Addressing the rising complexity and cost of automotive safety
Vayyar’s Ian Podkamien discusses a paradigm shift that’s allowing automakers to reassess the industry’s legacy approach while enhancing safety and yielding significant cost savings.
Filter by Topic
Filter by Knowledge Partner
Search
Steel E-Motive: vehicle structures for autonomous mobility as a service
Neil McGregor of Ricardo and WorldAutoSteel’s George Coates showcase how steel solutions can address the challenges of developing MaaS vehicles that meet future mobility challenges.
Creating a seamless electric vehicle experience for the mass market
Hubject CEO Christian Hahn and Simon Vogt of &Charge explain how stakeholders can deliver a customer experience fit for the burgeoning market for electric vehicles.
ShyTech displays: the beginning of a new era of puristic vehicle design and enhanced UX
Experts from Continental present the company’s ShyTech in-vehicle display technology, which supports drivers in keeping an eye on critical information at all times.
Intelligent EV battery pack design for better range
KPIT’s Naveen Manuel explains how OEMs can improve EV performance by leveraging an optimized battery pack with the appropriate cell chemistry.
The future of agile software development and validation for autonomous vehicles
Jace Allen of dSPACE presents a software development and validation solution for autonomous vehicles that uses scenario-based testing, physics-based vehicle and sensor simulation, open standards, and cloud/SaaS technologies.
Agile powertrain engineering: maintaining quality in the face of increasing complexity
MAHLE Powertrain’s Tom Brooks and Gordon Kennedy explain how MApps, the general data processing toolset, helps deliver customer benefits in the field of vehicle calibration.
Modern test field data management
FEV’s Matthias Krause presents a web based cooperative solution for the handling of all business processes of static and mobile test fields.
Reducing AUTOSAR™ cost and complexity with EB tresos and NXP Real-Time Drivers (RTD)
Dr. Bruno Kleinert of Elektrobit and NXP’s Daniel Basler provide an overview of RTD software and explain how the EB tresos product line can reduce the cost and development time of AUTOSAR projects.
Scaling up virtual ECU testing and validation
AVL experts explain how virtual MiL and SiL integration environments can replace traditional vehicle integration and HiL tests.
Effective battery optimisation through detailed electro-thermal modelling and simulation
MAHLE Powertrain’s James Miller and Owain Parry discuss the company’s comprehensive analysis and validation approach to help customers define and quickly appraise new battery design concepts.
Test approaches for eDrive
Jan Schwarz of dSPACE explains how to test complex, high frequency and voltage controllers and provides insight into how major engineering companies verify and validate.
ADAS and autonomous driving market trends to 2030
Roland Berger’s Dr. Wolfgang Bernhart and Manuel Yoon discuss existing and future challenges in the ADAS and autonomous driving ecosystem.
Vehicle battery test centers: what we have learned so far
FEV’s Walid Baroud explains what the company has learned on its 15-year journey to becoming one of the world’s leading battery test system integrators.
Tying WP.29 cybersecurity requirements to mitigation verification testing
Thomas Leifert of Keysight Technologies explains how UNECE WP.29 UN R155 relates to ISO/SAE 21434, the implications to the automotive industry, and how a successful implementation might look.
Cybersecurity challenges and solutions for implementing UN R155 and ISO/SAE 21434
Paul Wooderson of HORIBA MIRA discusses cybersecurity challenges and solutions when implementing the requirements of the new UNECE Regulation 155 and international standard ISO/SAE 21434.
How to assess ride comfort and handling objectively
AVL experts present a series of tools that help OEMs and their suppliers achieve consumer acceptance and excitement in the areas of vehicle handling and ride comfort.
Using digital twins for automated automotive cybersecurity testing
AVL’s Stefan Marksteiner and Cybellum’s Eyal Traitel explain how cyber digital twins can be automatically derived from automotive components and subsequently used to formulate security tests that verify their cybersecurity.
Accelerating vehicle development with real-time software solutions
VI-grade’s Scott Bergeon explains how the latest real-time software solutions enable users to drive and optimize a reliable vehicle model, both offline on the workstation and with a human-in-the-loop on a driving simulator.
Winter is coming: how AI predicts slippery road conditions and enables automated driving
Experts from Continental, IBM, and Zeiss present a general introduction to AI and explain how to leverage it to predict upcoming road conditions.
