In this paper, we present a methodology, called Seman-tic Graph Mining, for computer-aided extraction of action-able rules from consolidated semantic graphs of statements. First, generate semantic annotations of a set of heterogeneous knowledge/information resources in terms of domain ontol-ogy. Second, merge a semantic graph by means of semantic integration of the annotated resources. Third, discover and recognize patterns from the graph. Fourth, generate and eval-uate a set of candidate rules, which are organized and indexed for interactive discovery of actionable rules. As initial imple-mentation efforts of the methodology, a generic architecture of specialized knowledge discovery services is proposed, and an application in biomedicine i...
This paper will analyse the semantic web search methods. It will question what structure should be c...
International audienceThis chapter presents the main components of the annotation system: Firstly, a...
In this paper we use concepts from graph theory and cellular biology represented as ontologies, to c...
In this poster we describe a novel approach for knowledge discovery in biomedical information system...
Data mining is the nontrivial extraction of implicit, previously unknown, and potentially useful inf...
In this paper, we present a preliminary approach that uses a set of NLP and Deep Learning methods fo...
The continuous growth of scientific literature brings innovations and, at the same time, raises new ...
Text mining is still budding in the field of medicine. However, with rising volumes of scientific li...
Understanding the structure of a scientific domain and extracting specific information from it is la...
This thesis seeks to address word reasoning problems from a semantic standpoint, proposing a uniform...
Contextual information is widely considered for NLP and knowledge discovery in life sciences since i...
Knowledge graphs (KG) are large networks of entities and relationships, typically expressed as RDF t...
In recent years, keen interest towards Knowledge Graphs has increased in both academia and the indus...
Nowadays there is a tremendous amount of unstructured data, often represented by texts, which is cre...
Science communication has a number of bottlenecks that include the rising number of published resear...
This paper will analyse the semantic web search methods. It will question what structure should be c...
International audienceThis chapter presents the main components of the annotation system: Firstly, a...
In this paper we use concepts from graph theory and cellular biology represented as ontologies, to c...
In this poster we describe a novel approach for knowledge discovery in biomedical information system...
Data mining is the nontrivial extraction of implicit, previously unknown, and potentially useful inf...
In this paper, we present a preliminary approach that uses a set of NLP and Deep Learning methods fo...
The continuous growth of scientific literature brings innovations and, at the same time, raises new ...
Text mining is still budding in the field of medicine. However, with rising volumes of scientific li...
Understanding the structure of a scientific domain and extracting specific information from it is la...
This thesis seeks to address word reasoning problems from a semantic standpoint, proposing a uniform...
Contextual information is widely considered for NLP and knowledge discovery in life sciences since i...
Knowledge graphs (KG) are large networks of entities and relationships, typically expressed as RDF t...
In recent years, keen interest towards Knowledge Graphs has increased in both academia and the indus...
Nowadays there is a tremendous amount of unstructured data, often represented by texts, which is cre...
Science communication has a number of bottlenecks that include the rising number of published resear...
This paper will analyse the semantic web search methods. It will question what structure should be c...
International audienceThis chapter presents the main components of the annotation system: Firstly, a...
In this paper we use concepts from graph theory and cellular biology represented as ontologies, to c...