Generate Mazes of different types and Datasets for Deep Learning (GANs, RL)

Arduino nano based micro-mouse

An Arduino micro controller based robot which first analyzes the maze in the dry run by following lines through IR sensors and then calculates the shortest path from the source to the destination.

C++ 课程设计项目，基于 Qt 制作的一个简单的走迷宫小游戏。

Maze-solving bot

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Processing sketches related to micromouse maze solving robots.

A website for training your maze-solving skills

A* Pathfinding C++ providing many additional features

Lets have some fun

Maze solving algorithm visualizer using React.js

Uses PyQt5 to paint the mazes. The user can make a maze and then watch as it is solved. Uses brute force threading to solve the maze. Randomly generated mazes are a future addition.

Solves any images of mazes, as long as the starting point, ending point, walls, and path have unique colors.

Maze generator and solver with visualization

Computer Science NEA - A path finding algoithm visializer

Escape from a maze using reinforcement learning

Micromouse Turtlebot Maze Solver and Mapepr with ROS and C++

This repository implements a virtual Micromouse that uses Q-learning, a Reinforcement Learning algorithm, to navigate a randomly generated 20x20 maze.

🧩 A Python maze-solving CLI tool designed to reinforce algorithms and recursion.

This is a maze solving code using arduino uno microprocessor. It use potential field algorithm as the main algorithm. There are many command on every subroutine so that you might get insight on my code.

A maze generator and solver written in C++

E0 251 Data Structures and Algorithms course is offered by Department of Computer Science and automation, Indian Institute of Science, Bangalore. The assignment includes work on sparse data structures, large unsigned integer arithmetic, polynomial division, betweenness centrality using bfs and floyd warshall, persistent data structures, solving maze using persistent stack, user defined malloc and free.

A collection of maze solving algorithms

Autonomous Micromouse robot with real-time maze solving, PID control, and encoder-based navigation.

This project explores Maze Generation Algorithms and Maze Search Algorithms

Evaluation framework designed to test the 2D spatial awareness and planning capabilities of (LLMs). SokoBench measures a model's ability to map symbolic state representations to effective spatial actions within the constrained environment of Sokoban puzzles.

An autonomous EEBOT maze-solving robot implemented entirely in HCS12 assembly, demonstrating real-time sensor processing, ATD conversion, LCD status display, motor control, and dispatcher-based state machine design on real hardware.

Helping TurtleBot 2 to escape from a maze

Labyrinth generation and resolution project in Java, with graphical interface in Java Swing.

Visualization of the generation and solution of mazes with various algorithms.