Research Tracks
Track 1 -Identification of critical crash scenarios for V2V has been completed. Initial benchmarks for safety application function, performance, and effectiveness have been developed.
Track 2 - Ensure interoperability and determine supporting infrastructure needs for V2V deployment. Safety applications must work on all types of equipped vehicles and adhere to communication standards to ensure security and message integrity.
Track 3 - Develop rigorous estimates of safety benefits. The development of performance measures, objective test procedures, and an adaptation of Advanced Crash Avoidance Technologies will assist in validating safety benefits.
Track 4 - Develop prototype active safety applications and evaluate through objective tests and field trials. The development of these applications is dependent upon and assists in the analysis of the functional and performance requirements for the underlying technologies, such as positioning and communications. However, additional research needs to be conducted to address more complex crash scenarios for a number of additional scenarios. An additional effort under this track will be the cooperative research and development of a safety application with European Union partners.
Track 5 - Develop effective driver vehicle interfaces. Collision warning system effectiveness relies on the quality of its interface, which can affect the driver’s performance
Track 6 - Investigate policy issues and formulate regulatory decisions within the context of the broader program.
Track 7 - Develop and evaluate V2V safety applications that incorporate the unique needs and vehicle dynamics of commercial vehicles, large trucks, and motor coaches. Research from NHTSA estimates V2V applications can address a significant percentage of all heavy truck crashes involving unimpaired drivers. Other applications for commercial vehicle operators will also be evaluated.
Track 8 - Develop transit safety applications. Using the work done on automobile safety applications and transitioning its applicability to transit vehicles could positively impact the industry.
Research TracksTrack 1 -Identification of critical crash scenarios for V2V has been completed. Initial benchmarks for safety application function, performance, and effectiveness have been developed.Track 2 - Ensure interoperability and determine supporting infrastructure needs for V2V deployment. Safety applications must work on all types of equipped vehicles and adhere to communication standards to ensure security and message integrity.Track 3 - Develop rigorous estimates of safety benefits. The development of performance measures, objective test procedures, and an adaptation of Advanced Crash Avoidance Technologies will assist in validating safety benefits.Track 4 - Develop prototype active safety applications and evaluate through objective tests and field trials. The development of these applications is dependent upon and assists in the analysis of the functional and performance requirements for the underlying technologies, such as positioning and communications. However, additional research needs to be conducted to address more complex crash scenarios for a number of additional scenarios. An additional effort under this track will be the cooperative research and development of a safety application with European Union partners.Track 5 - Develop effective driver vehicle interfaces. Collision warning system effectiveness relies on the quality of its interface, which can affect the driver’s performanceTrack 6 - Investigate policy issues and formulate regulatory decisions within the context of the broader program.Track 7 - Develop and evaluate V2V safety applications that incorporate the unique needs and vehicle dynamics of commercial vehicles, large trucks, and motor coaches. Research from NHTSA estimates V2V applications can address a significant percentage of all heavy truck crashes involving unimpaired drivers. Other applications for commercial vehicle operators will also be evaluated.Track 8 - Develop transit safety applications. Using the work done on automobile safety applications and transitioning its applicability to transit vehicles could positively impact the industry.
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