Data Structures

Foundational algorithms and memory organization patterns that power modern computing. From classic arrays to advanced balanced trees, explore verified implementations and complexity analysis.

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Beginner Python

Binary Search Trees: Implementation & Complexity

A comprehensive guide to BSTs, covering insertion, deletion, traversal algorithms, and time/space complexity analysis with practical examples.

Trees Search O(log n)
Intermediate C++

Hash Tables: Collision Resolution Strategies

Deep dive into chaining vs. open addressing, load factors, and modern hash functions. Includes benchmark comparisons across implementations.

Hashing O(1) Memory
Advanced Rust

Graph Algorithms: Dijkstra vs. A* Pathfinding

Comparative analysis of weighted graph traversal algorithms. Covers heuristics, admissibility, and real-world routing applications.

Graphs Pathfinding AI
Beginner Java

Linked Lists vs. Arrays: Memory Trade-offs

When to choose sequential vs. dynamic allocation. Covers cache locality, pointer overhead, and real-world performance benchmarks.

Arrays Linked Lists Memory
Intermediate Python

Tries (Prefix Trees) for Autocomplete Systems

Optimizing string storage and retrieval. Covers node compression, memory optimization, and integration with modern search engines.

Strings Search UX
Advanced C++

B-Trees & Database Indexing Architecture

Why relational databases prefer B-Trees over BSTs. Covers page splits, balance maintenance, and disk I/O optimization strategies.

Trees Databases Storage