An optimized IS-APCPSO algorithm for large scale complex traffic network

doi:10.1007/s10586-018-2082-6

An optimized IS-APCPSO algorithm for large scale complex traffic network

2018-02-28

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DOI：10.1007/s10586-018-2082-6

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Chaotic particle swarm optimization algorithm is improved by incorporating antibody concentration, adaptive propagation, optimization mechanism of the multi-population evolution strategy, elite particles chaotic traversal mechanism and constraint processing mechanism. In this paper, an improved adaptive propagation chaotic particle swarm optimization algorithm based on immune selection (IS-APCPSO algorithm for short) is proposed. The performance of several algorithms has been compared by multimodal function, functions with high dimensional and complex constraints, bi-level programming function and a classic example of traffic network optimization. The experimental results prove that the proposed algorithm in accelerating convergence rate, increasing the diversity of particles, and preventing premature phenomenon is effective. The novel algorithm is expected to be used in the model solution of large-scale complex traffic network optimization problem.

Keyword:

Optimization

IS-APCPSO algorithm

Traffic network

Immune selection

An optimized IS-APCPSO algorithm for large scale complex traffic network

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