英語 での Virtual validation の使用例とその 日本語 への翻訳
{-}
- 
                        Colloquial
                    
 - 
                        Ecclesiastic
                    
 - 
                        Computer
                    
 - 
                        Programming
                    
 
Generation of various scenarios to be used for virtual validations.
The ETAS solutions for virtual validation offer an attractive answer!
For example,VEOS is an easy-to-use PC-based simulation platform for virtual validation.
The concept of virtual validation gives them the tools to do just that.
Test and simulation are complementary activities,particularly when simulation is used as more than just virtual validation.
Successful cooperation project on virtual validation between ETAS and VIRTUAL VEHICLE.
Virtual validation allows engineers to perform a functional validation  of entire application layers on the application's software-in-the-loop(SIL) level.
The realistic simulation is the basis of the virtual validation, and an essential component are the real-time capable ASM sensor models.
Using VEOS as part of your tool chain lets you use the same configurations and layouts for your calibration andautomation software for virtual validation as for your hardware-in-the-loop projects.
Among other savings, digital simulations and virtual validation could eliminate the need for some 2,500 expensive prototype vehicles by the year 2024.
In combination with the dSPACE RTT Observer Library, BTC EmbeddedSpecifier allows for the simulation-basedformal verification of requirements during HIL testing or virtual validation via BTC Requirement Observers.
Engineers commonly use the dSPACE HIL systems or the VEOS virtual validation platform to perform this validation  and verification task.
BMW: Virtual Validation in Practice- dSPACE The higher the number of people involved in the development of ECU software, the more important it is to test the individual components early and realistically.
The optimal integration into the dSPACE tool chain for HIL and virtual validation lets you work comfortably in a familiar environment.
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.
ControlDesk can be used for all test scenarios,no matter if you are performing virtual validation, rapid control prototyping or hardware-in-the-loop tests.
Virtual validation relies on different elements: a virtual  representation of the ECU called virtual  ECU, a PC-based simulation environment called VEOS, and the capability to use the same dSPACE tool chain in the virtual  environment as in the HIL environment.
Pilot Systems International has implemented and delivered projects based on model-based design and the dSPACE tool chain including theintegration of dSPACE systems for in-vehicle applications, virtual validation, test automation, and HIL test systems.
Karsten Krügel and Hagen Haupt, who are responsible for virtual validation and simulation models at dSPACE, explain what challenges the development of functions for automated driving entails.
With decades of experience, dSPACE knows that electric drives have special requirements andoffers a comprehensive tool chain for virtual validation, rapid control prototyping(RCP), ECU autocoding, and hardware-in-the-loop(HIL) simulation.
Tool Chain- dSPACE dSPACE Tool Chain for Virtual Validation Virtual validation is supported throughout the dSPACE tool chain to cover a wide range of application scenarios Tool Chain for Virtual Validation  All the products in the dSPACE tool chain for virtual validation  interact with each other, covering every aspect from generating a virtual  ECU, integrating it with other V-ECUs, building an overall system including environment models and simulating it, to visualizing and automating the simulation.
Use Case: Integrating Production-Ready Basic software into V-ECUs-dSPACE The Challenge You want to use virtual validation for testing application software, but the application software includes functionalities that are highly dependent on the basic software.
For maximum test throughput in the shortest possible time, the virtual validation tool chain with VEOS clusters relies on greatly parallelizing execution nodes and simulations in combination with creating high scalability.
This answers the need for early simulation that the automotive and aerospace industries are currently experiencing.dSPACE tools cover all your virtual validation requirements: SystemDesk for generating virtual  ECUs(V-ECUs) from the ECU software architecture, VEOS for PC-based simulation, as well as software for experiments, visualization.
Test phase, PLC validation and virtual commissioning The software contains a virtual,  mechatronic model of the entire system. The virtual  system behaves identically to the real hardware, including all I/O signals, sensor data.