The algorithms were written as part of the Algorithms and Data Structures class at UMCS.

This GitHub repository provides a comprehensive collection of Data Structures and Algorithms (DSA) concepts along with solutions to common coding questions. Additionally, it includes various React.js projects to demonstrate practical implementation and usage of these DSA concepts in real-world scenarios.

Generates a random maze and solves it using recursive backtracking. The maze generation utilizes Depth-First Search (DFS) to carve out passages and create a unique maze layout for each run.

This C++ program uses backtracking algorithm to find best possible move by calculation winning and loosing probabilities of each move it does and eventually selecting the best possible move.

Here I'm posting few C++ projects which are done based on backtracking, OOP, pointers etc. These projects were done mainly focusing on solving assignment questions of Professor Jerry Waxman's CSCI-211 - Object Oriented Programming in C++ course at CUNY QC. Posting Dr. Waxman's questions, my codes & report for those assignments & their algorithms

Algorithms And DataStructure Implemented In Python, Java & CPP, Give a Star 🌟If it helps you

This repository contains several sub-repositories, each showcasing different projects and implementations in C++.

Maze generation, solving & finding shortest paths algorithms with backtracking, written in C++ and SFML.

Algorithms Course Repo

Implementations of popular optimization & search algorithms

I intend to comprehensively address the full set of questions provided by Love Babbar & Striver, pertaining to an array of topics such as Array, Matrix, String, Searching and Sorting, Linked List, Binary Trees, Binary Search Tree, Greedy Algorithms, Backtracking, Stack and Queue, Heap, Graph, Trie, Dynamic Programming, and Bit Manipulation.

Insanely fast crossword generator

Algorithms implemented in C++

Advanced algorithms course (SCC0218). Solutions for competitive programming problems(CSES Problem Set).

This project is a comprehensive implementation of Donald Knuth's Dancing Links Algorithm to solve Sudoku puzzles. It features a robust, menu-driven C++ application and a sleek, fully functional web-based solver.

This determines the maximum number of zones a ball can pass through to reach one of the edges of the game board using backtracking.

A program that solves any sudoku puzzle and provides a user interface.

Resolución de ejercicios del curso de Algoritmia ciclo 23-2

A collection of algorithms and data structures in C++. If you loved it, give a 🌟!

MacMahon Game solver in c++