Connected mobility: A challenge for a traffic authority.

Slides:



Advertisements
Similar presentations
Tackling the Environmental Impact of Transport Presentation by David Jamieson MP to the Institute for Public Policy Research Wednesday 15th October 2003.
Advertisements

International Telecommunication Union No 1 The Executive Round Tables High-level perspectives and strategies regarding the present and future use of ICT.
“Technological opportunities to improve efficiency and safety on the roads” Geneva,27 June 2013 Roberto ARDITI, SINA Joint ITU/UNECE Workshop on “Intelligent.
Vehicle-infrastructure integration: creating co-operative mobility systems and services Hearing EU Parliament, 22 January 2009 Hermann Meyer, CEO.
Cisco Philips Partnership: Smart Street Lighting
Connected Car Come of Age Pavan Mathew, Head of Connected Car Telefonica Digital CTIA 2013, Las Vegas May 22 nd 2013.
Laurent Dauby Director World Bank Towards a lower carbon urban mobility World and Africa perspective.
Legal issues addressed in the EU funded AdaptIVe project
Workshop on Infrastructures Sustainable Infrastructure for Efficient Mobility: the Key Challenges Luc Bourdeau ECTP Secretary General Industrial Technologies.
E.ON on the Romanian Energy Market ZF Power Summit Bucharest, February 27, 2013 Frank Hajdinjak CEO E.ON România.
New Technologies to achieve sustainable transport in cities: Bringing intelligence into urban mobility to improve traffic management and increase traffic.
Construction in EU 2020 OG10 Meeting Brussels, April 28, 2010.
The Clapham Omnibus is Full………….. Challenges to our Transport System Neil Ridley Chief Business Development Officer.
NEXTRANS Center Inaugural Summit Exploring Partnerships for Innovative Transportation Solutions Purdue University May 5, 2008 Harry Voccola Senior Vice.
FEHRL’s Vision and the Common Approach to Automotive and Infrastructure Research Steve Phillips, FEHRL.
Safety All The Time Oyuki Ogawa Executive Vice President DENSO CORPORATION.
automated Vehicles and transportation system sustainability
The Future of the Electric Vehicle: Government’s Role. The Spanish Case by Imma Puig-Simon VI Energy Forum Sopot, November 2011.
ITS for freight and logistics …Bringing intelligence into the mobility of people & goods 22 June Zeljko Jeftic.
Safety support in the automotive industry Jacob Bangsgaard Director of External Affairs and Communications 1st Annual International Conference on ICTs.
Smart cities Rasmus Lindholm, Director, ERTICO – ITS
Innovative ITS services thanks to Future Internet technologies ITS World Congress Orlando, SS42, 18 October 2011.
THE CIO ROLE ON THE NEW FINANCIAL ENVIRONMENT Gustavo de Souza Fosse Banco do Brasil Board of Technology Organized by:
V ehicle I nfrastructure I ntegration Jeffrey F. Paniati Associate Administrator for Operations and Acting Program Manager for ITS Joint Program Office.
1 UNECE – Transport Division Eva Molnar, Director, UNECE May 2010 Automobiles and Sustainable Mobility FISITA World Congress.
International Telecommunication Union No 1 The Executive Round Tables High-level perspectives and strategies regarding the present and future use of ICT.
The Fully Networked Car Geneva, 4-5 March Ubiquitous connectivity to improve urban mobility Hermann Meyer ERTICO.
DEMONSTRATING CLEANER AND BETTER TRANSPORT IN EUROPEAN CITIES WEDNESDAY 19TH SEPTEMBER;
ITS ePrimer Module 14: Emerging Opportunities and Challenges September 2013 Intelligent Transportation Systems Joint Program Office Research and Innovative.
