Max Robotics — Global Service Robot Directory + US Certification

About

Kenneth Renny Simba’s research centers on autonomous mobile robotics, with a particular emphasis on real-time motion planning and trajectory generation. His work is defined by the innovative use of Bézier curves to produce smooth, continuous-curvature paths for nonholonomic wheeled robots—a critical requirement for safe and efficient navigation. Simba’s most impactful contribution, the 2016 paper "Real-time smooth trajectory generation for nonholonomic mobile robots using Bézier curves," has garnered 103 citations, establishing a foundational method for generating C²-continuous trajectories in real time. He further extended this framework to address practical challenges, including corridor-like spaces (2013, 17 citations) and vision-based obstacle avoidance using fisheye lenses (2015, 17 citations). His 2014 work on obstacle-avoidance motion planning (14 citations) introduced an efficient algorithm combining visibility graphs with Bézier curves, enabling robots to navigate cluttered environments smoothly. Collectively, Simba’s contributions provide a robust, computationally efficient toolkit for autonomous navigation, directly impacting fields from warehouse logistics to service robotics. His focus on real-time performance and curvature continuity remains a benchmark for researchers developing agile, obstacle-aware mobile robots.