Project 2-1 of DKE

A console application that solves the "pancake puzzle" problem with a modified A* algorithm.

Pirates of the Caribbean: Dead Man's Chest Solver A repository containing a solution to help Captain Jack Sparrow find the dead man's chest, which holds the heart of Davy Jones. This project implements two heuristic algorithms, A* and DFS with backtracking, to navigate the challenges faced by Jack Sparrow while sailing in the Caribbean Sea.

Implementation of simple algorithms for AI like planning ang graph search

Implementation of the path-finding algorithm A* with a visual representation.

This will be some exercises that I will be performing using java

NxM-tile Puzzle solver with A*, DFID, IDA* and DFBnB algorithms

Java SearchFramework to use any Search algorithm

Code to solve the 19 puzzle using A*

Year-3 Module taken in NTU that requires a group of team members to implement a robot that can explore and find the fastest path in a maze

This is an AI that solves state space traversal problems by using the A* algorithm!

CalPoly SLO University Project:– Developing a Game Utilizing A* Search, DFS, BFS Algorithms and OOPS concept. In this game, a lumberjack seeks the shortest route to fell trees and transport the wood to houses, while fairies journey to the felled areas to plant saplings. These saplings flourish into trees with captivating animations and effects

Solve "ShipWreck" game using Intelligent Search Algorithms

Multiple Knapsack Problem (MKP) using three different algorithms: Depth-First Search (DFS), Breadth-First Search (BFS), and the A* heuristic algorithm

A generic A* implementation

Solving the 15puzzle or 8puzzle game with A* & IDS algorithms

Generate a maze, set a start- and endpoinst and let an AStar algorithm find the shortest route

Usage of A*/Astar algorithm

John Conway's Game of Life implemention for sharks and pilchards.

Implementation of the 8-puzzle problem using A Star algorithm (Java)