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Campus: University College Campus
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Career: Undergraduate
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Units of Credit: 3
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Contact Hours per Week: 3
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Equivalent: AELE4526
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Description
Introduction to different robot configurations. Homogeneous transformations; Kinematics; inverse kinematics; Jacobians; robot dynamics; Newton Euler methods; Flexible robots; Flexible beam dynamics; Euler-Lagrange equation; Acoustical system dynamics; modal analysis; transfer functions; Finite-dimensional models; Modelling of piezoelectric actuators, DC motors, acoustic speakers. Classical and modern control methods for the control of robots, flexible structures and acoustical systems.
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