik Ram ,S.Vasimalaikannan
124. ME22 THE USE OF ADVANCED BRAKING SYSTEM IN AUTONOMOUS
CRUISE CONTROL SYSTEMS FOR AUTOMOBILES ........................................... 50
Sivakumar.D,Subramania Raja.T
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DEPARTMENT OF CIVIL ENGINEERING
CE01 SELF HEALING BIO CONCRETE
C. Aravindh
Mepco Schlenk Engineering College, Sivakasi.
[email protected]
Concrete is one of the essential materials in building construction. Now-a-days cracks
are the major threat to buildings. It occurs in due course of time and the reason for the
occurrence is many. Cracks will decrease the strength and durability of concrete. In order to
solve this issue self-healing concrete is used. This type of concrete prevents or avoids the
occurrence of crack. It will just repair the cracks by itself. To enhance the healing mechanism;
microfibers are added to the mixture. By mixing microfibers in the concrete, multiple
cracking occurs. Instead of one wide crack, but several small cracks are formed. To overcome
this issue in an eco-friendly manner incorporate Fungi (Genus: Trichoderma) in a concrete to
enhance its self-healing capacity. This idea was originally inspired by the ability of human
body to heal itself when injured. The main objective of using fungi over bacteria is that it can
survive even at extreme pH level, at adverse chemical condition and it is not harmful to
mammalian groups. Self-healing of cracks in concrete would contribute to a longer service
life of concrete structures and would make the material not only more durable but also more
sustainable. Concrete has an autogenously healing capacity as unhydrated cement is present in
the matrix. When water contacts the unhydrated cement, further hydration occurs. Cracks can
be healed by using calcium carbonate precipitating micro-organisms. These organisms are
embedded in the concrete matrix after immobilization on diatomaceous earth in
microcapsules. Through this process the bacterial cell will be coated with a layer of calcium
carbonate, resulting in crack filling.
CE02 U-BOOT BETON
K. Subathra, L.R PriyaDharshini
Mepco Schlenk Engineering College, Sivakasi.
[email protected]
U-Boot Beton is a recycled polypropylene formwork that was designed to create
lightened slabs and rafts. U-Boot Beton formworks in the concrete casting will create a grid
work of mutually perpendicular beams created with a single casting; these results in
considerable reduction in the use of concrete and steel, since thickness of the slab is reduced.
It is used to create slabs with large span that are able to support large loads. Mainly it is used
in construction of two way slabs. It has good fire resistance and sound insulation. It is used in
all places where there is a need of plate structural solution along with concrete and weight
savings. U-boot permits to build horizontal structures without using lifting and movement
devices because of its stack ability, modularity, lightness and manageability.The paper
discusses about the advantage, disadvantage, methods of casting concrete using the U Boot
Beton, load distribution in this method, comparing between the concrete using U Boot Beton
and the convention method. The practical applications include reduction in foundation load,
column sections and numbers.. The implementation process includes placing lower formwork,
placing the lower reinforcement, placing the lattices, placing the modules, placing the upper
and final reinforcement, peremetric shuttering and concrete casting.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
CE03 SELF HEALING ASPHALT ROADS
K. Suhaachine, S. Pechiammal
National Engineering College, Kovilpatti.
[email protected]
Self-healing technology is a new field within material technology. Incorporating self-
healing technology into the road design process has the potential to transform road
construction and maintenance processes by increasing the lifespan of roads and eliminating
the need for road maintenance. By decreasing the unnecessary premature ageing of asphalt
pavements, self-healing asphalt can reduce the amount of natural resources used to maintain
road networks, decrease the traffic disruption caused by road maintenance processes, decrease
CO2 emissions during the road maintenance process and increase road safety. In addition to
environmental savings, self-healing materials have the potential to deliver significant cost
savings for road network maintenance. The excellent durability of self-healing materials does
not arise from the classical approach of minimizing damage but from the novel approach of
designing materials with “self-healing” capabilities. The objective of self-healing technology
is to assist material systems to heal after damage. It aims to reduce the level of damage and to
extend or renew the functionality and lifetime of the damaged part. Self-healing takes place
on a molecular level, when broken (non-associated) molecules are available to form links and
chains via hydrogen bonds. The process is termed “reversible hydrogen bonding”. Nano clay
materials are used. However, they also have the potential to repair micro-cracks in asphalt.
Polymer and rubber modifiers are used in the bitumen mix to improve the physical and
mechanical properties of the binders. The first electrically conductive asphalt pavement using
graphite as a conductive medium for the purpose of melting snow and ice on roadway
surfaces is done by induction heating. The development of such areas of self-healing
technology for asphalt pavements will truly revolutionize asphalt pavement design.
CE04 DRIP IRRIGATION USING TREATED WASTEWATER
R .Iyammal, S. Jeyashreebhavani
Francis Xavier Engineering College, Tirunelveli.
[email protected]
The use of wastewater in agriculture is an alternative to control surface water
pollution. The objective of this study is to evaluate the obstruction and uniformity of
application of treated wastewater in drip irrigation systems. The treatments were composed by
the factorial combination of two factors and three types of water (supply water, effluent of a
constructed wetland system and up flow of anaerobic reactor effluent followed by constructed
wetland system, and two drip irrigation systems (surface and subsurface), set in a completely
randomized design, with four replications. The results indicated that the pH, suspended solids,
total iron and coliforms of the Wetland and UASB + Wetland treatments represented a severe
risk of clogging of drippers; the flow of the emitters increased as the service pressure was
increased. The degree of clogging reduced as pressure under surface and subsurface drip was
increased.. New technologies are now being offered that minimize clogging. Drip and
subsurface drip irrigation is used almost exclusively when using recycled municipal
wastewater. Regulations typically do not permit spraying water through the air that has not
been fully treated to potable water standards.
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Ramco Institute of Technology State Level Technical Symposium
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CE05 FOAM CONCRETE
J. Jasper Samuel, R. Janaki Ram
Francis Xavier Engineering College, Tirunelveli.
[email protected]
Concrete is a composite material which consists mainly of cement, fine aggregate,
coarse aggregate and water. Foam concrete is a lightweight concrete which is used for thermal
insulation over flat roofs, cold storage walls, unloading bearing walls in RCC, steel framed
buildings, load bearing walls for low rise buildings. Foam concrete is a type of porous
concrete. It is a non-steam cured one. Foam concrete is a cementitious material with a
minimum of 20% (per volume)foam entrained into the plastic mortar. The factory can be
situated even on a construction site. Ordinary cement, rapid hardening cement, high alumina
and calcium sulpho aluminate have been used for reducing the setting time and to improve the
early strength of foam concrete. Fly ash and ground granulated blast furnace slag have been
used in the range of 30–70% and 10–50% respectively and as cement replacement to reduce
the cost, enhance consistence of mix and to reduce heat of hydration while contributing
towards long term strength. Silica fume up to 10% by mass of cement has been added to
intensify the strength of cement. Alternate fine aggregates like fly ash, lime, chalk, crushed
concrete , recycled glass, foundry sand were used either to reduce the density of foam
concrete Foam concrete is produced either by pre-foaming method or mixed foaming method.
A variety of strengths and densities of the product can be produced easily and are available
for different uses. A range of density, starting from 400 kg/cum-800 kg/cum (Gap filling and
thermal and acoustic insulation), 800 kg/cum - 1200 kg/cum for partitions and walls (precast
blocks), 1200-1600 kg/cum for structural work like prefab and poured in-situ structures were
used. Foam Concrete manufacturing consumes higher amounts of fly ash. Hence it is consider
as a green building material.
CE06 NANOTECHNOLOGY IN CIVIL ENGINEERING
G. Abilash
Velammal College of Engineering and Technology, Madurai.
[email protected]
The role of nanotechnology in conceiving of innovative infrastructure systems has
potential to revolutionize the civil engineering practice. The paper includes Nano-materials
and their applications in civil engineering field across its different sections are exemplified.
The properties like self-sensing, self- rehabilitation, self-structural health monitoring, self-
vibration damping, self-cleaning and self-healing are studied. Following this, the analysis
were carried out in ductile structural composites along with its enhanced properties, low
maintenance coatings, better properties of cementitious materials, reduction of the thermal
transfer rate of fire retardant and insulation, various Nano sensors, smart materials, intelligent
structure technology etc. And also the possible consequences regarding its practicality and the
most challenging economic factors concerned are discussed briefly. Finally its future trend
and potential towards more economical, sustainable & eco-friendly infrastructure having
longer durability are elucidated. The advantages of Nano technology are increased surface
area, reduction in cost of repair and maintenance doubles toughness and bond strength,
forecasting materials for high capital-cost structures. The demerits are negative impact on the
respiratory and digestive tract, requirement of interdisciplinary knowledge etc.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
CE07 AERATED AUTOCLAVED CONCRETE (AAC) BLOCK
LingaSamy. S, Arun. K
Sri Vidya College of engineering and technology, Virudhunagar.
