Martin Bak

Papers

Total Citations

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About

Martin Bak’s research focuses on the control and navigation of mobile robots, with a particular emphasis on path following and odometry calibration. His most influential work, “Path following mobile robot in the presence of velocity constraints” (2001, 22 citations), addresses the challenge of guiding a robot along a path composed of straight-line segments and intersections while respecting the physical velocity limits of its wheels. Building on this, his companion paper introduces a receding horizon controller that anticipates upcoming path intersections and smoothly adjusts the robot’s motion in real time, a practical solution for smooth, constraint-aware navigation. Earlier, Bak contributed to the reliability of mobile robot localization through his work on autocalibration of systematic odometry errors (1999, 3 citations), tackling inaccuracies in wheel base and encoder gain estimates that degrade dead-reckoning performance. While his citation counts are modest, Bak’s work is notable for its direct engineering relevance: he developed algorithms that balance theoretical rigor with real-time implementability, offering clear, actionable methods for improving robot mobility under realistic hardware constraints. His research remains a useful reference for those working on mobile robot control, particularly in applications requiring precise path tracking despite actuator limitations.