Technical Articles

Faster Inverter Software Validation in a Full Vehicle Model

Together with Persystems, we show how detailed electrical plant models can be seamlessly integrated into a virtual full-vehicle environment. This enables inverter software, system interactions and integration scenarios to be validated early, reproducibly and efficiently on standard hardware. The approach supports shorter validation cycles, automated test campaigns and realistic software validation for electric drive systems.

Validation of SDV Functions with Indoor Vehicle-in-the-Loop

Testing of ADAS Functions on a Steerable VIL Full Vehicle Test Bench

Synthetic Datasets as a Key to Automated Driving Functions

Development Environment for the Validation of Steer‑by‑Wire Systems

Simulation as a Key Technology for V2X Applications

Virtual Reality in the Driving Simulator

Simulation and Evaluation of Platooning Algorithms

Simulation of Sensor Clusters for Real-time Sensor Fusion Tests

Durability-based Layout of Electric Vehicles on the Basis of Virtual Load Data

Photorealistic Visualization for Virtual Test Driving

Sensor Simulation for Automated Forklift Trucks

Data and Workflow Management for Virtual Development of Software-defined Vehicles

Simulation-based Design of a Handover Function

Driveability – Engineering for EV Powertrains

Cloud-based and On-site Simulation – How Parallelization Speeds Up Testing of Automated Driving Functions

Development of a Range Function Based on E-Horizon Information

Virtual Testing of Perception Systems in Automated Driving Functions of Commercial Vehicles

Virtual Testing of Software Stacks for Automated Vehicles

Real-time Simulation of Physical Multi-sensor Setups

Virtual Vehicle Development as the Basis for the Development of Modern Vehicle Architectures

Artificial Intelligence in the Development of ADAS and Autonomous Driving Functions

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