Tom Henderson

Papers

Total Citations

H-Index

About

Tom Henderson’s research career has been defined by pioneering work in robotics, computer vision, and autonomous systems. A professor at the University of Utah, Henderson is best known for his contributions to reactive behavior design, where he developed tools that allow autonomous agents to operate through collections of logical behaviors working in synchrony—a foundational concept for modern robotics. His work on the Utah Prototyping Environment (UPE) enabled flexible, reconfigurable robot manipulator design, blending software and hardware components for optimal prototyping. Henderson also advanced parallel image processing with a pipelined architecture for discrete relaxation algorithms, critical for real-time vision tasks. His early research on synthesizing logical sensor specifications helped bridge CAD/CAM with vision and manipulation systems, anticipating today’s integrated manufacturing environments. While his citation counts (ranging from 4 to 9) reflect a focused, specialized audience, Henderson’s influence is felt in the practical tools and frameworks he created—particularly in reactive control and sensor integration. His work remains a touchstone for researchers building robust, behavior-based robotic systems.