Embedded System Project Titles
Research & Robotic
| S.NO. | PROJECT CODE | PROJECT NAME |
|---|---|---|
01 |
WRS001 |
A Linux implementation of the energy-based fair queuing algorithm on an ARM-based embedded system |
02 |
WRS002 |
ARM Based Implementation of Text-to-Speech (TTS) for Real Time Embedded System |
03 |
WRS003 |
Development and operational testing of a sub-meter Positive Train Location system |
04 |
WRS004 |
Embedded face recognition system considers human eye gaze using glass-type platform |
05 |
WRS005 |
GPS tracking of self-balancing vehicle for extreme environment based on AndroidOS |
06 |
WRS006 |
Development of a small autonomous flying robot with four-rotor system |
07 |
WRS007 |
An Embedded System-on-Chip Architecture for Real-time Visual Detection and Matching |
08 |
WRS008 |
Design and development of remote-operated multi-direction Unmanned Ground Vehicle (UGV) |
09 |
WRS009 |
Developing the pulse width modulation tool (PWMT) for two timer mechanism technique in microcontrollers |
10 |
WRS010 |
A novel framework based on AVR microcontroller for automated testing and analysis of DC motors |
11 |
WRS011 |
Development of an avatar for a vehicle with independent suspensions |
12 |
WRS012 |
A hierarchical system for a distributed representation of the peripersonal space of a humanoid robot |
Research & Robotic
| S.NO. | PROJECT CODE | PROJECT NAME |
|---|---|---|
01 |
WRB001 |
Customizing household mobile robot for remote laboratories |
02 |
WRB002 |
Implementation of an embedded system on a TS7800 board for robot control |
03 |
WRB003 |
Project and realization of a two-wheels balancing vehicle |
04 |
WRB004 |
Development of Motor Controller Based on PIC |
05 |
WRB005 |
AMBUBOT: Ambulance robot Automated External Defibrillator robotic ambulance |
06 |
WRB006 |
Design and implementation of obstacle detection algorithm in robotics |
07 |
WRB007 |
Task Realization by a Force-Based Variable Compliance Controller for Flexible Motion Control Systems |
08 |
WRB008 |
Identification and Vibration Attenuation for the Parallel Robot Par2 |
