In this paper we present a novel approach to integrate non-structured and structured sources of biomedical information. We part from previous research on database integration conducted in the context of the EC funded INFOGENMED project. In this project we developed the ONTOFUSION system, which provides a robust framework to integrate large sets of structured biomedical sources. Methods and tools provided by ONTOFUSION cannot be used to integrate non-structured sources, since the latter usually lack a logical schema. In this article we introduce a novel method to extract logical schemas from text-based collections of biomedical information. Non-structured sources equipped with a logical schema can be regarded as regular structured sources, a...
Abstract. The information needed by biologists and physicians for research purposes is distributed o...
In this paper, we describe OntoFusion, a database integration system. This system has been designed ...
In the biomedical field, there is an ever-increasing number of large, fragmented, and isolated data ...
Objectives: Bringing together structured and text-based sources is an exciting challenge for biomedi...
Biologists and physicians need to access biological and medical data for their experimentations and ...
International audienceBiologists and physicians need to access biological and medical data for their...
This paper presents a novel approach for biomedical database integration, called ONTOFUSION, based o...
Schema matching is an important and time consuming part within the data integration process. Yet, it...
Objectives: To propose a modification to current methodologies for clinical trials, improving data c...
Successful biomedical data mining and information extraction require a complete picture of biologica...
INFOGENMED is an informatics and telematics project, funded by the IST directorate of the European C...
In this paper we present a suite of tools to automatically acquire and browse conceptual schemas fro...
In the paper an algorithm for automatic knowledge acquisition is proposed. The knowledge is acquired...
Successful biomedical data mining and information extraction require a complete picture of biologica...
ONTOFUSION is an ontology-based system designed for biomedical database integration. It is based on ...
Abstract. The information needed by biologists and physicians for research purposes is distributed o...
In this paper, we describe OntoFusion, a database integration system. This system has been designed ...
In the biomedical field, there is an ever-increasing number of large, fragmented, and isolated data ...
Objectives: Bringing together structured and text-based sources is an exciting challenge for biomedi...
Biologists and physicians need to access biological and medical data for their experimentations and ...
International audienceBiologists and physicians need to access biological and medical data for their...
This paper presents a novel approach for biomedical database integration, called ONTOFUSION, based o...
Schema matching is an important and time consuming part within the data integration process. Yet, it...
Objectives: To propose a modification to current methodologies for clinical trials, improving data c...
Successful biomedical data mining and information extraction require a complete picture of biologica...
INFOGENMED is an informatics and telematics project, funded by the IST directorate of the European C...
In this paper we present a suite of tools to automatically acquire and browse conceptual schemas fro...
In the paper an algorithm for automatic knowledge acquisition is proposed. The knowledge is acquired...
Successful biomedical data mining and information extraction require a complete picture of biologica...
ONTOFUSION is an ontology-based system designed for biomedical database integration. It is based on ...
Abstract. The information needed by biologists and physicians for research purposes is distributed o...
In this paper, we describe OntoFusion, a database integration system. This system has been designed ...
In the biomedical field, there is an ever-increasing number of large, fragmented, and isolated data ...