Click to edit Master title style Click to edit Master subtitle style BUREAU OF TRANSPORT & REGIONAL ECONOMICS-TRANSPORT COLLOQUIUM 05 Future Opportunities.
UITP PTx2 Strategy: What Role for Busses and Recommendations from UITP Istanbul Bus Declaration Kaan Yıldızgöz Senior UITP MENA Center for Transport.
1 februari 2007 Martha Brouwer (program manager Traffic Management and Public Transport) Network Operations in the Netherlands.
2  World oil reserves  U.S. owns 2-3%  U.S. uses 25% The Importance of Energy Independence.
Recent Trends of ITS in China Xiaojing WANG Director, China National ITS Center Chief Engineer, RIOH of Ministry of Transport Oct. 7, 2015 Workshop of.
30-Year National Transportation Policy Framework to the Future September 12,
14/02/20081 Urban mobility Griet De Ceuster. 14/02/20082 CONTENTS Mobility concepts in a city: technologies in a mobility perspective Challenges for implementation.
Automated vehicles on public roads Alwin Bakker.
What Intelligent Mobility means for the rail industry Richard Jones, Rail Business Director Transport Systems Catapult UK.
Engineering College, Tuwa. Design Engineering 1 - B  Guided by, SUBMITTED BY, PRAGNESH PATEL SHAH HETAXI ( ) RAJPUT VIVEK ( ) SOLANKI.
ADVANCED TRANSPORTATION AND CONGESTION MANAGEMENT TECHNOLOGIES DEPLOYMENT (ATCMTD) PROGRAM 1 Bob Arnold, Director Office of Transportation Management,
European Truck Platooning Conference Amsterdam, 07 April 2016 Liam Breslin Sustainable Surface Transport DG Research & Innovation European Commission Research.
Urban Mobility Management and Emissions Measurement System Boile Maria 1,2 Afroditi Anagnostopoulou 1 Evangelia Papargyri 1 1 Centre for Research and Technology.
Anticipating tomorrow’s world, today… …or, being ‘Future Ready’
Chairman of the Board and CEO,
Road Safety Behaviour Symposium: New technology, new connectivity
Promises and pitfalls of Autonomous vehicles
Trends in Automobile Innovation
The Digital High Street Parking Forum: Parking & the Digital High Street 1st June 2017 Kieran Fitsall Head of Service Improvement & Transformation.
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Fuel Cell Market size worth $25.5bn by 2024 Power Semiconductor Market.
Exhaust Systems Market - Global Forecast to 2021.
Connected Car Market by Service (Connected Services, Safety & Security, and Autonomous Driving), Form (Embedded, Tethered, and.
Anti-Collision Sensor Market
Project «Caravan» 13 february 2018
Hur klarar infrastrukturen?
2018 Autonomous Vehicle Summit
Accelerating the Introduction of
Road Infrastructure for Road Vehicles Automation
Sustainability and Efficiency by Digitalisation of Road Transport
Business strategy for transformational leadership
How technology and data can bring needed improvements to air quality and the environment Dr Dave Williams 8th November 2018.
Developing Vehicular Data Cloud Services in the IoT Environment
Global megatrends (relevant for our business)
Erasmus Intensive Program
Innovation in Railways NTA Ireland
Tomorrow’s Mobility…Is Here Today!
Dr. Fareesa Malik NUST Business School, Pakistan
Mobile Commerce and Ubiquitous Computing
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Fuel Cell Market size worth $25.5bn by 2024 Low Power Wide Area Network.
© 2016 Global Market Insights, Inc. USA. All Rights Reserved Automotive Night Vision System Market to surpass $4.5 Bn by 2025: Global.
Prepared by: Riyaaz Ebrahim
Presentation transcript:

