|
Sl.No. |
Name of the student |
Title of the Thesis |
Status |
|
1 |
G.Lakshminarayanan |
Design and Analysis of FPGA based wavepipelined and pipelined structures for digital signal processing applications |
Completed |
|
2 |
G.Seetharaman |
Design & Analysis of Automation techniques for the Implementation of Wave-pipelined circuits on FPGA |
Completed |
|
3 |
V.Amudha |
Study and Evaluation of different Architectures for System on Chip Implementation of Isolated Digit Recognition System |
Completed |
|
4 |
S.Ramasamy |
Design and analysis of low power programmable OTA-C filters |
Completed |
|
5 |
B.Malarkodi |
Performance analysis of Adhoc networks |
Completed |
|
6 |
M.Bhaskar |
Techniques for high speed data transfer through on-chip global interconnects |
Completed |
|
7 |
J.Manikandan |
Design of a Real Time Isolated Word Speech Recognition System using Support Vector Machines |
Completed |
|
8 |
S.Kumaravel |
Design and implementation of power efficient folded cascode OTAs for biomedical and RF applications |
Completed |
|
9 |
R. Raja |
Design and implementation of low power RF front-end for zigbee based wireless sensor networks |
Completed |
|
10 |
R. Sanjay |
Design and Implementation of low power instrumentation amplifiers for biomedical applications |
Ongoing |
|
11 |
R. Greeshma |
Low power Architectures for ADC / DAC |
Ongoing |
|
12. |
R.K. Kavitha |
Design of high speed asynchronous circuits |
Ongoing |
|
13. |
R. Thilagavathy |
Optimisation techniques for biomedical ICs |
Ongoing |
|
14 |
Hari Kishore |
Design and Implementation of Wideband Balun LNA with built in self test for WLAN and WiMAX applications |
Ongoing |
|
15 |
Senthil Rajan |
Design of Low power and low area VLSI filters for biomedical applications |
Ongoing |
