Research on Engine Performance Control Based on Mathematical Modeling
In order to achieve engine performance optimization control,an improved artificial bee colony algorithm based engine performance optimization control method is proposed.Method:Firstly,an artificial bee colony algorithm is used to determine the ini-tial population for optimization control.In the hiring bee stage,the Deb's criterion is used to select and retain the honey source,while in the following bee stage,the honey source is optimized.In the reconnaissance bee stage,the standard Cauchy distribution is com-bined to improve the algorithm's disturbance ability and obtain the optimal solution.Finally,taking the minimum fuel consumption control of the engine as the research object,the application effect of the algorithm is simulated and studied.The simulation results show that compared to the conventional SQP algorithm used for engine optimization,the improved artificial bee colony algorithm pro-posed in this study can reduce fuel consumption by up to 10％,providing a reference for engine performance optimization control re-search.
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维普
