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.
Steve Harding of HERE Technologies explains the impact of recent advancements in digital maps and their effects on the global industry.
Experts from Ricardo discuss the key drivers for circularity and provide practical advice on deploying circular economy business models and applying life cycle assessment to inform decision-making.
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.
KPIT’s Radhesh Bhat explains the challenges of tuning the automotive ISP and how having a sophisticated ISP tuning tool environment helps achieve the desired image quality.
DRI explain why they have developed the next generation of pedestrian target and how it makes ADAS system development and testing more efficient.
VI-grade’s Michael Hoffmann explains how to make the product development process more human-centric using a simulation-driven approach.
Continental’s Sebastian Amirioui outlines the future of friction brakes and provides insight into innovative disc and drum brakes solutions for electric and autonomous vehicles.
Dell Technologies and dSPACE experts describe how modular HiL/SiL systems and end-to-end data management can come together to offer the most flexible, complete system for simulation and validation.
Dr Marta Martínez Vázquez of Renesas presents the basics of mmWave radar for automotive applications and underline the challenges and trade-offs in radar design.
FEV’s Dr Umesh N. Hivarkar explains the role engineering data science will play in shaping the future of mobility.
NXP’s Robert Jin explains how System-on-Chip (SoC) health monitoring enables failure prediction and predictive maintenance to achieve better system availability.
KPIT’s Santhana Raj discusses critical software approaches, architectures, and solutions for the new age of radars in autonomous vehicles.
KPIT’s Stefan Zeppetzauer and Amit Shah present a comprehensive approach to electro-mechanical diagnostics coupled with the diagnostics of software running on HPCs within the software-defined vehicle.
A panel of industry experts discuss how HMI challenges are being approached and handled today within the context of the modern automotive vehicle development process.
NXP’s Andres Barrilado explains how AI and ML will make their way into automotive safety functions as we consider how to avoid systematic failures and define new problem statements around inference to provide safety-related functions.
Humanising Autonomy’s Raunaq Bose and Pier Paolo Porta of semiconductor design company Ambarella discuss AI applications for the automotive and urban mobility industries.
Jae-Young Chang of Keysight Technologies examines the changes sweeping automotive in-vehicle technology and the accompanying signal integrity challenges.
Tim Wouda of HERE Technologies analyzes the emergence of highly automated driving and provides insight into how location intelligence accelerates market introduction.