We present a way of estimating term weights for Information Retrieval (IR), using term co-occurrence as a measure of dependency between terms. We use the random walk graphbased ranking algorithm on a graph that encodes terms and co-occurrence dependencies in text, from which we derive term weights that represent a quantification of how a term contributes to its context. Evaluation on two TREC collections and 350 topics shows that the random walk-based term weights perform at least comparably to the traditional tf·idf term weighting, while they outperform it when the distance between co-occurring terms is between 6 and 30 terms
Traditional index weighting approaches for information retrieval from texts depend on the term frequ...
. This paper presents a new probabilistic model of information retrieval. The most important modelin...
The experimental evidence accumulated over the past 20 years indicates that textindexing systems ba...
We present a way of estimating term weights for Informa-tion Retrieval (IR), using term co-occurrenc...
This paper describes a new approach for estimating term weights in a document, and shows how the new...
TextRank is a variant of PageRank typically used in graphs that represent documents, and where verti...
How to assign appropriate weights to terms is one of the critical issues in information retrieval. M...
WOS: 000332963700003In this article, we introduce an out-of-the-box automatic term weighting method ...
Automatic language processing tools typically assign to terms so-called 'weights' correspo...
The primary objective of an information retrieval (IR) system is to retrieve relevant documents with...
This paper presents a new probabilistic model of information retrieval. The most important modeling ...
Considerable evidence exists to show that the use of term relevance weights is beneficial in intera...
Recent work has achieved promising retrieval performance using distance between term occurrences as ...
The term relevance weighting method has been shown to produce optimal information retrieval queries...
Term-weighting functions derived from various models of retrieval aim to model human notions of rele...
Traditional index weighting approaches for information retrieval from texts depend on the term frequ...
. This paper presents a new probabilistic model of information retrieval. The most important modelin...
The experimental evidence accumulated over the past 20 years indicates that textindexing systems ba...
We present a way of estimating term weights for Informa-tion Retrieval (IR), using term co-occurrenc...
This paper describes a new approach for estimating term weights in a document, and shows how the new...
TextRank is a variant of PageRank typically used in graphs that represent documents, and where verti...
How to assign appropriate weights to terms is one of the critical issues in information retrieval. M...
WOS: 000332963700003In this article, we introduce an out-of-the-box automatic term weighting method ...
Automatic language processing tools typically assign to terms so-called 'weights' correspo...
The primary objective of an information retrieval (IR) system is to retrieve relevant documents with...
This paper presents a new probabilistic model of information retrieval. The most important modeling ...
Considerable evidence exists to show that the use of term relevance weights is beneficial in intera...
Recent work has achieved promising retrieval performance using distance between term occurrences as ...
The term relevance weighting method has been shown to produce optimal information retrieval queries...
Term-weighting functions derived from various models of retrieval aim to model human notions of rele...
Traditional index weighting approaches for information retrieval from texts depend on the term frequ...
. This paper presents a new probabilistic model of information retrieval. The most important modelin...
The experimental evidence accumulated over the past 20 years indicates that textindexing systems ba...