Modèles de simulation

Why do I need simulation models?

Simulation models replicate physical systems and environments – they serve as the digital twin of your system. They enable software-based development to shift testing earlier in the process, reducing costs and risks while accelerating development cycles. By replacing real components in situations where testing would be costly or unsafe, simulation models are essential for methods such as software-in-the-loop (SIL) and hardware-in-the-loop (HIL) testing. They also enable testing even before physical prototypes exist, further shortening development cycles and reducing risks.

What is in it for engineers and software developers?Frontload testing for faster development cycles
Test safely without risking real components
Reduce costs with early virtual validation

Your Benefits with dSPACE Simulation Models

At dSPACE, we empower engineers to shape the future of their industry through high-fidelity, real-time simulation. Here is how dSPACE simulation models support your development process:

Comprehensive model portfolio: From e-drives and vehicles to traffic and sensor simulation
Validated and reliable: Proven simulation credibility for safe and accurate testing
ISO 26262‑certified tools: ASM, AURELION, and ModelDesk are TÜV SÜD-certified for safety-relevant automotive systems
Ready to use from SIL to HIL and emulation: Seamless testing workflows across all development phases
Open and modular: Customize and expand models to fit your needs
Flexible platform support: Run simulations on processors (CPUs), high-performance computing units (GPUs and FPGAs), or in the cloud
Scalable testing: From component-level tests to domain validation and full system tests
Run-time parameterization: Adjust model parameters during execution

This sounds interesting? Let's find the right model for your challenge.

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Application Areas for dSPACE Simulation Models

dSPACE simulation models support engineers and developers throughout the entire development process – from early function design to SIL, HIL, and power-level testing. They deliver the precision and flexibility needed to meet even the most demanding specifications across diverse industries and application areas, including:

Electromobility and energy industry
ADAS and autonomous driving
Powertrains and chassis
Commercial vehicles and agriculture
Aerospace, rail industry, and marine
Industrial automation

Which model fits your needs?

dSPACE offers three complementary simulation model product lines designed to cover a wide range of use cases in the development and validation of control algorithms. The models integrate seamlessly into the dSPACE tool chain, ensuring end-to-end consistency and scalability. You can combine or interchange them to match your specific project requirements. Each product line leverages the specific strengths of CPU, GPU, and FPGA technologies to address demanding simulation requirements with maximum efficiency.

Explore Each Product Line in Detail:

Certified According to ISO 26262

The dSPACE simulation tool suite consisting of ASM, AURELION, and ModelDesk was certified by TÜV SÜD according to ISO 26262 for safety-relevant systems in motor vehicles. These simulation, parameterization, and visualization tools are thus suitable to be used in safety-related development projects according to ISO 26262:2018 for any automotive safety integrity level (ASIL).

This means: Vehicle manufacturers and suppliers can exclude the tools from the ISO 26262 qualification of their entire processes and can concentrate on proving the functional safety of their own process chains.