Design of forecasting model for aero-engine lubrication debris support vector machines based on immune-particle swarm optimization algorithm
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Design of forecasting model for aero-engine lubrication debris support vector machines based on immune-particle swarm optimization algorithm
Vol. 24, Issue 7, (2009)
作者机构:
海军航空工程学院飞行器工程系,烟台,264001
作者简介:
基金信息:
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Published:2009
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LI Ben-wei, ZHANG Yun, SUN Tao. Design of forecasting model for aero-engine lubrication debris support vector machines based on immune-particle swarm optimization algorithm[J]. 2009, 24(7).
DOI:
LI Ben-wei, ZHANG Yun, SUN Tao. Design of forecasting model for aero-engine lubrication debris support vector machines based on immune-particle swarm optimization algorithm[J]. 2009, 24(7).DOI:
Design of forecasting model for aero-engine lubrication debris support vector machines based on immune-particle swarm optimization algorithm
An immune particle swarm optimization algorithm(immune-PSO) based on clonal selection was proposed.In the method
the strategy of antibody clone
mutation and limit was introduced into PSO algorithm to avoid trapping in local minimum.To resolve the problem that the choice of parameters influences the forecast precision of support vector machine(SVM) forecasting model
the immune-PSO algorithm was used to design the aero-engine lubrication debris forecasting model based on SVM with self-adaptive optimized parameters.The simulation results show that the forecasting model optimized by immune-PSO algorithm can achieve automatic optimization of parameters
and increase forecasting accuracy than the conventional cross-validation algorithm.