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AVL Tree Introduction | Data Structure Using C
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This video introduces you to this self-balancing binary search tree data structure, empowering you to implement it in C and harness its efficiency for data organization and retrieval.
Here's what you'll discover:
The fundamental concepts of AVL Trees:
Defining balanced binary search trees.
Understanding the concept of balance factor.
Exploring the benefits of AVL Trees over unbalanced trees.
Understanding AVL Tree Operations:
Insertion: Maintaining balance during insertion.
Search: Navigating the tree efficiently with balance information.
Deletion: Balancing the tree after removal.
Visualization: Animated diagrams to clarify the operations.
Code Implementation in C:
Step-by-step implementation of AVL Tree functionalities.
Code examples for key operations: insertion, search, and deletion.
Real-world application scenarios for AVL Trees.
By the end of this video, you'll be able to:
Define and explain the concept of AVL Trees.
Analyze the benefits of using AVL Trees compared to unbalanced structures.
Implement AVL Trees in C for data organization and retrieval.
Apply your knowledge to solve problems and implement algorithms that utilize AVL Trees.
Here's a sneak peek into what you'll learn:
Balance Factor: We'll delve into the concept of balance factor, which determines the balance of a node and the entire tree.
Rotation Techniques: We'll explore the four fundamental rotations used to maintain balance during insertion and deletion.
Visualization of Operations: We'll utilize animated diagrams to visualize the insertion, search, and deletion processes, enhancing your understanding.
Code Examples in C: We'll walk you through the code implementation of AVL Tree functionalities, including key operations and balance maintenance.
Real-World Applications: We'll showcase how AVL Trees are used in various applications, including spell checkers and network routing.
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Here's what you'll discover:
The fundamental concepts of AVL Trees:
Defining balanced binary search trees.
Understanding the concept of balance factor.
Exploring the benefits of AVL Trees over unbalanced trees.
Understanding AVL Tree Operations:
Insertion: Maintaining balance during insertion.
Search: Navigating the tree efficiently with balance information.
Deletion: Balancing the tree after removal.
Visualization: Animated diagrams to clarify the operations.
Code Implementation in C:
Step-by-step implementation of AVL Tree functionalities.
Code examples for key operations: insertion, search, and deletion.
Real-world application scenarios for AVL Trees.
By the end of this video, you'll be able to:
Define and explain the concept of AVL Trees.
Analyze the benefits of using AVL Trees compared to unbalanced structures.
Implement AVL Trees in C for data organization and retrieval.
Apply your knowledge to solve problems and implement algorithms that utilize AVL Trees.
Here's a sneak peek into what you'll learn:
Balance Factor: We'll delve into the concept of balance factor, which determines the balance of a node and the entire tree.
Rotation Techniques: We'll explore the four fundamental rotations used to maintain balance during insertion and deletion.
Visualization of Operations: We'll utilize animated diagrams to visualize the insertion, search, and deletion processes, enhancing your understanding.
Code Examples in C: We'll walk you through the code implementation of AVL Tree functionalities, including key operations and balance maintenance.
Real-World Applications: We'll showcase how AVL Trees are used in various applications, including spell checkers and network routing.
👉 Download Ekeeda Application & Learn from the best professors with 10+ years of experience.
Subscribe to a Course or Start a Free Trial of Package.
✤ Download the Ekeeda - Learning App for Engineering Courses App here:
Access the Complete Playlist of Subject GATE Algorithms -
• Analysis of Algorithms - CS | GATE & ...
✤ For More Such Classes Get Subscription Advantage:
Like us on Facebook:
/ ekeeda
Follow us on Instagram:
/ ekeeda_official
Follow us on Twitter:
/ ekeeda_official
Follow us on LinkedIn: