Virtual fuel cell development – from component layout to system integration
AVL simulation experts Dr Reinhard Tatschl and Matija Mlakar provide an introductory overview of AVL’s scalable PEM fuel cell simulation solutions.
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How to master your hybrid and electric vehicle battery pack’s thermal, electrical and mechanical challenges
Experts from more than ten companies provide unique insight and solutions for battery pack engineering and production.
Virtual development of augmented reality head-up display solutions
Experts from Elektrobit and ANSYS demonstrate how optical simulation and virtual prototyping can help to solve the challenges of HUD design.
Virtual I/O device (VIRTIO) based virtualization for cars
OpenSynergy experts discuss how automotive device makers can decouple hardware from software for optimal portability, time to market and cost savings.
A tool and workflow approach for automotive ECUs using AUTOSAR Classic
Elektrobit’s Jochen Steuerwald demonstrates a typical workflow using EB tresos, a tooling solution for electronic control unit development using AUTOSAR Classic.
How to easily create an electronic horizon for R&D
Elektrobit demonstrates how the EB robinos Predictor Eval Kit generates an ADASIS electronic horizon in a development environment.
C-V2X: The future of 5G and smart transportation
Qualcomm experts provide insight into the benefits of C-V2X, and how it improves predictability for enhanced road safety and autonomous driving.
Why ultra-low NOx solutions can benefit a post-Euro VI strategy
AVL’s Dr Klaus Hadl and Bernhard Raser discuss strategies to meet upcoming NOx emissions targets.
Entering the connected world – High Performance Computer as cornerstone for the future of the software-defined vehicle
Experts from Continental and Elektrobit outline the general trends in in-vehicle architectures with HPCs and share their experience with Adaptive and Classic AUTOSAR platforms.
How silicone solutions in EV battery assembly can improve thermal management and fire protection
Experts from Dow discuss emerging market trends and explain the benefits of using silicone materials for battery cell encapsulation.
The automotive industry after COVID-19 – discovering the unseen trends
PatSnap‘s Kim Boloorian and Kavya Kumaresan, Senior Manager, Enablement provide insight into what the future of innovation will look like for the global automotive industry.
Cost-effective automated driving solutions for niche commercial vehicle applications
AVL experts explain how to successfully implement automated driving in confined area applications.
Hydrogen – a solution to the intermittency of renewable energy sources
AVL’s Martin Rothbart and Josef Schwaiger explain how hydrogen can be used for green energy storage, and the role it can play in ramping up a CO2-neutral transportation sector.
A trunk full of data: Enabling immense data intake for tomorrow’s automated vehicles
Experts from Elektrobit and Equinix discuss ways to manage the massive volumes of data required for ADAS and automated driving development.
Bring your UX to the next level with EB’s HMI development toolchain
Elektrobit’s HMI development tooling expert outlines how EB GUIDE can help improve the automotive user experience.
How to build a reliable connected car platform with MQTT
Discover how automakers like BMW and Audi are using HiveMQ and MQTT to build reliable and scalable connected car platforms.
How to manage battery testbeds efficiently
AVL’s Marinette Iwanicki explains how to maximise the efficiency of a battery testing lab with the company’s holistic lab management software solution.
The vehicle powertrain challenge: post Euro 6 emission testing
AVL’s Kurt Engeljehringer provides unique insight into how Post Euro-6 emission testing can be done today.
How to virtualize your Arm Cortex-R52 multicore microcontroller
Experts from OpenSynergy provides unique insight into the company’s hypervisor platform for microcontrollers.
Hazard limitation and safety assessment for electric vehicle batteries using simulation-based development
AVL experts present a unique simulation method for detailed analysis of thermal runaway in electric vehicle batteries.
