Intercax
IntercaxA regular challenge in developing complex systems is integrating requirements with mechanical design. When requirements governing system geometry are in text form, they are often easy to misinterpret. Sketches and other images may be simpler, but they are not model-based. Our objective is to pass requirements to the design engineer in a clear, model-based way,
When we build a Digital Thread by sharing information between federated models, the question regularly arises, how do we determine which is the master repository for each type of data? Syndeia, the MBSE interoperability platform from Intercax, does not pre-define this. Syndeia is a flexible set of services for connecting, accessing and sharing models between
The phrase “Digital Thread” is ubiquitous in modern engineering, but newcomers may find it hard to find answers to What is the Digital Thread? Are there real commercially-available solutions? How will it benefit my organization? Enterprises have many software tools and databases and system data is distributed across them. At the same time, these organiztions
In our discussion of urban systems modeling using MBSE, we have demonstrated the value of model federation with respect to information sharing and collaboration. When a sufficient number of model elements have been connected, we can use the same platform to explore and navigate the Total System Model efficiently. The foundation for this is supported
In Part 1 of this series, we discussed the importance of supporting collaboration. One aspect of this is providing access to project management information for all members of the team. We can use Syndeia to facilitate this by creating issues in JIRA connected to elements in the other software tools. The JIRA issues contain status,
In Part 1 of this series, we discussed the importance of supporting collaboration. One aspect of this is providing access to project management information for all members of the team. We can use Syndeia to facilitate this by creating issues in JIRA connected to elements in the other software tools. The JIRA issues contain status,
Our objective at this stage is to complete the interconnection of urban system blocks in SysML and then to transform that SysML model to an equivalent model in a simulation tool, here Simulink (The MathWorks). The initial step in SysML is to create internal block diagrams (IBDs) showing the parts and their ports and to
Our objective at this stage is to complete the interconnection of urban system blocks in SysML and then to transform that SysML model to an equivalent model in a simulation tool, here Simulink (The MathWorks). The initial step in SysML is to create internal block diagrams (IBDs) showing the parts and their ports and to
Our structural model of the urban system is shown in Figure 1, with the overall system treated as a set of subsystems providing resources and/or services: utility, transportation, public services, etc. The Residential Subsystem, for example, provides labor as a service to other services. Each of these subsystems is further decomposed, i.e. utilities include water
Our structural model of the urban system is shown in Figure 1, with the overall system treated as a set of subsystems providing resources and/or services: utility, transportation, public services, etc. The Residential Subsystem, for example, provides labor as a service to other subsystems. Each of these subsystems is further decomposed, i.e. utilities include water