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Creating system engineering products with executable models in a model-based engineering environment
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2016
Year
EngineeringRequirement ModelingSoftware EngineeringFormal VerificationSoftware AnalysisModel-driven EngineeringModel Driven ArchitectureOpen Source ModelModel-based Systems EngineeringSystem Engineering ProductsSystems EngineeringModel-based Software DevelopmentModeling And SimulationModel-based EngineeringRequirement EngineeringDesignComputer EngineeringSoftware DesignModel-based System EngineeringModel-based Engineering EnvironmentProgram AnalysisSystem SpecificationModel ProductionFormal MethodsModel ManagementExecutable ModelsTmt International ObservatorySystem SoftwareData Modeling
Let's parse. Lines: 1. [Background] Applying systems engineering across the life-cycle results in a number of products built from interdependent sources of information using different kinds of system level analysis. 2.
Applying systems engineering across the life-cycle results in a number of products built from interdependent sources of information using different kinds of system level analysis. This paper focuses on leveraging the Executable System Engineering Method (ESEM) [1] [2], which automates requirements verification (e.g. power and mass budget margins and duration analysis of operational modes) using executable SysML [3] models. The particular value proposition is to integrate requirements, and executable behavior and performance models for certain types of system level analysis. The models are created with modeling patterns that involve structural, behavioral and parametric diagrams, and are managed by an open source Model Based Engineering Environment (named OpenMBEE [4]). This paper demonstrates how the ESEM is applied in conjunction with OpenMBEE to create key engineering products (e.g. operational concept document) for the Alignment and Phasing System (APS) within the Thirty Meter Telescope (TMT) project [5], which is under development by the TMT International Observatory (TIO) [5]. operational concept document) for the Alignment and Phasing System (APS) within the Thirty Meter Telescope (TMT) project [5], which is under development by the TMT International Observatory (TIO) [5]. operational concept document) for the Alignment and Phasing System (APS) within the Thirty Meter Telescope (TMT) project [5], which is under development by the TMT International Observatory (TIO) [5]. operational concept document) for the Alignment and Phasing System (APS) within the Thirty Meter Telescope (TMT) project [5], which is under development by the TMT International Observatory (TIO) [5].