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arxiv: 1305.6339 · v2 · pith:IB2F6DGVnew · submitted 2013-05-27 · 💻 cs.DL · cs.SI· physics.soc-ph

Universality of scholarly impact metrics

classification 💻 cs.DL cs.SIphysics.soc-ph
keywords impactmetricsmetricscholarlyacrossassesscomparedisciplinary
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Given the growing use of impact metrics in the evaluation of scholars, journals, academic institutions, and even countries, there is a critical need for means to compare scientific impact across disciplinary boundaries. Unfortunately, citation-based metrics are strongly biased by diverse field sizes and publication and citation practices. As a result, we have witnessed an explosion in the number of newly proposed metrics that claim to be "universal." However, there is currently no way to objectively assess whether a normalized metric can actually compensate for disciplinary bias. We introduce a new method to assess the universality of any scholarly impact metric, and apply it to evaluate a number of established metrics. We also define a very simple new metric hs, which proves to be universal, thus allowing to compare the impact of scholars across scientific disciplines. These results move us closer to a formal methodology in the measure of scholarly impact.

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