Phillip J. Baines

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About

Phillip J. Baines is a robotics and control systems researcher whose work has made meaningful contributions to the practical implementation of advanced robot control methodologies. His research centers on model-based robot control, joint torque control, and the development of experimental platforms that bridge theoretical control algorithms with real-world industrial robotic systems. Baines is perhaps best known for his development of a sophisticated robot control test platform, described in his most-cited work (1995, 17 citations), in which a CRS Robotics A460 industrial robot was de-engineered to enable joint torque control and a Windows-based interface — creating an accessible environment for testing advanced control strategies. Building on this foundation, his subsequent research tackled the challenging problem of feedback linearized joint torque control in geared, DC motor-driven robots, addressing how industrial manipulators can accurately generate commanded joint torques for tasks such as gravity compensation. His 2002 contribution further refined computed torque control methods applied to flexible, geared robotic links, proposing a novel control law to improve system performance. With a cumulative citation record reflecting steady influence within the robotics control community, Baines' work remains a valuable reference for researchers developing and validating advanced control systems for industrial manipulators.