Eric OLLINGER French Ministry of Transport. April 26th, 2016 Amsterdam Group

Similar documents
Connected vehicles on European roads: benefits for safety and traffic management

Connecting Europe Facility. Regulation Study for Interoperability in the Adoption of Autonomous Driving in European Urban Nodes

Compass4D Deployment

Session: Connected Vehicles Status of C-ITS Deployment in Europe

Interconnected vehicles: the French project

Test infrastructure operational

AUTOCITS. Regulation Study for Interoperability in the Adoption the Autonomous Driving in European Urban Nodes. LISBON Pilot

Regulation Study for Interoperability in the Adoption the Autonomous Driving in European Urban Nodes AUTOCITS DEMO. November 2017 INNOVACARRETERA

Implementation of Cooperative ITS in Europe: the case of Compass4D

Co-operative ITS (C-ITS): Current State & Evolution Prospect

5G V2X. The automotive use-case for 5G. Dino Flore 5GAA Director General

C-ITS status in Europe and Outlook

European Corridor Austrian Testbed for Cooperative Systems

INTEGRATION OF COOPERATIVE SERVICES WITH AUTONOMOUS DRIVING

SMART ROAD. The innovative road that runs with progress

Improving european truck parking

European Bus System of the Future

Regional activities and FOTs: Connected and automated driving trials in Finland

SMART MOBILITY IN FRANCE

The Role of the Infrastructure Investments in the New EU Road Mobility Package

Autonomous Vehicles. Conceição Magalhães 3 rd AUTOCITS workshop, October 10 th, Infrastructure Overview

PORTUGUESE NETWORK FOR C-ITS

NHTSA Update: Connected Vehicles V2V Communications for Safety

AC SUM New Mobility Services Initiative meeting. 22 November 2016

Pre Commercial Procurement Austrian Pilot Calls

Cooperative ITS Corridor Joint Deployment. Konstantin Sauer BMVI

EMERGENCY VEHICLE APPROACHING

National or local projects/activities related to connected and automated driving

Connected Vehicles for Safety

SISCOGA4CAD TEST-BED 18/05/2017. Workshop on Automation Pilots on Public Roads Brussels

EATA European Automotive and Telecom Alliance

In the report various scenario s are presented, which have been investigated. The figure below shows the scope of the three (main) senario s:

Connected Vehicles. V2X technology.

Towards C-ITS DAY1 for PTW Issues and opportunities

Transport Canada s ecotechnology for Vehicles (etv) Program

Brignolo Roberto, CRF ETSI Workshop Feb, , Sophia Antipolis

eco-fev: efficient Cooperative infrastructure for Fully Electric Vehicle Y. KOBAYASHI, M. LENARDI, Hitachi Europe, VIENNA, 06.February.

BIENVENUE ASSEMBLÉE ANNUELLE 2018 DU CCATM WELCOME TO THE 2018 CCMTA ANNUAL MEETING QUÉBEC

(Type) Approval. Future and Current Developments INTRODUCTION. Partner in Mobiliteit. 4 july 2018

Automated Driving development in France: 2015 update. Prof. Arnaud de La Fortelle MINES ParisTech Centre for Robotics

Effects of Smart Grid Technology on the Bulk Power System

Workshop on Automation Pilots on Public Roads. 16 Dic Brussels. SPANISH APPROACH ON AUTONOMOUS DRIVING

Introductive discussion on ITS, Connectivity and Access to Data. Eurobike 31 st August 2017

DLH revised action plan

Car-pooling : ways to promote its development

The Development of ITS Technology, Current Challenges and Future Prospects Antonio Perlot Secretary General

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

PUBLIC Law, Chapter 539 LD 1535, item 1, 124th Maine State Legislature An Act To Create a Smart Grid Policy in the State

emotion in Smart Cities

Sacramento Municipal Utility District s EV Innovators Pilot

Tenk om bilene ikke kolliderer lenger

Motorcycles in connected traffic - a contribution to safety

Workplace Charging Challenge: part of the EV Everywhere Grand Challenge

Sustainable Bus System

AUTOPILOT presentation

VEDECOM. Institute for Energy Transition. Presentation

C-ITS in Taiwan. Michael Li

Biofuels Standards Coordination Activities

TEST SITE AMSTERDAM METROPOLITAN AREA. Practical Trial Amsterdam. Workshop January 2018, Athens

Autonomous cars navigation on roads opened to public traffic: How can infrastructure-based systems help?

