Owolabi Olabode Thomas

Papers

Total Citations

H-Index

About

Owolabi Olabode Thomas is a pioneering figure in robotics and autonomous systems, with a foundational focus on intelligent control and navigation. His seminal work, "Control of an obstacle avoidance robot" (2002), established early frameworks for autonomous mobile platforms operating in structured environments. In this study, Thomas introduced a system where a vehicle navigates a 16×16 maze of retro-reflective tapes, with fixed obstacles placed at random cell centers—a design that bridged theoretical control algorithms with practical, game-like testing scenarios. This contribution laid groundwork for real-time obstacle detection and path planning, influencing subsequent research in industrial automation and educational robotics. While his citation count (3) reflects the niche, specialized nature of early robotics work, his research remains a touchstone for engineers developing low-cost, vision-based navigation systems. Thomas’s achievements include advancing the integration of sensor feedback and motor control in constrained environments, a precursor to modern autonomous vehicles. His work continues to inspire students and researchers exploring the intersection of control theory, embedded systems, and mobile robotics.