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Define the state-space representation for the missionaries and cannibals problem.
Define the state-space representation for the missionaries and cannibals problem.
The state includes the number of missionaries and cannibals on each side of the river, boat's location, and its capacity.
What is the initial state of the missionaries and cannibals problem?
What is the initial state of the missionaries and cannibals problem?
3 missionaries, 3 cannibals on the original side, boat on the original side, and the boat empty (3,3,1).
Describe the goal state of the missionaries and cannibals problem.
Describe the goal state of the missionaries and cannibals problem.
3 missionaries, 3 cannibals on the opposite side, boat on the opposite side (0,0,0).
What is the path cost in the missionaries and cannibals problem?
What is the path cost in the missionaries and cannibals problem?
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What are the operators in the missionaries and cannibals problem?
What are the operators in the missionaries and cannibals problem?
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How is the system state uniquely defined in the problem?
How is the system state uniquely defined in the problem?
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What are the primary parameters for the system in the missionaries and cannibals problem?
What are the primary parameters for the system in the missionaries and cannibals problem?
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What does [m=3, c=3, b=1] represent in the problem?
What does [m=3, c=3, b=1] represent in the problem?
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What is the capacity of the boat in the problem?
What is the capacity of the boat in the problem?
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How many crossings are required to reach the goal state in the problem?
How many crossings are required to reach the goal state in the problem?
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