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GA-PSO混合规划算法 被引量:21

A new programming of mixed genetic algorithm with particle swarm optimization
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摘要 目的 提出一个比GP算法更优的GA-PSO混合的规划算法。方法 通过将层次型问题的描述转换为固定长度线形结构的描述方式,使GP算法与GA规划算法达到统一;通过构造运算符,将PSO算法引入到GA规划算法框架之中,形成GA-PSO混合规划算法。结果 从解的描述、遗传算子、PSO运算符的构造再到GA-PSO算法框架,提出了完整的GA-PSO混合规划算法。结论 实证研究显示,GA-PSO混合规划算法优于GP算法以及GA算法。 Aim GA-PSO, an optimize algorithm which is superior to pure GP is given.Methods Through changing the question′s description of hierarchy into the fix length linear structure, making GP and GA come to an unification. In addition, a new operator is introduced and applied to add PSO into GA frame, which forms the GA-PSO programming.Results From the description of the solving to the genetic operators, PSO operators and the construction of GA-PSO frame, a integrated GA-PSO programming is presented.Conclusion GA-PSO optimize algorithm is superior to pure GP and GA. It is a good optimization method with strong competitiveness.
出处 《西北大学学报(自然科学版)》 CAS CSCD 北大核心 2005年第1期39-43,共5页 Journal of Northwest University(Natural Science Edition)
基金 陕西省自然科学基金资助项目(2001K04 G15)
关键词 人工生命 复杂系统 遗传算法 遗产规划 粒子群优化算法 GA-PSO混合规划算法 artificial life complex system genetic programming particle swarm optimization GP-PSO
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  • 1房立清 张永腾 等.基于遗传规则的诊断系统自学习方法研究[A]..见:第三届智能控制与自动化国际会议[C].中国合肥,2000..
  • 2John R Koza.Genetic Programming:On the Programming of Computers by Means of Natural Selection[M].Cambridge,MA:MIT Press, 1992.
  • 3J R Koza et al.Genetic,ProgrammingⅢ :Darwinian Invention and Problem Solving.Morgan Kaufmann,San Francisco,1999.
  • 4Michael D Kramer,Du Zhang GAPS:a Genetic Programming System 2000 IEEE.
  • 5Kotaro Hirasawa et al.Comparison between Genetic Network Programming(GNP)and GP c 2001 IEEE.
  • 6P Nordin.Evolutionary Program Induction of Binary Machine Code and its Application[D].PhD thesis.Univ of Dortmund , Germany, 1997.
  • 7M J Wills,H G Hiden,P Marenbach.Genetic Programming:An introduction and Survey of Applications Genetic Algorithms in Engineering Systems:Innovations and Applications.Conference Publication No.466, c IEEE, 1997-09.
  • 8Kazuyoshi Uesaka,Masayuki Kawamata.Synthesis of low-sensitivity second-onter digital filter using genetic programming with automatically defined functions.c 2000 IEEE.
  • 9Massimiliano Erba Roberto Rossi et al.An Evolutionary Approach to Automatic Generation of VHDL Code for Low-Power Digital Filters.EuroGP2001.
  • 10Nicole Drechsler et al.Heuristic Learning based on Genetic Programming.EuroGP2001.

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