Solving quadratic assignment problem using iterated local search, improved hybrid genetic algorithm, tabu search, and constraint solving.
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Updated
Jan 28, 2022 - Python
Solving quadratic assignment problem using iterated local search, improved hybrid genetic algorithm, tabu search, and constraint solving.
This is the official code for the AISTATS 2023 paper "Learning Constrained Structured Spaces with Application to Multi-Graph Matching"
Genetic algorithm for solving quadratic assignment problem
This is a Python implementation of the Doubly Stochastic Projected Fixed Point (DSPFP) algorithm for solving the Quadratic Assignment Problem / Graph Matching..
Unofficial implemnetation of "Solving Quadratic Assignemt Problem using Deep Reinforcement Learning" (https://arxiv.org/abs/2310.01604)
This package supports general, orthogonal, rotation, permutation, projection, and symmetric Procrustes problems, including both the normal one-sided approach and (for orthogonal and permutation Procrustes) two-sided approaches, where both the rows and columns are transformed.
Applications of Metaheuristic Optimization in Python
laboratory works for combinatoric optimization course
Mapping and routing of a data flow network mapped on an mesh NoC
Solution quadratic assign problem via LS(local search), ILS(iterated local search), GLS(guided local search)
Python library for finding the optimal transformation(s) that makes two matrices as close as possible to each other.
A research protocol for deep graph matching.
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