Measuring academic influence: Not all citations are equal
arXiv:1501.06587 · doi:10.1002/asi.23179
Abstract
The importance of a research article is routinely measured by counting how many times it has been cited. However, treating all citations with equal weight ignores the wide variety of functions that citations perform. We want to automatically identify the subset of references in a bibliography that have a central academic influence on the citing paper. For this purpose, we examine the effectiveness of a variety of features for determining the academic influence of a citation. By asking authors to identify the key references in their own work, we created a data set in which citations were labeled according to their academic influence. Using automatic feature selection with supervised machine learning, we found a model for predicting academic influence that achieves good performance on this data set using only four features. The best features, among those we evaluated, were those based on the number of times a reference is mentioned in the body of a citing paper. The performance of these features inspired us to design an influence-primed h-index (the hip-index). Unlike the conventional h-index, it weights citations by how many times a reference is mentioned. According to our experiments, the hip-index is a better indicator of researcher performance than the conventional h-index.
References in corpus (6)
- An index to quantify an individual's scientific research output
- From Frequency to Meaning: Vector Space Models of Semantics
- Does the h-index have predictive power?
- A principal component analysis of 39 scientific impact measures
- The Management of Context-Sensitive Features: A Review of Strategies
- Robust Classification with Context-Sensitive Features
Cited by in corpus (5)
- A Bibliometric Analysis of Publications in Computer Networking Research
- Should Citations be Counted Separately from Each Originating Section
- Do Citations and Readership Identify Seminal Publications?
- Citation importance-aware document representation learning for large-scale science mapping
- Screening articles by citation reputation