Conceptual modeling and C31 system design
J.L. Sidoran
Abstract
J.L. Sidoran
Abstract
An extension to this approach is to provide a meta-modeling paradigm that has initially, high level domain specific information and terminology. In theory, as the breadth of the domain is defined, and frameworks for domain structures are incorporated into the representation,' it may be reasonable to approach a domain definition that is both broad and detailed. This paper only serves to identify and bound this capability within the domain of Command and Control (C2). A prototype tool, Conceptual Modeling Via Logic Programming (CMLP), has been developed containing an initial system structure shell of the Command and Control domain. The prototype tool includes a user interface that allows the user to view multiple perspectives of the domain in multiple windows.
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An extension to this approach is to provide a meta-modeling paradigm that has initially, high level domain specific information and terminology. In theory, as the breadth of the domain is defined, and frameworks for domain structures are incorporated into the representation,' it may be reasonable to approach a domain definition that is both broad and detailed. This paper only serves to identify and bound this capability within the domain of Command and Control (C2). A prototype tool, Conceptual Modeling Via Logic Programming (CMLP), has been developed containing an initial system structure shell of the Command and Control domain. The prototype tool includes a user interface that allows the user to view multiple perspectives of the domain in multiple windows.
Key concepts: Computer science, Conceptual design, Systems engineering, Human–computer interaction, Engineering