Simon Thompson

National Institute of Advanced Industrial Science and Technology

Papers

Total Citations

H-Index

About

Simon Thompson is a robotics researcher whose work focuses on mobile robot navigation, autonomous path planning, and human-robot interaction. His research addresses fundamental challenges in enabling robots to operate safely and efficiently alongside people in real-world environments. Thompson's most influential contribution lies in advancing path planning methodology. His 2007 paper on path shortening and smoothing introduced a technique that generates clothoidal curvature paths while maintaining safe distances from obstacles — a practically significant improvement over raw grid-based A* outputs, earning 28 citations. Complementing this, his pedestrian tracking system, also from 2007 and accumulating 27 citations, demonstrated a robust approach to detecting and tracking humans using laser range finders, cleverly distinguishing moving pedestrians from static human-shaped objects through environmental mapping. Beyond navigation, Thompson has explored human-aware robotics in domestic settings, contributing work on integrating ceiling-mounted ultrasonic locators and microphone arrays to enable robots to respond to user calls and navigate toward people within a home environment. His concentrated output in 2007 suggests a particularly productive research period, with his combined contributions helping establish foundational techniques for socially aware autonomous robots operating in human-centered spaces.