Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity

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Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
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Toluwase Asubiaro
Erscheinungsjahr
2020
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Preprint
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author_facet Toluwase Asubiaro
Toluwase Asubiaro
author Toluwase Asubiaro
spellingShingle Toluwase Asubiaro
Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
citation count
Social and Behavioral Sciences
LIS Scholarship Archive
citation context analysis
direct citation weighting
citation context similarity
direct citation
indirect citation weighting
citation weighting
bepress
indirect citation
citation analysis
Scholarly Communication
Library and Information Science
author_sort toluwase asubiaro
spelling Toluwase Asubiaro citation count Social and Behavioral Sciences LIS Scholarship Archive citation context analysis direct citation weighting citation context similarity direct citation indirect citation weighting citation weighting bepress indirect citation citation analysis Scholarly Communication Library and Information Science http://dx.doi.org/10.31229/OSF.IO/JBWUD http://osf.io/jbwud/ Hypothetically, if paper B has cited paper A, and paper C has cited paper B, but paper C has not cited paper A; citation count can neither communicate the probable influence of paper A on C nor weigh the influence of A in B. In this case, paper A receives a direct citation from paper B, while it receives an indirect citation from paper C. This PhD thesis proposes methods for weighting direct and indirect citations which are based on the semantic cita-tion context similarity. The direct citation weighting is based on the unique-ness of in-text citation contexts, where unique in-text citation contexts attract more weights. The indirect citations are weighted based on the knowledge flow between papers A and C, that is, the semantic similarity between the ci-tation context of paper B in paper A and citation context of paper C in paper B where level of knowledge flow depends on the semantic similarity. Bio-medical publications will be used while semantic similarity is calculated based on cosine similarity which is implemented using the Fasttext-based bi-osentvec word embedding models. The proposed methods have the potential of being useful in determining the research impact of articles, authors and in-stitutions. They can also be useful in sorting of documents retrieved from in-formation retrieval systems. Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
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title Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_unstemmed Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_full Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_fullStr Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_full_unstemmed Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_short Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_sort proposed direct and indirect citation weighting methods based on citation context similarity
topic citation count
Social and Behavioral Sciences
LIS Scholarship Archive
citation context analysis
direct citation weighting
citation context similarity
direct citation
indirect citation weighting
citation weighting
bepress
indirect citation
citation analysis
Scholarly Communication
Library and Information Science
url http://dx.doi.org/10.31229/OSF.IO/JBWUD
http://osf.io/jbwud/
publishDate 2020
physical
description Hypothetically, if paper B has cited paper A, and paper C has cited paper B, but paper C has not cited paper A; citation count can neither communicate the probable influence of paper A on C nor weigh the influence of A in B. In this case, paper A receives a direct citation from paper B, while it receives an indirect citation from paper C. This PhD thesis proposes methods for weighting direct and indirect citations which are based on the semantic cita-tion context similarity. The direct citation weighting is based on the unique-ness of in-text citation contexts, where unique in-text citation contexts attract more weights. The indirect citations are weighted based on the knowledge flow between papers A and C, that is, the semantic similarity between the ci-tation context of paper B in paper A and citation context of paper C in paper B where level of knowledge flow depends on the semantic similarity. Bio-medical publications will be used while semantic similarity is calculated based on cosine similarity which is implemented using the Fasttext-based bi-osentvec word embedding models. The proposed methods have the potential of being useful in determining the research impact of articles, authors and in-stitutions. They can also be useful in sorting of documents retrieved from in-formation retrieval systems.
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author Toluwase Asubiaro
author_facet Toluwase Asubiaro, Toluwase Asubiaro
author_sort toluwase asubiaro
collection sid-179-col-lissa
description Hypothetically, if paper B has cited paper A, and paper C has cited paper B, but paper C has not cited paper A; citation count can neither communicate the probable influence of paper A on C nor weigh the influence of A in B. In this case, paper A receives a direct citation from paper B, while it receives an indirect citation from paper C. This PhD thesis proposes methods for weighting direct and indirect citations which are based on the semantic cita-tion context similarity. The direct citation weighting is based on the unique-ness of in-text citation contexts, where unique in-text citation contexts attract more weights. The indirect citations are weighted based on the knowledge flow between papers A and C, that is, the semantic similarity between the ci-tation context of paper B in paper A and citation context of paper C in paper B where level of knowledge flow depends on the semantic similarity. Bio-medical publications will be used while semantic similarity is calculated based on cosine similarity which is implemented using the Fasttext-based bi-osentvec word embedding models. The proposed methods have the potential of being useful in determining the research impact of articles, authors and in-stitutions. They can also be useful in sorting of documents retrieved from in-formation retrieval systems.
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spelling Toluwase Asubiaro citation count Social and Behavioral Sciences LIS Scholarship Archive citation context analysis direct citation weighting citation context similarity direct citation indirect citation weighting citation weighting bepress indirect citation citation analysis Scholarly Communication Library and Information Science http://dx.doi.org/10.31229/OSF.IO/JBWUD http://osf.io/jbwud/ Hypothetically, if paper B has cited paper A, and paper C has cited paper B, but paper C has not cited paper A; citation count can neither communicate the probable influence of paper A on C nor weigh the influence of A in B. In this case, paper A receives a direct citation from paper B, while it receives an indirect citation from paper C. This PhD thesis proposes methods for weighting direct and indirect citations which are based on the semantic cita-tion context similarity. The direct citation weighting is based on the unique-ness of in-text citation contexts, where unique in-text citation contexts attract more weights. The indirect citations are weighted based on the knowledge flow between papers A and C, that is, the semantic similarity between the ci-tation context of paper B in paper A and citation context of paper C in paper B where level of knowledge flow depends on the semantic similarity. Bio-medical publications will be used while semantic similarity is calculated based on cosine similarity which is implemented using the Fasttext-based bi-osentvec word embedding models. The proposed methods have the potential of being useful in determining the research impact of articles, authors and in-stitutions. They can also be useful in sorting of documents retrieved from in-formation retrieval systems. Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
spellingShingle Toluwase Asubiaro, Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity, citation count, Social and Behavioral Sciences, LIS Scholarship Archive, citation context analysis, direct citation weighting, citation context similarity, direct citation, indirect citation weighting, citation weighting, bepress, indirect citation, citation analysis, Scholarly Communication, Library and Information Science
title Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_full Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_fullStr Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_full_unstemmed Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_short Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
title_sort proposed direct and indirect citation weighting methods based on citation context similarity
title_unstemmed Proposed Direct and Indirect Citation Weighting Methods Based on Citation Context Similarity
topic citation count, Social and Behavioral Sciences, LIS Scholarship Archive, citation context analysis, direct citation weighting, citation context similarity, direct citation, indirect citation weighting, citation weighting, bepress, indirect citation, citation analysis, Scholarly Communication, Library and Information Science
url http://dx.doi.org/10.31229/OSF.IO/JBWUD, http://osf.io/jbwud/