Connected mobility: A challenge for a traffic authority

GLOBAL CONTEXT  1.25 million people die each year as a result of road traffic crashes.  90% of the world's fatalities on the roads occur in low- and middle- income countries, even though these countries have approximately half of the world's vehicles.  Every 25 seconds a road user will die

GLOBAL CONTEXT  Ambitious target to decrease road fatalities  OMS: -50% 2020

GLOBAL CONTEXT  Ambitious target to decrease road fatalities  UE: -50% 2020

GLOBAL CONTEXT  The world is heading towards 70% urbanisation by  Increased travel needs  Transport (public/share) is a key element

GLOBAL CONTEXT  Vision zero.  No loss of life is acceptable  We are humans and we make mistakes  Vehicle technology can fill these gaps

DISRUPTIVE TRENDS  CONNECTED VEHICLES  AUTOMATED VEHICLES  “The automotive industry will see more changes in the next five years than in the previous 50 years,” Mary Barra, CEO of GM.

Connected vehicles

CONNECTED VEHICLES  Increased connectivity.  2.6 billions of smartphones.  Connected citizens demand connected vehicles

CONNECTED VEHICLES  OEMs uses connectivity services as a sales hook

CONNECTED VEHICLES  Connectivity can be provided through:  Embedded systems  Aftermarket/smartphone  Since 2018 (ecall) new vehicles will include a sim card  By % of the vehicles will have connectivity

CONNECTED VEHICLES  Services that can be provided:  Infotainment  Safety  Efficient mobility  Efficient economy  Conveinance

CONNECTED VEHICLES  Customers are willing to pay in certain services:

CONNECTED VEHICLES  Services that can be provided:  Infotainment  Wifi  Music streaming  Social networks

CONNECTED VEHICLES  Services that can be provided:  Safety  Ecall  Geofencing  Remote vehicle diagnostics

CONNECTED VEHICLES  Services that can be provided:  Efficient mobility  Real Time Traffic  Digital maps  Parking info  Estimated time of arrival  MaaS

CONNECTED VEHICLES  Services that can be provided:  Efficient economy  Auto insurance – pay as you drive  Smart driving assistance  Fleet management

CONNECTED VEHICLES  The vehicle (and its data) becomes the starring.  Wide variety of data: position, use of lights, rpm, wipers, temperature, fuel consumption, breakdowns, etc.  Privacy  Ownership  Big Data

CONNECTED VEHICLES  Traffic administration & connected vehicles:  Important opportunity for road safety improvement  Win-Win approach  The data will be anonymised  Promote connectivity services that improve mobility or road safety  Enforcement out of the scope  Service platform/hub

Autonomous vehicles

AUTONOMOUS VEHICLES  It’s a major technological advancement influencing and shaping our future mobility and quality of life.  The automated driving features are a reality in nowadays cars:  Advanced Driver Assistant Systems (ADAS)  AD features in commercial vehicles  BMW – Self parking assistant  Tesla – Autopilot  Mercedes – Drive Pilot  VW – Traffic Jam Assist

AUTONOMOUS VEHICLES  The main benefits are:  Safety: Reduce accidents caused by human errors.  Efficiency and environmental objectives: Increase transport system efficiency and reduce time in congested traffic. Smoother traffic will help to decrease the energy consumption and emissions of the vehicles.  Comfort: Enable user’s freedom for other activities when automated systems are active.  Social inclusion: Ensure mobility for all, including elderly and impaired users.  Accessibility: Facilitate access to city centres.

AUTONOMOUS VEHICLES  The economic impact projected for autonomous driving for the years to come ranging up to €71bn in  The estimated global market for automated vehicles is 44 million vehicles by  The industrial sector and the legal framework needs to evolve and adapt in a fast pace to stay ahead in global competitiveness.

AUTONOMOUS VEHICLES  Spain has defined the different levels of automation  For the higher level (5) the driver doesn’t apply.  It would not be necessary a driving license for level 5.

AUTONOMOUS VEHICLES  What role has to play a national traffic administration?  Neutral.  Promote a stable regulatory framework.  Promote testing and operations of autonomous cars in real traffic.  Attract investments for national Research institutes and industries.  Inform of the benefits of Autonomous driving to rise the public acceptance. Demonstrate Reliability, Safety and Robustness of Technology. There is no margin for error with safety-critical technologies. They must work perfectly every time.

AUTONOMOUS VEHICLES  What role has to play a national traffic administration?  Demonstrate Reliability, Safety and Robustness of Technology.  There is no margin for error with safety-critical technologies. They must work perfectly every time.

AUTONOMOUS VEHICLES  SPAIN - State of art  Regulatory framework for the testing and operation of vehicles on public roads (not specific for autonomous driving).  Autonomous vehicles have been already tested.  100 km corridor GALICIA equipped with several V2X communications systems, sensors and cooperative systems.

AUTONOMOUS VEHICLES  SPAIN - State of art  The Spanish automotive industry is a world reference.  The companies automakers and components form a tandem recognized prestige in terms of competitiveness and performance  Important innovation and research centers.  Spain has not ratified Vienna Convention.

AUTONOMOUS VEHICLES  SPAIN - State of art  Working groups – legal framework  Insurance and responsibility  Draft of a new Vehicle code including autonomous driving.  Promoting real tests of AD vehicles in Spain/Europe

And what about driving licences?

DRIVING LICENSE  For some levels of AD its not going to be necessary  Specialization  “Business as usual” its not going to work in the future  Work closely with OEMs  The technology (AD) makes driving easier and safer

Conclusion

CONCLUSION  Disruptive changes  New business models  The vehicle (and its technology) gains relevance  Great opportunity to achieve the objectives of Vision Zero.

THANKS YOU FOR YOUR ATTENTION