ROPChain generator.

A Tabu Search pseudo-parallel algorithm for the Vehicle Routing Problem

Using Heuristic Rules, Meta-Heuristic and Hyper-Heuristic approach to solve Job Shop Scheduling Problem.

A C++ implementation of N Puzzle problem using A Star Search with heuristics of Manhattan Distance, Hamming Distance & Linear Conflicts

A sliding puzzle game and solver using ncurses.

A sliding block puzzle, whose solution is found using A* Search.

Solvers for the Selective Graph Colouring Problem and generalisations

A heuristic to resolve Graph Coloring.

Metaheuristics to compute an optimized solution for the combined MTCVRPTW and DSP problem

Variable Neighborhood Search for the CFLP

Contains code for expansion policies, decision-making and backup rules, and h-cost learning strategies for combining to make real-time heuristic search algorithms.

A MinMax based Othello/Reversi AI for 8x8 & 10x10

Application Data Distribution in Edge Computing

Solving the Sliding puzzle with 8 pieces using A* algorithm

Simulated Annealing algorithm for SALBP-2 problem.

A fast and interactive Gomoku game combining Python and C++ for advanced AI and smooth gameplay. Features single-player and multiplayer modes, heuristic evaluations, and undo/suggestion options.

A C++ program adressing a certain instance of the job scheduling problem.

Generic A star (A*) incremental algorithm