What are the applications of binary search trees in C++?
Binary search trees (BSTs) are used in C++ for efficient searching, sorting, and maintaining a dynamic dataset.
Can you give me some specific examples of where they are used?
Sure! BSTs are commonly used in databases for indexing, in memory management, and in implementing associative arrays.
How do they compare to other data structures like arrays or linked lists?
BSTs offer faster search times (O(log n) on average) compared to arrays (O(n)) and linked lists (O(n)), especially for large datasets.
What are the limitations of using binary search trees?
The main limitations include potential unbalanced trees leading to O(n) search time and the need for rebalancing operations.
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