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5 cards from this section. Quick, good the night before a test.
Define a heuristic in the context of problem-solving.
Think about how we make quick estimates based on experience.
What does an admissible heuristic ensure?
Recall the meaning of 'never overestimate'.
What is a heuristic?
Think about quick ways we estimate solutions.
An admissible heuristic can overestimate costs. (True/False)
Recap what makes a heuristic admissible.
Consider a graph search with both admissible and inconsistent heuristics. How would you approach optimizing the search, and what might be the challenges?
Think about the balance between accuracy and efficiency.
Design an experiment to compare hill climbing and simulated annealing on a given optimization problem. What metrics will you use to evaluate their performance?
Consider how each method's strategy affects these metrics.
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