[email protected]
Autoclaved Aerated Concrete (AAC) is an ultra-light concrete masonry product. It can
weigh as little as 1/5th as much as ordinary concrete due to its distinct cellular structure
featuring millions of tiny pockets of trapped air. This cellular structure gives AAC a number
of exceptional physical characteristics. AAC consists of basic materials that are widely
available. These include sand, cement, lime, fly ash, gypsum, aluminium powder paste, water
and an expansion agent. Silica sand, the raw material used in the greatest volume in AAC, is
one of the world's most abundant natural resources. The finished product is up to five times
the volume of the raw materials used, with an air content of 70% to 80% (depending on the
required strength and density.) Due to this large increase in volume, AAC is very resource
efficient. The high consumption of raw materials by the construction sector, results in chronic
shortage of building materials and the associated environmental damage. In the last decade,
construction industry has been conducting various researches on the utilization of easily
available raw materials in construction. AAC is one of the materials which can cope up with
the shortage of building raw materials and can produce a light weight, energy efficient and
environmentally friendly concrete. This study deals with the introduction to the process of the
autoclaved aerated concrete and its advantages compared to the normal concrete.
CE08 SPECIAL MATERIALS IN CONCRETE
R. JanakiRam, S.Jasper Samuel
Francis Xavier Engineering College, Tirunelveli.
[email protected]
Concrete is a composite material which consists mainly of cement, fine aggregate,
coarse aggregate and water in a required proportion. They meet the requirements of modern
construction by using special materials in concrete. The special materials used in concrete are
admixtures like fly ash, silica fume, polymer, ground granulated blast furnace slag, coloured
aggregates and fibres which may be natural or synthetic pigments. This paper deals with a
project on hybrid fibre self-compacting concrete.Compaction is the process which expels
entrapped air from freshly placed concrete and packs the aggregate particles together so as to
increase the density of concrete. Natural fibres are those fibres which are pollution free,
environment friendly and do not have any bad effect on climate. They act as green
construction material. Every year there is ample amount of wastages of natural fibre. If these
natural fibres used as a construction material it could save the bio-reserves. Addition of
coconut fibres resulted into cohesive mix. To overcome this drawback the suitable dosage of
admixture was incorporated without effecting it strength properties. Test methods used to
study the properties of fresh concrete were slump test, slump flow, V – funnel and L – Box.
The properties like compressive, tensile strength of SCC were also investigated. Therefore
two types of Self Compacting Concrete with coconut fibre are made by adding 0f 0.5% and
1% of CF to the weight of cement are made and their test results were analysed.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
CE09 NOVEL CONSTRUCTION MATERIALS
M. Mahalakshmi, V. SaambaviEswari
Velammal college of engineering and technology, Madurai.
[email protected]
Building material is any material which is used for construction purpose. Apart from
naturally occurring materials, many man-made products are in use, some more and some less
synthetic. Light weight construction materials can be a great choice when it comes to building
a home. New technology has also made building with metal, more practical than in previous
human history. Plastics are another widely used modern building material. Formed of
polymers, plastics are easily moulded while in the liquid state. Compared to metal, plastic is
very light in weight and relatively low in cost. Plastic is often used to make pipes and to
decorate the interior of buildings. Many modern buildings use glass, not only for windows,
but often as the primary exterior building material. Glass skyscrapers and other structures
have become quite popular due to their aesthetic appeal. Technology continues to create new
building materials with exceptional properties.. Composite materials are made by combining
different types of building materials together. These materials combine organic and inorganic
components. One material acts as a type of “adhesive” that binds the other components
together. The “hard” components are usually glass, carbon or boron fibre. Composites are
known for combining light weight with strength and durability. Cement composites bind
together wood or similar materials like paper, fiber glass and natural fibres in a cement paste.
With the increase interest in green technology, many builders are moving back to older
building materials in an effort to increase sustainability. Thus, one can find modern homes or
other structures built of mud and straw, or other archaic materials, in green living
communities.
CE10 LIGHT-WEIGHT BRICKS
M. M. Ajay, M.S. Abdul Fasith
PSNA College of Engineering and Technology, Dindigul.
[email protected]
Several trillion cigarettes are produced world-wide annually leading to many
thousands of kilograms of toxic waste.This paper presents some of the results from a
continuing study on recycling CBs into fired clay bricks. Physico-mechanical properties of
fired clay bricks manufactured with different percentages of CBs are reported and discussed.
The results show that the density of fired bricks was reduced by up to 30 %, depending on the
percentage of CBs incorporated into the raw materials. Similarly, the compressive strength of
bricks tested decreased according to the percentage of CBs included in the mix. The thermal
conductivity performance of bricks was improved by 51 and 58 % for 5 and 10 % CBs
content respectively. Leaching tests were carried out to investigate the levels of possible
leachates of heavy metals from the manufactured clay-CB bricks. The results revealed trace
amounts of heavy metals. The overall objective of the study is to utilize a waste product as a
building material resource, which could lead to sustainable material.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
CE11 STAINLESS STEEL AS REINFORCEMENT
S. KajaMydeen, R. Raje Kumar
Sri Vidya College of Engineering and Technology, Virudhunagar
[email protected]
Stainless steel reinforcing bar is being used for highway bridge decks, overpasses,
tunnels, retaining walls, and restoration projects where corrosive conditions could cause
premature failure of carbon steel reinforced concrete resulting in potentially severe damage
and high repair costs. Stainless steel is selected for its corrosion resistance, strength and long
life. The increase in installed cost using stainless steel reinforcing bar ranges from one to
fifteen per cent depending on structure complexity. When life cycle cost and longer
reinforcing bar life of up to 125 years are factored in stainless steel it is very cost effective.
Emphasis will be placed on the mechanical and physical properties of stainless steel compared
to carbon steel rebar as this information is important to those who wish to specify stainless
steel reinforcing bar. Also some stainless rebar applications around the World will be
recognized. In addition, a description of laboratory and field tests, involving U-bent stainless
steel specimens embedded in concrete are noted. The ASTM specification for solid stainless
steel reinforcing bars is ASTM A955/ A955M, Standard Specification for Deformed and
Plain Stainless Steel Bars for Concrete Reinforcement. It is especially resistant to pitting and
crevice corrosion in chemical, salt and acidic environments. As a result of these
characteristics it is more resistant to marine environment. It has great welding and forming
characteristics. The austenitic structure of this steel gives it excellent toughness. Stainless
steel type 316 comes in many different sizes and shapes including bar, angle, rounds, plate,
channel and beams. This type of stainless steel is widely used where metal is exposed to harsh
corrosive effects like those found in the textile, pharmaceutical and chemical industries. It is
also used in the nuclear, aerospace and aviation industries.
CE12 ADVANCED CONSTRUCTION TECHNIQUES
Maharajan
Francis Xavier engineering college, Tirunelveli.
[email protected]
The construction industry is repeatedly criticised for being inefficient and slow to
innovate. The basic methods of construction, techniques and technologies have changed little
since Roman times. But the application of innovation in the construction industry is not
straight forward. Every construction project is different, every site is a singular prototype,
construction works are located in different places, and involve the constant movement of
personnel and machinery. In addition, the weather and other factors can prevent the
application of previous experience effectively. The term 'advanced construction technology'
covers a wide range of modern techniques and practices that encompass the latest
developments in materials technology, design procedures, quantity surveying, facilities
management, services, structural analysis and design, and management studies. Incorporating
advanced construction technology into practice can increase levels of quality, efficiency,
safety, sustainability and value for money. However, there is often a conflict between
traditional industry methods and innovative new practices, and this is often blamed for the
relatively slow rate of technology transfer within the industry.
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CE13 CIVIL APPLICATIONS USING NANOTECHNOLOGY
G. Ravichandran, I .Saravanakumar
Kongunadu college of engineering and technology, Thiruchirapalli.
[email protected]
Nanotechnology is an extremely wide term, the definition of which varies from
field to field. Commonly, nanotechnology is defined as “the understanding, control,
and restructuring of matter on the order of nanometres (i.e., less than 100 nm) to
create materials with fundamentally new properties and functions” . Nanotechnology refers to
the manipulation of individual atoms and molecules. At the Nano scale, familiar materials
can have various properties which can affect colour, elasticity, strength and other properties.
The properties like self-sensing, self- rehabilitation, self-structural health monitoring, self-
vibration damping, self-cleaning and self-healing are studied. An enormous number of
materials can be enhanced by the use of nanotechnology, some of which include glass,
concrete, and steel. Most research on nanoparticles is done with Nano-silica, Nano-
titanium oxide, and some studies involving Nano-iron, Nano-alumina, Nano clay and
Nano tubes on wood. Nanotechnology offers vast amounts of enhancement in the civil
engineering field.As a future engineer we would like to be able to do research on finding
new materials to help create stronger, better, longer lasting buildings and structures.
CE14 MODERN SURVEYING
S. Saravanan, S.Hari Prasath
Ramco Institute of Technology, Rajapalayam
[email protected]
Global Positioning System (GPS) is the only system today able to show one’s own
position on the earth any time in any weather, anywhere. In addition, how this amazing
system GPS works, is clearly described. The various errors that degrade the performance of
GPS are also included. Global Positioning System is a space-based satellite navigation
system that provides location and time information in all weather conditions, anywhere on or
near the Earth where there is an unobstructed line of sight to four or more GPS satellites. The
system provides critical capabilities to military, civil and commercial users around the world.
It is maintained by the American government and is freely accessible to anyone with a GPS
receiver. The DGPS (Differential GPS) is essentially a system to provide positional
corrections to GPS signals.. A total station (TS) is an electro-optical instrument used
for surveying and building construction. It measures both vertical and horizontal angles and
the slope distance from the instrument to a particular point. It calculates the reading on-board.
