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- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
- WORKSHOP
- Regulations, standards, homologation and certification
- AI, software, architecture and data. ADAS/AD and the SDV
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
- Real-world and integrated virtual testing
- Developments in scenarios, simulation, validation and in-the-loop testing
- Regulations, standards, homologation and certification (continued)
- Safety innovations and best practices for their development and deployment
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
- Safety innovations and best practices for their development and deployment (continued)
- Connectivity, mapping and positioning
Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
09:00 - 12:25
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- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)This presentation provides an overview of the ongoing activities of the European Commission in the field of assisted and... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)Removing the human driver fundamentally changes what we actually mean by acceptable safety. A simplistic 'safer than human driver'... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)With the aim of improving driver comfort and road safety, OEMs have been pushing the boundaries of Advanced Driver... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)This presentation provides a technical overview of the updated UK topic roadmap for Verification, Validation, and Assurance (VVA) in... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)The concept of Operational Design Domain is generally accepted to be an essential part of development, testing and approval... -
- Challenges, innovations and outlook surrounding the development and safe deployment of ADAS and AV technologies
Room A (W2/3)...
WORKSHOP
12:30 - 13:30
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- WORKSHOP
Participants will learn how to specify the ODD in a machine readable and human interpretable fashion. Together, we will...
Regulations, standards, homologation and certification
14:00 - 17:00
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- Regulations, standards, homologation and certification
Room A (W2/3)A global team of 52 participants from 21 companies is developing ASAM OpenMATERIAL, a standard for 3D model and... -
- Regulations, standards, homologation and certification
Room A (W2/3)... -
- Regulations, standards, homologation and certification
Room A (W2/3)This presentation explores the indispensable role of periodical technical inspections (PTIs) in maintaining the safety, reliability and compliance of... -
- Regulations, standards, homologation and certification
Room A (W2/3)Many companies in the ADS landscape see the complexity of regulations and standards as a major hurdle to efficiently... -
- Regulations, standards, homologation and certification
Room A (W2/3)... -
- Regulations, standards, homologation and certification
Room A (W2/3)AI-driven systems introduce dynamic learning, adaptability and continuous updates, posing significant challenges to traditional homologation methods. The objective of... -
- Regulations, standards, homologation and certification
Room A (W2/3)...
AI, software, architecture and data. ADAS/AD and the SDV
09:00 - 17:00
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- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)The synergy between the evolving automotive landscape and advances in cloud computing, virtualization and AI has not only improved... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)The journey from groundbreaking research to scalable development in advanced driver assistance systems (ADAS) is a complex yet crucial... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1) Outlook ADAS/AD architecture: Improvements from 2018 to 2030 from SLAM to Mapless approaches Impact of E2E Self Transformer... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)The concept of a software-defined vehicle (SDV) has become a hot topic across the automotive industry as automakers look... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)In the current work we propose a method to apply generative AI GAN methodology on a hardware-aware NN for... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)The AutoSeg Vision Foundation model is an artificial intelligence framework powering camera-based scene understanding for autonomous driving, developed by... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)Building a fully trainable AD stack is a promising approach to efficiently build and scale an AD system. Transformer... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)AI tools are increasingly being used in cyberattacks and defense mechanisms. This is shifting the paradigm of cyber defense... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)From ChatGPT to generative world models for autonomous driving (AD), data for AI model training must be high performance,... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)The presentation will focus primarily on the evolution of AD stack from RL algos to diffusion models, and its... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)This presentation will explore the role of SOTIF (Safety of the Intended Functionality) in ensuring continuous safety in autonomous... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)End-to-end AI (e2e AI) is drawing attention in the automotive industry, yet questions remain about its safety and practical... -
- AI, software, architecture and data. ADAS/AD and the SDV
Room B (W1)Unlike traditional modularized autonomous driving based on high-definition maps, the end-to-end model DeepRoute IO introduced by DeepRoute.ai doesn't need...
Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
09:00 - 12:25
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- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)The presentation will cover vehicle automation and system ergonomics screening, automation of driving and co-action issues, and situation awareness... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)The distinction between L2++ and L3 advanced driving systems is often blurred and overlooked. However, L3 systems introduce additional... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)The purpose of this presentation is to highlight the current regulatory context for assisted and automated systems with regard... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)Detecting lost cargo on highways poses a critical and stringent challenge for Level 3 Autonomous Driving Systems (ADS), especially... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)After the hype of autonomous driving, the automotive industry has understood that higher-level autonomy increasingly requires the involvement of... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)The deployment of advanced Level 2 systems has seen a rapid acceleration in recent years. L2 systems have evolved... -
- Safety requirements and demonstration: validation and tooling with a L2+ L3 focus
Room A (W2/3)...
Real-world and integrated virtual testing
13:30 - 16:30
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- Real-world and integrated virtual testing
Room A (W2/3)Shared autonomous services are transforming urban mobility, offering solutions to urbanization and climate challenges. For software and vehicle providers,... -
- Real-world and integrated virtual testing
Room A (W2/3)... -
- Real-world and integrated virtual testing
Room A (W2/3)Autonomous driving will be key for the future of public transportation services. This session will highlight the potential of... -
- Real-world and integrated virtual testing
Room A (W2/3)... -
- Real-world and integrated virtual testing
Room A (W2/3)... -
- Real-world and integrated virtual testing
Room A (W2/3)FEV.io GmbH participates in the HiDrive project and has developed and tested AD highway driving function with V2V support... -
- Real-world and integrated virtual testing
Room A (W2/3)The DLR eV German Aerospace Center's Institute of Vehicle Concepts presents the architecture and challenges of the automated vehicle... -
- Real-world and integrated virtual testing
Room A (W2/3)The presentation will outline the project's history and experiences from Level 2 until Level 3: how to innovate and...
