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    (A) data-driven approach for understanding user satisfaction for question answering in online health communities : a case study on a diabetes community

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    https://www.riss.kr/link?id=T14924539

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    This study focuses on understanding the posting and replying patterns of users in online health communities (OHCs). Using large-scale crawled data collected from a globally popular diabetes OHC, we formulate a prediction task where the objective is to predict whether an OHC user who posts a question online becomes satisfied with his/her answer. We apply linguistic features extracted from emotion lexicons with machine learning and deep learning approaches such as sentiment analysis, non-negative matrix factorization, and Word2Vec to obtain features, upon which we build a binary classifier for predicting user satisfaction. We present our experiment results and analyze the importance of different features, both in categorical and individual levels.
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    This study focuses on understanding the posting and replying patterns of users in online health communities (OHCs). Using large-scale crawled data collected from a globally popular diabetes OHC, we formulate a prediction task where the objective is to...

    This study focuses on understanding the posting and replying patterns of users in online health communities (OHCs). Using large-scale crawled data collected from a globally popular diabetes OHC, we formulate a prediction task where the objective is to predict whether an OHC user who posts a question online becomes satisfied with his/her answer. We apply linguistic features extracted from emotion lexicons with machine learning and deep learning approaches such as sentiment analysis, non-negative matrix factorization, and Word2Vec to obtain features, upon which we build a binary classifier for predicting user satisfaction. We present our experiment results and analyze the importance of different features, both in categorical and individual levels.

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    목차 (Table of Contents)

    • Abstract
    • Section 1 Introduction 1
    • Section 2 Related Work 3
    • 2.1 Social support types in OHCs 3
    • 2.2 Data-driven approaches for identifying user types in OHCs 5
    • Abstract
    • Section 1 Introduction 1
    • Section 2 Related Work 3
    • 2.1 Social support types in OHCs 3
    • 2.2 Data-driven approaches for identifying user types in OHCs 5
    • Section 3: Datasets 6
    • 3.1 Dataset introduction 7
    • 3.2 Data collection 9
    • 3.3 Preprocessing steps 11
    • 3.4 Feature engineering 13
    • Section 4 Experiments 18
    • Section 5 Conclusion 24
    • References 25
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