Embedded Systems Development using SysML - Enterprise Architect
Embedded Systems Development using SysML - Enterprise Architect
Embedded Systems Development using SysML - Enterprise Architect
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Parametrics<br />
act Simulate<br />
Define Constraints and Parametrics<br />
Configure Simulation<br />
Assign Inputs to<br />
Parameters<br />
Assign Values to Input<br />
Parameters<br />
Specify Output Value<br />
Classes<br />
Specify Reporting<br />
Options<br />
Run the Simulation<br />
Figure 6 – Roadmap: Simulate<br />
Parametrics allow us to define detailed characteristics, physical laws, and constraints on<br />
system blocks that allow us to simulate how a system will behave, then make engineering<br />
tradeoffs, and re-simulate until our design meets the specified requirements.<br />
Our roadmap provides two high-level activities in this area; the first to define constraint blocks<br />
and parametric diagrams, and the second to configure and execute the simulations.<br />
The ability to configure and execute simulations within <strong>Enterprise</strong> <strong>Architect</strong>, eliminating the<br />
need to export the model to external simulation software, is one of the unique capabilities of<br />
the Sparx <strong>Systems</strong> <strong>SysML</strong> solution.<br />
<strong>Enterprise</strong> <strong>Architect</strong>’s built-in support for scripting and graphical display of simulation results<br />
tightens the feedback loop on making engineering tradeoffs in the model to rapidly ensure<br />
that all system requirements are met. You’ll see how this works in detail in Chapter 5.<br />
Implement Hardware<br />
Hardware Description Languages allow the specification of electronic circuits in a software-
Change language