A systematic approach for the analysis of fail-operational architectures in the automotive industry
TTTech Auto’s Dr. Sascha Drenkelforth presents a systematic approach for analyzing fail-operational systems in automotive applications.
TTTech Auto’s Dr. Sascha Drenkelforth presents a systematic approach for analyzing fail-operational systems in automotive applications.
IAV’s Max Winkelmann discusses the topic of simulation credibility assessment in the context of automated driving testing.
Continental’s Dr. rer.nat. Corina Apachite and Dr. Pia Dreiseitel explore the essential role of artificial intelligence in achieving Vision Zero – zero fatalities, zero injuries, and zero crashes.
Experts from rFpro explain how to use synthetic data from physics-validated simulations to tune, train and test autonomous vehicle systems.
Perciv.ai’s Srimannarayana Baratam shares results from recent research into the influence of tunnel design choices on the occurrence of radar reflections.
Perforce CTO Brad Hart and Mike Weiss, Senior Solution Architect for Epic Games present examples of the innovative ways game engines are currently being used and could be used in the future.
VI-grade experts explain how simulation software can help engineers overcome challenges caused by the increasing complexity of vehicle systems.
Experts from Continental and Elektrobit discuss three types of cyber threats they are currently working on to help stakeholders keep their products secure.
Jason Masker and Cody Nahmensen of Upstream Security and May Mobility’s Hemanth Tadpepalli explore the challenges of securing onboard systems and the integration of self-drive kits.
IAV’s Max Winkelmann demonstrates the usage of IAV Valdivia Sample for the intelligent parametrization of driving scenarios.
Microsoft, AMD, and Cognata explore how GenAI applications operate on Azure Cloud using AMD’s latest V710 series servers.
Kai Peters and Dr. Roman Kremmer of 4flow explore key areas for cost optimization in automotive supply chains.
Jodie Rerat explains how to use the VI-grade Virtual Proving Ground to meet the diverse challenges of modern vehicle development.
AVL’s Iskra Gasparic and Marko Mesaric discuss best practices and tools that enhance efficiency while ensuring the reliability of ADAS features.
Elektrobit’s Bastian Speth presents a test vehicle logging device that uses AI technology to capture only the data you need and improve test quality and results.
VI-grade experts demonstrate through a selection of use cases how HiL tests enable OEMs to synchronize development by integrating real components into a simulated real-time environment.
IAV’s Johannes Dornheim and Mirko Knaak discuss how a generative AI-based assistant can help write, evaluate, and correct requirements by reducing repetitive tasks.
Kurt Dekoski of Renesas will discuss why autonomous driving and software-defined vehicle trends are shaping the use of ML and edge AI for future vehicles.
Manuel Del Castillo and Ross van der Merwe of Focal Point Positioning present effective strategies to combat vehicle cyber attacks, including GPS spoofing.
Remco Timmer of HERE Technologies explains how location technology can help OEMs create SDVs that are advanced, efficient, safe, and optimized.