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计算机系统应用英文版:2014,23(8):247-251

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人工免疫优化的汽车散热器功能设计

徐佳¹, 张卫², 尹学松³, 陆国栋⁴

(1.浙江广播电视大学信息与工程学院临海学院, 杭州 300042;2.华东师范大学信息科学技术学院, 上海 200241;3.浙江广播电视大学信息与工程学院, 杭州 300042;4.银轮股份技术中心, 台州 317200)

Design of the Auto’s Radiator Based on Artificial Immune System Optimization

XU Jia¹, ZHANG Wei², YIN Xue-Shong³, LU Guo-Dong⁴

(1.School of Information and Engeneering Linhai School, Zhejiang Radio and TV University, Hangzhou 300042, China;2.School of Information Science Technology, East China Normal University, Shanghai 200241, China;3.School of Information and Engeneering, Zhejiang Radio and TV University, Hangzhou 300042, China;4.Technology Center, Yinlun Co. Ltd, Taizhou 317200, China)

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本文已被：浏览 1725次下载 2272次
Received:January 27, 2014 Revised:March 12, 2014

中文摘要: 应用公理设计原理设计车用散热器时，耦合功能的存在是一个普遍问题.国内外学者提出使用人工免疫方法求解耦合功能集.针对这些算法在度量抗体优异性时存在的不足，提出了新的度量指标：耦合功能集聚度，并给出相应公式，同时在抗体生成算法中引入基因优选的方法.经在银轮股份进行车用机油散热器设计仿真实验，表明新的算法具有较高的效率.

中文关键词: 人工免疫基因显性度抗体生成公理设计

Abstract:When the car radiator is designed by axiomatic design, the existence of the coupling function is widespreaded. Scholars put forward using artificial immune system to solve the coupled function sets. Based on the shortcomings of these algorithms in measuring antibody, this article puts forward the new measures: coupling function centralize degree, and gives the appropriate formula. At the same time, the gene optimization method is introduced to antibody generation algorithm. Thr experiments of auto engine oil radiator in Yinlun CO., LTD show that the new algorithm has higher efficiency.

keywords: artificial immune gene dominant degree anti-body generates Axiomatic design

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基金项目:浙江省自然科学基金（Y1100349）；浙江省教育厅科研项目（Y201224233）；台州市科技局科技项目（1202ky18）

引用文本：
徐佳,张卫,尹学松,陆国栋.人工免疫优化的汽车散热器功能设计.计算机系统应用,2014,23(8):247-251
XU Jia,ZHANG Wei,YIN Xue-Shong,LU Guo-Dong.Design of the Auto’s Radiator Based on Artificial Immune System Optimization.COMPUTER SYSTEMS APPLICATIONS,2014,23(8):247-251

Author Name	Affiliation
XU Jia	School of Information and Engeneering Linhai School, Zhejiang Radio and TV University, Hangzhou 300042, China
ZHANG Wei	School of Information Science Technology, East China Normal University, Shanghai 200241, China
YIN Xue-Shong	School of Information and Engeneering, Zhejiang Radio and TV University, Hangzhou 300042, China
LU Guo-Dong	Technology Center, Yinlun Co. Ltd, Taizhou 317200, China