This paper focuses on the problem of choosing a representation of documents that can be suitable to induce more advanced semantic user profiles, in which concepts are used instead of keywords to represent user interests. We propose a method which integrates a word sense disambiguation algorithm based on the WordNet IS-A hierarchy, with two machine learning techniques to induce semantic user profiles, namely a relevance feedback method and a probabilistic one. The document representation proposed, that we called Bag-Of-Synsets improves the classic Bag-Of-Words approach, as shown by an extensive experimental session
The central argument of this paper the induction user profiles by supervised machine learning techni...
The amount of information available on the Web and in Digital Libraries is increasing over time. In ...
The amount of information available on the Web and in Digital Libraries is increasing over time. In ...
This paper focuses on the problem of choosing a representation of documents that can be suitable to ...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is in...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is in...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is i...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is i...
Understanding user interests from text documents can provide support to personalized information rec...
Typically, personalized information recommendation services automatically infer the user profile, a ...
Typically, personalized information recommendation services automatically infer the user profile, a ...
Algorithms designed to support users in retrieving relevant information base their relevance computa...
Algorithms designed to support users in retrieving relevant information base their relevance computa...
Algorithms designed to support users in retrieving relevant information base their relevance computa...
The central argument of this paper the induction user profiles by supervised machine learning techni...
The central argument of this paper the induction user profiles by supervised machine learning techni...
The amount of information available on the Web and in Digital Libraries is increasing over time. In ...
The amount of information available on the Web and in Digital Libraries is increasing over time. In ...
This paper focuses on the problem of choosing a representation of documents that can be suitable to ...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is in...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is in...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is i...
Nowadays, the amount of available information, especially on the Web and in Digital Libraries, is i...
Understanding user interests from text documents can provide support to personalized information rec...
Typically, personalized information recommendation services automatically infer the user profile, a ...
Typically, personalized information recommendation services automatically infer the user profile, a ...
Algorithms designed to support users in retrieving relevant information base their relevance computa...
Algorithms designed to support users in retrieving relevant information base their relevance computa...
Algorithms designed to support users in retrieving relevant information base their relevance computa...
The central argument of this paper the induction user profiles by supervised machine learning techni...
The central argument of this paper the induction user profiles by supervised machine learning techni...
The amount of information available on the Web and in Digital Libraries is increasing over time. In ...
The amount of information available on the Web and in Digital Libraries is increasing over time. In ...