C. Senthilpar
Papers
2
Total Citations
6
H-Index
2
About
C. Senthilpar is a researcher focused on advancing hardware architectures for robotic systems, particularly through the optimization of CORDIC (Coordinate Rotation Digital Computer) circuits. Their work addresses critical challenges in real-time robotic applications, including speed constraints, energy efficiency, and throughput. In their 2015 study, "Low Energy, Improved Speed and High Throughput CORDIC Cell to Improve Performance of Robots’ Processor," they proposed a novel CORDIC cell design that reduces energy consumption while enhancing processing speed—key for real-time robot control. Their 2013 paper, "Proposed Adder and Modified LUT Bit Parallel Unrolled CORDIC Circuit for an Application in Mobile Robots," introduced an adder and modified look-up table (LUT) architecture to improve computational efficiency in mobile robots. Both papers have garnered 3 citations each, reflecting their niche but valuable contributions to embedded system design. Senthilpar’s work is notable for targeting hardware-based solutions that reduce system cost and size, directly impacting the practicality of autonomous robots. Their research bridges digital circuit design and robotics, offering tangible improvements for real-time, low-power robotic processors.
Research Focus
Key Achievements
Top Papers
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