This data structure was created in 1972 by Rudolph Bayer. In it, searching, inserting and removing can all be completed in O[lg(n)] ["big-O of log n"] time and the longest path from root to a leaf can be no more than twice the length of the shortest path.. This is because its balancing algorithm involves checking a namesake property of each of the nodes; a property that can have two possible values. For ten points, identi
This data structure was created in 1972 by Rudolph Bayer. In it, searching, inserting and removing can all be completed in O[lg(n)] ["big-O of log n"] time and the longest path from root to a leaf can be no more than twice the length of the shortest path.. This is because its balancing algorithm involves checking a namesake property of each of the nodes; a property that can have two possible values. For ten points, identify this type of balanced binary tree, named for the possible colors a node can be.
This data structure was created in 1972 by Rudolph Bayer. In it, searching, inserting and removing can all be completed in O[lg(n)]
{red-black} tree