Integration Technology of the Onboard Equipment Simulation Models in Simulation Modeling Infrastructure

Abstract

Abstract. In this article we present the integration technology of spacecraft onboard systems' simulation models in original infrastructure of simulation modeling based on the international Simulation Model Portability (SMP2) standard. We have described the technological stages of metamodel building to unite onboard systems' models in a one complex solution. This technology allows to build simulation models in terms of the subject area and provides their translation into software components working in accordance with SMP2 standard. Simulation models' realization in infrastructure will make it possible to provide creation of complex solutions and will help accumulation and usage of expert knowledge about spacecraft onboard equipment function.

Problem-Oriented Integration of SMP-models in the Simulation Modeling Infrastructure

“…We are developing an original simulation infrastructure applying and adapting universal principles of the standard, in order to analyze spacecraft onboard equipment's function. [7,8]. The infrastructure is basing on the problem-oriented approach and is designed to support construction of onboard equipment.…”

Architecture of the Simulation Modeling Infrastructure Based on the Simulation Model Portability Standard

“…[5]. The task required to realize the standard's architectural requirements to software and to add the obtained infrastructure with the original methods of information-graphic and intellectual modeling [6,7]. The standard sets the common principles of describing models' interfaces and regulates functionality of the software modules constituting the kernel of the modeling infrastructure.…”

Simulation Infrastructure Design on the Basis of the Space Industry's International Standards

“…In this article we present the product of our research in creation of an original technology for building of a space systems' onboard equipment simulation problem-oriented infrastructure, based on the Simulation Model Portability standard. The technology adds the standard's architectural and functional requirements to software with the original methods of information-graphical and intellectual modeling [5,6]. The standard sets the general principles of model interface description and regulates functionality of the software modules constituting the core of the modeling infrastructure.…”