Considers both the theory and the practical problems encountered in adding high-speed machine vision for the closed-loop position control of a robot manipulator. Focuses on experiments to build and verify models of the physical system components such as robots, cameras, and vision systems; then uses the models for controller synthesis, verifies the controllers experimentally, and compares them with the results obtained by simulation. Addressed to advanced graduate students, researchers, or designers in robotics. Developed from a doctoral dissertation for the University of Melbourne in 1994 or 1995. Annotation c. by Book News, Inc., Portland, Or.
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Considers both the theory and the practical problems encountered in adding high-speed machine vision for the closed-loop position control of a robot manipulator. Focuses on experiments to build and verify models of the physical system components such as robots, cameras, and vision systems; then uses the models for controller synthesis, verifies the controllers experimentally, and compares them with the results obtained by simulation. Addressed to advanced graduate students, researchers, or designers in robotics. Developed from a doctoral dissertation for the University of Melbourne in 1994 or 1995. Annotation c. by Book News, Inc., Portland, Or.
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