Current state of the art information retrieval models treat documents and queries as bags of words. There have been many attempts to go beyond this simple representation. Unfortunately, few have shown consistent improvements in retrieval effectiveness across a wide range of tasks and data sets. Here, we propose a new statistical model for information retrieval based on Markov random fields. The proposed model goes beyond the bag of words assumption by allowing dependencies between terms to be incorporated into the model. This allows for a variety of textual and non-textual features to be easily combined under the umbrella of a single model. Within this framework, we explore the theoretical issues involved, parameter estimation, feature sele...
How to automatically understand and answer users' questions (eg, queries issued to a search engine) ...
Document fields, such as the title or the headings of a document, offer a way to consider the struct...
Because of the world wide web, information retrieval systems are now used by millions of untrained u...
This paper develops a general, formal framework for modeling term dependencies via Markov random fie...
Query expansion, in the form of pseudo-relevance feedback or relevance feedback, is a common techniq...
Information Retrieval models present us different ways for probabilistic modeling of documents and q...
This paper presents a new probabilistic model of information retrieval. The most important modeling ...
Abstract In this paper, we propose a new term dependence model for information retrieval, which is b...
. This paper presents a new probabilistic model of information retrieval. The most important modelin...
When a user types in a search query in an Information Retrieval system, a list of top ‘n’ ranked doc...
When a user types in a search query in an Information Retrieval system, a list of top ‘n’ ranked doc...
Abstract. This paper presents a new probabilistic model of information retrieval. The most important...
In this paper, we revisit the dependence language model for information retrieval proposed in [1], a...
This paper proposes a novel statistical approach to intelligent document re-trieval. It seeks to off...
Information retrieval performance may be measured retrospectively, after experiments have been condu...
How to automatically understand and answer users' questions (eg, queries issued to a search engine) ...
Document fields, such as the title or the headings of a document, offer a way to consider the struct...
Because of the world wide web, information retrieval systems are now used by millions of untrained u...
This paper develops a general, formal framework for modeling term dependencies via Markov random fie...
Query expansion, in the form of pseudo-relevance feedback or relevance feedback, is a common techniq...
Information Retrieval models present us different ways for probabilistic modeling of documents and q...
This paper presents a new probabilistic model of information retrieval. The most important modeling ...
Abstract In this paper, we propose a new term dependence model for information retrieval, which is b...
. This paper presents a new probabilistic model of information retrieval. The most important modelin...
When a user types in a search query in an Information Retrieval system, a list of top ‘n’ ranked doc...
When a user types in a search query in an Information Retrieval system, a list of top ‘n’ ranked doc...
Abstract. This paper presents a new probabilistic model of information retrieval. The most important...
In this paper, we revisit the dependence language model for information retrieval proposed in [1], a...
This paper proposes a novel statistical approach to intelligent document re-trieval. It seeks to off...
Information retrieval performance may be measured retrospectively, after experiments have been condu...
How to automatically understand and answer users' questions (eg, queries issued to a search engine) ...
Document fields, such as the title or the headings of a document, offer a way to consider the struct...
Because of the world wide web, information retrieval systems are now used by millions of untrained u...