An important point to note is that DGPS corrections improve the accuracy of position data
only. Each one transmits information about the position and the current time at regular
intervals of time. These signals travelling at the speed of the light are intercepted by our GPS
and DGPS receivers.
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CE15 IMPLEMENTATION OF TRANSLUCENT
R. PriyaShakthi, B.Pradhiba
Mepco Schlenk Engineering College, Sivakasi.
[email protected]
Lighting plays a major role in building construction whether it is day lighting or
artificial lighting, light draws attention to textures, colours, and forms of a space, helping
architecture achieve its true purpose. By reducing the lighting cost we could also reduce the
electricity consumption and can reserve our energy resources which would be highly
economical and eco-friendly. One such technology is using of Li-tra-con in buildings. Light is
conducted through the stone from one end to the other. Therefore, the fibres have to go
through the whole object. This results in a certain light pattern on the other surface, depending
on the fibre structure. Shadows cast onto one side appear as silhouettes through the material.
Translucent concrete is used in fine architecture as a façade material and for cladding of
interior walls. Light-transmitting concrete has also been applied to various design products.
Fine grain concrete (ca. 95%) and only 5% light conducting elements are added during casting
process. After setting, the concrete is cut to plates or stones with standard machinery for
cutting stone materials. Due to bends in the fibres and roughness on the cut surfaces of the
fibres, light transmission is generally a bit less than half the incident light on the fibres. As the
human eye's response to light is non-linear, this can still give useful day lighting. In theory,
the fibres could carry light around corners and over a distance of tens of meters. Wall
mounting systems need to be equipped with some form of lighting, designed to achieve
uniform illumination on the full plate surface. Usually mounting systems similar to natural
stone panels are used.
CE16 NANO FLUIDS IN CIVIL ENGINEERING
M.Parthiban, V.Muthukumar
Ramco Institute of Technology, Rajapalayam
[email protected]
Nano fluids are a class of fluids whose particle size is reduced to Nano size. There are
two types of manufacturing processes, two step and one step method. Two step method is
more economical but the grade of Nano fluids is not up to the quality. One step method is a
very modern approach in manufacturing of Nano fluids. They are very much used in industrial
applications and in construction industry. These types of Nano fluids when incorporated with
cement they give special properties which are discussed. Stability of Nano fluids is also taken
into concern, when they are used in varied engineering applications like heat transfer. Adding
Nano fluids to cement will open a new era of Nano-techno-reinforcements. This methodology
is achieved by adding carbon nanotubes in the base fluid. This will reduce the defects like
brittleness and low tensile strength. By doing this industrial pollution in cement
manufacturing would be reduced. This would make the cement industry to work in a cost
efficient manner. The advantages of Nano fluids is very good heat transfer, concrete with
good workability, reduced contamination, high dispersion stability, corrosion resistance
acoustic properties. The main disadvantages are stability problems and cost of nanotubes.
Other disadvantages are long setting, degraded specific heat capacity, inability to sustain flow
and greater pressure drop. All the applications of Nano fluids in civil engineering will pave
the way of future civil cement industry.
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CE17 DISASTER MANAGEMENT
B. Manickam, S. ShanmugaPriyan
National Engineering College, Kovilpatti.
[email protected]
Any disaster is a serious disruption, occurring over a relatively short time, involving
widespread human, material, economic or environmental loss and impacts. Developing
countries suffer the greatest costs when a disaster hits. The studies reflect all disasters can be
seen as being human-made, their reasoning being that human actions before the strike of the
hazard can prevent it developing into a disaster. All disasters are hence the result of human
failure to introduce appropriate emergency management called disaster management. It refers
to how we can protect or preserve many lives and property. Disaster management occupies an
important place in this country’s policy framework as it is the poor and the under-privileged
who are worst affected on account of calamities/disasters. At National level, the Ministry of
Home Affairs is the nodal ministry for all matters concerning disaster management. The
United Nations Office for the Coordination of Humanitarian Affairs is responsible for
bringing together humanitarian actors to ensure a coherent response to emergencies. National
Disaster Management Authority (NDMA) is an agency of the Ministry of Home Affairs
whose primary purpose is to coordinate response to natural or man-made disasters and for
capacity-building in disaster resiliency and crisis response. NDMA was established through
the Disaster Management Act enacted by the Government of India in December 2005.The
Prime Minister is the ex-official chairperson of NDMA. The agency is responsible for
framing policies, laying down guidelines and best-practices and coordinating with the State
Disaster Management Authorities (SDMAs) to ensure a holistic and distributed approach to
disaster management.
CE18 CARBON NANO TUBES IN CONCRETE
S.Pandiyaraj,
Sri Vidya College of Engineering and Technology, Virudhunagar
[email protected]
Concrete is a mixture which is weak in tension and strong in compression. Carbon
nanotube can significantly improve the properties of concrete. Carbon nanotubes (CNTs) are a
virtually ideal reinforcing agent due to extremely high aspect ratios and ultra-high strengths.
In this study, the development of cementitious Nano composites reinforced with multiwall
carbon nanotubes (MWCNTs) at water-cement ratios of 0.3 and 0.5 was investigated. The
effect of carbon nanotubes at low concentrations on the fracture properties, Nano scale
properties and micro-structure of the Nano composite materials was studied. The morphology
and the microstructure of Nano composite samples were investigated using an ultra-high
resolution field emission scanning electron microscope. A special type of Nano indenter,
along with in-place scanning probe microscopy imaging, was used to determine the local
Nano scale mechanical properties. The results show that the mechanical properties of
cementitious matrices can be increased by the incorporation of very low amounts of CNTs.
Nano imaging of the fracture surfaces of cement Nano composites have shown that CNTs
reinforce cement paste by bridging the Nano cracks and pores. Additionally, Nano indentation
results suggest that CNTs modify and reinforce the nanostructure of cement paste by
increasing the amount of high stiffness C-S-H and reducing the porosity.
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CE19 SEISMIC RESISTANT STRUCTURES
K.Krishiga, J.SivaSankari ,
Mepco Schlenk Engineering College , Sivakasi
Email: [email protected]
Earthquakes constitute one of the greatest hazards of life and property on the earth.No
structure on the planet can be constructed 100% earthquake proof; only its resistance to
earthquake can be increased. Treatment is required to be given depending on the zone in
which the particular site is located. In terms of earthquake safety factors, the most dangerous
building construction, from an earthquake point of view, is unreinforced brick or concrete
block. However, during a very strong earthquake, even the best engineered building may
suffer severe damage. Buildings are therefore designed to support a vertical load in order to
support the walls, roof and all the stuff inside to keep them standing. Earthquakes present a
lateral, or sideways, load to the building structure that is a bit more complicated to account
for. Further, the actual forces that can be generated in the structure during an earthquake and
designing the structure to respond elastically against these forces make it too expensive.
Hence proper material must be chosen in order to save our building from deadly damage.
Effective earthquake-resistant steel structures instead contain features either at the top or at
the base of the building to protect against unwanted movement. Earthquake-resistant building
materials such as shock absorbing ball bearings, springs, and padded cylinders give taller
structures a buffer zone in the event of a ground shift, while heavy counter weights placed at
the top of the building can help to counteract any major swaying. As a civil engineer, it's our
duty to design structures which can at least the seismic forces to some extent.
CE20 INDOOR AIR QUALITY OF GREEN BUILDINGS
S.Kathija Beema, S.Gnana Priya
Francis Xavier Engineering College, Tirunelveli..
Email: [email protected]
The term “Green Building” is used to describe buildings that are designed, constructed
and operated, to have a minimum impact on the environment, both indoor and outdoor. Most
discussions of Green Buildings refer to the importance of providing an acceptable, if not
exceptional, indoor environment for the building occupancy. Building projects described as
green building demonstrations often make reference to indoor air quality, but these references
are often general and qualitative. In addition, rating systems that have been developed to
assess the “Greenness” of a building are based on design features and or not particularly
specific with respect to indoor air quality. This paper reviews the features of indoor air
quality that are considered in green building discussions, demonstration projects and rating
systems. These green buildings features are discussed in terms of their completeness and
specificity and are compared to other guidance on building design, construction and operation
for good indoor air quality. A case study of indoor air quality performance in a green
building is presented. This study includes a description of the indoor air quality features of
the green building and the results of a short term indoor air quality evaluation of the building
involving ventilation and contaminant concentration measurements.
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CE21 NATURAL HYBRID FIBRE COMPOSITES
S.Maha vidya, R.Priya dharshini.
Ramco Institute of Technology, Rajapalayam
Email: [email protected]
The quest for sustainability in construction material usage has made the use of more
renewable resources in the construction industry a necessity. Plant-based natural fibres are
low cost renewable materials which can be found in abundant supply in many countries. This
paper presents a summary of research progress on plant-based natural fibre reinforced
cement-based composites. Fibre types, fibre characteristics and their effects on the properties
of cement-based materials are reviewed. Factors affecting the fresh and hardened properties of
cement-based composites reinforced with plant-based natural fibre are discussed. Measures to
enhance the durability properties of cement-based composites containing plant-based natural
fibres are appraised. Significant part of the paper is then focused on future trends such as the
use of plant-based natural fibres as internal curing agents and durability enhancement
materials in cement-based composites. Finally, applications and recommendations for future
work are presented. Further studies are required in order to evaluate the effects of fibre pre-
treatment methods and alternative curing methods on the long-term performance of
composites. Detailed research studies on the effect of plant-based fibres on crack
abridgement, cement matrix pore structure, water and chloride permeability are also required.
