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Deliver SysML Modeling With Integrity

Rapid production. Expedited delivery. Assured communication. With the incorporation of SysML, CORE Spectrum and GENESYS™ provide a solid foundation for enhanced system modeling, system analysis, and expedited communication across the greater team.

CORE Spectrum and GENESYS deliver the SysML support your team requires, integrating the many representations through proven model-based technology. Whether SysML is your chosen representation or a tool for specialist communication, don’t rely upon disjoint pictures from a drawing tool. Smoothly transition between capturing behavior with an activity diagram, analyzing logical interfaces with a sequence diagram, analyzing the implementation in an internal block diagram, and validating the model using simulation—all while ensuring consistency and completeness throughout.

Leveraging Vitech’s software helps you weave SysML seamlessly into a proven, analytical engineering approach designed to reduce rework and evolve your design quickly. Integrating SysML Modeling into your project using the Vitech solution reduces project risk and accelerates insight. Leverage the proven model-based power of CORE Spectrum to deliver the results to your audience in their format with push-button simplicity. Integrate your analysis and your team through CORE Spectrum and deliver project success.

SysML is a systems-community undertaking to provide a common set of representations for multiple engineering disciplines. SysML has found traction in its standardsbased nature and its ultimate flexibility. It supports a range of system engineering activities for any industry—from specification and design through test and evaluation.


Put SysML Modeling to Work In a Robust System Engineering Environment

The activity diagram demonstrates data flow and control and therefore can be executed utilizing the integrated discrete-event simulator to interrogate the model for resource utilization, performance, and timing.

CORE Activity Diagram

Complement SysML with Fully Integrated Domains

Model-based system engineering helps drive insight from the interconnected data set and the corresponding consistent visuals that are so critical to internal and external communication. CORE Spectrum and GENESYS™ accelerate design and improve understanding of both the problem domain and your system solution. Whether it’s working from or delivering in a SysML perspective, you will enjoy all the richness of a standard modeling tool with the added assurance that the underlying information is consistent and shareable across the multi-disciplinary team.

Communicate Efficiently

As projects grow—in scale or complexity—static drawing tools can’t keep up. Manually maintaining diagrams and attempting to manage consistency consumes too much valuable time leading to poor results. With Vitech’s embedded SysML support in CORE Spectrum and GENESYS, enhance analysis and communication across your project team and throughout the project lifecycle. With a diverse set of representations driven from a common integrated model, CORE Spectrum delivers depth across project viewpoints, reducing the risk of miscommunication. Model in your chosen representation and communicate with stakeholders in another—the choice is yours. Or leverage a truly integrated set of representations to better understand and overcome your system challenges.


CORE Flow Internal Block Diagram

When put into practice and mapped to the STRATA™ methodology, various block diagrams are used to represent implementation units—hardware, software, and people. Block definition diagrams are used to define the composition and the classification of implementation units.


CORE Use Case Diagram

SysML use case diagrams provide an effective means of visualizing a system through its actors and goals, then enable elaboration by functional threads which provide the insight needed to develop the integrated logic.

CORE Sequence Diagram

SysML use case diagrams provide an effective means of visualizing a system through its actors and goals, then enable elaboration by functional threads which provide the insight needed to develop the integrated logic.


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