Cooperative Intersection Collision Avoidance Initiative

1. Cooperative Intersection Collision Avoidance Initiative ITS JPO Lead: Mike Schagrin Technical Lead: Morris Oliver, Office of Safety

2. The Challenge • Every year at intersections: • 9100 FATALITIES • 1,500,000 INJURIES • 3,000,000 CRASHES • Cost to society  $124 Billion/year Sources: FARS and GES data, 2002 Cooperative Intersection Collision Avoidance Systems Initiative

3. Opportunity • Substantial research has been accomplished in the area of intersection collision problems • Recent technology advances allow for innovative systems to be more effective in reducing the number and severity of crashes • Active safety systems are being more embraced by OEMs and the driving public Cooperative Intersection Collision Avoidance Systems Initiative

4. Milestone/End Product • To develop and demonstrate cooperative intersection collision avoidance systems • To assess the value and acceptance of cooperative collision avoidance systems • To develop and provide tools to support industry deployments Cooperative Intersection Collision Avoidance Systems Initiative

5. Cooperative Intersection Collision Avoidance Systems Initiative

6. Program Plan/Approach • The Initiative consists of three phases • Phase 1: Preparatory Analysis • Phase 2: System Design • Phase 3: Prototype Development • Phase 4: Field Operational Test • Phase 5: Stakeholder Engagement • Duration of Initiative • FY04 – FY08 Cooperative Intersection Collision Avoidance Systems Initiative

7. Phase 1: Preparatory Analysis • Goal • Establish a Strong Foundation for Program Development and Execution • Actions • Establish stakeholder ownership • Formulate Program Definition • Concept of operations and functional requirements • Preliminary down-selection of most promising solutions for each problem area • Define Execution Strategy • Procurement strategy • Program work plan • Outreach plan Cooperative Intersection Collision Avoidance Systems Initiative

8. Phase 2: System Design • Goal • Create Viable System Designs for Prototyping • Actions • Develop system architecture and technology independent performance specifications • Develop needed technologies and objective tests for prototype assessment • Design and build data acquisition systems • Identify most promising designs for prototyping • Engage potential FOT partners Cooperative Intersection Collision Avoidance Systems Initiative

9. Phase 3: Prototype Development • Goal • Develop and Evaluate Prototype Systems • Actions • Integrate subsystems and build prototypes • Conduct objective test in a controlled environment • Validate performance of systems • Evaluate alternatives for FOT • Collaboration with VII Cooperative Intersection Collision Avoidance Systems Initiative

10. Phase 4: Field Operational Tests • Goal • Demonstrate and Quantify Effectiveness of Cooperative Systems • Actions • Identify FOT partners and locations, establish FOT design and build FOT ready systems • Craft evaluation strategy and plan, and conduct tests in real world environment • Develop analysis methods, and build database and tools • Install systems • Analyze data  cost/benefit, user acceptance, performance Cooperative Intersection Collision Avoidance Systems Initiative

11. Phase 5: Stakeholder Engagement • Goal • Create Industry Support for Deployment • Actions • Form ICA working group • Establish broader industry stakeholder group • Develop and execute outreach plan • Develop tools to support deployment Cooperative Intersection Collision Avoidance Systems Initiative

12. Summary • Focusing on intersection collision avoidance opportunities • Exploring both infrastructure based systems and infrastructure-vehicle based systems • Providing empirical data on the value of systems and stakeholder acceptance • Developing tools to support system deployments Cooperative Intersection Collision Avoidance Systems Initiative