Exercises of Coding Ninjas Java DSA

This repository is a comprehensive collection of Data Structures and Algorithms (DSA) programs implemented in Java. Each major topic in DSA has its dedicated subfolder, referred to as a ‘set’. Each ‘set’ encapsulates 10-12 specific DSA programs related to the overarching topic.

Big O Cheat Sheet in Bahasa 🇮🇩

Big O Notation Explained ( Time Complexity & Space Complexity )

Optimization of Connect4 Game using Mini-Max Algorithm and Alpha-Beta Pruning Algorithm.

Config files for my GitHub profile.

Programs relating to the use of data structures

Time Complexity & Space Complexity

It's a technical blog, Check out the link to read the Blog:

Running time analysis and Space analysis of an algorithm.

DSA Practicing from Striver's DSA Series.

Introduction to space and time complexity

A C++ console application for managing flights, customers, planes, tickets, and offers using OOP and dynamic data structures with file-based data storage.

Data Structures are techniques to organize and store data efficiently. Algorithms are step-by-step procedures or logic used to solve computational problems.

This repository is dedicated to mastering Java ☕ through solving coding challenges 🔍. It emphasizes Data Structures 📊 and Algorithms (DSA) to enhance problem-solving skills 🧩

C solution to a LeetCode #5 (Longest Palindromic Substring) problem, fully documented and analyzed with an emphasis on optimal runtime and memory efficiency.

This repository is a dedicated space where I document my personal approach to solving algorithmic challenges on LeetCode. Unlike repositories that focus solely on "perfect" or "industry-standard" snippets, this collection represents my authentic problem-solving process.

Helps you create the most efficient algorithms with your desired time Complexity.

Daily JavaScript problems I solve to practice DSA.

This repository contains the fundamental concepts of data structures