The iCE approach for journal evaluation

Abstract

Recent research has shown that simple graphical representations of research performance can be obtained using two-dimensional maps based on impact (i) and citations (C). The product of impact and citations leads to an energy term (E). Indeed, using E as the third coordinate, three-dimensional landscape maps can be prepared. In this paper, instead of using the traditional impact factor and total citations received for journal evaluation, Article Influence TM and Eigenfactor TM are used as substitutes. Article Influence becomes a measure of quality (i.e. a proxy for impact factor) and Eigenfactor is a proxy for size/ quantity (like citations) and taken together, the product is an energy-like term. This can be used to measure the influence/prestige of a journal. It is also possible to propose a p-factor (where p = E 1/3 ) as an alternative measure of the prestige or prominence of a journal which plays the equivalent role of the h-index.

Impact of a physician's prosocial behavior on the patient's choice: an empirical investigation in online health community

“…Artnum is calculated by the number of healthcare articles posted by a physician. According to Prathap (2010), the P is measured by P:P=(C(C/ArtNum))13, where C is the total reading volume of a physician's articles.…”

“…Artnum is calculated by the number of healthcare articles posted by a physician. According to Prathap (2010), the P is measured by…”

Machine Learning in Scientometrics

“…The PageRank algorithm [63] has been proposed as an appropriate model for the evaluation of the quality of citations in scientific journals. Some PageRank-inspired indicators have been introduced in the literature [42,47,88,186,191,368]. In the following, the Eigenfactor metrics [42] and the Scimago Journal Rank indicators [186,191] are detailed.…”