True or False (If your answer to the question is "False", explain why, and provide correction when possible). (a) Let h(n) be the heuristics for the node n, h(m) be the heuristics for the node m, d(m,n) be the actual minimal cost from node m to n in a graph. A* satisfies the monotone restriction iff d(m,n) <= |h(n)-h(m)]. (b) If an A* heuristics is admissible then it satisfies the monotone restriction. (c) Best-first search guarantees optimality in its returned solution. (d) Least-cost-first search guarantees optimality in its returned solution. (e) If all edges are with unit cost, then Breadth-first search guarantees optimality in its returned solution.

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True or False (If your answer to the question is "False", explain why, and provide
correction when possible).
(a) Let h(n) be the heuristics for the node n, h(m) be the heuristics for the node m,
d(m,n) be the actual minimal cost from node m to n in a graph. A* satisfies the
monotone restriction iff d(m,n) <= |h(n)-h(m)|.
(b) If an A* heuristics is admissible then it satisfies the monotone restriction.
(c) Best-first search guarantees optimality in its returned solution.
(d) Least-cost-first search guarantees optimality in its returned solution.
(e) If all edges are with unit cost, then Breadth-first search guarantees optimality in
its returned solution.
Transcribed Image Text:True or False (If your answer to the question is "False", explain why, and provide correction when possible). (a) Let h(n) be the heuristics for the node n, h(m) be the heuristics for the node m, d(m,n) be the actual minimal cost from node m to n in a graph. A* satisfies the monotone restriction iff d(m,n) <= |h(n)-h(m)|. (b) If an A* heuristics is admissible then it satisfies the monotone restriction. (c) Best-first search guarantees optimality in its returned solution. (d) Least-cost-first search guarantees optimality in its returned solution. (e) If all edges are with unit cost, then Breadth-first search guarantees optimality in its returned solution.
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