Chih-Wei Chen

Southern Taiwan University of Science and Technology

Papers

Total Citations

H-Index

About

Chih-Wei Chen is a researcher whose work bridges the critical gap between tactile sensing and intelligent antenna systems, with a focus on enhancing robotic and communication technologies. His most cited paper, "Detection system of incident slippage and friction coefficient based on a flexible tactile sensor with structural electrodes" (2012, 38 citations), represents a significant contribution to tactile sensing. This work introduces an innovative flexible sensor capable of detecting slippage and friction, which is essential for improving robotic manipulation and haptic feedback in prosthetics. Chen’s design of structural electrodes enables precise, real-time detection, offering a foundation for safer and more adaptive human-robot interactions. In parallel, his research on "Beamforming performance for a reconfigurable sparse array smart antenna system via multiple mobile robotic systems" (2010, 6 citations) explores a novel approach to wireless communication. By integrating mobile robots to reconfigure antenna arrays, Chen demonstrates how beamforming can be achieved in dynamic environments, overcoming the limitations of fixed antenna systems. This work has implications for smart antennas in robotics and 5G networks. With a total of 44 citations across his key papers, Chen’s contributions are impactful, advancing both sensor technology and adaptive communication systems. His interdisciplinary approach highlights a commitment to solving real-world challenges in robotics and wireless engineering.