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題名:電商評論綜合分析系統的設計與實現--情感分析與觀點挖掘的研究與應用
書刊名:數據分析與知識發現
作者:郭博李守光王昊張曉軍龔偉于昭君孫宇
出版日期:2017
卷期:2017(12)
頁次:1-9
主題關鍵詞:用戶評論情感分析觀點挖掘機器學習標簽提取User reviewSentimental analysisOpinion miningMachine learningTag extraction
原始連結:連回原系統網址new window
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【目的】通過對電商網站產生的海量用戶評論數據進行綜合分析,及時獲取與產品口碑相關的用戶反饋信息,以便快速有效地反饋企業的市場營銷活動效果。【方法】運用詞袋模型、依存句法分析和機器學習等新興技術,對來自京東和天貓兩個主要電商網站的真實數據集進行分析,實現了電商用戶評論的自動情感分析和觀點標簽提取。【結果】評論情感分析獲得約90%的準確率,利用改進雙向傳播算法成功實現了一個自動化的詞庫構建系統,擺脫對詞典的依賴,該系統的F值達到約71%。【局限】觀點標簽提取的召回率需要進一步提高。【結論】通過實時獲取海量電商評論數據并進行有效分析,成功實現對用戶口碑的快速分析與準確把控,具有較高的商業化推廣前景。
[Objective] This study conducts a comprehensive analysis of huge amount of reviews generated by E-commerce website users, aiming to assess the marketing strategies. [Methods] We used syntactic parsing, bag of words model and machine learning techniques to examine real-world datasets from JD and TMall. The proposed method could analyze sentiment and extract opinion from the reviews automatically. [Results] The accuracy of the sentiment analysis was 90%. We constructed an automatic vocabulary building mechanism without dictionary dependency. The F-measure of the new system was 71%. [Limitations] The recall of the opinion extraction needs to be improved. [Conclusions] The proposed system could effectively monitor the word-of-mouth issues facing products sold online. It could be transferred to many online business.
期刊論文
1.Serdah, A. M.、Ashour, W. M.(2016)。Clustering Large-scale Data Based on Modified Affinity Propagation Algorithm。Journal of Artificial Intelligence and Soft Computing Research,6(1),23-33。  new window
2.Strand, J.、Carson, R. T.、Navrud, S.、Ortiz-Bobea, A.、Vincent, J. R.(2017)。Using the Delphi Method to Value Protection of the Amazon Rainforest。Ecological Economics,131,475-484。  new window
會議論文
1.Yi, J.、Nasukawa, T.、Bunescu, R.、Niblack, W.(2003)。Sentiment analyzer: Extracting sentiments about a given topic using natural language processing techniques。The IEEE International Conference on Data Mining,427-434。  new window
2.Hatzivassiloglou, V.、Wiebe, J. M.(2000)。Effects of adjective orientation and gradability on sentence subjectivity。17th International Conference on Computational Linguistics,299-305。  new window
3.Hu, Minqing、Liu, B.(2004)。Mining and summarizing customer reviews。The tenth ACM SIGKDD international conference on Knowledge discovery and data mining,(會議日期: 2004, August)。New York:ACM。168-177。  new window
4.Wiebe, J. M.(2000)。Learning Subjective Adjectives from Corpora。17th National Conference on Artificial Intelligence,735-740。  new window
5.Hatzivassiloglou, Vasileios、McKeown, Kathleen R.(1997)。Predicting the semantic orientation of adjectives。The 8th Conference on European Chapter of the Association for Computational Linguistics。Stroudsburg, PA。174-181。  new window
6.Kanayama, Hiroshi、Nasukawa, Tetsuya(2006)。Fully Automatic Lexicon Expansion for Domain-oriented Sentiment Analysis。The 2006 Conference on Empirical Methods in Natural Language Processing,355-363。  new window
7.Ku, Lun-Wei、Liang, Yu-Ting、Chen, Hsin-Hsi(2006)。Opinion Extraction, Summarization and Tracking in News and Blog Corpora。The AAAI Spring Symposium on Computational Approaches to Analyzing Weblogs。  new window
8.Pang, B.、Lee, L.、Vaithyanathan, S.(2002)。Thumbs up? Sentiment classification using machine learning techniques。The ACL-02 Conference on Empirical Methods in Natural Language Processing。Stroudsburg, PA:Association for Computational Linguistics。79-86。  new window
9.Shuster, S.、Shaw, E.(2017)。Alignment of Standards Using WordNet for Assessing K-12 Engineering Practices in a Participatory Learning Environment。International Conference on Advanced Technologies Enhancing Education,68-72。  new window
10.Sokal, A.(2015)。SentiCompass: Interactive Visualization for Exploring and Comparing the Sentiments of Time-varying Twitter Data。Visualization Symposium。IEEE。129-133。  new window
11.Kaji, N.、Kitsuregawa, M.(2007)。Building Lexicon for Sentiment Analysis from Massive Collection of HTML Documents。The 2007 Joint Conference on Empirical Methods in Natural Language Processing and Computational Natural Language Learning,1075-1083。  new window
12.Qiu, G.、Liu, B.、Bu, J.(2009)。Expanding Domain Sentiment Lexicon Through Double Propagation。The International Joint Conference on Artificial Intelligence,1199-1204。  new window
13.Van Nguyen, T.、Nguyen, A. T.、Phan, H. D.(2017)。Combining Word2Vec with Revised Vector Space Model for Better Code Retrieval。The 39th International Conference on Software Engineering Companion。IEEE Press。183-185。  new window
14.Su, Q.、Xiang, K.、Wang, H.(2006)。Using Pointwise Mutual Information to Identify Implicit Features in Customer Reviews。Conference on Computer Processing of Oriental Languages,22-30。  new window
15.Guo, B.、Wang, H.、Yu, Z.(2017)。Detecting Spammers in E-Commerce Website via Spectrum Features of User Relation Graph。2017 International Conference on Advanced Cloud and Big Data。Shanghai。324-330。  new window
16.Guo, B.、Wang, H.、Yu, Z.(2017)。Detecting the Internet Water Army via Comprehensive Behavioral Features Using Large-scale E-commerce Reviews。2017 International Conference on Computer, Information and Telecommunication Systems。Dalian。88-92。  new window
研究報告
1.中國互聯網路資訊中心(2016)。2015年中國網路購物市場研究報告。北京:中國互聯網路信息中心。  延伸查詢new window
單篇論文
1.Amaral, K. M.,Chen, P.,Crouter, S.,Wei, D.(2017)。Bag-of-Words Method Applied to Accelerometer Measurements for the Purpose of Classification and Energy Estimation(1704.01574)。  new window
2.Marrese-Taylor, E.,Matsuo, Y.(2017)。Replication Issues in Syntax-based Aspect Extraction for Opinion Mining(1701.01565)。  new window
圖書論文
1.Agarwal, B.、Mittal, N.(2016)。Machine Learning Approach for Sentiment Analysis。Prominent Feature Extraction for Sentiment Analysis。Springer International Publishing。  new window
 
 
 
 
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