Ma

Papers

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About

Ma’s research career is defined by pioneering contributions to mobile robotics, with a particular focus on unconventional locomotive systems and reconfigurable architectures. His most influential work, "MECHANISM DESIGN AND MOTION ANALYSIS OF A SPHERICAL MOBILE ROBOT" (2005, 13 citations), introduced the BHQ-1 spherical robot—a novel design propelled by two internal motors that enable straight motion and turning on flat surfaces. By developing a dynamic model using the Lagrange method, Ma provided foundational insights into the driving torque requirements of such systems, establishing a framework that continues to inspire spherical robot research. His subsequent work on gaits-transferable central pattern generator (CPG) controllers for snake-like robots (2008) and center-configuration selection techniques for reconfigurable modular robots (2007) further demonstrates his versatility in tackling complex, adaptive robotic systems. While these later papers have garnered fewer citations, they reflect Ma’s sustained commitment to solving fundamental challenges in robot locomotion and modularity. Collectively, his research has advanced the understanding of non-traditional robot morphologies, offering practical design principles and control strategies that bridge theory and application. Ma’s work remains a valuable resource for students and researchers exploring bio-inspired and reconfigurable robotics.