Engineering & Technology

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Computer Science

Answer & Explanation

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Answered by sandeshYadavmth19

The algorithm for each part is as follows:

(c) Algorithm to find the largest binary-search-ordered rooted minor of a linear tree T:

1. Initialize an empty binary tree M.
2. Perform an inorder traversal of the linear tree T.
3. For each node in the traversal, insert the node into the binary tree M in a way that maintains the binary search property. If the node is greater than the current node, insert it as the right child; if it is less, insert it as the left child. If there is no left or right child, create one accordingly.
4. Return the resulting binary-search-ordered rooted minor M.

(d) Algorithm to find the largest binary-search-ordered minor of an arbitrary ordered tree T:

1. Start at the root of the tree T.
2. For each node, maintain a sorted list of its children based on their labels.
3. Use dynamic programming to