Safety Architecture Overview Framework for the prediction, - - PowerPoint PPT Presentation

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Safety Architecture Overview Framework for the prediction, - - PowerPoint PPT Presentation

Safety Architecture Overview Framework for the prediction, explanation and control of risks of ERTMS Katja Schuitemaker, G. Maarten Bonnema, Marco Kuijsten, Heidi van Spaandonk and Mohammad Rajabali Nejad 19/12/2018 Katja Schuitemaker 2012


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SLIDE 1

Safety Architecture Overview Framework

for the prediction, explanation and control of risks of ERTMS

Katja Schuitemaker, G. Maarten Bonnema, Marco Kuijsten, Heidi van Spaandonk and Mohammad Rajabali Nejad 19/12/2018

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SLIDE 2

Katja Schuitemaker

  • 2012 

Bsc Engineering, Design and Innovation

  • 2015 

Msc Emerging Technology Design, focus on Systems Engineering

  • 2015 

Writing research proposal + acquiring funds

  • 2016 

Start PHD

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SLIDE 3

Agenda

  • 1. ERTMS and safety
  • 2. Safety Architecture Overview Framework
  • RA
  • RE
  • Scenario specific
  • 3. KPIs
  • 4. Example
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SLIDE 4

European Railway Traffic Management System: “Improved safety for passengers” (ertms.net) (only L2 B3) ERTMS and Safety

Continuous supervision Train speed

By use of the communicationsystem GSM-R (Level 2)

Reducing the risk for human errors

By improving the work environment

Decreasing the amount

  • f Signals Passed At

Danger (SPAD)

By monitoring braking curves

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SLIDE 5

What is it? What does it do? Of what? For who?

Model Creating the integral safety architecture Complex, interdisciplinary systems Substantiators, consultants of the safety architecture

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SLIDE 6

The model

Pilot Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

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SLIDE 7

The model

Pilot Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

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SLIDE 8

The model

Pilot Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

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SLIDE 9

The model

Pilot Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

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SLIDE 10

The model

Pilot Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

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SLIDE 11

Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

slide-12
SLIDE 12

Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

slide-13
SLIDE 13

Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

slide-14
SLIDE 14

Select data

Translate Filter Group Structure Generate scenarios Generate layers Select view Present

Raw data Safety architecture Presentation customized views Layered scenarios Information

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SLIDE 15

What:

  • Real-life case
  • Experiments
  • Student

How:

  • Test
  • ±4 participants
  • 60-90 min test, ± 10 questions

Cases