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Explore the fundamental concepts of configuration space in robotics through this 28-minute lecture from Northwestern University's Modern Robotics series. Learn about degrees of freedom for rigid bodies and robotic systems, examining how robots move and are constrained in their environments. Discover configuration space topology and representation methods, understanding how to mathematically describe robot positions and orientations. Analyze configuration and velocity constraints that limit robot motion, and distinguish between task space and workspace concepts. Master the theoretical foundations essential for understanding robot motion planning, control, and analysis in modern robotics applications.
