EID*334 ASJC2000 subject area and code We recognize that research methods using big data and AI analysis methods have not been sufficiently disseminated in the marine research field.Therefore, from all the paper data on Scopus, we used big data and AI analysis methods in the research fields and peripheral fields of our researchers to create a list of papers (1 papers) that includes the following elements. Created.In addition, we posted the URL of each journal and guided our faculty and staff on how to use it so that we could access the articles quickly.By extracting and creating a database of high-impact papers written by researchers, we aim to promote understanding and utilization of each researcher. 2016.Affiliated with Tokyo University of Marine Science and Technology, and collected publications published after 2.These document types are limited to papers, reviews and conference papers (A). 2016. Collect all Scopus publications published since 3 and limit their document type to Articles (B). 4. Calculate the keyword similarity between (A) and (B) to create a data universe (C). 2000. Select artificial intelligence-related papers (27) from the data universe in order of number of citations. *XNUMX A unique identifier used to identify a Scopus record) *XNUMX An acronym for Digital Object Identifier, an international identifier given to digital content/extracted only if it exists) *XNUMX Journal name *XNUMX All Science Journal Classification Codes*XNUMX Abbreviation for Field Weighted Citation Impact, which is an index that converts the number of citations of a paper into the world average (reference value) of papers in the same publication year, field, and type of publication, with an average value of XNUMX. . ) DOI*XNUMX Citations Author FWCI*XNUMX Title FWCI Percentile Source Title*XNUMX Volume/Issue International Publication Flag Area and code Author's keyword abstract task overview Results and future prospects Implementation system XNUMX.Acquisition of marine big data, promotion of AI analysis research (XNUMX) Extraction and classification of papers using big data acquisition and AI analysis methods
Original page ../index.html#38