Examples of using Virtual validation in English and their translations into German
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Virtual Validation, Simulation& HiL test.
With dSPACE VEOS, virtual validation is made possible.
Virtual validation relies on different elements.
Introducing model-based development and virtual validation.
Virtual validation is an essential element of today's development processes.
DSPACE tools cover all your virtual validation requirements.
The cooperation platform makes it possible to use grid services for virtual validation.
DSPACE's virtual validation technology plays a vital role in ensuring that the code is tested thoroughly.
Integration of TargetLink into the dSPACE virtual validation tool chain.
Deliver full digital continuity from idea to virtual validation.
Electric Drives Use Cases The dSPACE virtual validation tool chain uses virtual ECUs for early verification.
Using its engineering expertise, it outlines the design specifications and creates a 3D model of the product for virtual validation.
The optimal integration into the dSPACE tool chain for HIL and virtual validation lets you work comfortably in a familiar environment.
This includes tools for systematic test case generation and model-based testing,through the development of embedded systems to flexible HiL systems for virtual validation and test automation.
DSPACE VEOS is a PC-based simulation platform that promotes virtual validation for the development of electronic control units ECUs.
In the joint project ProGRID, methods and toolsare being developed that will allow grid technology to be used for cooperative product development in the use case of virtual validation.
Accordingly a model based development process supports the virtual validation of mechatronic systems.
With virtual validation technology you can prepare hardware-in-the-loop(HIL) tests and scenarios on a PC and you can also Use V-ECUs in HIL simulation if the ECU hardware prototype is not available yet.
The latest cooperation project between ETAS andVIRTUAL VEHICLE focusing on virtual validation and verification has been successfully completed.
Virtual Validation for Intelligent Charging Systems With comprehensive simulation models and the PC-based simulator VEOS, the dSPACE virtual validation tool chain enables early integration and function tests that are independent from any hardware.
Electric Drives Use Cases The dSPACE virtual validation tool chain uses virtual ECUs for early verification About dSPACE.
However, missing standardized interfaces between virtual ECUs andplant models often hamper fully exploiting the potential of virtual validation and virtualization technologies.
Virtual validation is based on using virtual ECUs(V-ECUs) without real hardware prototypes on the PC-based simulation platform VEOS. This platform enables function and integration tests on the developer's PC to find and correct errors early in the process, thus saving time and iterations.
Engineers commonly use the dSPACE HIL systems or the VEOS virtual validation platform to perform this validation and verification task.
VEOS runs on standard PCs, which gives function developers, software architects,and ECU testers a variety of new options for virtual validation during the early project phases.