Acemap Research Paper Recommender System Based On Citation - - PowerPoint PPT Presentation

acemap research paper recommender system based on citation
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Acemap Research Paper Recommender System Based On Citation - - PowerPoint PPT Presentation

Acemap Research Paper Recommender System Based On Citation Recommender System Examples Why&What : Research


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Acemap Research Paper Recommender System Based On Citation

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Recommender System Examples

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Why&What : Research paper recommender system

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Why&What : Research paper recommender system

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Our Approach : Based on citation Ø Same field of research Ø Similar problem interested in

  • Build a paper network consisting of 127 million

papers and 530 million reference relationships.

  • Offline algorithm
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Algorithm: Common Neighborhood method

D"→$ = &'()**'+, -'./'' )0 1 2) 3 4$ = +'5.ℎ7)/ℎ)), 8'2 )0 9:9'/ 3 |4$| = <=*7'/ )0 9:9'/8 in AA8 +'5.ℎ7)/ℎ)), 8'2

D"→$ = |BC ⋂ BE |

|BC |

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  • cites
  • Neighborhood set of paper A
  • Idea: Recommend papers with greater breadth
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How : Common Neighborhood method Example

  • Recommendation

degree

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Idea: Multidimensional recommendation matrix

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Idea: Multidimensional recommendation matrix

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  • Current Acemap Paper Recommender System Analysis
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Recommendation result comparison

Recommender system based on authors' names Recommender system based on citation

Results of our algorithm are more convincing and reliable

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Only a few recommendation results if the authors has published only a few papers

Current Acemap Paper Recommender System Analysis

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Our algorithm can recommend multiple papers no matter how many papers the authors have published

Recommendation result comparison

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Results in different areas

  • 1. wireless communication
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  • 2. wireless network

Results in different areas

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  • 3. Recommendation area

Results in different areas

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Infocom 2018

http://acemap.sjtu.edu.cn/infocom2018

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Infocom 2018 Paper Recommendation Page

http://acemap.sjtu.edu.cn/infocomPaper?PaperID=p2735

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Infocom 2018 Affiliation Map

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Infocom 2018 Session Map

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Infocom 2018 Session Map

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Infocom 2018 Session Map

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Contribution

p Jiasheng Zhou

  • Prepared total paper dataset
  • Designed and implemented common neighborhood method
  • Implemented the idea of recommending papers with greater breadth
  • Did comparison experiments to evaluate proposed method
  • Participated in designing Infocom index page
  • Drawed Infocom 2018 session map and affiliation map

p Xinzhu Cai

  • Prepared total paper dataset
  • Designed and implemented common neighborhood method
  • Implemented the idea of multidimensional recommendation matrix
  • Optimized Infocom 2018 dataset
  • Designed Infocom recommendation result display page
  • Participated in drawing Infocom 2018 affiliation map
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