ScientoBASE: A Framework and Model for Computing Scholastic Indicators of non-local influence of Journals via Native Data Acquisition algorithms

• DOI: 10.48550/arxiv.1605.01821
• Publication Date: 2016-01-01
• Authors: Gouri Ginde; Snehanshu Saha; Archana Mathur; Sukrit Venkatagiri; Sujith Vadakkepat; Anand Narasimhamu...; B. S. Daya Sagar
• Keywords: Publication; Globe; Rank (graph theory)

Defining and measuring internationality as a function of influence diffusion scientific journals is an open problem. There exists no metric to rank based on the extent or scale internationality. Measuring qualitative, vague, interpretation limited by vested interests. With tremendous increase in number various fields unflinching desire academics across globe publish "international" journals, it has become absolute necessity evaluate, categorize Authors, current work have defined measure that transcends geographic boundaries. are concerns raised authors about unethical practices reflected process journal publication whereby scholarly select few artificially boosted, primarily resorting editorial maneuvres. To counter impact such tactics, come up with new method defines measures eliminating local effects when computing journals. A metric, Non-Local Influence Quotient(NLIQ) proposed one parameter for computation along another novel Other-Citation Quotient complement ratio self-citation total citation. In addition, SNIP International Collaboration Ratio used two other parameters.