Information modeling: the EXPRESS way
Information modeling: the EXPRESS way
Knowledge representation: logical, philosophical and computational foundations
Knowledge representation: logical, philosophical and computational foundations
A product information modeling framework for product lifecycle management
Computer-Aided Design
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Engineering informatics is the discipline of creating, codifying (structure and behavior that is syntax and semantics), exchanging (interactions and sharing), processing (decision making), storing and retrieving (archive and access) the digital objects that characterize the cross-disciplinary domains of engineering discourse. It is absolutely critical that a sharing mechanism should preserve correctness (semantics), be efficient (for example, representation, storage and retrieval, interface), inexpensive (for example, resources, cost, time), and secure. In order to create such a sharing mechanism, we need a science-based approach for understanding significant relationships among the concepts and consistent standards, measurements, and specifications. To develop this science, it is essential to understand the interactions among the theory of languages, representation theory, and domain theory. Creating the science of information metrology will require a fundamental and formal approach to metrology, measurement methods and testing and validation similar to the physical sciences.