Compare and contrast the performance of insertion and deletion operations in AVL trees versus red-black trees.
- AVL trees and red-black trees have different performance characteristics depending on the specific implementation.
- AVL trees have faster insertion but slower deletion compared to red-black trees.
- Both AVL trees and red-black trees have similar performance for insertion and deletion operations.
- Red-black trees have faster insertion but slower deletion compared to AVL trees.
In AVL trees, insertion and deletion operations can require multiple rotations to rebalance the tree, making deletion slower than insertion. Red-black trees, on the other hand, prioritize maintaining balance during both insertion and deletion, leading to slightly slower insertion but faster deletion compared to AVL trees. This is because red-black trees have more relaxed balancing constraints, allowing for simpler restructuring during deletion.
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