Worthy N. Martin

The University of Texas at Austin, University of Virginia

Papers

Total Citations

155

H-Index

About

Worthy N. Martin is a pioneering researcher in computer vision and autonomous robotics, whose work has fundamentally shaped how machines perceive and interact with dynamic environments. His seminal 1978 paper, "Dynamic Scene Analysis," with 91 citations, established foundational principles for understanding moving visual data, laying the groundwork for decades of research in motion perception. Martin's edited volume, "Motion Understanding: Robot and Human Vision" (1988), remains a key reference, bridging computational and biological approaches to visual intelligence. In his later work, Martin tackled the conceptual ambiguities hindering practical robotics. His paper "Markers elucidated and applied in local 3-space" (2002) provided a rigorous definition of "markers"—a critical but poorly specified concept in active vision—enabling more reliable perception-action loops for autonomous systems. He also advanced planning under uncertainty, notably in "Anytime replanning using local subplan replacement" (2002) and "The effects of uncertainty on plan success in a simulated maintenance robot domain" (2000), where he quantified how different types of uncertainty impact goal achievement. Martin's career reflects a deep commitment to moving robotics from idealized theory to robust, real-world application, making his contributions essential reading for students and researchers building the next generation of intelligent, autonomous agents.