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可拓模式识别算法中经典域的确定方法
引用本文:张金春,张家宾,李超亚,王帅磊.可拓模式识别算法中经典域的确定方法[J].海军航空工程学院学报,2015,30(1):87-90.
作者姓名:张金春  张家宾  李超亚  王帅磊
作者单位:海军航空工程学院基础部,山东烟台,264001
摘    要:可拓模式识别算法是根据各个关联度的对比来识别最终的模式,其中经典域区间的确定有着重要的作用。传统的经典域确定方法是基于数理统计学的,不适用于小样本数据,数据不完全以及数据分布未知等复杂情况。引入Bootstrap算法,并和传统的方法对比,更精确地确定了经典域区间。

关 键 词:可拓学  经典域  Bootstrap算法

The Method of Determining Classical Domain with the Extension Pattern Recognition Algorithm
ZHANG Jin-chun,ZHANG Jia-bin,LI Chao-ya and WANG Shuai-lei.The Method of Determining Classical Domain with the Extension Pattern Recognition Algorithm[J].Journal of Naval Aeronautical Engineering Institute,2015,30(1):87-90.
Authors:ZHANG Jin-chun  ZHANG Jia-bin  LI Chao-ya and WANG Shuai-lei
Institution:ZHANG Jin-chun;ZHANG Jia-bin;LI Chao-ya;WANG Shuai-lei;Department of Basic Sciences,NAAU;
Abstract:The extension pattern recognition algorithm is to identify the final pattern by comparing the correlation degree. Inthis process, the determination of classical domain is important. The traditional methods of determining the classical do.main were based on mathematical statistics, and were not suitable for the small sample data, incomplete data and unknowndistribution and other complex. By introducing the new algorithm, compared with the traditional methods, the new algo.rithm determined a more precise classical domain interval.
Keywords:extension theory  classical domain  Bootstrap algorithm
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