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OPTIRAILS II

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The development and functional validation of an international rail traffic management system. ... Information about actual status of the rail network (OF212) ... – PowerPoint PPT presentation

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Title: OPTIRAILS II


1
OPTIRAILS II
THEMIS Clustering meeting Optirails II
project Dick Mans Brussels November 20, 2001
2
Overview
  • Introduction
  • Partners
  • Focus Scope
  • Workplan current status
  • Optirails architecture main actors
  • Business models example
  • Traffic information
  • Freight management information
  • Integration traffic and freight information

3
Introduction
  • Optimisation of Traffic through ERTMS/ETML
  • Fifth Framework project
  • UIC and EC DG TREN - Transport/Energy
  • Two year project, started in May 2000

4
Partners
  • Systra (F)
  • Halcrow group (UK)
  • Scanrail (DK)
  • FS (I)
  • Trademco (GR)
  • CFF/SBB (CH)
  • SCNF (F)
  • CSEE (F)
  • RENFE (S)
  • EPFL (CH)
  • STERIA (F)
  • TIFSA (S)
  • SWEDERAIL (SW)
  • TRANSURB (B)
  • VTT (FN)
  • NEI (NL)

5
ERTMS/ETML
  • European Rail Traffic Management System (ERTMS)
  • European Traffic Management Layer (ETML)
  • Levels of response time in rail traffic
    management
  • Level 1 Timetables (12/6 months)
  • Level 2 Short notices (30 days)
  • Level 3 Contingencies (1 day before)
  • Level 4 real time (few hours) OPTIRAILS
  • Level 5 reactive planning

0PTIRAILS
6
Focus scope
  • FOCUS
  • The development and functional validation of an
    international rail traffic management system.
  • SCOPE
  • The main objective is to create trans-European
    traffic management facilities devoted to
    international traffic.

7
Workplan current status
  • Functional requirement specification (finished)
  • Cost-benefit analysis (finished)
  • System requirements specification
  • Functional demonstrator (finished)

8
Main actors
  • Infrastructure Managers (IM)
  • Train Operating Companies (TOC)
  • One Stop Shop (OSS)

9
Optirails Architecture
  • Four options
  • Off-line data monitoring
  • Centralised information supply
  • Negotiated path assembly
  • Problem detection and solving

10
Business models
  • Step 1 Monitoring model (reporting)
  • Step 2 Information model (answers)
  • Step 3 Advising Model (advices)
  • Step 4 Supervision model (recommendations)
  • Step 5 Managerial model (directives)

11
Example
  • Train from the Netherlands to Italy delayed in
    the Netherlands.
  • Current situation in Italy aggregated delay
  • With Optirails delay solved in Germany, no delay
    in Italy

12
Traffic information
  • Train position information (OF211)
  • Delay information (OF115)
  • Information about actual status of the rail
    network (OF212)
  • Information about a planned reduction in
    infrastructure (OF216)

13
Freight information
  • Actual train load of freight train (OF124)
  • Planned routes for the freight trains (OF213)
  • Estimated times of arrival (OF218)

14
Integration traffic and freight
  • Several obstacles
  • Work involved in integrating national system with
    Optirails
  • Standardised UIC catalogue of messages not yet
    implemented in many countries
  • Some information is sensitive
  • End users have contracts with TOC, not IM.
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