Sleator and Tarjan introduced a restructuring heuristic for this structure that performs a sequence ofrotations after each access; that heuristic is splaying. A common construct used in dynamic programming isthe optimal type of this structure, which has minimal expected cost
Sleator and Tarjan introduced a restructuring heuristic for this structure that performs a sequence ofrotations after each access; that heuristic is splaying. A common construct used in dynamic programming isthe optimal type of this structure, which has minimal expected cost. The expected height for this structurewith n keys, when it is randomly built, is O(log n). The keys of a treap obey this structure's namesakeproperty while the priorities obey the min-heap order property. The namesake property of this structure isthat elements in the left subtree of a node are less than the node while elements in the right subtree aregreater than the node. An example of the self-balancing type of this structure is the red-black tree. For 10points, identify this tree that shares its name with a naÃ¯ve searching algorithm.
Sleator and Tarjan introduced a restructuring heuristic for this structure that performs a sequence ofrotations after each access; that heuristic is splaying.
binary search tree [prompt on tree]