Abstract Publication repositories contain an abundance of information about the evolution of scientific research areas. We address the problem of creating a visualization of a research area that describes the flow of topics between papers, quantifies the impact that papers have on each other, and helps to identify key contributions. To this end, we devise a probabilistic topic model that explains the generation of documents; the model incorporates the aspects of topical innovation and topical inheritance via citations. We evaluate the model's ability to predict the strength of influence of citations against manually rated citations
In most of the cases, scientists depend on previous literature which is relevant to their research f...
Human knowledge and innovation are recorded in two media: scholarly publication and patents. These r...
In this paper, we study the problem of predicting future ci-tation count of a scientific article aft...
Abstract Publication repositories contain an abundance of information about the evolution of scienti...
When reviewing scientific literature, it would be useful to have automatic tools that iden-tify the ...
When reading on a new topic researchers need to get a quick overview about a research area. Espe-cia...
Usually scientists breed research ideas inspired by previous publications, but they are unlikely to ...
Understanding how research themes evolve over time in a research community is useful in many ways (e...
The growth in the alternative digital publishing is widening the breadth of scholarly impact beyond ...
When browsing a digital library of research papers, it is natural to ask which authors are most infl...
Number of citations is a basic bibliometric index for evaluating academic articles and assessing res...
Much of scientific progress stems from previously published findings, but searching through the vast...
Abstraet-A self-consistent methodology is developed for determining citation based influence measure...
Out of the many potential factors that determine which links form in a document citation network, tw...
The impact and significance of a scientific publication is measured mostly by the number of citation...
In most of the cases, scientists depend on previous literature which is relevant to their research f...
Human knowledge and innovation are recorded in two media: scholarly publication and patents. These r...
In this paper, we study the problem of predicting future ci-tation count of a scientific article aft...
Abstract Publication repositories contain an abundance of information about the evolution of scienti...
When reviewing scientific literature, it would be useful to have automatic tools that iden-tify the ...
When reading on a new topic researchers need to get a quick overview about a research area. Espe-cia...
Usually scientists breed research ideas inspired by previous publications, but they are unlikely to ...
Understanding how research themes evolve over time in a research community is useful in many ways (e...
The growth in the alternative digital publishing is widening the breadth of scholarly impact beyond ...
When browsing a digital library of research papers, it is natural to ask which authors are most infl...
Number of citations is a basic bibliometric index for evaluating academic articles and assessing res...
Much of scientific progress stems from previously published findings, but searching through the vast...
Abstraet-A self-consistent methodology is developed for determining citation based influence measure...
Out of the many potential factors that determine which links form in a document citation network, tw...
The impact and significance of a scientific publication is measured mostly by the number of citation...
In most of the cases, scientists depend on previous literature which is relevant to their research f...
Human knowledge and innovation are recorded in two media: scholarly publication and patents. These r...
In this paper, we study the problem of predicting future ci-tation count of a scientific article aft...