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5G (5th Generation) and the related technologies implementation are expected in 2020. The 5G is considered to be a breakthrough of IoT devices in terms of enhanced bandwidth, efficiency, reliability and energy consumption. This study focuses on quantitative and qualitative progression of research in the field of 5G. It also provides the publishing trend, most productive and cited countries, organizations, and authors on 5G. In addition, it identifies the most frequently used keywords, authorship pattern and preferred journals. The research is based on 5G related research from Scopus database, which includes all relevant keywords of the field limiting it to conference papers, articles, book chapters, editorial and books. The outcome of the study revealed that 5G related research is on the rise worldwide. The number of yearly published articles has increased from one to 2222 during the period between 2003 and 2020. China, United States and United-Kingdom are most productive countries. Beijing University of Posts and Telecommunications have taken lead in publishing 5G research. Furthermore, it is noteworthy that 19 out of these 20 most productive organizations in the world, seven belong to China. Majority of top 10 preferred journals are Q1 and published by IEEE (Institute of Electrical and Electronics Engineers). The most popular authorship pattern is three-authors. In subcategories of wireless networks, 5G communication gets a lot of attention. [ABSTRACT FROM AUTHOR]

The novel coronavirus disease 2019 (COVID-19) has affected almost all the countries globally, and it is considered a global pandemic. Hence, this study conducted a bibliometric analysis of scientific output on the COVID-19 pandemic outbreak using the Web of Science (WoS) database. A specific search technique was developed based on Corona virus-related keywords from January 1, 2019, until June 24, 2020. A total of 10850 documents related to COVID-19 published from January 1, 2019, to June 24, 2020, were retrieved from the WoS database. The researchers downloaded the data from WoS as a WoS plain text file, and the data were analyzed using R studio (biblioshiny) software. Out of the total of 10850 documents published in 1736 scientific journals, 10845 papers belonging to the year 2020, which constituents 99.954% of the total documents (N=10850). Wang Y is the most productive author who contributed 0.60% (n=65) of the total documents published. USA is the predominant country that produced 2701 documents related to COVID-19, and China follows it with 1937 documents. The most active collaboration held between the USA and China, and it accounted for 2.75% (n=298) of the entire documents (N=10850). [ABSTRACT FROM AUTHOR]

Objective Bibliometric analysis is one of the profound instruments to measure the research output quantitatively based on geometrical and statistical evaluation. The objective of the current study is to provide structural overview of the voluminous research work done so far via bibliometric analysis to access the significance of this tool in academic research. Methods A bibliometric analysis is performed by extracting 842 documents from Scopus database in CSV form from 2000 till April 5, 2021. The retrieved data analyzed via Vos viewer reveals about the significantly contributing authors, countries, author keywords, cited references, total link strength, and co-occurrence of author keywords using bibliographic coupling and co-citation analysis. Results In year 2009, publication of bibliometric articles reached its apex with a publication count of 34 articles. China has published maximum number of bibliometric documents (37.76%) and has produced 114 collaborative documents with 38 countries with a citation count of 2018. Recent bibliometric articles included keywords such as Vos viewer, Covid 19, Co-authorship, and Co-occurrence analysis. Conclusion Data presented in the study can be useful for comparing the use of bibliometric analysis in diverse subject areas and also focusses on the subject areas that are not yet explored through bibliometric analysis. [ABSTRACT FROM AUTHOR]