Developments in scenarios, simulation, validation and in-the-loop testing
09:00 - 10:40
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- Developments in scenarios, simulation, validation and in-the-loop testing
Room B (W1)This presentation explores the transformative potential of large language models (LLMs) in shaping the next generation of advanced driver... -
- Developments in scenarios, simulation, validation and in-the-loop testing
Room B (W1)... -
- Developments in scenarios, simulation, validation and in-the-loop testing
Room B (W1)Testing car safety functions is a challenging job. The lab setup is an efficient way to test different safety... -
- Developments in scenarios, simulation, validation and in-the-loop testing
Room B (W1)A comprehensive test strategy using sensor data is required to ensure the proper operation of computer vision-based perception and... -
- Developments in scenarios, simulation, validation and in-the-loop testing
Room B (W1)Our presentation introduces a state-of-the-art closed-loop hardware-in-the-loop (HIL) simulation framework designed specifically for testing automotive embedded systems with real... -
- Developments in scenarios, simulation, validation and in-the-loop testing
Room B (W1)...
Regulations, standards, homologation and certification (continued)
11:10 - 12:50
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- Regulations, standards, homologation and certification (continued)
Room B (W1)NHTSA FMVSS 127 will become mandatory for SOP 2029 vehicles. US NCAP declared the new tests and probably EURO... -
- Regulations, standards, homologation and certification (continued)
Room B (W1)The new UNECE Regulation No. 171 on driver control assistance systems (DCAS) established new minimum safety requirements for vehicle... -
- Regulations, standards, homologation and certification (continued)
Room B (W1)This presentation explores the critical role of traffic rule compliance assessment in the approval and authorization of automated driving... -
- Regulations, standards, homologation and certification (continued)
Room B (W1)Agile methodologies are increasingly important in the automotive industry due to the market's evolving needs and challenges, such as...
Safety innovations and best practices for their development and deployment
13:55 - 16:30
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- Safety innovations and best practices for their development and deployment
Room B (W1)Most studies in road safety show that more than 90% of fatal crashes are caused by human driver factors.... -
- Safety innovations and best practices for their development and deployment
Room B (W1)... -
- Safety innovations and best practices for their development and deployment
Room B (W1)Testing is an integral part of ensuring safety for automated driving systems. Moving away from distance-based approaches, scenario-based development... -
- Safety innovations and best practices for their development and deployment
Room B (W1)... -
- Safety innovations and best practices for their development and deployment
Room B (W1)Reliable ADAS and automated driving (AD) validation depends on high-quality simulation data. The ENVITED-X Data Space provides a trusted... -
- Safety innovations and best practices for their development and deployment
Room B (W1)If we want to estimate safety gains with simulation, how can we do this properly? There are choices in... -
- Safety innovations and best practices for their development and deployment
Room B (W1)Safety assessment has become one of the major interests in most developing countries to reduce road accidents and minimize...
Developments in scenarios, simulation, validation and in-the-loop testing (continued)
09:00 - 15:00
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- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)High-quality data collection and selection are the cornerstones of ADAS and autonomous driving development. This presentation explores key prerequisites... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)Autonomous driving implementation continues its shift to use AI technologies. These technologies require new capabilities for the development and... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)Future mobility solution development requires a high volume of data to be analyzed for both quality and quantity. ZF... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)Increasing levels of driving automation in more complex ODDs demand effective ways to continuously develop and verify software across... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)The presentation gives current insights into efficient data acquisition for ADAS and autonomous driving ECUs and how this benefits... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)2025 has the potential to be a pivotal year for the automated vehicles (AV) ecosystem, with various large-scale deployments... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)This presentation will provide insights into how AI is transforming the landscape of AD/ADAS and autonomy development. It will... -
- Developments in scenarios, simulation, validation and in-the-loop testing (continued)
Room A (W2/3)Driving simulators often struggle to accurately simulate vulnerable road users (VRUs) in safety-critical scenarios. We present a framework integrating...
Safety innovations and best practices for their development and deployment (continued)
09:00 - 12:00
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- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)Interior sensing is transforming ADAS by providing critical real-time insights into driver attention, occupant behavior and in-cabin environments. Traditionally,... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)The United Nations Economic Commission for Europe (UNECE) World Forum for the Harmonization of Vehicle Regulations (WP.29) in March... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)This presentation will cover the recent progress in in-cabin sensing, which goes beyond traditional driver monitoring systems, showing how... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)Data visualization for an automotive presentation: the key is to abstract complex information into easily understandable graphics that convey... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)To guarantee the precise validation of sensor models in harsh weather conditions, AVL has developed a weather chamber (1.700... -
- Safety innovations and best practices for their development and deployment (continued)
Room B (W1)...
Connectivity, mapping and positioning
13:20 - 15:00
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- Connectivity, mapping and positioning
Room B (W1)AnteMotion revolutionizes ADAS and autonomous vehicle development with an automated toolchain that transforms HD maps into OpenDrive files and... -
- Connectivity, mapping and positioning
Room B (W1)... -
- Connectivity, mapping and positioning
Room B (W1)... -
- Connectivity, mapping and positioning
Room B (W1)China is currently leading in vehicle automation. Most of the Chinese OEMs have so-called Level 2++ systems on the... -
- Connectivity, mapping and positioning
Room B (W1)The development of automated driving systems requires reliable, interoperable map data for navigation, ADAS and other safety features. Overture...
