M. Hirata

Papers

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About

M. Hirata’s research focuses on the control and dynamics of space robotic systems, particularly the teleoperation of satellite-mounted manipulators from the ground. Their most notable contribution, the 2002 paper “Reducing attitude disturbances while teleoperating a space manipulator,” introduced a practical control scheme that stabilizes a satellite’s attitude within specified limits during ground-based teleoperation. This work is critical for maintaining communication links between satellites and Earth, addressing a key challenge in space robotics. With 12 citations, the paper has influenced subsequent studies on disturbance mitigation in orbital manipulation. Hirata’s approach combines algorithmic control with real-world constraints, offering a foundation for safer and more reliable remote operations in space. Their work is especially relevant for students and researchers interested in the intersection of robotics, control theory, and aerospace engineering, demonstrating how thoughtful design can overcome the unique physical and communication challenges of space environments.