Computational models of semantic similarity can be found in many applications, with the aim to give this additional knowledge to reason about their data. The choice of a similarity measure is very crucial for a successful implementation of reasoning. In this work, we present an update of similarity calculation presented by Wu and Palmer which is considered the fastest in terms of generation time of similarity. The results show that the measure provides produced a marked improvement in the relevance of the values produced for the two concepts similarity in ontology
Abstract: Similarity is criteria of measuring nearness or proximity between two concepts. Several al...
Semantic similarity is fundamental operation in the field of computational lexical semantics, artifi...
This paper presents the similarity measurement algorithm for domain specific terms collected in the ...
Similarity measurement is important for numerous applications. Be it classical information retrieval...
Abstract. Without a doubt, similarity measurement is important for numerous applications (e.g., info...
Abstract. Several attempts have been made to develop similarity mea-sures for ontologies. Motivated ...
Abstract: Semantic similarity relates to computing the similarity between conceptually similar but n...
AbstractCalculating the similarity between the concepts is the key in the process of the ontology ma...
Abstract Estimation of the degree of semantic similarity/distance between concepts is a very common ...
In the field of concepts, the measure of Wu and Palmer [1] has the advantage of being simple to impl...
Abstract. Ontologies now play an important role for many knowledge-intensive applications for which ...
Abstract: Finding a good similarity assessment algorithm for the use in ontologies is central to the...
The semantic web provides a common framework that allows data to be shared and reusedacr...
In this paper, we present a hybrid concept similarity measure model for the ontology environment. Wh...
In this paper, we present a hybrid concept similarity measure model for the ontology environment. Wh...
Abstract: Similarity is criteria of measuring nearness or proximity between two concepts. Several al...
Semantic similarity is fundamental operation in the field of computational lexical semantics, artifi...
This paper presents the similarity measurement algorithm for domain specific terms collected in the ...
Similarity measurement is important for numerous applications. Be it classical information retrieval...
Abstract. Without a doubt, similarity measurement is important for numerous applications (e.g., info...
Abstract. Several attempts have been made to develop similarity mea-sures for ontologies. Motivated ...
Abstract: Semantic similarity relates to computing the similarity between conceptually similar but n...
AbstractCalculating the similarity between the concepts is the key in the process of the ontology ma...
Abstract Estimation of the degree of semantic similarity/distance between concepts is a very common ...
In the field of concepts, the measure of Wu and Palmer [1] has the advantage of being simple to impl...
Abstract. Ontologies now play an important role for many knowledge-intensive applications for which ...
Abstract: Finding a good similarity assessment algorithm for the use in ontologies is central to the...
The semantic web provides a common framework that allows data to be shared and reusedacr...
In this paper, we present a hybrid concept similarity measure model for the ontology environment. Wh...
In this paper, we present a hybrid concept similarity measure model for the ontology environment. Wh...
Abstract: Similarity is criteria of measuring nearness or proximity between two concepts. Several al...
Semantic similarity is fundamental operation in the field of computational lexical semantics, artifi...
This paper presents the similarity measurement algorithm for domain specific terms collected in the ...