Validation difficulties and testing challenges of connected and automated vehicles. Prof. Zsolt SZALAY

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Transcription:

Validation difficulties and testing challenges of connected and automated vehicles Prof. Zsolt SZALAY

Topics of the presentation 1. Why disruptive? 2. The key elements of education 3. Hungary s answers to the challenges

Disruptive changes due to AD Technology change in the automotive industry AD vehicles are no longer separate entities, they are embedded into the traffic and surrounding environment Human driver is getting out of the control loop Appearance of Artificial Intelligence based solutions Conventional versus AD vehicle testing and validation Vehicle dynamics testing in itself is not enough Testing vehicle environment perception capabilities Testing vehicle interaction to other road users, infrastructure Testing of communication technologies

RECAR Education Program REsearch Center for Autonomous Road vehicles Industrial partners (BOSCH, Knorr-Bremse, Continental) Academic partners (BME, ELTE, MTA SZTAKI) Strong government support Higher added value compared to manufacturing Special research funding programs Dedicated BSc/BEng and MSc courses Autonomous Vehicle Control Engineer MSc in English Computer Science for Autonomous Driving MSc in English Vehicle Test Engineer BProf in Hungarian LOGO OF THE PRESENTER IN CENTER

RECAR Education Program Autonomous Vehicle Control Engineer MSc curriculum LOGO OF THE PRESENTER IN CENTER

RECAR Research Program Basic and advanced research in artificial intelligence Co-operative control applications to vehicles Redundant technologies (sensors, actuators, energy and communication networks, software) Insurance/reliability: how can reliability be tested and improved? Data acquisition/property rights: how is it possible to make data access and management transparent? Personal data - how can the protection of personal data be guaranteed? Cyber security: how is it possible to avoid misuse of intelligence? Driverless technologies: how can test and approval processes be improved to make autonomous vehicles safe and reliable? Accident investigations with involvement of ADAS and/or automated vehicles

RECAR Research Program Ongoing EFOP 3.6.2-4,8MEUR EFOP 3.6.3-5,4MEUR In preparation H2020 DT-ART CEF, Interreg Other international cooperation LOGO OF THE PRESENTER IN CENTER

CAV Testing & Validation Pyramid PUBLIC ROAD REAL TRAFFIC SYSTEM TESTS LIMITED PUBLIC ROAD ALMOST REAL ENVIRONMENT TEST PROVING GROUND LABORATORY SIMULATION CONTROLLED SYSTEM TEST TECHNOLOGY, COMPONENT, SYSTEM INTEGRATION AND VEHICLE-IN-THE-LOOP TESTS PROOF-OF-CONCEPT, FEASIBILITY AND DURABILITY

Hungarian Proving Ground ZONE Area: 260 ha Budget: 140 million EUR Standard vehicle dynamics testing and validation Fully integrated autonomous vehicle testing and validation Environment preparation (obstacles, traffic signs, traffic control, other vehicles, vulnerable road users, etc.) Complex driving and traffic situations Smart City features From prototype testing till series production testing Not only automotive but telecom and IT test environment 8+1 Unique Testing Propositions

Scenario-in-the Loop (SciL) Concept

Comprehensive Smart City Testing From Test City.... to real City.. city of Zalaegerszeg

Cross-boarder Public Road Testing TODAY Public road tests are allowed in Hungary since 12th of April 11/2017. (IV.12.) NFM decree (5/1990, 6/1990 KöHÉM) Anywhere in Hungary for automotive R&D companies TOMORROW Specific routes on public road with enhanced services for CAV tests Integration to Proving Ground in Zalaegerszeg Smart city zone in Zalaegerszeg Part of cross-border cooperation between Zalaegerszeg-Graz-Maribor 2018 Q2: M7 highway 2019: M70 2020: Zalaegerszeg smart city 2021-2022: R76 highway

Hungarian Smart Mobility Platform CONTROL Industry policy LEPSÉNYI I. Coordination DR. PALKOVICS L. Coordination DEUTSCH T. T E C H N I C A L A D V I S O R Y B O A R D POLITICAL LAYER OPERATION LAYER Electrified Huba B. Connected Dr. Bokor L. Automated Erdős I. Strategic Partnerships Government Decisions Resources RECAR Education M.Sc. AVCE M.Sc. CSAD B.Eng Test Engineer Dual Education Research RECAR Nr. 1-7 EFOP 3.6.2 EFOP 3.6.3 Dr. Gáspár P. Tender / financial support APZ system Proving Ground Univ. Research C. Industrial R&D C. Technology Park Next-door Services C-ITS Platform LOGO OF THE PRESENTER IN CENTER Dr. Háry A. Mobility Platform External infrastructure Road R76 Cross border TEN-T Smart Test City C-ROADS CROCODILE Érsek I. Dr. Szalay Zs. Secretariat ICT infrastructure V2X ITS G5 Cellular (4G/5G) Data Storage Acces (Privacy) Analytics Okos város Dr. Charaf H. Communication / socialization Legislation and standardization Automotive/Telco. International WP.1 WP.29/ITS-AD GEAR 2030 Euro NCAP ISO Hungarian 5/1990 és 6/1990 EKTB Dr. Dávid A. Economic diplomacy Int l promotion Zone Concept CAD Investment International Acceptance Int l communicat Press Forums Exibitions / Fairs Social Media Ésik R.

Thank You for your attention! Prof. Zsolt SZALAY zsolt.szalay@gjt.bme.hu