Use HIL simulation to efficiently validate driving functions, save costs, and ensure data security – even before the first vehicle is built.
Use HIL simulation to efficiently validate driving functions, save costs, and ensure data security – even before the first vehicle is built.
Generation of Artificial, Editable Scenarios for ADAS/AD Validation
By integrating NVIDIA NuRec tools into the dSPACE simulation tool chain, a digital, editable twin can be generated from recorded sensor data to create new scenarios for the validation of ADAS/AD driving functions.
A method for deterministic time synchronization enables the reliable integration of POSIX-based V-ECUs in mixed SIL simulations. A case study in VEOS shows how hidden design errors can be uncovered.
How can neural networks be reliably integrated into ECUs? The implementation as lean, deterministic C/C++ code is ideal for resource-constrained systems and fits seamlessly into established automotive toolchains.
Virtual Testing for Innovative Agricultural Technology – Faster Success
With our software-in-the-loop (SIL) tests, you can simulate software and virtual control units for agricultural machinery even before the hardware is ready – flexibly, quickly, and efficiently. Bring your innovations to the field sooner.
The right middleware strategy helps defense teams manage complexity, ensure interoperability, and accelerate development with confidence for modern, mission critical systems. Let's illustrate this using the example of ADAS/AD HPC architectures.
Do you want to integrate a virtual sensor implemented using a neural network into your safety-critical ECU application in aerospace or defense? In this video, a neural network is trained to predict the state of charge of a battery.
Virtual bus simulation means that the complete system of ECUs and bus components is simulated. Discover how function developers can test the overall system very early in the development process and thus save time and money.
How Virtual ECUs Are Accelerating Automotive Software Development
How can teams validate increasingly complex ECU software earlier and more efficiently? Read our latest blog article to discover how virtual ECUs enable fast, scalable testing and pave the way for truly software defined vehicles.
Vehicle-in-the-Loop Simulation for Automated Parking Using Ultrasonic Over-the-Air Stimulation
Vehicle-in-the-loop (VIL) testing links real vehicle hardware with virtual environments to validate parking assistants, enabling realistic, flexible, and safe evaluations while supporting edge case testing and providing reproducible evidence for future digital homologation.
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