With funding from Wyss Zurich, an interdisciplinary group of researchers from ETH Zurich and the University Hospital Zurich has developed a device that significantly extends the life of donor livers outside the human body by simulating a range of bodily functions. A dSPACE MicroLabBox performs the central control tasks.
Have you always wondered what you have to do to develop AUTOSAR software and how to best get started? This Innovation Coffee Break presents six basic tips for a successful start with AUTOSAR and our production code generator, TargetLink.
Distributed testing in teams has become an everyday routine, as an increasing number of colleagues work from home or different company locations. This is a challenge in the establishment of a robust test process, since quick, direct chats in a shared office space are not possible. Tracking changes and states is also valuable for reliable planning and continuous integration and testing workflows. Improvements in SYNECT and AutomationDesk support your test workflows seamlessly and with utmost transparency. For more information and a typical use case, watch this Innovation Coffee Brake. We also offer a step-by-step introduction in our tutorial videos.
AURELION: New Version 22.1 for Sensor-Realistic Simulation at the Next Level
The new version 22.1 of AURELION, the dSPACE solution for sensor-realistic simulation for developing and validating perception algorithms and driving functions, again significantly increases the level of detail of simulations and visualizations.
This is demonstrated by new and enhanced light and weather effects, expanded truck/trailer model support, and even more U.S. traffic signs.
AURELION now supports the testing and training of artificial intelligence (AI) for autonomous driving with semantic segmentation functionalities that enable pixel-level annotation.
Kickstart e-drives: The latest motor models for the highly realistic simulation of a variety of drive and generator designs let you test control software in the virtual world.
SmartKai is a digital assistance system that aims to make damage caused by maneuvering in the tight space of a harbor basin a thing of the past. Lidar sensors installed in the harbor capture each ship’s position data, and with the help of the RTMaps software, the data is then prepared for display to the ship’s crew.
Did you know that dSPACE offers innovative solutions for developing and testing hydrogen fuel cells?
We support manufacturers across the world in bringing cutting-edge fuel cell technologies to market. Our solutions include tried-and-tested HIL test systems and simulation models for the fuel cell system itself up to complete virtual vehicles (e.g., fuel cell truck simulation).
dSPACE, as an experienced solution provider for data-driven development, is already using artificial intelligence (AI) in its products and to deliver new features.
The new dSPACE sensor vehicle is hitting German roads constantly, letting us use the collected environment data in combination with AI to further develop dSPACE products.
Our sensor vehicle is equipped with a rooftop box containing sensors (cameras, lidar, radar) and the powerful dSPACE AUTERA data logging hardware.
