Article ID Journal Published Year Pages File Type
515467 Information Processing & Management 2015 12 Pages PDF
Abstract

•We argue that the h-index has a deficiency in comparing journals for ranking purpose.•We propose the global h-index: Gh-index and its extensions to fix this problem.•We apply the new indexes to produce an automatic journal classification without arbitrary cut-off points.•The new ranking results are compatible with other peer reviewed based ranking results.

In this work we develop new journal classification methods based on the h-index. The introduction of the h-index for research evaluation has attracted much attention in the bibliometric study and research quality evaluation. The main purpose of using an h-index is to compare the index for different research units (e.g. researchers, journals, etc.) to differentiate their research performance. However the h-index is defined by only comparing citations counts of one’s own publications, it is doubtful that the h index alone should be used for reliable comparisons among different research units, like researchers or journals. In this paper we propose a new global h-index (Gh-index), where the publications in the core are selected in comparison with all the publications of the units to be evaluated. Furthermore, we introduce some variants of the Gh-index to address the issue of discrimination power. We show that together with the original h-index, they can be used to evaluate and classify academic journals with some distinct advantages, in particular that they can produce an automatic classification into a number of categories without arbitrary cut-off points. We then carry out an empirical study for classification of operations research and management science (OR/MS) journals using this index, and compare it with other well-known journal ranking results such as the Association of Business Schools (ABS) Journal Quality Guide and the Committee of Professors in OR (COPIOR) ranking lists.

Related Topics
Physical Sciences and Engineering Computer Science Computer Science Applications
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