Swarm intelligence

Sociology

Archaeology

Population

Mathematics

Ant colony optimization algorithms

Economic growth

History

Algorithm

Mathematical optimization

Epistemology

Demography

Philosophy

Adaptive strategies

Economics

Convergence (economics)

Quality (philosophy)

Computer science

Ant colony

Particle swarm optimization

International Journal of Bio-Inspired Computation

In this paper, an effective improved co-evolution ant colony optimisation (MSICEAO) algorithm is presented to solve complex optimisation problem. In the MSICEAO, the multi-population co-evolution strategy is used to divide initial population into several sub-populations to interchange and share information. The weighted initial pheromone distribution strategy is used to improve the efficiency and adjust the pheromone factor and distance factor. The elitist retention strategy is used to improve the solution quality. The adaptive dynamic update strategy for pheromone evaporation rate is used to balance the convergence speed and solution quality. The aggregation pheromone diffusion mechanism is used to enhance the cooperative effect and highlight the cooperative idea of swarm intelligence. In order to verify the effectiveness of the MSICEAO, the experiments have been carried out on eight TSPs and one actual gate allocation problem. The MSICEAO is compared with five state-of-the-art algorithms of TS, GA, PSO, ACO and PSACO. The experiment results demonstrate that the MSICEAO is significantly better than the compared methods.

An effective improved co-evolution ant colony optimisation algorithm with multi-strategies and its application