CE22 GEOPOLYMER CONCRETE MATERIAL
S. PraveenNagulu, M.Suriya
Velammal College of Engineering and Technology, Madurai.
Email: [email protected]
Concrete is a material composed of fine and coarse aggregate bonded together with
fluid cement that hardens. Most frequently lime based cements such as Portland cement,
hydraulic cement, calcium aluminate cement are used in earlier days. Recently Geopolymer
concrete is used as a combination of “alumina and silicate”. Geopolymer cement is being
developed and, utilized as an alternative to conventional cement. Geopolymer concrete has
the potential to substantially curb carbon dioxide emissions. Geopolymer using fly ash has
high corrosion resistance, tensile strength and lower shrinkage. Fly Ash, a by-product of coal
obtained from the thermal power plant is plenty available worldwide. Fly ash is rich in silica
and alumina reacted with alkaline solution produced alumina silicate gel that acted as the
binding material for the concrete. It is an excellent alternative construction material to the
existing plain cement concrete. Geopolymer concrete shall be produced without using any
amount of ordinary cement. In the short term, there is large potential for Geopolymer concrete
applications for bridges, such as precast structural elements and decks as well as structural
retrofits using geopolymer-fiber composites. Geopolymer technology is most advanced in
precast applications due to the relative ease in handling sensitive materials (e.g., high-alkali
activating solutions) and the need for a controlled high-temperature curing environment
required for many current Geopolymer. Other potential near- term applications are precast
pavers & slabs for paving, bricks and precast pipes.
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DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING
CS01 CLOUD COMPUTING
S.Revathy, P.K. Salomivictoria
Fatima Michael College of engineering and technology
Email: revathyhtaver@gmailcom
Cloud computing is a way of computing, where most of our data is stored in cloud (internet).
Cloud computing is an important component of backbone of the internet of things (IoT).
Cloud will be required to support large number of interactions with varying quality
requirements. In order to distinguish between themselves from their competition cloud
provides supervisor services that meet customer’s expectation.
CS02 ARTIFICIAL INTELLIGENCE CHATBOT (CHIFFY)
S.Ananth, N.Kaviarasan
JeppiaarEngineering College
E-Mail: [email protected]
Our project is CAFFY. It is a chatbot AI. It will answer all your questions by means of speech
and it’s full of speech recognition. And it will do google search for you. Just say to chiffy it
will do googling for you. And it can also open the future is all about AI. AI makes the work
fast, accurate and simple. Our project is music, photo folder for you. It makes you to hear
music and make view your photo. It can do flip a coin and also print a random numbers for
you. And it can tell the synonyms for your input word. It also helps you in clarification of
vocabulary. It uses a corpora to find out the meaning. And it can even open app for you. Give
a keyword and start typing your app name and it opens it for you. It will remember your word
when you say remembers. It does a multiple jobs at a single place. Techniques and
architectures for implementing a team of virtual assistants are described herein. The team may
include multiple virtual assistants that are configured with different characteristics, such as
different functionality, base language models, levels of training, visual appearances,
personalities, and so on. The characteristics of the virtual assistants may be configured by
trainers, end-users, and/or a virtual assistant service. The virtual assistants may be presented
to end-users in conversation user interfaces to perform different tasks for the users in a
conversational manner. The different virtual assistants may adapt to different contexts. The
virtual assistants may additionally, or alternatively, interact with each other to carry out tasks
for the users, which may be illustrated in conversation user interfaces.
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CS03 3D INTERNET
M.S.Karpagam
Francis Xavier Engineering College
Email: [email protected]
3d internet is known as virtual words .The 3d internet is a powerful new way for you to reach
consumers, business customers, co-workers, partners and students. It combines the immediacy
of television, the versatile content of the web, and the relationship-building strengths of social
networking site like face book. Yet unlike the passive experience of television, the 3d internet
is inherently interactive and engaging virtual words provide immersive 3d experiences that
replicate (and in some time exceed) in real life.
CS04 GENERATION OF WIRELESS TECHNOLOGIES
Malar Mareeswari
Fatima Michael College Of Engineering and Technology
Email: [email protected]
The networking terminology, wireless is the term used to describe any computer network
where there is no physical wired connection between sender and receiver, but rather the
network is connected by radio waves and or microwaves to maintain communications.
Wireless networking utilizes specific equipment such as NIC's and Routers in place of wires
(copper or optical fiber). 5G(5th generation wireless systems or 5th generation mobile
networks) is a name used in some research papers and projects to denote the next major phase
of mobile telecommunications standards beyond the upcoming 4G standards 5G has changed
the means to use cell phones within very high bandwidth .User never experienced ever before
such a high value technology. Now a day’s mobile user have much awareness of the cell
phone (mobile) technology. The 5G technologies include all type of advanced features which
makes 5G technology most powerful and in huge demand in near future.
CS05 INTERNET OF THINGS
A.Ramsurya,G.Preetha
Renganyagai Varatharaj College of Engineering, Sivakasi
Email:[email protected]
Internet of Things (IoT) conceptualizes the idea of remotely connecting and monitoring real
world objects (things) through the Internet. When it comes to our house, this concept can be
aptly incorporated to make it smarter, safer and automated.
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CS06 NANO TECHNOLOGY
P.Devaki , I.Jamuna Rani
Renganayagi Varatharaj College of Engineering, Sivakasi
Email: [email protected]
Nanotechnology is the study of extremely small structures, having size of 0.1 to 100 nm.
Nano medicine is a relatively new field of science and technology. Brief explanation of
various types of pharmaceutical Nano systems is given. Classification of Nano materials
based on their dimensions is given. An application of Nanotechnology in various fields such
as health and medicine, electronics, energy and environment, is discussed in detail.
Applications of Nano particles in drug delivery, protein and peptide delivery, cancer are
explained. Applications of various Nano systems in cancer therapy such as carbon nanotube,
dendrites, Nano-crystal, Nano wire, Nano-shells etc. are given. The advancement in Nano-
technology helps in the treatment of neuron-degenerative disorders such as Parkinson’s
disease and Alzheimer’s disease. Applications of Nano-technology in tuberculosis treatment,
the clinical application of nanotechnology in operative dentistry, in ophthalmology, in
surgery, visualization, tissue engineering, antibiotic resistance etc…
CS07 EYE PHONE
S.Essakkiammal, V.Gandhi Mathi
Department of Computer Science and Engineering, Francis Xavier Engineering College
Email: [email protected], [email protected], [email protected]
Researchers are trying to ease the human- mobile interaction. Here is the concept, Eye phone,
which I the system capable of driving mobile applications/functions using only the user’s eyes
movement and actions (eg.Wink). Eye phone tracks the users eye movement across the
phones display using the camera mounted on the front of the phone. It’s a phone, an eye and
an electronic device in one. It gives us access to email, contacts, calendar with just a blink of
eye! Human-Computer Interfaces (HCI) allows effective interactions between human being
and computers. In this paper, we propose the Eye Phone framework, a mobile HCI that allows
users to control mobile phones through intentional eye or facial movements. Keywords—
Human Phone Interaction, HCI, Sensing System, Detecting eye movements.
CS08 CYBER SECURITY
A.Meena, B.Vishnupriya
National Engineering College, Kovilpatti
Email: [email protected], [email protected]
This Modern Technology is almost inspirable from our daily life. This network consists of
millions of devices which are hyper- connected to each other. Cybercrime is a crime that
involves in a computer and a network. In the 21 century, cyber criminals are so smart and
working in collaborative manner which makes cybercrime as serious issues for all over the
world. These types of people have done several types of crime like financial crimes, cyber
pornography, online gambling, cyber defamation, virus/warm, web jacking, email spoofing,
data diddling etc. Cyber security means protecting information.
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CS09 REDUCING ROUTING OVERHEAD IN MANET USING NCPR
AND LVC PROTOCOL
A.Sivarenjini
SCAD College of Engineering, Tirunelveli
Email: [email protected]
A mobile host may not be able to communicate directly with other hosts in a single- hop
fashion. In this case, a multi hop scenario occurs, where the packets sent by the source host
are relayed by several intermediate hosts before reaching the destination host. Due to Node
mobility in MANETs, frequent link breakages may lead to frequent path failures and route
discoveries. Hence RREQ (Route Request) packets have to be broadcasted for finding the
route. We have to reduce the overhead during RREQ transmission. This is done by NCPR and
LVC. The problem with the existing system is that broadcasting is an effective mechanism for
route discovery, but the routing overhead associated with the broadcasting can be quite large,
especially in high dynamic networks. The broadcasting incurs large routing overhead and
causes many problems such as redundant retransmissions, contentions, and collisions. Thus,
optimizing the broadcasting in route discovery is an effective solution to improve the routing
performance. Existing approaches only considers the coverage ratio by the previous node, and
it does not consider the neighbours receiving the duplicate RREQ packet, which will degrades
routing performance as well increased routing overhead will alleviate network traffic. Mobile
Ad hoc network is a collection of wireless mobile nodes. MANET is able to form a temporary
network without any centralized administration, due to high mobility of nodes in Mobile Ad
hoc Network. There exist frequent link breakages and path failures. In order to effectively
exploit the neighbour coverage knowledge, we propose a rebroadcast delay to determine
rebroadcast order, we also define a connectivity factor to keep network connectivity factor we
set a rebroadcast probability. Hence it combines the advantages of neighbour coverage
knowledge and probabilistic mechanism, it significantly decrease the number of
retransmissions to reduce the routing overhead and also to improve the routing performance.
