Autonomous vehicles – the road to radar manufacturing success
Keysight’s Teng-Kee LOK delivers a deep-dive into high resolution 4D imaging radar leveraging Multiple-Input Multiple-Output (MIMO) wireless technology.
Keysight’s Teng-Kee LOK delivers a deep-dive into high resolution 4D imaging radar leveraging Multiple-Input Multiple-Output (MIMO) wireless technology.
Luka Spoljaric explains how Rimac Technology brings this capability to its supercars using the HiveMQ MQTT broker.
Puneet Makkar of Method Park by UL discusses modern automotive cybersecurity challenges and explains how OEMs and suppliers can overcome them to prepare for the evolving cybersecurity process landscape.
Keysight’s Asish Jain explains the latest 3GPP specification for 5G NR FR1 RF tests and outlines what to test in a TCU at the manufacturing stage and why.
Experts from Marvell and Elektrobit explain how innovative hardware solutions and intelligent software can jointly deal with the challenges posed by emerging connected vehicle trends.
Michael Schneider of ETAS explains how AUTOSAR offers a way to implement a multi-level security approach by providing standardized security building blocks that can be used off the shelf.
OpenSynergy’s Tero Salminen explains how automakers can free themselves from hardware-specific software stacks and supplier lock-in by switching to Software-Defined Architecture (SDA).
Tatiana Vyunova of HERE Technologies and Elektrobit’s Dirk Spiesswinkel explain how the integration of GNSS and precise positioning affect the electronic horizon platform for ISA.
Tero Salminen of OpenSynergy explains how virtualizing a single function increases connected vehicle systems security and makes updating and upgrading software components much more straightforward.
Sasken’s Vasudevan Mukundan and Debashis Panigrahi discuss a cloud-native framework that could scale V2X deployments reliably and securely, reducing cost and time-to-market.
Elektrobit’s Illia Safiulin provides unique insight into the demands on software solutions needed for new zonal architectures in connected vehicles.
Quectel’s Bryan Galusha explains how precise location data integrates and provides a key ingredient in ADAS and self-driving systems.
Garrett’s Stephane Strahm and Cavy Pan present an IDS software that integrates multi-network and application processor detection-isolation-report-response algorithms.
Dr. Martin Pfeifle and Philip Hubertus explain how to extend the value of ISA with NNG iGO.Ahead and HERE location intelligence.
Western Digital’s Paul Mulholland examines the automotive data evolution, reviews future data storage use cases, and showcases the interfaces that best fit these uses.
Elektrobit and Qualcomm experts explain how to use intelligent and modular combinations of hardware and software to provide an up-to-date user experience for vehicle occupants.
Quectel’s Manfred Lindacher presents an automotive roadmap update to help automakers and suppliers plan their future products.
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.
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.
ESCRYPT’s Siddharth Shukla and Andreas Weber discuss different cyber attack prevention techniques and how to combine them with IDS sensors to protect the vehicle E/E architecture.