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Integrated Project Co-operative Systems for Road Safety “Smart Vehicles on Smart Roads”

Integrated Project Co-operative Systems for Road Safety “Smart Vehicles on Smart Roads” Tobias Schendzielorz (TUM), Sibylle Nussbächer (PTV) tobias.schendzielorz@vt.bv.tum.de / sibylle.nussbaecher@ptv.de. SAFESPOT. To be discussed….

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Integrated Project Co-operative Systems for Road Safety “Smart Vehicles on Smart Roads”

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  1. Integrated Project Co-operative Systems for Road Safety “Smart Vehicles on Smart Roads” Tobias Schendzielorz (TUM), Sibylle Nussbächer (PTV) tobias.schendzielorz@vt.bv.tum.de / sibylle.nussbaecher@ptv.de SAFESPOT

  2. To be discussed… • D2.2.2 - Link between User Needs, Technology Scenarios and System Requirements • D2.2.2 - Current State of Completion • Technology Scenarios - Structure • Technology Scenarios - Template to be used • Technology Scenarios - Plan for Completion

  3. D2.2.2 - Link between User Needs, Technology Scenarios and System Requirements Technology Analysis User Needs Technology Scenario System Requirements context functional non functional Final Report D 2.2.2 !

  4. D2.2.2 - Current State of Completion completed partly completed missing Technology Analysis User Needs Technology Scenario System Requirements context functional non functional Final Report D 2.2.2 !

  5. Algorithms • Roadside Sensors • Vehicle Sensors • Roadside Sensors + Vehicle Sensors • Roadside Sensors + Vehicle Sensors + External Sources Alert (roadside / in vehicle) Technology Scenarios (1) - Structure • Proposed Structure of Chapter 5 – Technology Scenarios: • 5Infrastructure Platform: High Level Architecture and Technology Scenarios • 5.1Infrastructure Platform Architecturecomplete? • 5.2Technology Scenarios • Proposed Contents: • Brief introduction about data sources

  6. Technology Scenarios (2) - Structure • 5.2.1 Detection by Roadside Sensors • Collection of all Technology Scenarios of the partners who are going to use only roadside sensors as data sources. • 5.2.2 Detection by Vehicle Sensors • Collection of all Technology Scenarios of the partners who are going to use only vehicle sensors as data sources. • 5.2.3 Detection by Roadside Sensors + Vehicle Sensors • Collection of all Technology Scenarios of the partners who are going to use roadside and vehicle sensors as data sources. • 5.2.4 Detection by Roadside Sensors + Vehicle Sensors + External Sources • Collection of all Technology Scenarios of the partners who are going to use roadside sensors, vehicle sensors and also information / data provided by external sources.

  7. Technology Scenarios - Template to be used

  8. Areas of Use Cases in SP5 1. Obstacles (“black spots) 2. Misjudgment (“driver’s wrong behaviour”) 3. Rule violation 4. Critical Environment conditions (including infrastructure drawbacks) 5. Safety improving driver assistance (including safety margin).

  9. SP5 Use Cases

  10. Technology Scenarios - Plan for Completion • Step1: • Every partner is pleased to give contribution to chapter “Technology Scenario” using the provided template and derive • Due date: 26.September 2006 • Step2: • TUM and PTV are going to consolidate the received input until the… • 06. October 2006

  11. Thank you for your attention! Tobias Schendzielorz (TUM), Sibylle Nussbächer (PTV) tobias.schendzielorz@vt.bv.tum.de / sibylle.nussbaecher@ptv.de SAFESPOT

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