Notio - A Java API for Developing CG Tools

Southey, Finnegan; Linders, J. G.

doi:10.1007/3-540-48659-3_17

Cited by 14 publications

(10 citation statements)

References 3 publications

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“…RDF(S) statements are positive and conjunctive, so handling the negation implies yet another type of extension. In the Notio CG platform [15] on which corese was developed, the NOT did not exist. We have implemented particular algorithms to process the negation of each escrire element.…”

Section: Discussion: Translation Problemsmentioning

confidence: 99%

A Conceptual Graph and RDF(S) Approach for Representing and Querying Document Content

Ramírez

Corby

Dieng-Kuntz

2002

Advances in Artificial Intelligence — IBERAMIA 2002

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Abstract. This article describes a first synthesis of a Conceptual Graph and RDF(S) approach for representing and querying document contents. The framework of this work is the escrire project [1], the main goal of which is to compare three knowledge representation formalisms (KR): conceptual graphs (CG), descriptions logics (DL), and object-oriented representation languages (OOR) for querying about document contents by relying on ontology-based annotations on document content. This comparison relies on an expressive XML-based pivot language to define the ontology and to represent annotations and queries; it consists of evaluating the capacity of the three KR formalisms for expressing the features of the pivot language. Each feature of the pivot language is translated into each KR formalism, which is than used to draw inferences and to answer queries. Our team was responsible on the CG part. The motivation of this paper is to give a first synthesis of the translation process from the pivot language to RDF(S) and CG, to underline the main problems encountered during this translation.

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Section: Discussion: Translation Problemsmentioning

confidence: 99%

A Conceptual Graph and RDF(S) Approach for Representing and Querying Document Content

Ramírez

Corby

Dieng-Kuntz

2002

Advances in Artificial Intelligence — IBERAMIA 2002

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“…So, as there was also an analogy between RDF and CG, and as a W3C-recommended language was more likely to be widely adopted by the different research communities or industrial companies than CG, our strategy was to rely on this RDF -CG correspondence, so as to take advantage of both the standard feature of RDF and our competence in CG. Therefore, instead of building an RDF-dedicated tool from scratch, we preferred to rely on this RDF -CG correspondence for developing CORESE, an RDF-dedicated search engine based on CG: thus, the first version of CORESE was quickly implemented and tested using the API of Notio [44]. Moreover, our KM approach evolved towards our so-called "Corporate Semantic Web" approach.…”

Section: Acacia Project Evolutionmentioning

confidence: 99%

Conceptual Graphs for Semantic Web Applications

Dieng-Kuntz

Corby

2005

Conceptual Structures: Common Semantics for Sharing Knowledge

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Abstract. In this paper, we aim at showing the advantages of Conceptual Graph formalism for the Semantic Web through several real-world applications in the framework of Corporate Semantic Webs. We describe the RDF(S)-dedicated semantic search engine, CORESE, based on a correspondence between RDF(S) and Conceptual Graphs, and we illustrate the interest of Conceptual Graphs through the analysis of several real-world applications based on CORESE.

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“…It also has a specific module, CGIF, that creates a mechanism to import and export CGs created from execution of the environment's inference engine modules and storage in the environment's knowledge base. This mechanism can be "plugged-in" to other applications by using the CGIF module's API specification to call the module's implementation code level [34]. Therefore, if an application currently available within the community does not have the ability to read and write CGIF format, this module could be "plugged-in" to the existing application to give it that functionality.…”

Section: Motivation For Changementioning

confidence: 99%

An Exportable CGIF Module from the CP Environment: A Pragmatic Approach

Pfeiffer

2004

Lecture Notes in Computer Science

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We have upgraded the Conceptual Programming Environment (CP) from a single standalone application to a set of component modules to increase flexibility of the environment and to allow any one of the modules to be used by applications outside of the environment. This allows the CP modules, in particular CGIF, to be tested pragmaticly in real applications. The CGIF module is encapsulated as a component and has been given an API specification. This module implements the NMSU modified ICCS2001 version of the CGIF interchange format for Conceptual Graphs (CGs) that is part of the dpANS and is setup to link with applications written in C, C++, Java TM and Visual Basic 6.0. Communication is possible to all these languages by designing the API of the module so that it can accept either standard C string or Unicode string within the function calls. Since modules are flexible units of code, the components of the CP Environment have been tested for use under most versions of Microsoft Windows and different flavors of Linux.

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Notio - A Java API for Developing CG Tools

Cited by 14 publications

References 3 publications

A Conceptual Graph and RDF(S) Approach for Representing and Querying Document Content

A Conceptual Graph and RDF(S) Approach for Representing and Querying Document Content

Conceptual Graphs for Semantic Web Applications

An Exportable CGIF Module from the CP Environment: A Pragmatic Approach

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