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How to Get a Google Scholar Profiledoi:10.13140/RG.2.2.15495.93604Samah_Elaidy
On Google Scholar, selecting the “Cited by” link will bring you a series of articles and publications referencing the document found in the search. It allows you to find other documents connected to the original manuscript by topic. On the other hand, Google Scholar only contains articles tha...
areaofyourinterest,e.g.TitleIV-E Cheung&Leung 9 ** Ifyourprofileispublic,cutandpastethisURLlinkforyourCV *Afteryoulogout,yourprofilecanberetrievedinthefuture. *Repeatstep1and2toupdateyourGoogleScholarprofile,ifneeded. Cheung&Leung 10 ** *Emailmcheung@uh.eduorpleung@uh.edu ** Disclaimer:This...
USER PROFILE PANEIt is here you can enter Google, Semantic Scholar, dblp, ORCID and OpenReview IDs.GOOGLE SCHOLAR IDClicking the Google Scholar ID link will take you to the WIKI page - https://en.wikipedia.org/wiki/Template:Google_Scholar_id which contains instructions to find one’s Google...
How to Find Free Articles on Google Scholar Regardless of whether you are an academic, or researcher, the Google search engine has become the go-to for everything from general queries to research papers. Nevertheless, to make scholarly literature including articles, theses, and abstracts more acce...
Here's how to find free articles on Google Scholar: Head toGoogle Scholar. Type out a keyword search in the search bar. When the results are displayed, only check for articles with a PDF text link. Click on the link for your desired article. ...
As we will see later in this article, you can create your own Google Scholar profile where you can set up Scholar to track literary citations in your name. Thus, you can keep track of who cites your work and how well ranked your work is. ...
2. Explore Related Articles to a Certain Topic Google Scholar’s Related Articles option allows you to explore articles similar to ones you’ve already read, which can help you generate more content ideas. To use this feature, simply click the Related Articles link at the bottom of an article...
Flapping wings produce lift and thrust in bio-inspired aerial robots, leading to quiet, safe and efficient flight. However, to extend their application scope, these robots must perch and land, a feat widely demonstrated by birds. Despite recent progress,