The AVL type of this structure requires operations to be preceded and followed by rotations, which change the structure of these entities without changing the order of their elements, while the red-black type of these structures are self-balancing, and can search, insert, and delete in O(log n) time.
The AVL type of this structure requires operations to be preceded and followed by rotations, which change the structure of these entities without changing the order of their elements, while the red-black type of these structures are self-balancing, and can search, insert, and delete in O(log n) time. A (*) binary type of this data structure requires that each node have at most two child nodes, with a root node that has no parents, and leaf nodes that have no children. For ten points, name this widely used data structure that uses linked nodes to emulate the hierarchical structure of its namesake plant.
The AVL type of this structure requires operations to be preceded and followed by rotations, which change the structure of these entities without changing the order of their elements, while the red-black type of these structures are self-balancing, and can search, insert, and delete in O(log n) time.
{Tree}