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Emerging V2I Deployment Coalition Framework

Overlook at the V2I Deployment Coalition and the proposed objectives, key tasks, project team, objectives, tasks and roles and responsibilities.
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AASHTO Near Term V2I Transition and Phasing Analysis

AASHTO Working Group meeting December 3, 2014, Beckmann Center, California
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AASHTO Connected Vehicle Field Infrastructure Footprint Analysis

AASHTO Connected Vehicle Field Infrastructure Footprint Analysis: Preparing to Implement a Connected Vehicle Future

Executive :

The fundamental premise of the Connected Vehicle Environment lies in the power of wireless connectivity among vehicles, the infrastructure, an

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AASHTO National Connected Vehicle Field Infrastructure Footprint Analysis - Project Status Update

This PowerPoint presentation gives an overview of the project background and objectives, footprint development process, applications analysis, deployment concepts, scenarios, and the remaining tasks.
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AASHTO Connected Vehicle Infrastructure Deployment Analysis

This report describes a deployment scenario for Connected Vehicle infrastructure by state and local transportation agencies, together with a series of strategies and actions to be performed by AASHTO to support application development and deployment.
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Connected Vehicle Technical Insights: Vehicle Applications and Wireless Interoperability

ITS America's first wireless report examined how next generation 4G cellular (wide-area), and nomadic wireless such as Wi-Fi (local-area) and Dedicated Short Range Communications (vehicle-area) will evolve and possibly support a number of vehicle applications.  

  

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Connected Vehicle Assessment: Cybersecurity and Dependable Transportation

 

This report is an overview of global innovations in risk management and development of safe, dependable and secure systems. Cyber security is about meeting critical assurance requirements - maintaining transportation systems that ensure the preservation of human safety, the envir

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Connected Vehicle Insights: Trends in Roadway Domain Active Sensing

The report analyzes the merits and limits of active sensing technologies (Radar, LIDAR and Ultrasonic detectors)  and how the demands for such technologies is evolving.  Of all the roadway domain active sensing technologies, vehicular radar is the best at detecting typical driving confl

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Connected Vehicle Assessment: Vehicle Electrification and the Smart Grid, The Supporting Role of Safety and Mobility Services

The report recognizes that the key technologies that may ensure electric vehicles' further success in the marketplace are battery attribute improvements – improved energy densities, recharging times, and durability – that lower the cost and improve the range, efficiency and powertrain performance of
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Connected Vehicle Insights: Trends in Machine-to-Machine Communications

This report describes Machine-to-Machine service architecture and how it is evolving over the next several years. Nearly 50 billion Machine-to-Machine (M2M) devices are predicted to be deployed by all sectors by 2025. The largest impediment to M2M deployment in the transportation sector is largely l
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Connected Vehicle Insights: Fourth Generation Wireless Vehicle and Highway Gateways to the Cloud

With Fourth Generation cellular (4G), we will see the complete extension of the internet suite of protocols to the wireless environment. 4G likely represents the end of the traditional siloed telecommunications approach that has been the result of decades of investment in single-application “purpose
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Connected Vehicle Insights: Trends in Computer Vision

Drivers must keep their eyes on the road, but can always use some assistance in maintaining their awareness and directing their attention to potential emerging hazards. In the last decade, the auto industry and the auto aftermarket have experimented with devices that provide drivers with a second
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TRB Webinar: Connected Vehicle Tracking to Improve Operational Efficiency

TRB conducted a webinar on August 26, 2015, from 2:00pm to 3:30pm ET that focused on using information from connected vehicles to provide data for improved operational efficiency. Webinar presenters discussed how telematic information, such as vehicle location, engine diagnostic codes, snow plow ope
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Vehicles to Infrastructure (V2I) Deployments

This presentation goes into the fully connected transportation system, parallel research efforts in connected vehicle applications, vehicle-to-infrastructure communications, next steps and how to get involved, and the FHWA V2I deployment guidance and products.
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What are Connected Vehicles?

In the future cars, trucks, buses, the roadside, and our smartphones will talk to each other. Such a system of “connected vehicles,” mobile devices, and roads will provide a wealth of transportation data, from which innovative and transformative applications will be built. Connected vehicle te
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Connected Vehicles: A Public Sector Perspective

Connected Vehicles to Driverless Vehicles...The Future of Transportation. What Does it Mean to Me?
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T3 Webinar: National Connected Vehicle Field Infrastructure Footprint Analysis

Background:

The Footprint Analysis project team has developed a preliminary general concept of a national connected vehicle (CV) field infrastructure footprint. The team was co-led by the Federal Highway Administration (FHWA) and the American Association of State Highway and Transporta

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Webinar: Connected Vehicle Safety Pilot Model Deployment

Webinar presentation on connected vehicle safety pilot model deployment. Presented by Jim Sayer, University of Michigan Transportation Research Institute Program Manager.
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Connected Vehicle Reference Implementation Architecture Webinar #1: V2I Safety Applications

The Connected Vehicle Reference Implementation Architecture (CVRIA) effort is reaching a key milestone—the initial set of physical, enterprise, and communications views are now complete, and have been posted to the CVRIA website (http://www.iteris.com/cvria/). Join the USDOT and the CVRIA team fo

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Connected Vehicle Reference Implementation Architecture Webinar #2: Traffic Signal Applications

The Connected Vehicle Reference Implementation Architecture (CVRIA) effort is reaching a key milestone—the initial set of physical, enterprise, and communications views are now complete, and have been posted to the CVRIA website (http://www.iteris.com/cvria/). Join the USDOT and the CVRIA team fo

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Connected Vehicle Reference Implementation Architecture Webinar #3: Road Weather

The Connected Vehicle Reference Implementation Architecture (CVRIA) effort is reaching a key milestone—the initial set of physical, enterprise, and communications views are now complete, and have been posted to the CVRIA website (http://www.iteris.com/cvria/). Join the USDOT and the CVRIA team fo

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Connected Vehicle Reference Implementation Architecture Webinar #4: Trucks

The Connected Vehicle Reference Implementation Architecture (CVRIA) effort is reaching a key milestone—the initial set of physical, enterprise, and communications views are now complete, and have been posted to the CVRIA website (http://www.iteris.com/cvria/). Join the USDOT and the CVRIA team fo

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Connected Vehicle Reference Implementation Architecture Webinar #5: Support Applications

The Connected Vehicle Reference Implementation Architecture (CVRIA) effort is reaching a key milestone—the initial set of physical, enterprise, and communications views are now complete, and have been posted to the CVRIA website (http://www.iteris.com/cvria/).

Join the USDOT and the CVR

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Connected Vehicle Reference Implementation Architecture Webinar #6: Transit Appliciations

The Connected Vehicle Reference Implementation Architecture (CVRIA) effort is reaching a key milestone—the initial set of physical, enterprise, and communications views are now complete, and have been posted to the CVRIA website (http://www.iteris.com/cvria/). Join the USDOT and the CVRIA team fo

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