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Google Scholar is a freely accessible web search engine that indexes the full text or metadata of scholarly literature across an array of publishing formats and disciplines.
The database itself should be the primary source of statistics, and if it is not accessible, the independent estimates released as journal papers should be. Notably, Google Scholar does not offer such detail, but the database's size has been calculated.
Rankings of academic publishers. There are a number of approaches to ranking academic publishing groups and publishers. [1] [2] [3] [4] [5] [6] Rankings rely on subjective impressions by the scholarly community, on analyses of prize winners of scientific associations, discipline, a publisher's reputation, and its impact factor (particularly in ...
From July 2011 Google have provided an automatically calculated h-index and i10-index within their own Google Scholar profile. In addition, specific databases, such as the INSPIRE-HEP database can automatically calculate the h-index for researchers working in high energy physics.
Anurag Acharya is an Indian-American engineer known for co-founding Google Scholar, of which he has been described as the "key inventor". As of 2023, Acharya held the title of Distinguished Engineer at Google. He and his Google colleague Alex Verstak co-founded Google Scholar in 2004.
The i-10 index indicates the number of academic publications an author has written that have been cited by at least 10 sources. It was introduced in July 2011 by Google as part of their work on Google Scholar. RG Score: ResearchGate Score or RG Score is an author-level metric introduced by ResearchGate in 2012.
Scholarly communication. Scholarly communication involves the creation, publication, dissemination and discovery of academic research, primarily in peer-reviewed journals and books. [1] It is “the system through which research and other scholarly writings are created, evaluated for quality, disseminated to the scholarly community, and ...
The best known example is Google Scholar. Researchers are working on improving search engine technology by making them understand the content element of the articles, such as extracting theoretical constructs or key research findings.
Microsoft Academic gained prominence because it profiled authors, organizations, keywords, and journals and made the dataset available as open data, in contrast to Google Scholar. The search engine indexed over 260 million publications, [5] 88 million of which are journal articles.
Microsoft launched a search tool called Windows Live Academic Search in 2006 to directly compete with Google Scholar. It was renamed Live Search Academic after its first year and then discontinued two years later.