摘要
Based on the bat algorithm(BA), this paper proposes a discrete BA(DBA) approach to optimize the disassembly sequence planning(DSP) problem, for the purpose of obtaining an optimum disassembly sequence(ODS) of a product with a high degree of automation and guiding maintenance operation. The BA for solving continuous problems is introduced, and combining with mathematical formulations, the BA is reformed to be the DBA for DSP problems. The fitness function model(FFM) is built to evaluate the quality of disassembly sequences. The optimization performance of the DBA is tested and verified by an application case, and the DBA is compared with the genetic algorithm(GA), particle swarm optimization(PSO) algorithm and differential mutation BA(DMBA). Numerical experiments show that the proposed DBA has a better optimization capability and provides more accurate solutions than the other three algorithms.
Based on the bat algorithm（BA）, this paper proposes a discrete BA（DBA） approach to optimize the disassembly sequence planning（DSP） problem, for the purpose of obtaining an optimum disassembly sequence（ODS） of a product with a high degree of automation and guiding maintenance operation. The BA for solving continuous problems is introduced, and combining with mathematical formulations, the BA is reformed to be the DBA for DSP problems. The fitness function model（FFM） is built to evaluate the quality of disassembly sequences. The optimization performance of the DBA is tested and verified by an application case, and the DBA is compared with the genetic algorithm（GA）, particle swarm optimization（PSO） algorithm and differential mutation BA（DMBA）. Numerical experiments show that the proposed DBA has a better optimization capability and provides more accurate solutions than the other three algorithms.
作者
JIAO Qinglong
XU Da
焦庆龙;徐达(Department of Arms Engineering, Academy of Armored Force Engineering)
作者简介
E-mail： jql1988@sina.cn
