K.D. Wise
Papers
2
Total Citations
104
H-Index
2
About
K.D. Wise is a pioneering figure in microelectromechanical systems (MEMS) and solid-state sensor technology, with a career dedicated to advancing high-resolution tactile imaging for precision robotics. His most celebrated contribution is the development of a 1024-element capacitive silicon tactile imager, first introduced in 1990 and refined in 2003. This groundbreaking device, organized as a 32×32 matrix of capacitor elements on 0.5-mm centers, achieved unprecedented density and resolution for tactile sensing—enabling robots to “feel” with remarkable accuracy. The original 1990 paper, with 91 citations, and its 2003 follow-up, with 13 citations, collectively underscore the lasting influence of his work on the field. Wise’s innovations in silicon-based tactile arrays have been instrumental in advancing robotic manipulation, prosthetics, and human-machine interfaces. His research exemplifies how MEMS technology can bridge the gap between electronic sensing and physical interaction, making him a foundational figure in tactile sensor engineering. For students and researchers, Wise’s work remains a benchmark in high-performance tactile imaging, demonstrating the power of integrating materials science, circuit design, and mechanical engineering.
Research Focus
Key Achievements
Top Papers
- 1A 1024-element high-performance silicon tactile imager91 citations · 1990
- 2A 1024-element high-performance silicon tactile imager13 citations · 2003