Advancing motor control performance with digital twins
NXP’s Michael Vidlak explains how digital twin technology can be applied to replicate real-world motor behaviour and control algorithms.
Testing and Validation
Reaching software-defined vehicle level 5 with EB corbos Link
Elektrobit’s Patrick Loschmidt explains how carmakers can transform complex processes into seamless innovation.
Elevating vehicle development using validated virtual models
Join Alejandro García Osorio from Applus+ IDIADA and Francesco Ambrogi from VI-grade for an insightful webinar on how parametric virtual models in VI-CarRealTime can change your approach to vehicle development.
How to Architect and Model an Integrated Automotive Product Development Process
UL’s Steven Beard presents the fundamental principles for architecting and modeling an integrated automotive standards-compliant Product Development Process.
AI-powered automotive engineering in seconds
Discover how SimScale and RLE transformed the automotive design process, slashing product development cycles and accelerating time-to-market.
Ask the experts: bring your ECU software development process problems!
ETAS Experts provide practical solutions to help you overcome your real-world ECU software development process challenges.
ADAS system testing and development using the next generation of bicycle target
AB Dynamics and DRI experts discuss how they have reimaged the bicycle target so that it is ready to take on current test requirements and replicate more challenging scenarios in the future.
Case study – achieving a successful SDV transition
Craig Brown of UL Solutions discusses the benefits of harmonizing ALM, PLM, and process management capabilities and explains how to foster agile practices by applying knowledge management.
Mastering vehicle development from concept to performance with VI-CarRealTime
Bruno Finco of MOVEdot and Mauro Cavalletti of VI-grade discuss how engineers can develop high-performance vehicles from the ground up using VI-CarRealTime.
IAV’s approach to sustainable electric vehicle battery design
Michael Clauß presents the EcoDesign2.0 concept, which demonstrates an advanced level of optimization by incorporating features related to cell-to-pack and second-life applications.
Early detection of cell anomaly with BMS-accessible signals
IAV’s Reik Laubenstein provides a clear vision of risk mitigation in lithium-ion batteries using various fault detection algorithms for Battery Management Systems.
Getting started with new EB corbos Linux SDK: part 1 – image building
Simone Weiss and Thomas Irgang present Elektrobit’s EB corbos Linux built on Ubuntu SDK, which improves flexibility, customization, and ease of hardware adaptation.
Improving AD simulation quality with a simulation credibility assessment
IAV’s Max Winkelmann discusses the topic of simulation credibility assessment in the context of automated driving testing.
SDV levels explained: charting the path to software-defined vehicles
Elektrobit’s Dr. Moritz Neukirchner introduces “Moritz’s SDV Levels”, a framework inspired by SAE levels of autonomy, outlining the stages of SDV evolution from Level 0 to Level 5.
Non-road mobile machinery: addressing current and future propulsion technology challenges
HORIBA MIRA’s Tom Moakes and Daniel Newson discuss the future outlook, energy mix, and regulatory drivers of off-highway propulsion systems.
Maximizing EV battery energy density and efficiency with bipolar technology
Michael Clauß examines how, through various research projects, IAV has advanced all aspects of the bipolar EV battery concept.
Removing the biggest barrier to autonomous vehicle development
Experts from rFpro explain how to use synthetic data from physics-validated simulations to tune, train and test autonomous vehicle systems.
Limiting the radar disturbances and artefacts in tunnels and the effect on ADAS and AD functions
Perciv.ai’s Srimannarayana Baratam shares results from recent research into the influence of tunnel design choices on the occurrence of radar reflections.
Enabling successful ECU software function measurement, calibration, and validation
Thorsten Huber, Christoph Nissle, and Anthony Esteban discuss the critical role measurement, calibration, and validation processes play in developing automotive software functions for microcontrollers.
Crinit and Cominit – FOSS Software Packages for Optimized Linux Boot in Embedded Environments
Elektrobit’s Isaac Trefz and Andreas Zdziarstek of emlix discuss the Linux boot process and present two Free and Open Source Software (FOSS) tools.