CrossRef: an overview

Howells, Matthew

doi:10.1080/17521740701702073

Cited by 3 publications

(4 citation statements)

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“…Crossref : Crossref is an official digital object identifier ( doi ) Registration Agency of the International doi Foundation. It is run by the Publishers International Linking Association Inc. and was launched in early 2000 as a cooperative effort among publishers to enable persistent cross-publisher citation linking in online academic journals (Howells, 2006 ). Crossref contains millions of scientific records and prioritizes the doi identifier.…”

Section: Methodsmentioning

confidence: 99%

“…With the rapid growth of scientific knowledge and literature, a variety of bibliographic databases have been developed to help manage and organize this information. They provide different perspectives and cover a wide range of research areas and include Microsoft Academic Graph (Kuansan et al, 2020 ) (discontinued), Scopus (Baas et al, 2020 ), Web of Science (Birkle et al, 2020 ), Semantic Scholar, Crossref (Howells, 2006 ), OpenCitations (Peroni and Shotton, 2020 ), OpenAIRE (Manghi et al, 2019 ), Dimensions (Herzog et al, 2020 ), ScienceDirect 1 , and specialized databases such as PubMed 2 and the Computer Science Ontology (Salatino et al, 2018 ). Those databases offer a wealth of information, including abstracts, citations, and full-text articles, making it easier for researchers to locate and access relevant literature.…”

Section: Introductionmentioning

confidence: 99%

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SCINOBO: a novel system classifying scholarly communication in a dynamically constructed hierarchical Field-of-Science taxonomy

Kotitsas

Pappas

Manola

et al. 2023

Front. Res. Metr. Anal.

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Classifying scientific publications according to Field-of-Science taxonomies is of crucial importance, powering a wealth of relevant applications including Search Engines, Tools for Scientific Literature, Recommendation Systems, and Science Monitoring. Furthermore, it allows funders, publishers, scholars, companies, and other stakeholders to organize scientific literature more effectively, calculate impact indicators along Science Impact pathways and identify emerging topics that can also facilitate Science, Technology, and Innovation policy-making. As a result, existing classification schemes for scientific publications underpin a large area of research evaluation with several classification schemes currently in use. However, many existing schemes are domain-specific, comprised of few levels of granularity, and require continuous manual work, making it hard to follow the rapidly evolving landscape of science as new research topics emerge. Based on our previous work of scinobo, which incorporates metadata and graph-based publication bibliometric information to assign Field-of-Science fields to scientific publications, we propose a novel hybrid approach by further employing Neural Topic Modeling and Community Detection techniques to dynamically construct a Field-of-Science taxonomy used as the backbone in automatic publication-level Field-of-Science classifiers. Our proposed Field-of-Science taxonomy is based on the OECD fields of research and development (FORD) classification, developed in the framework of the Frascati Manual containing knowledge domains in broad (first level(L1), one-digit) and narrower (second level(L2), two-digit) levels. We create a 3-level hierarchical taxonomy by manually linking Field-of-Science fields of the sciencemetrix Journal classification to the OECD/FORD level-2 fields. To facilitate a more fine-grained analysis, we extend the aforementioned Field-of-Science taxonomy to level-4 and level-5 fields by employing a pipeline of AI techniques. We evaluate the coherence and the coverage of the Field-of-Science fields for the two additional levels based on synthesis scientific publications in two case studies, in the knowledge domains of Energy and Artificial Intelligence. Our results showcase that the proposed automatically generated Field-of-Science taxonomy captures the dynamics of the two research areas encompassing the underlying structure and the emerging scientific developments.

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Section: Methodsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

SCINOBO: a novel system classifying scholarly communication in a dynamically constructed hierarchical Field-of-Science taxonomy

Kotitsas

Pappas

Manola

et al. 2023

Front. Res. Metr. Anal.

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show abstract

“…Paperfetcher 's handsearching algorithm queries the database of academic content registered with Crossref. Crossref is an official digital object identifier (DOI) registration agency of the International DOI Foundation 31 . Research suggests that Crossref is the most robust and holistic implementation of the DOI model 31 and covers a wide range of disciplines.…”

Section: How Paperfetcher Workmentioning

confidence: 99%

“…Crossref is an official digital object identifier (DOI) registration agency of the International DOI Foundation 31 . Research suggests that Crossref is the most robust and holistic implementation of the DOI model 31 and covers a wide range of disciplines. Among the 11 official DOI registration agencies, only Crossref, DataCite, and Multilingual European DOI Registration Agency (mEDRA) cover English materials related to scholarly and professional research content 32 .…”

Section: How Paperfetcher Workmentioning

confidence: 99%

Paperfetcher: A tool to automate handsearching and citation searching for systematic reviews

Pallath

Zhang

2022

Research Synthesis Methods

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Systematic reviews are vital instruments for researchers to understand broad trends in a field and synthesize evidence on the effectiveness of interventions in addressing specific issues. The quality of a systematic review depends critically on having comprehensively surveyed all relevant literature on the review topic. In addition to database searching, handsearching is an important supplementary technique that helps increase the likelihood of identifying all relevant studies in a literature search. Traditional handsearching requires reviewers to manually browse through a curated list of field-specific journals and conference proceedings to find articles relevant to the review topic. This manual process is not only time-consuming, laborious, costly, and error-prone due to human fatigue, but it also lacks replicability due to its cumbersome manual nature. To address these issues, this paper presents a free and open-source Python package and an accompanying web-app, Paperfetcher, to automate the retrieval of article metadata for handsearching. With Paperfetcher's assistance, researchers can retrieve article metadata from designated journals within a specified time frame in just a few clicks. In addition to handsearching, it also incorporates a beta version of citation searching in both forward and backward directions. Paperfetcher has an easy-to-use interface, which allows researchers to download the metadata of retrieved studies as a list of DOIs or as an RIS file to facilitate seamless import into systematic review screening software. To the best of our knowledge, Paperfetcher is the first tool to automate handsearching with high usability and a multi-disciplinary focus.

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The Journal of Organizational Computing and Electronic Commerce: An Analysis of Its Impact on the Information Systems Field in the 21^st Century

French

2021

Journal of Organizational Computing and Electronic Commerce

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CrossRef: an overview

Cited by 3 publications

References 0 publications

SCINOBO: a novel system classifying scholarly communication in a dynamically constructed hierarchical Field-of-Science taxonomy

SCINOBO: a novel system classifying scholarly communication in a dynamically constructed hierarchical Field-of-Science taxonomy

Paperfetcher: A tool to automate handsearching and citation searching for systematic reviews

The Journal of Organizational Computing and Electronic Commerce: An Analysis of Its Impact on the Information Systems Field in the 21^st Century

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CrossRef: an overview

Cited by 3 publications

References 0 publications

SCINOBO: a novel system classifying scholarly communication in a dynamically constructed hierarchical Field-of-Science taxonomy

SCINOBO: a novel system classifying scholarly communication in a dynamically constructed hierarchical Field-of-Science taxonomy

Paperfetcher: A tool to automate handsearching and citation searching for systematic reviews

The Journal of Organizational Computing and Electronic Commerce: An Analysis of Its Impact on the Information Systems Field in the 21st Century

Contact Info

Product

Resources

About

The Journal of Organizational Computing and Electronic Commerce: An Analysis of Its Impact on the Information Systems Field in the 21^st Century