CS10 ROBOTICS
Keerthana.S, Beula Hepzibha.S, Gethsia Jiffy.A, S.Aparna
Francis Xavier Engineering College, Tirunelveli
Email:[email protected]
Robotics can be desired as the current pinnacle of technical development. Robotics is a
confluence science using the continuing advancements of mechanical engineering, material
science, sensors, fabrication, manufacturing techniques and advanced algorithms. The study
and practice of robotics will expose a dabbler or professional to hundreds of different avenues
of study. For some, the romanticism of robotics brings forth an almost magical curiosity of
the world leading of creation of amazing machines. Robotics can be defined as the science or
study of the technology primarily associated with the design, fabrication. Theory and
application of robots. While other fields contribute the mathematics, and techniques and the
components, robotics creates the magical and product. The practical applications of robotics
and drive advancement in other sciences in turn, crafters and researchers in robotics study
more than just robotics.
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CS11 BIGDATA
V.Rupika Thangam
National Engineering College, K.R.Nagar, Kovilpatti.
Email: [email protected]
Big data is data sets that are so big and complex that traditional data-processing application
software is inadequate to deal with them. Big data challenges include capturing data, data
storage, data analysis, search, sharing, transfer, visualization, querying, updating, information
privacy and data source. There are a number of concepts associated with big data: originally
there were 3 concepts volume, variety, and velocity. Other concepts later attributed with big
data are veracity Introduction. Big data usually includes data sets with sizes beyond the ability
of commonly used software tools to capture, curate, manage, and process data within a
tolerable elapsed time Big data philosophy encompasses unstructured, semi-structured and
structured data, however the main focus is on unstructured data Big data is a constantly
moving target, as of 2012 ranging from a few dozen terabytes to many bytes of data. Big data
requires a set of techniques and technologies with new forms of integration to reveal insights
from datasets that are diverse, complex, and of a massive scale The term big data tends to
refer to the use of predictive analytics, user behaviour analytics, or certain other advanced
data analytics methods that extract value from data, and seldom to a particular size of data set.
There is little doubt that the quantities of data now available are indeed large, but that’s not
the most relevant characteristic of this new data ecosystem, Analysis of data sets can find new
correlations to business trends, prevent diseases, combat crime and so on. A 2016 definition
states that Big data represents the information assets characterized by such a high volume,
velocity and variety to require specific technology and analytical methods for its
transformation into value. The three Vs. (volume, variety and velocity) have been further
expanded to other complementary characteristics of big data
CS12 PHISHING TECHNIQUES
V.Durai Prakash
University College of Engineering, BIT Campus, Anna University, Tiruchirappalli-620 024.
Email: [email protected]
In the field of computer security, phishing is the criminally fraudulent process of attempting
to acquire sensitive information such as usernames, passwords and credit card details, by
masquerading as a trustworthy entity in an electronic communication. Phishing is a fraudulent
e-mail that attempts to get you to divulge personal data that can then be used for illegitimate
purposes. There are many variations on this scheme. It is possible to Phish for other
information in additions to usernames and passwords such as credit card numbers, bank
account numbers, social security numbers and mothers' maiden names. Phishing
presents direct risks through the use of stolen credentials and indirect risk to institutions that
conduct business on line through erosion of customer confidence. The damage caused by
phishing ranges from denial of access to e-mail to substantial financial loss.
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CS13 HONEYPOTS
C.Christia Ruby, V.Achutha, P.Arockia Vijila Rani
Francis Xavier Engineering College, Tirunelveli
Email: [email protected]
The internet is growing very fast. We are attacked by hackers every day. The more we know
about our enemy, the better we can protect ourselves. Honeypots is an exciting new
technology with enormous potential for the secure community. It is used for monitoring,
detecting and analysing attacks. A honeypot can capture every action an intruder or attacker
makes inside the honeypot. A honeypot can log access attempts, can capture keystrokes, can
identify the files accessed and modified, can identify the programs executed within honeypot.
If an attacker is unaware that he’s inside a honeypot, we can even identify his ultimate
intentions. Honeypots are necessary to learn how intruders and attackers probe and attempt to
gain access to our systems.
CS14 CLOUD COMPUTING
Naveen Raj.R, Ram Kumar
AVS Engineering College, Salem.
Email:[email protected]
Cloud Computing is a form of Internet-based computing that provides shared computer
processing resources and data to computers and other devices on demand. It is a model for
enabling ubiquitous, on-demand access to a shared pool of configurable computing resources
(e.g., computer networks, servers, storage, applications and services), which can be rapidly
provisioned and released with minimal management effort. Basically, Cloud computing
allows the users and enterprises with various capabilities to store and processes their data in
either privately owned cloud, or on a third-party server in order to make data accessing
mechanisms much more easy and reliable. Data centres that may be located far from the user–
ranging in distance from across a city to across the world. Cloud computing relies on sharing
of resources to achieve coherence and economy of scale, similar to a utility (like the
electricity grid) over an electricity network.
CS15 DINERO DIGITAL (ELECTRONIC-MONEY)
S.Bharath Sankar, KSanthoshkumar
Madurai School of Management, Madurai
Email:[email protected]
Now a day’s digital currency is very popular in many sectors. Most of business networks use
the digital transaction modes. In this paper outlined how the monetary system evolved and
arrived at current scenario of E-money in India and how it would give benefits to business as
well as Economy development and we provided Statistical report of National Electronic
Funds Transfer (NEFT) in banking sector ,Which shows The Information about the E-money
transactions in banking sectors. This report gives the information of E-money benefits to the
Economy, and also includes the benefit and drawbacks of E-money.
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CS16 PASSWORD BASED DOOR LOCKING SYSTEM
J.Lakshmipriya, K.Vanathi, Kamatchikeerthana
Theni Kammavar Sangam College of Technology
Email:[email protected].
The purpose of this project is to provide security at (house, ATM, office etc.) in this system
the user will have to register a unique password. The information will be stored in data base.
Whenever the right password will be received, the controller will accordingly give instruction
to dc motor. Dc motor will perform the action on door unlocking. We have to utilize the
electronic technology to build an integrated and fully customized home security system at a
reasonable cost. Keywords: Motor, Microcontroller, LCD, Keypad, Buzzer.
CS17 SECURITY AND VARIOUS ATTACKS IN WIRELESS SENSOR
A.Bagavathi Perumal, M. Vairamuthu
Renganayagi Varatharaj College of Engineering
Email:[email protected]
Wireless sensor networks (WSN) have a set of algorithms and protocols with self-establishing
capabilities. These sensors work with every other to sense some physical phenomenon after
which the information gather is processed to get relevant outcomes. These sensor nodes can
calculate, sense, and assemble particulars from the atmospheres and based on some
neighbourhood decision process, they are able to transmit the sensed records to the person.
The battery is the main electricity supply in a sensor node and secondary power supply that
harvests strength from the atmospheres together with solar panels may be added to the node
depending on the appropriateness of the atmospheres where the sensor will be diffuse.
Clustering is the technique which performs the grouping of similar nodes and then starts
communicating into the clusters. Security can be achieved by encrypting and decrypting the
data and make them unable to read that from the malicious users. Cryptography is the useful
technique which contains symmetric and asymmetric methods. In this paper we study about
WSN and its application or various attacks which exist in the sensor network in the middle of
paper we discuss various existing technique and its working. Various attacks are performed in
this network such as passive and active attacks or insider and outsider attacks. The wirelessly
network always required security in the form of data integrity, confidentiality, authenticity
and etc.
CS18 NANO TECHNOLOGY
A.Mathi, S.Padmavathi
National Engineering College, Kovilpatti.
Email:[email protected]
Nanotechnology, a diversified field of science, organic chemistry, molecular biology, micro-
fabrication etc. The associated research and application are diverse, ranging from extensions
of conventional physics. The theory of nanotechnology given by a Few philosophers says that
the concept of energy harvesting using piezoelectric Nano materials has been demonstrated.
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CS19 CYBERCRIME AND SECURITY
A.Saranika, P.Ponmathi
AAA college of Engineering and Technology, Amathur, Sivakasi
Email:[email protected]
As we all know that cybercrime has been one of the common practices made by the computer
expert. In this paper I have mentioned some of the impact of the cybercrime. Cybercrime is
that activities made by the people for destroying organization network, stealing others
valuable data, documents, hacking bank account, and transferring others money to their
account and so on. My paper is going to give the detailed information regarding cyber-crime
and its types, modes of cybercrime and security measures including prevention to deal
effectively with cybercrime...finally I will go for the research on the crime made by the
misuse of cybercrime in some of the field and areas like in phishing, identity theft, hacking,
cyber terrorism, internet grooming, cyber bullying and recently we are facing cyber bulling
MOMO game challenge on what’s app…And also try to find which type of cybercrime is
most practice in the world.
