Add to ORKGDeliverable D2.1.3.1 (WP2.1) This deliverable gives an overview of concepts and methods necessary for achieving scalability through modularization of ontologies. This includes partitioning algorithms for large ontolo-gies into smaller modules, distributed reasoning, e.g. distributed RDF querying, engineering approaches to ontology modularization, as well as an insight into composition (the inverse to modularization)
Abstract. Ontologies as means for conceptualiz-ing and structuring domain knowledge within a communi...
Problems with large monolithical ontologies in terms of reusability, scalability and maintenance hav...
Deliverable D2.3.8v1 (WP2.3) proposes the dynamic ontology lifecycle schema and discusses its implem...
Distributed data and knowledge base applications need ontology languages and tools that can support ...
Ontologies have established themselves as a powerful tool to enable knowledge sharing, and a growing...
As large monolithic ontologies are difficult to handle and maintain, the activity of modularizing an...
Construction of modular ontologies by combining different modules is becoming a necessity in ontolo...
Traditional services nowadays offer a strict interface to predefined functionality. Given the curren...
This chapter demonstrates the use of the Distributed Description Logics framework (DDL) and the dist...
The benefits of modular representations are well known from many areas of computer science. While in...
International audienceThis preface for the proceedings of the first international workshop on Modula...
In the past 10 years, modularity has been established as a central research topic in ontology engine...
Deliverable D2.4.14 (WP2.4) This deliverable focusses on two mechanisms for integrating independent ...
Abstract. The use of ontologies lies at the very heart of the newly emerging era of semantic web. On...
The current deliverable surveys a number of real-world use cases encountered in the course of the Kn...
Abstract. Ontologies as means for conceptualiz-ing and structuring domain knowledge within a communi...
Problems with large monolithical ontologies in terms of reusability, scalability and maintenance hav...
Deliverable D2.3.8v1 (WP2.3) proposes the dynamic ontology lifecycle schema and discusses its implem...
Distributed data and knowledge base applications need ontology languages and tools that can support ...
Ontologies have established themselves as a powerful tool to enable knowledge sharing, and a growing...
As large monolithic ontologies are difficult to handle and maintain, the activity of modularizing an...
Construction of modular ontologies by combining different modules is becoming a necessity in ontolo...
Traditional services nowadays offer a strict interface to predefined functionality. Given the curren...
This chapter demonstrates the use of the Distributed Description Logics framework (DDL) and the dist...
The benefits of modular representations are well known from many areas of computer science. While in...
International audienceThis preface for the proceedings of the first international workshop on Modula...
In the past 10 years, modularity has been established as a central research topic in ontology engine...
Deliverable D2.4.14 (WP2.4) This deliverable focusses on two mechanisms for integrating independent ...
Abstract. The use of ontologies lies at the very heart of the newly emerging era of semantic web. On...
The current deliverable surveys a number of real-world use cases encountered in the course of the Kn...
Abstract. Ontologies as means for conceptualiz-ing and structuring domain knowledge within a communi...
Problems with large monolithical ontologies in terms of reusability, scalability and maintenance hav...
Deliverable D2.3.8v1 (WP2.3) proposes the dynamic ontology lifecycle schema and discusses its implem...