Intelligent Roads": State of Play - PowerPoint PPT Presentation

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Intelligent Roads": State of Play

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Most cities and towns are equipped with UTC systems. Why? ... Eg, London' electronic purse (Oyster card) contactless card holding season ... – PowerPoint PPT presentation

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Title: Intelligent Roads": State of Play


1
Intelligent Roads" State of Play Future
Perspectives
  • The viewpoint of cities regions
  • Suzanne Hoadley, Polis

2
Main ITS applications in cities/regions
  • Traffic management
  • Most cities and towns are equipped with UTC
    systems
  • Why?
  • To best manage different users of road space
    (pedestrians, cyclist, drivers and public
    transport) main difference between highway and
    urban road network
  • To optimise traffic flow at all times
  • Traffic control centres
  • Integrated UTC centres, eg, Berlin (PT road
    operators under one roof).
  • Other stakeholders and services, eg, transport
    police in London (incident management), observing
    public disorder (Birmingham)

3
Main ITS applications in cities/regions
  • Traffic management
  • Data gathering
  • Sources local and highway authorities, transport
    police, automobile clubs, buses/trams, events,
  • Technologies CCTV, loops, eye in the sky,
    floating vehicle data (eg, Surrey CC)
  • Delivery mechanisms transport authority alone or
    public-private partnerships, eg, VMZ Berlin,

4
Main ITS applications in cities/regions
  • Demand management strategies
  • Approaches
  • Road pricing/tolling, eg, London, Trondheim
  • Access restrictions, eg, Rome
  • Similar policy objectives (reduce congestion in
    city centre) but different methods
  • Technologies from simple (ANPR) to sophisticated
    (GPS)
  • London Rome ANPR
  • Why? simple, proven technology
  • Accuracy 90 London 98 Rome
  • London trials of tag beacon medium-term
    objective differentiated pricing (GPS)

5
Some intelligent users reactions
Alcune reazioni
6
Main ITS applications in cities/regions
  • Demand management strategies
  • Wider developments
  • Locally
  • More and more cities considering road pricing
    and/or access restrictions as a tool to combat
    congestion
  • European level
  • Infrastructure charging directive
  • Interoperability directive
  • (subsidiarity interuban network only but apply
    defacto to cities)
  • National initiatives
  • Germany and UK national lorry road user charging

7
Main ITS applications in cities/regions
  • Real-time network information
  • Road network
  • Interfaces VMS, Internet, SMS, on-board
  • Real-time but also working on predictive
    information
  • Reroute journey or choose alternative travel mode
  • Parking information guidance
  • Information on parking space availability (VMS)
  • Route guidance
  • Prebooking services (Internet)

8
Main ITS applications in cities/regions
  • Real-time Public Transport (PT) information
    priority
  • Interfaces PT stops (LCD displays, Göteborg),
    Internet, public screens/kiosks (eg, Bristol
    shopping centre hospital), SMS (eg, Hellobus,
    Bologna)
  • PT priority at signals and bus-lane enforcement
  • Technology AVL (GPS or sensors) CCTV

9
Main ITS applications in cities/regions
  • Smartcards
  • Aims to facilite PT use and intermodality
  • Eg, London electronic purse (Oyster card)
    contactless card holding season passes and pay as
    you go
  • Multifunctional Smartcards
  • to pay for other transport services (eg, tolls)
  • Extend to other services, eg, bankcard, municipal
    services (library card, etc)

10
Main ITS applications in cities/regions
  • Improving safety
  • Incident detection and management
  • Speed and red-light camera enforcement
  • Improving environment
  • Monitoring of air quality and adapting traffic
    management strategy accordingly (HEAVEN project)
  • Journey planning
  • Few (if any) offer real-time journey planning but
    working towards it

11
Main challenges
  • Legacy systems
  • Difficult to retrofit ITS applications to bespoke
    or older UTC systems, eg, Paris bus priority
  • Integration
  • Problem systems from different suppliers can
    rarely talk to eachother
  • Solutions common/open platforms (eg, UTMC,
    DATEX, etc protocols but not yet standards)

12
Main challenges
  • Funding
  • Benefits of UTC well established
  • Not the case for other ITS applications
  • Main issue WHO SHOULD PAY?
  • Authorities, industry or public?
  • CBA should consider impact of ITS on broader
    transport policy objectives, eg
  • contribution to modal shift (RT PT information,
    bus priority, journey planners, road network
    information)
  • reduced congestion (road network information)
  • air quality improvements, eg, HEAVEN DSS
  • Potential solution PPP, eg, MATTISSEM3

13
Future perspectives
  • Cooperative vehicle infrastructure systems (CVIS)
  • Local authority perspective potentially huge
    benefits but long-term vision (20 years)
  • Early examples, Intelligent Speed Adaptation
    (ISA)
  • Wider security benefits
  • Remotely stopping a vehicle instead of dangerous
    police pursuit
  • Current ANPR technology can reveal unlicensed,
    uninsured vehicles
  • Main concerns
  • Car manufacturers imposing technology on
    infrastructure operators
  • Liability who responsible if technology fails?

14
Future perspectives
  • Benefits of GPS/Galileo for cities/regions
  • Managing municipal fleets
  • Improve reliability of real-time PT information
  • Less infrastructure intensive for bus priority
  • Urban road pricing
  • Fairer system of charging (according to time,
    distance and journey)
  • Incident detection managment

15
What is Polis ?
  • A network of cities and regions working in the
    field of transport
  • 70 members
  • Partnerships with research centres and industry
  • founded in 1989
  • President AMT Genoa (Italy)
  • based in Brussels with a staff of 7
  • Aim to promote innovation in transport both at
    technical and organisational level, through
  • learning from one other (sharing experiences
    solutions)
  • implementing innovative solutions (promoting
    innovative solutions and facilitating access to
    EU RTD projects)
  • promoting sustainable mobility (voice of cities
    and regions vis-à-vis European ins

16
Polis in support of ITS
  • ITS is a core activity of Polis
  • Many members previously currently involved in
    EU-funded RTD projects in field of ITS
  • Current priorities
  • Promote take-up of ITS solutions
  • Faciliate exchange of experiences
  • Current activities
  • Traffic efficiency WG
  • Aims to learn from best practice, develop a
    vision for the future, dialogue with the
    Commission on perpsectives for cities (CVIS, etc)
    and support required

17
  • Thank you
  • For more information
  • shoadley_at_polis-online.org
  • www.polis-online.org
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