I\'m implementing a splaytree to hold words and their frequencies and chose to create a Pair class that would hold each word-frequency (key-value) pair. That is, each node of the splaytree holds a pai
I am reading about splay trees in Data structures and algorithms by Mark Allen Wesis The splaying strategy is similar to the rotation idea, except that we
Some binary tree data structures (such as Splay trees) will re-balance on reads to move recently accessed items toward the root, such that the subsequent look-up time may be reduced.
While reading about splay trees I found some expression about the rank of the splay node \'X\' and the amortized cost in wikipedia. It is given as,
For my Algorithms & Data Structures class, I\'ve been tasked with implementing a splay tree in Haskell. My algorithm for the splay operation is as follows:
Going through some excercises to hone my binary tree skills, I开发者_运维问答 decided to implement a splay tree, as outlined in Wikipedia: Splay tree.
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