Papers
3
Total Citations
31
H-Index
3
About
M.B. Holder is a researcher specializing in autonomous mobile robotics, with particular expertise in multi-robot coordination, visual perception systems, and sensor-based navigation. Their work has made meaningful contributions to the challenge of enabling robots to operate intelligently and collaboratively in real-world environments. Holder's most influential contribution, "Motion Control of Cooperative Robotic Teams through Visual Observation and Fuzzy Logic Control" (2002, 16 citations), tackled one of robotics' fundamental challenges: achieving coordinated behavior between heterogeneous robots without relying on explicit communication. By combining visual servoing with fuzzy logic control, Holder demonstrated that robots could successfully exhibit convoying behavior through observation alone — an elegant solution with significant implications for robust, communication-independent multi-robot systems. Their earlier work on ultrasonic-based wall following (1996, 11 citations) showcased a practical approach to mobile robot navigation using a single rotating ultrasonic transducer, proving effective across varied environmental conditions. A companion paper further extended the visual coordination framework, reinforcing the depth of Holder's commitment to autonomous multi-robot systems. With a research portfolio focused on bridging perception and control, Holder's work remains relevant to students and researchers exploring cooperative robotics, sensor fusion, and autonomous navigation strategies.
Research Focus
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