CS20 INTERNET OF THINGS
S.Archana Devi, B.Selva Lakshmi
National Engineering College, Kovilpatti
Email:[email protected]
Mobile healthcare, elderly assistance, smart grids and traffic management. Smart objects can
be agreed as an object that allows both rapid growth in the infrastructure and industrial
automation is creating environmental problems. In controlling the Environment with
pollutants researchers have develop strategies for monitoring the parameters and issues related
to environment. This paper introduces the design of web server using internet of things based
on atmega328 and Ethernet shield W5100 Ethernet controller chip with some I/O devices. To
create an html webpage for that it need an ip address of server side and enter into the browser
like internet browser, Firefox and Google chrome at client side. Input/output devices are lm35
temperature sensor, rain sensor, bmp180 pressure. Temperature, pressure, altitude and rain
conditions are monitored and a system is developed and tested wherein in emergency situation
various devices are controlled in real time.
CS21 5G TECHNOLOGY
R.Pandiyarajan, M.Vijay
Velammal College of engineering and technology
Email:[email protected]
5G Technology stands for 5th Generation Mobile technology. 5G technology has changed the
means to use cell phones within very high bandwidth. User never experienced ever before
such a high value technology. Nowadays mobile users have much awareness of the cell phone
(mobile) technology. 5G technology is more powerful and has huge demand in the near
future.
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CS22 AQUA DESIGNER SOFTWARE
B. Indhu Lakshmi
Francis Xavier Engineering College, Tirunelveli.
Email: [email protected]
In AQUA DESIGNER, all meaningful choices are calculated within minutes and are
immediately evaluated for effectiveness. For every choice, production costs, mass, flotation
and scaled drawings are readily available. In AQUA DESIGNER there are many version but
we are seen about the previous version-AQUA DESIGNER 8.0 & latest version-AQUA
DESIGNER 8.2 in this paper. Previous work is done by using AQUA DESIGNER 8.0version.
Since May 2016. This standard DWA-A 131 is implemented in this version. Excessive work
was done by latest version AQUA DESIGNER 8.2 version. Adjustment SBR to DWA-A 131.
The system requirements are same as both.
CS23 BLUE BRAIN
R.Karthick
Francis Xavier Engineering College, Tirunelveli
Email:[email protected]
The Blue Brain project is the first comprehensive attempt to reverse- engineer the mammalian
brain, in order to understand brain function and dysfunction through detailed supercomputer-
based reconstructions and simulations. The project aims to build comprehensive digital
reconstructions of the brain which can be used to study the nature of the brain. This, in turn,
helps in understanding how human beings process emotions, thoughts, and give us deeper
insight into the decision making power of the human brain.
CS24 CRYPTOCURRENCY
Jaya Prakash Anthony, Karventhan
Francis Xavier Engineering College, Tirunelveli
Email:[email protected]
There are so many different types of currencies in this world. But apart from that there is also
a computerized currency called as crypto currencies which was developed a decade earlier
and are being used worldwide now a days, it is an encrypted, peer to peer network which is
being used to facilitate digital barter. The most first and most popular crypto currency known
as bit coin is paving its way as a disruptive technology to long standing and unchanged
financial payment systems. While crypto cannot replace the traditional fiat currency rather
they could change the way Internet connected global markets interact with each other,
clearing away barriers surrounded by normative national currencies and exchange rates. As
the technology is advancing at a rapid rate and the success of the given technology is almost
solely dedicated by the market upon which it seeks to improve. Crypto currencies may
revolutionary’s digital trade markets by creating a free flow trading system without fees. This
paper presents an analysis of the historical aspects, evolution of bit coins and their impacts,
and nuts and bolts of it to the society and its future impact of it in the various fields, working
statistics, key concepts used in developing the mining tool and environment for it etc.
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CS25 SAFETY TRACKER
R.Ganapathy Karthikeyan
Francis Xavier Engineering College, Tirunelveli.
Email:[email protected]
Presently in India, there are many kidnaps and murders. Based on Wikipedia, the kidnapping
rate has been increased by 47.80% in the past 50 years. There is very less protection provided
for the children and women even though the government tries to make new plans. If a child is
kidnapped, he needs to be found out within 2 HOURS. If police missed within that time, it
would be harder since the kidnapper would be in a much safer place. Our idea has been
implemented by some private companies but it hasn’t become quite much use due to less
reach. Our idea is to pill (or as small as possible) sized transmitter with a mike. The pill can
be placed within the dress or anywhere safe such that it can’t be found by the kidnappers.
When a certain button is clicked, it finds the current location and sends it to the nearest police
station, relatives and families, and also some of the willing people to help with a use of an app
communication system. It can also be made to detect when the user tells HELP using the mike
like Google Assistant and also some noises made though a cloth. It can be made to update the
current location for every 2 minutes. Now we are using tracking devices for tracking our food.
So why can’t we use it for saving people. Our paper will contain some more details in this
concept.
CS26 LI-FI
P. I. John Rohan, J. Joe Fredrick, S. Kannan
Francis Xavier Engineering College, Tirunelveli
Email:[email protected]
In today’s world people want to finish their work within a minimum amount of time and the
last thing we want is our network connection slowing us down. LiFi is the technology that
uses light-emitting diodes (LEDs) to function as a wireless optical network. LiFi has a
recorded speed of 224 gigabits per second compared to the 91 gigabits speed recorded from
the Wi-Fi system. LiFi uses LED lights for the transmission of data instead of the harmful
electro-magnetic waves used by Wi-Fi. The LED bulbs used currently at homes and offices
can be used to implement the LiFi system, preventing additional costs. When the light is not
needed, it can be dimmed to a level that it appears to be off to the human eye, but is actually
on and functioning. Light bulbs are present everywhere, which means high speed data
transmission anywhere. Lifi is available only to the people in the room and cannot be
accessed by others. As a light source is essential for connection, it limits the locations and
situations where LiFi can be used. One of the major disadvantages of the LiFi network is that
other sources of light may interfere the signal, resulting in an interrupted internet connection.
As it uses visible light the range of the signal is limited in area by physical barriers. This
problem can be solved by the use of LED lights in each room in which the service is required.
The paper will be a small introduction on the LiFi system, its vast list of advantages and some
ideas on how to reduce its disadvantages to make it into a preferable network source used by
the common man.
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CS27 BIG DATA ANALYTICS USING HADOOP TECHNOLOGY
R.Petchiammal, S.Sumithra
Renganayagi Varatharaj College of Engineering, Sivakasi
Email:[email protected]
Big data is a technique used to store, distribute and the datasets which are large sized are
analyzed with high velocity. Big data can be taken in the form of structured, unstructured or
semi-structured which results in incapability of conventional data management methods.
Different sources and the system at various rates are used to generate the data’s. The term
“parallelism” is used for large amount of data which is inexpensive. The paper evaluates the
difference in the challenges that is being faced by a small organization as compared to a
medium or large scale operation and therefore the differences in their approach. The strategies
that vary from industries and the products are the examples for implementing BIG DATA.
HADOOP is an open source technology that enables the distributing process of large data sets
of fault tolerance with a very high degree. HADOOP is the popular tool for implementing
BIG DATA. The paper deals with the technology aspects of BIG DATA for its
implementation in organizations and the structure of HADOOP with the details of various
components.
CS28 INTERNET OF THINGS
R.Vinitha
National Engineering College,Kovilpatti
Email:[email protected]
In recent years we are stepping into smart generation of technologies. Wireless Bluetooth
zigbee (high level communication protocol) are the recent technologies. These devices need a
source to operate and to control for further process. For the critical situations these
technologies are not suitable. These need some artificial intelligence. Now a days this is
entirely satisfied by IoT (Internet of things).The Internet of things is the network of physical
devices, vehicles, home appliances and other items embedded with electronics, software,
sensors, actuators, and network connectivity which enable these objects to connect and
exchange data. It is working like an artificial intelligence. Medicine, agriculture and defense
are the back bone of a country. To develop the applications more in the above fields will raise
the tremendous growth in the economy. Raspberry-pi and sensors collects all the real-time
data from environment and this real time data is fetched by the web server and display it. The
user can access the data at any time anywhere with the help of internet. Raspberry Pi works as
a base station which connects the number of distributed sensor nodes via zigbee protocol.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
CS29 SIGN LANGUAGE LEARNING TOOL FOR HEARING PARENTS
OF DEAF CHILDREN
A. Abhiramkumaar, A. Srinath, R. Mohanraj
Dr. Mahalingam College of Engineering and Technology, Pollachi
Email:[email protected]
Sign language is important in humankind that is showing an increasing research interest in
eradicating barriers faced by differently abled people in communicating and contributing to
the society. Language immersion from birth is crucial to a child’s language development.
However, language immersion can be particularly challenging for hearing parents of deaf
children to provide as they may have to overcome many difficulties while learning Sign
Language. We are in the process of creating a mobile application to help hearing parents learn
Sign Language.
CS30 3D INTERNET
S.Kiruthika, S.Deiva suriya
Fatima Michael College of Engineering, Madurai
Email:[email protected]
The World Wide Web, which has started as a document repository, is rapidly transforming to
a fully-fledged virtual environment that facilitates services, interaction, and communication.