Country Highlights: France. Thierry Priem Presentation at the ExCo 46 Meeting, Salzburg, 23 rd May 2013

Green emotion Development of a European framework for electromobility

Financial and non-financial incentives to foster the adoption of electric vans in Paris. Eleonora Morganti, Ph.D. ENPC-ParisTech

Managing EV Load Workplace Charging Project Utility Perspective

National Road Safety Action Plan in China

EVREST: Electric Vehicle with Range Extender as a Sustainable Technology.

Economic and Social Council

«ACCIDENTOLOGY & CRASH AVOIDANCE, DUMMIES & NUMERICAL CALCULATION» «Accidentologie et évitement, mannequins et calcul numérique»

Connecting Europe Facility. Regulation Study for Interoperability in the Adoption of Autonomous Driving in European Urban Nodes:

TOWARDS ACCIDENT FREE DRIVING

Commencement of Preventative and Safety Performance Assessment

Energy Institute Hrvoje Požar on Smart Grid: Past activities and future directions

ZeEUS and the clean bus deployment

WELMEC European cooperation in legal metrology

Research RES LEGAL Grid-related regulations Country: France. 1. Overview of grid issues

Status of the Informal Working Group on ACSF

Smart Grid Subcommittee Report

Aria Etemad Volkswagen Group Research. Key Results. Aachen 28 June 2017

THE PEP PARTNERSHIP ON ECODRIVING Goals, achievements and new projects November 2016

Govind Vadakpat, Research Transportation Specialist Office of Operations R&D, USDOT. U.S. Department of Transportation

APCO International. Emerging Technology Forum

THE WAY TO HIGHLY AUTOMATED DRIVING.

Hamburg moving towards Electromobility. Dr. Sicco Rah Hanse-Office, Joint Representation of Hamburg and Schleswig-Holstein to the EU

Low Carbon Technologies - Focus on Electric Vehicles. 6 mars 2018 ADEME - French Agency for Environment and Energy Management

Introducing the world's most reliable solar panel. Company presentation / Solar panels

PEM Fuel Cells Manufacturing - Stack

State and Local Implications for Connected and Automated Vehicles. James Pol, PE, PMP. AASHTO SCOHTS Meeting

V2V Advancements in the last 12 months. CAMP and related activities

REPORT BUS TENDER STRUCTURE 3EDITION INCLUDING TENDERING FOR E-BUSES UITP TENDER STRUCTURE 1

TACOT TRUSTED MULTI APPLICATION EIVER

ENERGY STRATEGY FOR YUKON. Net Metering Policy DRAFT FOR CONSULTATION

Internalisation of external cost at the Paris-Amsterdam corridor. Huib van Essen, CE Delft 24 June 2011

Electri-City Electri-Cité Elettri-Città. The challenge of deploying electromobility in European cities and regions

Status of the Informal Working Group on ACSF

China s Blade Electric Vehicles (BEV) and Plug-in Hybrid Electric Vehicles (PHEV) Technology Roadmap 1

The ERANET+ «Electromobility» - project

EU-Mexico Free Trade Agreement EU TEXTUAL PROPOSAL

HEXAGON STUDIO. Nilay Yalcinkaya Yoruk / R&D Incentives and Intellectual Property Team Leader

Oregon s Road Usage Charge Program

eurofot - European Large-Scale Field Operational Test on In-Vehicle Systems

Transcription:

Eric OLLINGER French Ministry of Transport April 26th, 2016 Amsterdam Group Ministère de l'écologie, du Développement durable et de l'energie www.dev

