Using GEP for Rule-Based Classifier
碩士 === 元智大學 === 資訊管理學系 === 96 === Building of classification rules is not only to bestead prediction of instance in the future but also to understand characteristics of each kind of data. This study proposes a rule-based classifier method based on Gene Expression Programming. The proposed method use...
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ndltd-TW-096YZU053960112015-10-13T13:48:20Z http://ndltd.ncl.edu.tw/handle/64520910337270619363 Using GEP for Rule-Based Classifier 以GEP為基礎的分類規則產生器 Lin-Cheng Chen 陳玲赬 碩士 元智大學 資訊管理學系 96 Building of classification rules is not only to bestead prediction of instance in the future but also to understand characteristics of each kind of data. This study proposes a rule-based classifier method based on Gene Expression Programming. The proposed method uses Automatically Defined Functions to build important substructures efficiently, and consequently produces chromosomes of high quality. According to different purposes of the experiment, there are two experiments. In the experiment 1, it focus on small domain of attribute in three data sets(WBC、Dermatology and Mamographic Mass Data). In the experiment 2, it focus on large domain of attribute in two data sets(WDBC and Diabetes). Moreover, according to our experimental results, the prediction efficiency of the proposed method is better than GEPCLASS, in two data sets(WBC and Dermatology). The proposed method is compared with WEKA (Naïve Bayes、Decision Table、J48 and Logistic), using three data sets (Mamographic Mass Data、WDBC and Diabetes). According to our experimental results, the prediction efficiency of the proposed method is better than WEKA. 林志麟 2008 學位論文 ; thesis 42 zh-TW |
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碩士 === 元智大學 === 資訊管理學系 === 96 === Building of classification rules is not only to bestead prediction of instance in the future but also to understand characteristics of each kind of data. This study proposes a rule-based classifier method based on Gene Expression Programming. The proposed method uses Automatically Defined Functions to build important substructures efficiently, and consequently produces chromosomes of high quality. According to different purposes of the experiment, there are two experiments. In the experiment 1, it focus on small domain of attribute in three data sets(WBC、Dermatology and Mamographic Mass Data). In the experiment 2, it focus on large domain of attribute in two data sets(WDBC and Diabetes). Moreover, according to our experimental results, the prediction efficiency of the proposed method is better than GEPCLASS, in two data sets(WBC and Dermatology). The proposed method is compared with WEKA (Naïve Bayes、Decision Table、J48 and Logistic), using three data sets (Mamographic Mass Data、WDBC and Diabetes). According to our experimental results, the prediction efficiency of the proposed method is better than WEKA.
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林志麟 |
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林志麟 Lin-Cheng Chen 陳玲赬 |
author |
Lin-Cheng Chen 陳玲赬 |
spellingShingle |
Lin-Cheng Chen 陳玲赬 Using GEP for Rule-Based Classifier |
author_sort |
Lin-Cheng Chen |
title |
Using GEP for Rule-Based Classifier |
title_short |
Using GEP for Rule-Based Classifier |
title_full |
Using GEP for Rule-Based Classifier |
title_fullStr |
Using GEP for Rule-Based Classifier |
title_full_unstemmed |
Using GEP for Rule-Based Classifier |
title_sort |
using gep for rule-based classifier |
publishDate |
2008 |
url |
http://ndltd.ncl.edu.tw/handle/64520910337270619363 |
work_keys_str_mv |
AT linchengchen usinggepforrulebasedclassifier AT chénlíngchēng usinggepforrulebasedclassifier AT linchengchen yǐgepwèijīchǔdefēnlèiguīzéchǎnshēngqì AT chénlíngchēng yǐgepwèijīchǔdefēnlèiguīzéchǎnshēngqì |
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1717744056407162880 |