Data Structures in C - C Programming
Great Learning brings this Data Structures in C Session. C is a very flexible and well-established language thus making it the mother of all programming languages.
Data Structures
Comprehensive exploration of data structures, algorithms, and complexity, covering linked lists, hashes, trees, heaps, sorting techniques, and advanced topics like AVL and Red-Black trees.
Priority Queues with an Interlude on Heaps
Learn about priority queues, including min/max heaps, insertion, removal, and implementation, to enhance your data structure knowledge and coding skills.
Java Data Structures
Comprehensive exploration of Java data structures, from arrays to graphs, with practical implementations and in-depth explanations of key concepts like trees, heaps, and hash tables.
Understanding .NET C# Heaps - Deep Dive
Explore .NET C# heap structure, generations, object allocation, and optimization techniques in this deep dive, enhancing your understanding of memory management for improved performance.
Boxes, Heaps, and Stacks in Rust - September 2022
Explore memory management in Rust through boxes, heaps, and stacks. Learn how Rust's compiler guides programmers in handling pointers and memory allocation efficiently.
Dynamic Memory Management and Heap Implementation - Lecture 16
Implement dynamic memory management and heap functionality in a custom operating system, including new and delete operators for efficient memory allocation.
Introduction to Heap Data Structure, Priority Queue, and Heapsort
Comprehensive tutorial on heap data structure, priority queues, and heapsort algorithm, covering theory and practical coding examples for coding interviews and data structure knowledge.
Masterizing PHP Data Structure
Explore advanced PHP data structures beyond arrays, including SPL and extensions, to optimize code performance and efficiency in complex applications.
What Do You Mean by "Cache Friendly"?
Explore cache-friendly data structures and algorithms for improved performance. Learn tools and techniques to analyze and optimize cache efficiency in modern CPUs.
Zephyr 101 - Thread Control
Learn to manage threads in Zephyr RTOS, covering stack and heap usage, thread creation, message queues, and practical implementation for efficient embedded system development.
Min Heap and Max Heap Insertion and Deletion - Data Structures Tutorial
Learn to insert and delete nodes in min and max heap trees efficiently, with a focus on time complexity and maintaining heap properties. Includes code explanation for practical implementation.
Memory Management in Go - The Good, the Bad and the Ugly
Explore Go's memory management: strengths, weaknesses, and pitfalls. Gain insights for efficient programming and optimal performance.