This repository contains a Genetic Algorithm (GA) implementation for solving the Traveling Salesman Problem (TSP).

Hybrid differential evolution algorithm (HDE) to solve the Flexible Job Shop Scheduling Problem

This project implements methods for solving Uncapcaitated Facility Location(UFLP) nominally and under spatial demand uncertainty.

This is a MidTerm project solving 3 task: 8-Puzzle by A*, Pacman by A* and 16-Queens by Genetic Algorithm (Course: Introduction to Aritificial Intelligence) carried out by a group of 2nd year students.

a realization of MA algorithm for solving CVRPTW

This project explores the monochromatic triangle problem, leveraging genetic algorithms to find optimal solutions. It includes a visualization component to illustrate the problem and solution.

Using artificial intelligence (A* search, Local Search, Contraint Satisfaction, Knowledge Engineering) to solve real-life problems.

Maximum Edge Weight Clique Problem | Dev. with Python | Engineering school project (3rd year/5)

This repository contains my solutions to the assignments of the course CSE-318 | Artificial Intelligence.

AI Search methods from CAP 4630: Intro to AI

This repository is a compilation of my activities from the subject course of CS321L-M - Artificial Intelligence Lab.

This repository contains implementations of various optimization algorithms in R, applied to benchmark problems.

A simple Eight Queens solver built with Java for CSE 486.

Package distribution optimization using local search algorithms.

find the best meal with the lowest cost and lowest calories (Minimize the calories and the cost)

A competition among MSc Business Analytics cohorts to build the best 3 heuristic models to solve modified Capacitated Vehicle Routing Problem (CVRP) in VBA

📐 Polygonization using CGAL

Heuristic optimization work for university. Optimize the ordering of task. By using optimization algorithm and methods. Like the local search hillclimbing etc.