balanced binary trees
Balanced binary trees are a type of binary tree data structure where the heights of the left and right subtrees of any node differ by at most one. This balance property allows for efficient searching, insertion, and deletion operations as the tree remains relatively balanced.
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Related Concepts (22)
- 2-3 trees
- 2-3-4 trees
- aa trees
- avl trees
- b-trees
- binary heap visualization
- binary search trees
- cartesian trees
- heapify operation
- height-balanced trees
- left-leaning red-black trees
- optimal binary search trees
- red-black trees
- self-balancing binary search trees
- splay trees
- symmetric binary b-trees
- t-tree
- tango trees
- top trees
- treaps
- wavl trees
- weight-balanced trees
Similar Concepts
- balanced binary heap
- balanced binary search tree
- balanced binary search trees
- balanced binary tree
- balancing binary trees
- binary heap trees
- binary search tree
- binary tree
- binary trees
- complete binary tree
- complete binary trees
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