Under this light, the Semantic Web and Web 2.0 movements can be seen as intermediate steps
of a natural evolution towards a new paradigm, the 3D Internet. We provide an overview of
the concept 3D Internet and discuss why it is a goal worth pursuing, what it does entail, and
how one can realize it. Our goal in this paper is to discuss a research agenda and raise interest
in networking, security, distributed computing, and machine learning communities. We
explore first the motivation for the 3D Internet and the possibilities it brings. Subsequently,
we investigate the specific system level and research challenges that need to be addressed in
order to make the 3D Internet a reality.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING
EE01 VEHICLE TO VEHICLE COMMUNICATION
K.Santhanadevi,A.Mahibala
National Engineering College,Kovilpatti
Email: [email protected]
This paper deals on how to minimize the road accidents by communicating between the
vehicles. According to World Health Organization (WHO), road accidents annually cause
approximately 1.2 million deaths worldwide; one fourth of all deaths caused by injury. Also
about 50 million persons are injured in traffic accidents. If preventive measures are not taken
in road accidents is likely to become the third-leading cause of death in 2020 from ninth place
in 1990.A study from the American Automobile Association (AAA) conclude that the car
crashes cost the United states $300 billion per year. This can be reduced by deploying local
warning systems through vehicular communications. Departing the vehicles can inform other
vehicles that they intend to depart the highway and arriving cars at intersections can send
warning messages to other cars traversing that intersection.
EE02 SAND MINING DETECTION USING IMAGE PROCESSING
Balamurugan
Mepco Schlenk Engineering College
[email protected]
We have seen many instances and recordings of illegal sand mining and there are many on-
going legal cases in this regard and it is considered as a very serious crime. In this idea
presentation we aim at providing you a depiction of the current situation and to provide you a
generous solution for this problem. Prior to the procedure of fulfilling the tender
requirements, the system must be reserved with the data regarding the vehicles permitted and
the capacity that can be collected. These boundary conditions could be obtained from district
administrative boards. The process of theft identification involves two levels of inspection.
One, near the check posts and another adjacent to the place of collection. Both the inspection
areas are preinstalled with the cameras to obtain the vehicle number plate details and the
quantity being fetched. Keeping in mind the socio-economic feasibility we employ image
processing techniques to detect the lawbreakers and help in preventing their fraudulent
scheme. The image processing method is more suitable for monitoring at a lower-cost than
other methods and this can be employed near any area where the illegal sand mining process
is perceived. The theft is being observed continuously. Sufficient action is taken immediately
if any violation of particular order has been identified and thus sand mining is prevented.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
EE03 WIRELESS POWER TRANSFER
P.Swathi,M.Ragavi
Velammal College of Engineering and Technology
Email:[email protected]
Wireless power transfer, wireless power transmission , wireless energy transmission or
electromagnetic power transfer is the transmission of electrical energy without wires as a
physical link. In a wireless power transfer system a transmission device driven by electric
power from a power source generates a time varying electromagnetic field, which transmits
power across space to a receiver device, which extracts power from the field and supplies it to
an electric load. Wireless power transfer is useful to power electrical devices where
interconnecting wires are inconvenient, hazardous or are not possible.
EE04 WIRELESS SMART UTILITY NETWORK
S.Dharshini,G.Visithra
Velammal College of Engineeering and Technology
Email:[email protected]
Our energy requirements are increasing day by day due to the development in technology and
also due to our dependence on machines for every work. At the same time, proper energy
management and monitoring has also become indispensable due to our dwindling non-
renewable sources of energy .Wireless Smart Utility Network (Wi-SUN) aids in this energy
management. This system involves installation of electricity meters connected to smart utility
network .It can relay measurement data at real time to data collection base station by multi
hop operation, which in turn transfers the data to the cloud or mobiles or data server in
intranet. Then the collected data is analysed and the results are transferred to the meters for
controlling the energy consumption. This will help people to monitor energy consumption
thereby saving natural resources.
EE05 COMMUNICATION USING LI FI
S.Anusha,S.Kiruthiga
Latha Mathavan Engineering College, Madurai
Email: [email protected]
Li-Fi or Light Fidelity refers to Visible Light Communication systems using light-emitting
diodes as a medium for high-speed communication in a similar manner as Wi-Fi. Li-Fi or
New Life of data communication is a better alternative to Wi-Fi in wireless communication.
The concept of Li-Fi is data communication by fast flickering of light which is not detected
by human eye but it is focused on photo detector which converts the on-off state into binary
digital data. A Solar cell or photodiode is an electrical device that converts the energy of Light
directly to electric signal or analogue signal by the photovoltaic effect. Photodiode further
processes to feed the incoming data to the corresponding speakers via APR. Li-Fi has more
capacity in terms of bandwidth in visible region than bandwidth in the radio frequency range.
25
Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
EE06 SWARM INTELLIGENCE
K.Bavithra devi
AAA College of Engineering and Technology,Sivakasi
Email:[email protected]
Swarm Intelligence (SI) is an innovative distributed intelligent paradigm for solving
optimization problems that originally took its inspiration from the biological examples by
swarming, flocking and herding phenomena in vertebrates. SI systems are typically made up
of a population of simple agents interacting locally with one another and with their
environment. The agents follow very simple rules, and although there is no centralized control
structure dictating how individual agents should behave, local, and to a certain degree
random, interactions between such agents lead to the emergence of "intelligent" global
behaviour, unknown to the individual agents. Natural examples of SI include ant colonies,
bird flocking, animal herding, bacterial growth, and fish schooling.
EE07 SPACE BASED SOLAR POWER
R.Subha,G.Sonia Kaleeswari
Latha Mathavan Engineering College, Madurai
Email:[email protected]
To overcome the future demand of electricity with the pollution free power generation can be
possible by introducing space based solar power(SBSP), which is an emerging technology
which is under heavy research phase.The SBSP concept is to collect energy from the sun in
earth orbit. Here geosynchronous satellites are used for collecting sunlight harnessing it to
produce solar power and transmitting the generated power back to the earth using wireless
power transmission(WPT ) safely and reliably. The advantage of placing solar cells in space is
the 24 hour availability of sunlight. Also the urgency of finding an alternative energy source
due to the depleting energy resources on the earth calls for space based solar power. Here we
study the concept space based solar power and it’s overall structure and implementation.The
result highlights as the technology increases the efficiency of the system is also increases
widely and the effectiveness of the system as an environment friendly, low loss and large
scale method of energy transfer.
EE08 BIONIC EYES
P.Gangadevi,R.S.Sangeetha
Ramco Institute of Technology, Rajapalayam
Email:[email protected]
Now technology has improved to that extent where in the entire human body can be
controlled using a single chip. We have seen prosthetics that helped to overcome handicaps.
Bio medical engineers play a vital role in shaping the course of these prosthetics. Now it is the
turn of artificial vision through Bionic Eyes. Whether it is Bio medical, Computer, Electrical,
Electronic, or Mechanical engineers-all of them have a role to play in the personification of
Bionic Eyes.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
EE09 NEW STRATEGY OF PITCH ANGLE CONTROL FOR ENERGY
MANAGEMENT OF A WIND FORM
M.Harine,A.S.Anusugirtha
Velammal College of Engineering andTechnology,Madurai
Email:[email protected]
The objective of this paper is to investigate the new strategy of pitch angle control to ensure a
balance between the produced energy and the demanded one by the loads. The control
strategy of the wind farm is composed of two parts: a local control according to the
characteristics of each wind turbine pitch control to protect the turbines against mechanical
failure in the event of wind gust and a global control according to the total power demand and
the available wind power. This strategy leads to achieving power objectives (active and
reactive power targets) and system constraint .
EE10 GREEN MANUFACTURING OF ELECTRICITY USING SAFE
BASED BLOOM ENERGY SERVER
S.Siva,M.Chinnathambi
Renganayagi Varatharaj College of Engineering, Sivakasi
Email:[email protected]
The need for manufacturing and generation of electricity in a cheap, clean and ‘green’ way is
a must in an eco-friendly society. Bloom Energy Server is one of the best possible solutions.
The heart of it is patented solid-oxide fuel cell (SOFC). The basic principle of its working is
reverse electrolysis. The cells can run on a variety of fuels, including traditional fuel, natural
gas, biomass gas, landfill gas, and ethanol. It produces enough energy so as to power 100
average households or 30,000 sq.ft. office. It has a very good scope in India where electricity
is costly and also not readily available. Bloom Energy Server is cheap (when compared with
avg. Indian commercial and residential electricity cost) and reduces carbon emissions by 60 to
100%.
EE11 BIOMETRIC VOTING SYSTEM
S.Subathra,K.Prithiba
Ramco Institute of Technology, Rajapalayam
Email: [email protected]
Biometrics is the term given to the use of biological traits or behavioural characteristics to
identify an individual. The traits may be fingerprints, hand geometry, facial geometry, retina
patterns, voice recognition and handwriting recognition. In biometric voting system paper we
have used thumb impression for the purpose of voter identification or authentication. As the
thumb impression of every individual is unique, it helps in maximizing the accuracy. A
database is created containing the thumb impressions of all the voters in the constituency.
