Current spacecraft work as a cooperative group of a number of subsystems. Each of these requiresmodeling software for development, testing, and prediction. It is the goal of my team to create anoverarching software architecture called the Integrated Spacecraft Analysis (ISCA) to aid in deploying the discrete subsystems' models. Such a plan has been attempted in the past, and has failed due to the excessive scope of the project. Our goal in this version of ISCA is to use new resources to reduce the scope of the project, including using ontological models to help link the internal interfaces of subsystems' models with the ISCA architecture.I have created an ontology of functions specific to the modeling system of the navigation system of a spacecraft. The resulting ontology not only links, at an architectural level, language specificinstantiations of the modeling system's code, but also is web-viewable and can act as a documentation standard. This ontology is proof of the concept that ontological modeling can aid in the integration necessary for ISCA to work, and can act as the prototype for future ISCA ontologies.
Ontological Modeling for Integrated Spacecraft Analysis
2011-08-01
Sonstige
Keine Angabe
Englisch
Ontological Modeling of Infrastructure Products and Related Concepts
Transportation Research Record | 2006
|Ontological Modeling of Infrastructure Products and Related Concepts
Transportation Research Record | 2006
|Integrated Modeling of Spacecraft Touch-and-Go Sampling
NTRS | 2009
|Glow Modeling Using the Integrated Spacecraft Environment Model
SAE Technical Papers | 1990
|