Our connectors provide a standard Java API that can be integratedin your own code. tool chain.
Our services are based on our best-selling MD Workbench platform that allows engineers to use our connectors to create continuous model transformation processes that enable the synchronization of engineering datasets around multiple tools. For example, we can set-up live data replication mechanisms between IBM tools and any of their peers in the industry.
We provide our customers with reliable data migration mechanisms based on our MD Workbench platform.
Our connectors provide a standard Java API that can be integrated in your own code. Alternatively we provide services around end-to-end integration of your tool chain.
Our services are based on our best-selling MD Workbench platform that allows engineers to use our connectors to create continuous model transformation processes that enable the synchronization of engineering datasets around multiple tools. For example, we can set-up live data replication mechanisms between IBM tools and any of their peers in the industry.
Modeling is a powerful paradigm to represent relationships between a set of engineering artifacts. One of our clients in the Aerospace industry is using a complex engineering entity-relationship model implemented as a profile (i.e. a language extension) of the SysML language to map XSD (XML Schema Definition) instances. This mapping allows the import, display and edition of XSD models in Rhapsody.
Our connectors provide a standard Java API that can be integrated with your own code. Alternatively, we provide services around end-to-end integration of your tool chain.
Our services are based on our best-selling MDWorkbench platform that allows engineers to use our connectors to create continuous model transformation processes, enabling the synchronization of engineering datasets around multiple tools. For example, we can set-up live data replication mechanisms between PTC tools and any of their peers in the industry.
Our connectors provide a standard Java API that can be integrated in your own code. Alternatively we provide services around end-to-end integration of your tool chain.
Our services are based on our best-selling MDWorkbench platform that allows engineers to use our connectors to create continuous model transformation processes that enable the synchronization of engineering datasets around multiple tools. For example, we can set-up live data replication mechanisms between System Architect and any of their peers in the industry.
Models are exchanged across a neutral NAF repository that enables both tools to maintain their proprietary semantics, while exchanging complex models based on our efficient MDWorkbench platform.
We have built an automated model transformation platform based on MDWorkbench to allow them deliver compliant models with the click of a button.
Our connectors provide a standard Java API that can be integrated into your own code. Alternatively, we provide services around end-to-end integration of your tool chain.
Our services are based on our best-selling MDWorkbench platform that allows engineers to use our connectors to create continuous model transformation processes, enabling the synchronization of engineering datasets around multiple tools
Our dedicated services provide you with customized support for System Architect models that likely contain our own semantic constructs. In particular, we support migration of sophisticated models in the NATO Architecture Framework (NAF) format between these two tools.
Our connectors provide a standard Java API that can be integrated into your own code. Alternatively, we provide services around end-to-end integration of your tool chain.
Our services are based on our best-selling MDWorkbench platform that allows engineers to use our connectors to create continuous model transformation processes, enabling the synchronization of engineering datasets around multiple tools. For example, we can set-up live data replication mechanisms between Mathworks SIMULINK and any of their peers in the industry.
For that reason, we provide our customers with the capability to automatically create system architectures in Rhapsody from SIMULINK models. Using our flagship product MDWorkbench, we help our customers to extract information from SIMULINK and transform it to be leveraged across multiple tools.
In particular, control engineers require complex simulation functions which are typically available in tools such as SIMULINK. With the use of specialized services on top of our MDWorkbench platform, we enable our customers to integrate SysML model with SIMULINK so that behavioral aspects, i.e. simulation needs, of the SysML model are handled in SIMULINK.
This component is essential to integrate Windchill into a hardware-software change management process, such as the synchronization of changes in the Bill of Material (BoM) in Windchill with changes to software components, that persisted in IBM Rational Team Concert.
Our connectors provide a standard Java API that can be integrated into your own code. Alternatively, we provide services around end-to-end integration of your tool chain.
Our services are based on our best-selling MDWorkbench platform that allows engineers to use our connectors to create continuous model transformation processes, enabling the synchronization of engineering datasets around multiple tools. For example, we can set-up live data replication mechanisms between Enterprise Architect and any of their peers in the industry.
Because of this, a smooth and traceable transition from NAF to UML models is useful to connect design concepts to implementation. Our integration technology helps customers and Sparx Enterprise Architect users to do just that by extracting the software system information from their NAF models in EA to software model in IBM Rational Software Architect format.
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