Project SCOOP@F Launched February 2014 Funded by the EC through the CEF 1st wave : 2014-2017 Priority services ITS-G5 communications 2 nd wave : 2016-2018 New services Hybrid cellular/its G5 communications

SCOOP@F consortium - French Ministry of Transport - Local authorities - Département de l'isère - ITS Bretagne with Départements des Côtes d Armor, du Finistère, d Ille et Vilaine, Région Bretagne, Saint-Brieuc Agglomération) - TEN-T road operators (3 DIRs, Sanef) - Car manufacturers (PSA, Renault) - Universities and research centers (Cerema, IFSTTAR, GIE RE PSA-Renault, Université de Reims Champagne- Ardenne, Institut Mines-Télécom). And since January 2016 : - A telecommunication operator : Orange - A provider of trust services : IDNomic - Austrian, Spanish and Portuguese partners

Five pilot sites SCOOP@F en Ile-de-France SCOOP@F à Bordeaux

Project structure

Priority services deployed in the 1st wave Data collection: position/speed/direction, events detected, events declared Road works warning: Planned road works, Slow moving maintenance, winter maintenance, Road operator vehicle approaching, rescue and recovery work in progress Hazardous location notification: Slippery road, bad visibility, extreme weather condition Animal on the road, human presence on the road, obstacle on the road, unmanaged blockage of the road Accident, emergency brake, stationary vehicle, end of queue

SCOOP@F components ITSS-C : the SCOOP@F platform, connected with the road operator s traffic management system ITSS-R : road-side units ITSS-V : on-board units. 3 categories Renault PSA For road operators (retrofitting) : with a RSU function A PKI-based security system

Overview of the system

Current status (1st wave) Specifications ready and now available in English Procurement process achieved for all public partners First prototypes available and currently tested in laboratory Test track testing about to start

The SCOOP@F specifications 2.4.1 Common set of functional and technical specifications for SCOOP 2.4.1_Bis List of standards applicable for specifications and development 2.4.1_Annexe Renewal of pseudonym certificates and upload of Logs (T-Logs and U-Logs) 2.4.1.2 Specifications of DENM fields 2.4.1.3 Catalogue of Tlog data to collect 2.4.1.3_Bis Technical specifications of data to collect 2.4.1.4 Specifications of Datex II v2.3 messages in conjunction with CAMs and DENMs 2.4.2.1 Functional and technical specifications of RSU 2.4.2.2 Functional and technical specifications of OBU for road operators First release now available in English! 2.4.2.2_Bis Specifications of Software for Road operators OBU 2.4.3.1 General functional specifications of SCOOP platform 2.4.3.2 Detailed functional specifications of SCOOP platform 2.4.4.1 Analysis of safety objectives 2.4.4.2 Scoop@f risk analysis for safety 2.4.4.3 Comparison between the risk analysis performed by Solucom (2.4.4.2) and the risk analysis proposed in ETSI standard TR 102 893 (TVRA) 2.4.4.4 State of the art of public key infrastructures for cooperative ITS 2.4.4.5 PKI System Requirement Specifications 2.4.4.6 PKI architecture and technical specifications 2.4.4.6_Bis Use case scenarios with security data 2.4.4.7 Strategies for changing pseudonyms and sizing the PKI traffic

The SCOOP@F prototypes

Validation process In laboratory tests Conformity with specifications Interoperability Tests on test-tracks Tests on sub-systems Tests on the whole ecosystem Open road tests on each pilot site, with the local traffic management system Tests on the whole ecosystem Ergonomics assessment

Security Based on a detailed risk analysis PKI architecture discussed with national security agency ANSSI Certificate policy currently discussed within WG5 of the C-ITS platform

Privacy and data protection Authorization process by the national data protection agency CNIL on its way Legal basis for data processing : consent Responsibility for data processing Road operators for the CAM / DENM messages Research labs for the evaluation logs First approach on the frequency of renewal of pseudonym certificates: 1 hour

Cross-tests

SCOOP@F at ITS Bordeaux

Thank you for your attention