European Workshop: Facilitating Automated Driving and ITS TECHNOLOGIES TO ENHANCE ITS FOR ROAD TRANSPORT AUTOMATION

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1 European Workshop: Facilitating Automated Driving and ITS TECHNOLOGIES TO ENHANCE ITS FOR ROAD TRANSPORT AUTOMATION September, 2016

2 01 INTRODUCTION Technologies To Enhance ITS for Road Transport Automation Cooperative Systems Cloud Computing New Technologies CyberSecurity Big Data & Analytics Connected & Automated Vehicle 2

3 02 TECHNOLOGIES Technologies To Enhance ITS for Road Transport Automation Cloud Computing Cloud-computing can allow traffic management center operations to manage the vast amounts of data collected from ITS equipment deploy in roads, floating car data, crowd-sourced traffic data, etc. Based on the collected data, new services can be offered and new data can be generated for traffic operations Cloud-based services can bring important benefits reducing the infrastructure costs whereas improving the safety of road users 3

4 02 TECHNOLOGIES Technologies To Enhance ITS for Road Transport Automation Big Data & Analytics Mobility and logistics stakeholders are already adopting technology and massively storing data but Big Data solutions are not adopted by the sector However, despite the potential, Big Data solutions are not an important part of the traffic control operation yet Big data applied to transport can produce a safer mobility in the EU (source: ITF), contributing to reduce deaths in the transport sector ( people die every year in the EU in traffic accidents). Big Data will have a profound economic and societal impact in the mobility sector, which is one of the most-used industries in the world. It is expected to lead to 500 billion USD in value worldwide in the form of time and fuel savings, and savings of 380 megatons CO2 in mobility 4

5 02 TECHNOLOGIES Technologies To Enhance ITS for Road Transport Automation CyberSecurity As vehicles increasingly become connected through wireless networks towards 5G (3G, 4G, ITS-5G, DSRC, etc) to the transport infrastructure, the potential for individuals to cause damage is ever-more viable. Undoubtedly, the importance of implementing effective security protocols in traffic management operations to facilitate automated driving takes on additional significance since human life is endangered. To prepare for the arrival of autonomous vehicles, traffic control centers need to enforce standards and establish partnerships with experts to stay ahead of evolving threats and keep road users and their data safe 5

6 02 TECHNOLOGIES Technologies To Enhance ITS for Road Transport Automation Cooperative Systems It allows vehicles to exchange both status and event information (vehicles, ITS equipment, etc) via reliable, low-latency communication technologies V2X communications are key requirement for the connected and autonomous vehicle of the future, being closely linked to the concept of mobility and safety Improve road safety, alleviate traffic congestion, reduce fuel/energy consumption, and enhance the overall passenger experience are some of the benefits that can be obtained For V2X to become a reality, the automotive and transportation industries must first expand the scope and relevance of 5G CONTROL CENTRE C-ITS Services Vehicule as sensor: (floating car data) Vehicle detection and identification Personalized Information 6

7 03 INNOVATION R&D Projects for connected & automated vehicles Indra has worked in collaboration with Universities, Research Centers, Road Operators, Transport Authorities in European and National projects for automating traffic management center operations R&D Projects Facilitating Automated Driving and ITS 7

8 03 INNOVATION Mire3D: Defining an advanced traffic control center Title: MIRE 3D Partners: Ferrovial (Coordinator), Indra, TreeLogic, Welness Telecom Objetives Incorporate new technologies (Big Data, Cloud, Cooperative Systems, etc) in management platforms to improve the energy efficiency Within the mobility domain, this project aims to define an advanced traffic control center to facilitate the deployment of connected and autonomous vehicles Starting Date: September 2015 Duration 28 months R&D Programme: CDTI INNTERCONECTA 8

9 03 INNOVATION Mire3D: Defining an advanced traffic control center Traffic Control Center for Connected & Automated Vehicles Three Day 1 C-ITS services to be implemented and deployed Road Works Warning Weather Conditions Hazarous Location Notifications These services are linked to multiple use cases with the objective to improve road safety and traffic efficiency using vehicle-toinfrastructure communication technologies. 9

10 03 INNOVATION HARMONY: Viability analysis on the harmonization of common data type categories for the road and public transport network Title: Viability analysis on the harmonization of common data type categories for the road and public transport network Partners: Indra & UPM Objective: Foster the deployment of MISS services in the Atlantic Corridor Ease the exchange of information between different stakeholders Contribute to standardization Budget: 1,4M Starting Date: November 2015 Pilot: Madrid Duration: 36 months 10

11 03 INNOVATION HARMONY: Viability analysis on the harmonization of common data type categories for the road and public transport network Success example to deploy a non-critical information service in cloud for enhancing traffic management operations Mechanisms to connect: Public transport operators, Traffic authorities, Citizens Hamonization of data: Public transport, traffic data, etc. 11

12 03 INNOVATION AUTOCITS Regulation Study in the Adoption of Autonomous Driving Title: Regulation Study for Interoperability in the Adoption the Autonomous Driving in European Urban Nodes Partners: Indra (Coordinator), DGT, UPM, ANSR, INRIA, UC, IPN Objective: The aim of the Study is to contribute to the deployment of C-ITS in Europe by enhancing interoperability for autonomous vehicles as well as to boost the role of C-ITS as catalyst for the implementation of autonomous driving Starting November > Welcome to join EU EIP members to the activities!! Duration: 26 months Location: Paris (A4 & A13), Madrid (A6), Lisbon (A36) 12

13 03 INNOVATION Inter-Trust: INTEROPERABLE TRUST ASSURANCE INFRASTRUCTURE Objetives Development of security framework for V2X communications based on dynamic and interchangeable security policies and privacy techniques for use in data mining. Monitoring and active/fuzzy testing techniques of security policies, measures and error suppression techniques. A traffic information service based on V2X tested with this security framework 13

14 03 INNOVATION Transforming Transport - Big Data Value in Mobility and Logistics Title Big Data Value in Mobility and Logistics Partners 47 partners Duration 30 months Objective: The Transforming Transport project will demonstrate, in a realistic, measurable, and replicable way the transformations that big data will bring to the mobility sector 14

15 San Julian, Alcobendas T