Positive behavior support

Related lectures (10)

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Covers Hoare logic, strongest postcondition, and weakest precondition for simplifying proofs in imperative programming.

Emphasizes error management in LabVIEW, source file analysis, and program execution with Xcode.

Covers the programming of a robot to follow a black line using bottom sensors.

Explores internal states and hierarchical control in robotics, focusing on behaviors and neural circuits for hunger.

Introduces Hoare logic for simplifying program behavior proofs through annotations.

Covers Hoare logic, postconditions, preconditions, and program behavior proofs.

Explores converting imperative programs to formulas, including verification conditions, formula construction, and control flow structures.

Explores motivation, rewards, and the impact of the environment on behavior.

Explores spectral gap and mixing time in Markov chains, including their definitions and behavior.

Showcases how the subsumption architecture constructs a robust design in a mobile robot.