Xerox in Intelligent Transport Systems

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2 Xerox in Intelligent Transport Systems ERTICO, ITS America, UK, World Road Association (PIARC), International Road Federation, UITP, Michelin Challenge Bibendum, UMTRI Mobility Transformation Centre, EC C-ITS Platform Transport services in 35 countries including: 5 billion dollars in road tolls collected annually for our clients 200 million plus public transport tickets processed daily 37 billion dollars public transport fares processed annually Manage safety enforcement systems and process millions of enforcement notices Globally operators and authorities rely on our car park and on street parking services Authorities around the World trust us to support their services

3 Intelligent Transport Systems Safer Surer Smoother Smarter Simpler Support Policy Services that are: Accepted Convenient Reliable Robust Safe and secure Cost effective Fair and consistent Enabled by technology Capture benefits Work differently

4 ITS Development 1100 BC Chinese Chariot 1760 H4 Longitude (John Harrison) 1844 Samuel Morse 1857 Elisha Graves Otis 1867 William Phelps Eno (Age 9) 1912 New York Heat wave (1200 horses) 1973 Job Klijnhout (AID) 1983 Korean Airlines (269 killed)

5 Integrated services Sensors, FCD, Loops, Video, CCTV, Social media Journey times Public transport arrival times Timetables and routes Congestion Disruption Delays Incidents Road works Events Air quality Parking spaces Incidents Congestion Air Quality Capacity Monitor Mobility Analytics Platform Data Processing Inform Integration Manage Public Transport Payments Financial Transactions Parking Off/on street payments Enforcement Processing Toll/RUC payments Urban Traffic Control Managed Motorways Low emission zones Access control VMS and diversions Network management Demand management Variable toll charges Freight management Photo detection User needs

6 OPUS Montréal (Québec) 100% fully interoperable 19 operators in Québec share the solution and the system while keeping their own data private. One contactless Card OPUS, used all over Quebec (bus, metros & trains), capable of storing different types of tickets simultaneously bus, 5 train lines & 4 metro lines included. Fully proven solution - 1,2 million contactless cards processed daily for over 2 years now. A reliable Public Transport system that helps everyone travel seamlessly while also reducing costs for the operators.

7 City Mobility Analytics Analytics tools for the city operator to optimize transportation infrastructure and manage demand. Analysing public transport operations, parking usage, traffic flow, mobility requirements, demographics, land use, Made Understandable and Simple!

8 Informed travellers/mobility

9 Los Angeles Dynamic on-street parking pricing Los Angeles concerned by circling traffic seeking parking spaces 6000 sensors in 800 streets Dynamic pricing influences driver behavior Direct motorists to under-utilised parking spaces Dynamic pricing is well received Merge solution manages all the data and provides: A Dashboard overview Real time reporting for maintenance and enforcement A policy adaptive system, and Has raised political awareness about the power of pricing 9

10 WRA (PIARC) / FISITA Joint Task Force on Intelligent Connected Vehicles (V2V & V2I) PIARC World Road Association (Founded 1909) Road administrations of 117 governments, companies, authorities and organizations in over 140 countries FISITA (Founded 1948) International Federation of Automotive Engineering Societies 150,000+ engineers belong to 38 national Societies Road Operators Policy guidance To assist with planning and investment Capitalise on opportunities Automotive industry Talk with road operators Understand role of the road operators How to cooperate and work together

11 Approach Independent, commercially neutral committee of enquiry approach Formulated questions Workshops Conferences Telephone interviews Meetings Road operators, automotive and communications industries 11

12 The commercial case for investment Commercial opportunities, new products and services, revenue streams and a quick return on investment. A business case already exists for the development of viable services in a number of areas, using the current level of connected vehicle technology: Consumer applications and infotainment ; Freight management applications; Charging and payment applications; Personal applications and social networking; and Navigation, journey planning and location-related applications 12

13 Automotive investment A convincing plan for investment in and operation of the infrastructure needed for a V2V security network as part of co-operative systems; Confidence that infrastructure-sourced data will be well managed and bring added value; A legal and regulatory framework that covers the deployment of co-operative systems; Clear market opportunities and transparency in the political, regulatory and competitive environment; Partnership agreements and leadership among the partners; and Well-developed plans for customer support and back office arrangements. 13 October 23, 2014

14 The public case for deployment For road operators, the connected vehicle and co-operative systems taken together offer a powerful new approach to managing roads and traffic. The technology can be harnessed to develop applications that will enable: better, cheaper information services and knowledge of network usage road facilitates management, charging and access control reduced delays from accidents and congestion tracking of secure or hazardous loads charging and tolling without delaying traffic improved options for traffic management and control non-invasive wide area data capture with less damage to the infrastructure travel and traffic information 14

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16 Issues affecting deployment Technical Communications Radio Frequency allocation Standards and architecture Operational System security and integrity Performance and reliability Data control and data management Legal and Regulatory Vienna Convention Vehicle type approval Liability Privacy 16 October 23, 2014

17 Connected / Cooperative vehicles

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21 Platform for the deployment of Cooperative ITS (C-ITS) in the EU Deliverables on cross cutting issues which hamper progress Help build cost- benefit analysis Identifying enablers and suitable options to address existing barriers Final outcome to be discussed with senior representatives of industry and relevant actors including the ITS Advisory Group and Member States DG for Mobility and Transport and the Commission Services will ensure the outcome is fed in to future initiatives CAR2020, Digital Agenda, TEN-T policy and Horizon 2020 research programmes.

22 Platform for the deployment of Cooperative ITS (C-ITS) in the EU European Union, Member States Public/Private organisations active in C-ITS Automotive industry Telecommunications industry Service providers Tier 1 suppliers Road infrastructure managers Insurance companies Local/regional authorities Representatives of user groups, associations commercial fleet, freight and passengers EU sector associations including environmental associations Individual experts

23 Platform for the deployment of Cooperative ITS (C-ITS) in the EU

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