Degree-based Feature Is All You Need - Science4Cast Report.

Milad Aghajohari, Mohammad Sadegh Akhondzadeh,Saleh Ashkboos,Kamran Chitsaz

IEEE BigData(2021)

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摘要
Scientific publications in field of AI can be viewed as an exponentially growing dynamic graph where vertices represent different concepts and each edge represents the first time two concepts got discussed and connected in a publication. Here, as a part of Science4Cast competition, we demonstrate a model to predict future links in this graph based on basic and temporal properties of its vertices. We train various gradient boosting models on this data. Also, we employ dataset augmentation to make these models order-invariant. Finally, we post-process results of individual models to get a single final prediction.
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关键词
degree-based feature,Science4Cast report,scientific publications,vertices,Science4Cast competition,future link prediction,basic properties,temporal properties,gradient boosting models,models order-invariant,single final prediction,AI,dynamic graph,dataset augmentation,data mining
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