| Title | Program | Version | Remarks | Author |
|---|---|---|---|---|
| CDT | Fortran | 1995 | A branch-and-bound algorithm for asymmetric TSP | M. Dell'Amico et al |
| TSP1&2 | PASCAL | 1.2 | Solving TSP with 1-tree Relaxation | ORSEP |
| SA_TSPt | Matlab | Rev1.0 | A GUI for sovling TSP using Simulated Annealing (SA) | Aravind Seshadri |
| TSPUNIX | C | 1997 | Algorithm based on the outline of (Lin, 1965) for unix | K. L. Dunn |
| DP_TSP | C | - | Dynamic Programming Code for the TSP | Neil Simonetti |
| LK | C | 0.5.0 | Lin-Kernighan heuristic for the TSP and minimum weight perfect matching | David Neto |
| LKH | C | 1.3 | An effective implementation of the Lin-Kernighan heuristic [Portal] | Keld Helsgaun |
| SA-TSP | C | 1996 | Simulated annealing (SA) for the Symmetric Euclidean TSP | Lionnel Maugis |
| ACOTSP | C | 1.3.6 | Ant Colony Optimization (ACO) applied to the symmetric TSP [BOOK] | Thomas Stützle |
| PSO-TSP | C | - | Particle Swarm Optimization (PSO) for the TSP | Maurice Clerc |
| GATSS | C++ | - | Genetic Algorithm (GA) based solver for the Traveling Salesman Problem | Thomas Pederson |
| Tsp_Solve | C++ | 1.0 | Various operators for the Travelling Salesman Problem | Chad Hurwitz |
| GA_TSP | C# | 2006 | Genetic Algorithms (GA) with a greedy crossover | Michael LaLena |
| MAOS_TSP | JAVA | 2006 | Swarm Algorithm for optimizing large scale TSP [DOC] | Xiao-Feng Xie |