A study of Online Incremental Web Usage Mining-The Case of Product Recommendation

碩士 === 國立雲林科技大學 === 資訊管理系碩士班 === 91 === As the rapid development of the E-Commerce and Internet, it is possible that consumers can go shopping online conveniently. Most of the studies of web usage mining are using web server log as data source, and using the offline batch process to proceed data pre...

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Bibliographic Details
Main Authors: Yu-Min Liu, 劉玉敏
Other Authors: Ching-Fa Huang
Format: Others
Language:zh-TW
Published: 2003
Online Access:http://ndltd.ncl.edu.tw/handle/53307891826988617422
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spelling ndltd-TW-091YUNT53961762016-06-10T04:15:27Z http://ndltd.ncl.edu.tw/handle/53307891826988617422 A study of Online Incremental Web Usage Mining-The Case of Product Recommendation 線上漸進式網站使用探勘之研究-以產品推薦為例 Yu-Min Liu 劉玉敏 碩士 國立雲林科技大學 資訊管理系碩士班 91 As the rapid development of the E-Commerce and Internet, it is possible that consumers can go shopping online conveniently. Most of the studies of web usage mining are using web server log as data source, and using the offline batch process to proceed data pre-processing and pattern mining, and apply the pattern to the online recommendation. However, using the web server log as mining data source, have to take many preprocessing task to eliminate irrelevant items, and using the offline batch process to mining patterns would cause the problem of couldn’t only deal with the newly inserted transactions. In this study, we proposed a new online incremental web usage mining methodology, which utilized keeping track of user's browsing behavior in real time to solve the problem of using web server log, and utilized online incremental mining to solve the problem of traditional mining method which couldn't only deal with the newly inserted transactions. We also developed a supportive system based on the methodology to proceed experiment. For two weeks of the experiment, the evaluation result show that: In the perspective of system executing performance, the browsing recommendation ratio was 97.9%, and the shopping cart recommendation ratio was 92.8%, and the average of overall browsing recommendation time was 4.16 seconds, and the average of overall shopping cart recommendation time was 0.52 second, and the average of overall browsing mining time was 12.83 minutes, and the average of overall shopping cart mining time was 1.41 minutes.In the perspective of system recommendation benefit, the overall recommendation precision was 37.4%,and the overall recommendation coverage was 80%,and the overall F1 was 51%. Ching-Fa Huang 黃錦法 2003 學位論文 ; thesis 105 zh-TW
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description 碩士 === 國立雲林科技大學 === 資訊管理系碩士班 === 91 === As the rapid development of the E-Commerce and Internet, it is possible that consumers can go shopping online conveniently. Most of the studies of web usage mining are using web server log as data source, and using the offline batch process to proceed data pre-processing and pattern mining, and apply the pattern to the online recommendation. However, using the web server log as mining data source, have to take many preprocessing task to eliminate irrelevant items, and using the offline batch process to mining patterns would cause the problem of couldn’t only deal with the newly inserted transactions. In this study, we proposed a new online incremental web usage mining methodology, which utilized keeping track of user's browsing behavior in real time to solve the problem of using web server log, and utilized online incremental mining to solve the problem of traditional mining method which couldn't only deal with the newly inserted transactions. We also developed a supportive system based on the methodology to proceed experiment. For two weeks of the experiment, the evaluation result show that: In the perspective of system executing performance, the browsing recommendation ratio was 97.9%, and the shopping cart recommendation ratio was 92.8%, and the average of overall browsing recommendation time was 4.16 seconds, and the average of overall shopping cart recommendation time was 0.52 second, and the average of overall browsing mining time was 12.83 minutes, and the average of overall shopping cart mining time was 1.41 minutes.In the perspective of system recommendation benefit, the overall recommendation precision was 37.4%,and the overall recommendation coverage was 80%,and the overall F1 was 51%.
author2 Ching-Fa Huang
author_facet Ching-Fa Huang
Yu-Min Liu
劉玉敏
author Yu-Min Liu
劉玉敏
spellingShingle Yu-Min Liu
劉玉敏
A study of Online Incremental Web Usage Mining-The Case of Product Recommendation
author_sort Yu-Min Liu
title A study of Online Incremental Web Usage Mining-The Case of Product Recommendation
title_short A study of Online Incremental Web Usage Mining-The Case of Product Recommendation
title_full A study of Online Incremental Web Usage Mining-The Case of Product Recommendation
title_fullStr A study of Online Incremental Web Usage Mining-The Case of Product Recommendation
title_full_unstemmed A study of Online Incremental Web Usage Mining-The Case of Product Recommendation
title_sort study of online incremental web usage mining-the case of product recommendation
publishDate 2003
url http://ndltd.ncl.edu.tw/handle/53307891826988617422
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