Illegal votes and repetition of votes is checked for in this system. Hence if this system is
employed the elections would be fair and free from rigging. Thanks to this system that
conducting elections would no longer be a tedious and expensive job.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
EE12 PATIENT MONITORING SYSTEM
R.Manikandaprabhu,K.Manoj
Velammal College of Engineering and Technology, Madurai
Email: [email protected]
The project is designed and developed for monitoring patients remotely using a wireless
communication system. The main aim of this project is to monitor the body temperature of the
patient and display the same to the doctor through RF technology.In hospitals, patients’ body
temperature must need to be monitored constantly, which is usually done by doctors or other
paramedical staff.The components used in this project include an 8051 microcontroller, a
power supply unit, a temperature sensor, an RF transmitter, a receiver module and a LCD
display. The microcontroller is used as a central processing unit for monitoring the body
temperature of the patients. The working of this project is explained with the help of a block
diagram, which consists of a power supply block that supply power to the entire circuit, and a
temperature sensor that calculate a patient’s body temperature.In the transmitter section, the
temperature sensor is used to read the body temperature of the patients continuously and the
data is sent to the microcontroller. With the help of an antenna placed at the transmitter end,
the data is transmitted to the receiver section.In the receiver section, a receiver is used to
receive the data and the received data is decoded by using a decoder, and the transmitted data
is compared with the data stored in the 8051 microcontroller, and then the data is displayed on
the LCD screen. The receiver module placed at the doctor’s chamber continuously reads the
data and the patient’s body temperature data is displayed on the LCD, wirelessly.
EE13 DIAMOND-THE ULTIMATE SEMICONDUCTOR
T.Senthamarai,R.Shanthini
Ramco Institute of Technology, Rajapalayam.
Email:[email protected]
Diamonds aren’t just a girl’s best friend – they promise to form the basis of the next
generation of high-power, high-frequency semiconductors and amplifiers. Many companies
believe that by synthesizing high-purity single crystal diamond, they have cracked one of the
major problems that have prevented diamond from becoming a widespread semiconductor
material. Diamonds can be synthesized in two ways:1. By subjecting graphite to high pressure
and high temperature, but the diamonds thus produced cannot be used in electronic devices.2.
Diamond films can be grown from carbon containing vapour in a process called Chemical
Vapour Deposition (CVD).The break-down voltage of silicon is 8KV-12KV whereas that of
diamond is many times this value. In high-voltage applications, a thick section of silicon,
750µm. for 8000V is needed which makes the device quite resistive and hence high power
dissipation when compared to that of diamond. Also diamond can deliver tens of watts of
power at high frequency and this makes it extremely attractive for use in areas such as radar
or satellite communications.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
EE14 OPTICAL CURRENT TRANSFORMER
M.Muthu Meenakshi,G.Selvapragathy
Ramco Institute of Technology, Rajapalayam.
Email: [email protected]
The main aim of this project is to reduce the emission of CO2 into the atmosphere by
means of eliminating the usage of cement. This study focus on experimentally determining
the mechanical properties of Hybrid Fibre Reinforced Geopolymer Composites (HFRGPC)
which consists of GGBS , fly ash, alkaline liquids, glass and polypropylene fibres. The
molarity of sodium hydroxide solution is fixed as 10 M. Glass fibre with varying percentage
(0.02% and 0.03%)is adopted in this study. And then the polypropylene fibre ratio is fixed as
30 percentage of glass fibre. The addition of fibre changes the brittle behavior of concrete to
ductile with significant increase in tensile strength and toughness. For curing, the temperature
was fixed at room temperature for 24 hours. The specimens were tested for the ages of 14 and
28 days and they were tested for compressive strength and split tensile strength. HFRGPC
showed increase in compressive strength of about 17.32 % of GPC and increase in tensile
strength of 45.28% of GPC when compared with Geopolymer concrete(GPC).
EE15 AUGMENTED REALITY
K.Yarshini,J.N.Divya Dharshini
Ramco Institute of Technology, Rajapalayam.
Email: [email protected]
Augmented reality is a technology that superimposes a computer-generated image on a user’s
view of the real world thus providing a composite view. Augmented reality applications
annotate real world with computer generated graphics. They make the surrounding
environment interactive by overlaying digital 3D models. Augmented reality is quickly
advancing into a new phase of enabling context rich user experiences that combine sensors,
wearable computing, the internet of things and artificial intelligence. Augmented reality will
bring significant transformation to many areas of economies in terms of productivity ,
competitiveness as well as provision of new and services for end customers. The need for
transport and reliable interworking between different AR components is the key successful
roll-out of such services.
EE16 HYBRID VEHICLES
M.SivaGanesh
Ramco Institute of Technology, Rajapalayam
Email:[email protected]
Hybrid vehicles uses both the internal combustion engine and the electrical engine. The need
for the hybrid vehicle is to protect the environment and to maximize the fuel economy and
minimize the fuel usage. The benefits in using the hybrid vehicles are energy efficiency and
regenerative braking. There are two types of hybrid vehicles, series and parallel hybrid
vehicles. Series hybrid vehicles- Explanation- Advantages. Parallel hybrid vehicles-
Explanation- Advantages. Battery used-Nickel Metal Carbide- Lithium ion battery-
Advantages-Way of charging- Ignition system-Conclusion
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Ramco Institute of Technology State Level Technical Symposium
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EE17 NANO ROBOTICS
B.Vasuki,T.Munieeswari
Ramco Institute of Technology, Rajapalayam.
Email: [email protected]
Nanorobotics is the study of robotics at the nanometer scale, and includes robots that are
nanoscale in size and large robots capable of manipulating objects that have dimensions in the
nanoscale range with nanometer resolution. Because of their exceptional properties and
unique structures, carbon nanotubes (CNTs) and SiGe/Si nanocoils are used to show basic
processes of nanorobotic manipulation, structuring and assembly, and for the fabrication of
NEMS including nano tools, sensors and actuators. A series of processes of nanorobotic
manipulation, structuring and assembly has been demonstrated experimentally. Manipulation
of individual CNTs in 3-D free space has been shown by grasping using dielectrophoresis and
placing with both position and orientation control for mechanical and electrical property
characterization. Nano tools, sensors and actuators can provide measurements and/or
movements that are calculated in nanometers, gigahertz, piconewtons, femtograms, etc., and
are promising for molecular machines and bio- and nanorobotics applications. Efforts are
focused on developing enabling technologies for nanotubes and other nanomaterials and
structures for NEMS and nanorobotics. By combining bottom-up nanorobotic manipulation
and top-down nanofabrication processes, a hybrid approach is demonstrated for creating
complex 3-D nanodevices.
EE18 SMART GRID
P.Sangeetha,R.Maha Guru Backiyam
Ramco Institute of Technology, Rajapalayam.
Email: [email protected]
The development and implementation of a smart grid for power supply is one of the pressing
issues in modern energy economy, given high national priority and massive investments,
although the entire subject is still in its infancy stage. The smart grid delivers electricity from
producers to consumers using two-way digital technology, and allows control of appliances in
the consumers' houses and of machines in factories to save energy, while reducing costs and
increasing reliability and transparency. Such a modern electricity network is promoted by
many governments as a way of handling energy independence, global warming and security
of supply. Smart meters are part of the smart grid, but do not themselves constitute a smart
grid. It could incorporate the use of super-conducting transmission lines to reduce losses, as
well as the ability to integrate electricity from alternative sources such as solar and wind.
When electricity cost is low, the smart grid can offer the customer to run intensive
consumption household appliances, such as washing machines, or processes in plants that
operate at flexible hours. On the other hand, smart grid at peak hours can, in coordination with
the client, turn off selected appliances and machines to reduce demand.
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Ramco Institute of Technology State Level Technical Symposium
Rajapalayam - 626117 Techyuga ‘18
EE19 HOME AUTOMATION SYSTEM
K.Swathi,K.Siva Priya
Department of Electrical and Electronics Engineering, Ramco Institute of Technology, Rajapalayam
Email: [email protected]
Nowadays automation system have become widespread in several industries by playing a vital
role in dominating many process-related operations.we live in the world of automation
wherein most of the systems have become machine-driven such as industrial automation,
home automation. In home automation system less human efforts are required by the
machinery equipments to control numerous systems in home. It involves automatic
controlling of home appliances using many different technologies.Arduino based automation
can be done with help of thyristors with Bluetooth technology. It can also be done by android
application based on remote control. Android application uses transmitter which sends on-off
commands to the receiver where loads are connected. Home automation can also done by
using digital controller. This equipment controlled remotely by using landline connection.
Home automation can also be done through RF based controlled remote. In this load can be
turned on and off remotely through wireless technology. Home automation can also be done
through touch screen technology. it can be developed by using GSM modem interfaced to
control unit by using this modem the user can control home automation by sending SMS.
EE20 SPIN ELECTRONICS
N.Kavitharani,T.Babisha
Ramco Institute of Technology, Rajapalayam
Email: [email protected]
Investigations of the dynamics of spin-polarized electronic current through and near materials
with spin-dependent electronic structures have created a rich new field dubbed "spintronics".
The implications of spintronics research extend deep into the realm of fundamental material
properties, yet spintronics applications have also revolutionized the magnetic-storage industry
by providing efficient room-temperature magnetic sensors. Control of nonequilibrium spin-
polarized populations of electrons through and near magnets has led to the dominance of
linear (resistive) spintronic devices for magnetic readout in commercial magnetic storage.
Rapid progress in understanding the fundamental physics of nonlinear spin-polarized
electronic transport in metals and semiconductors suggests new applications for spintronic
devices in fast nonvolatile memory as well as logic devices, with or without magnetic
materials or magnetic fields. Ongoing study of the interaction between such spintronic
elements and optical fields, particularly in semiconductors, promises the future development
of optical spintronic devices.
31
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