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3 cards from this section. Quick, good the night before a test.
What does RRT stand for?
Think about the function of the algorithm in exploring configuration spaces.
Explain the primary purpose of PRMs.
Consider how they help multiple planning questions.
What does RRT primarily aim to achieve?
Think about the speed versus accuracy of finding paths.
True or False: PRM separates its processing into learning and execution phases.
Consider the dual nature of PRMs.
Further explain how RRT* can be adapted to work effectively in a highly dynamic environment with moving obstacles.
Consider how to keep the tree updated with every new sample taken.
Create and explain a hybrid approach combining RRT and PRM. When would this method be specifically useful?
Think about the benefits of both structured routes and rapid adjustments.
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