The ICOM 3.0 intelligent conceptual modelling tool and methodology

The ICOM 3.0 intelligent conceptual modelling tool and methodology

ICOM is an advanced conceptual modelling tool, which allows the user to design multiple ER or UML class diagrams with interand intra-model constraints. Complete logical reasoning is employed by the tool to verify the specification, infer implicit facts, devise stricter constraints, and manifest any inconsistency. For the ontology creation and maintenance tasks, ICOM interface supports ontology ...

The I¯com Tool for Intelligent Conceptual Modelling

In this paper we present i com, a tool for intelligent conceptual modelling. i com allows for the specification of multiple EER diagrams and interand intra-schema constraints. Complete logical reasoning is employed by the tool to verify the specification, infer implicit facts, and manifest any inconsistencies.

Ontology Design and Integration with ICOM 3.0 - Tool Description and Methodology

The i.com tool for Intelligent Conceptual Modeling

In this paper we present i•com, a tool for intelligent conceptual modelling. i•com allows for the specification of multiple EER diagrams and interand intra-schema constraints. Complete logical reasoning is employed by the tool to verify the specification, infer implicit facts, and manifest any inconsistencies.

Conceptual Modelling: Choosing a Critical Infrastructure Modelling Methodology

This paper reports on further research undertaken regarding systems modelling as applied to critical infrastructure systems and networks and builds upon the initial modelling research of Pye and Warren (2006a). We discuss system characteristics, inter-relationships, dynamics and modelling of similar systems and why modelling of a critical infrastructure is important. In overview we compare four...