Description:
The AVL Binary Search Tree Project is a Java-based application that implements an auto-rotating AVL tree (a self-balancing binary search tree) to efficiently sort and search data. The program is designed to interact with an interface that allows users to input a dataset, which is then automatically organized into an AVL tree structure. The tree self-balances during insertions, ensuring optimal search performance and maintaining an average time complexity of O(log n) for insertion, deletion, and searching operations.
This project leverages key object-oriented programming (OOP) principles, with clear encapsulation of tree operations and separation of concerns. It uses Java Streams for efficient data processing, enabling smooth querying and manipulation of data. The program makes extensive use of recursion for tree rotations and traversal, which is fundamental to maintaining the AVL property of balanced height between subtrees.
Additionally, the project demonstrates the use of Generics to create a flexible and reusable tree structure that can store any type of comparable data, and LinkedLists are used to manage tree nodes effectively. Maven is utilized for project management, simplifying dependency handling and project organization.
The AVL tree structure allows users to quickly find specific properties or values within a given dataset, providing both educational and practical use cases in areas like data processing, search algorithms, and balanced tree implementations.
Connect With Me