Optimizing vehicle engineering and operation with SDV capabilities
Experts from RedHat, Microsoft and AVL discuss the challenges, methods, and solutions to enable a smooth DevOps Cycle.
Experts from RedHat, Microsoft and AVL discuss the challenges, methods, and solutions to enable a smooth DevOps Cycle.
Dave Bogema of VI-grade explains how to use a simulator to bridge the gap between objective data and subjective customer experiences.
FEV’s Ceren Acar provides unique insight into cutting-edge, cloud-connected battery management systems for hybrid and electric vehicles.
HBK’s Alexander Stock provides unique insight into measurement uncertainty’s influence, determination, and propagation, in the optimization of electric drives.
OpenSynergy’s Tero Salminen explains how open-standard-based virtualization enables the portability of software applications to the cloud during product development, independently of the underlying physical hardware.
Michael Hoffmann and Alessandro Baldari of VI-grade explains how to overcome vehicle development, testing, and validation challenges using a flexible XIL-system.
AVL experts discuss various aspects of simulation software development and engineering for fuel cell systems, highlighting the mutual benefits of the two disciplines under one roof.
HBK’s Mitchell Marks will discuss the fundamentals of electric power measurement.
Microsoft’s Daniel Lüddecke joins Kieran McAleer and Harald Petschnik of AVL to explore how and why software development for the software-defined vehicle (SDV) requires a new approach.
Experts from Tensorleap, Cognata, and Foresight discuss ways to overcome the complexities of developing automotive AI, resolving model weaknesses, and pinpointing the data you need.
NXP’s Andy Birnie presents a high-level overview of the technology behind the software-defined vehicle and provides insight into the implications for hardware and software.
Experts from KPIT and Amazon Web Services experts discuss the software-defined vehicle journey and joint offerings that contribute to efficient virtualization.
Experts from AB Dynamics explain how driving robots can be used instead of human drivers to improve the efficiency and outcomes of durability and misuse track testing.
Simon Cleghorn of W. L. Gore discusses the challenges of fuel cells for heavy-duty long-haul vehicles and explains why they are an attractive technology for this application.
KPIT experts explain how to use physical testing and simulation data to address everyday design challenges in automotive applications.
HBK’s Sönke Treinies explains how to test inverter-driven electrical machines, and where and how a modern, high-end power analyzer can help to understand and optimize the devices under test.
Experts from ZF, Microsoft, and AVL discuss solutions to enable a smooth transition to a continuous software deployment while ensuring software quality and security requirements.
Steph Lavallin, Andrew Pick and Leo Evans of AB Dynamics explain how to optimise vulnerable road user (VRU) testing with a new, manoeuvrable platform that better replicates urban ADAS scenarios.
John Baker of Ansys explains how to overcome engineering challenges using a new cloud platform that enables automotive customers to run simulations in the cloud easily.
VI-grade’s Michael Hoffmann provides an in-depth overview of a scalable family of driving simulators, from the desktop-based simulators to the DiM500.