Jason Martin

About

Jason Martin’s research lies at the intersection of autonomous mobile robotics, intelligent control systems, and omnidirectional vehicle design. His foundational work on the *Implementation of an omnidirectional robotic inspection system (ODIS)* (2001, 13 citations) demonstrated the first practical deployment of smart wheel technology in a complete robotic platform, enabling unprecedented maneuverability for real-world inspection tasks. This system built upon the T-series of omnidirectional vehicles, showcasing how advanced wheel designs could translate into operational autonomy. Martin further advanced the field with his development of an *Intelligent behavior generator for autonomous mobile robots* (2002, 7 citations), which integrated planning-based AI decision-making with supervisory control logic. This work, funded by the US Army TACOM’s Intelligent Mobility Program, created a framework for unmanned ground vehicles to navigate complex environments with enhanced reasoning and safety. By bridging hardware innovation with software intelligence, Martin’s contributions have provided a blueprint for agile, decision-making robots—from industrial inspection to military reconnaissance. His research remains a touchstone for engineers seeking to combine mechanical omni-directionality with robust, real-time AI control.

Research Focus

Key Achievements

Top Papers

1. 1
   <title>Implementation of an omnidirectional robotic inspection system (ODIS)</title>

   13 citations · 2001
2. 2
   <title>Intelligent behavior generator for autonomous mobile robots using planning-based AI decision making and supervisory control logic</title>

   7 citations · 2002

Key Collaborators

Contact & Links