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Completed Research
Revolutionizing our Roadways: Cybersecurity Considerations for Connected and Automated Vehicle Policy
Automated and connected vehicles involve rapidly developing technologies, with the potential to disrupt the United States transportation system. These technologies could provide many benefits, but there are still many issues that must be resolved before the vehicles can be implemented. Cybersecurity is one of those issues. Cybersecurity protections for automated and connected vehicle systems are not fully developed or completely understood. This undeveloped state presents an opportunity for state governments to become familiar with these systems as they develop, and refine state cybersecurity policies and oversight to meet the needs of future vehicle technologies.
Link to Revolutionizing our Roadways: Cybersecurity Considerations for Connected and Automated Vehicle PolicyRevolutionizing our Roadways: Policy Considerations for Automated VehicleTesting in Texas
Automated vehicles promise many societal benefits, but a multitude of technical and policy issues must be resolved before society can reap these rewards. To address some of these issues, several states have already adopted policies and regulations overseeing automated vehicle testing and operations. To help state leaders in Texas understand the tradeoffs and concerns surrounding different policy options, this report reviews the measures other states have taken, and also reviews recommendations from both the automated vehicle industry and the federal government. In addition, the report addresses how different approaches could affect salient policy considerations like safety, cost, and regulatory consistency and intensity.
Link to Revolutionizing our Roadways: Policy Considerations for Automated VehicleTesting in TexasNew approaches to transportation management
The research addressed next-generation strategies for transportation management which can help increase system efficiency and manage congestion more effectively.
Strategies include advanced traveler information, dynamic speed limits, dynamic lane use control/dynamic shoulder lanes, dynamic junction control, and integrated corridor management. The study also highlighted potential technology and policy implications related to these strategies that can contribute to their successful use in Texas.
View the Project Video
NEWS: Researchers examine potential use of variable speed limits in Texas
Automated Vehicles: Policy Implications Scoping Study
Automated vehicles offer the potential to dramatically change and disrupt the American transportation system, and they may also offer significant benefits. This study sought to understand how automated vehicles can alter the transportation system, identify implications for state and local transportation providers, determine future research needs, and understand emerging policy issues.
Link to Automated Vehicles: Policy Implications Scoping StudyRevolutionizing our Roadways: The challenges and benefits of making automated vehicles a reality
This primer offers a condensed and illustrated version of the Policy Implications Scoping Study. The information is presented with a policy audience in mind, including an overview of automated vehicles, insights from both government personnel and industry representatives, and an examination of the benefits and challenges associated with automated vehicles. The handbook also address questions related to regulation at both the state and national levels.
Link to Revolutionizing our Roadways: The challenges and benefits of making automated vehicles a realityResearch in Progress
Automated Vehicles Continuation: Data Privacy and Liability
Automated and connected vehicles promise many benefits for the US transportation system, but the data privacy implications are not well understood or defined. The work under this task continues the work from the previous fiscal year at defining the associated data privacy concerns and potential policy issues. The project will document how other states have managed data privacy in recent legislation for connected and automated vehicles; identify best practices from the literature; define the current data privacy environment for the State of Texas; and further identify, categorize, and describe the different types of information transmitted in and out of automated/connected vehicles that contains – or has the potential to contain – personally identifiable information. The project also includes a task for researching automated and connected vehicle liability issues, and potentially the administrative work associated with developing a workshop on the subject.
Disruptive Communications Technology and Transportation
Significant advances in transportation technology and the need for subsequent policy are often triggered by sudden disruptive changes in technological capabilities. Furthermore, the continued development of the “Internet of Things” (IOT), which will ultimately connect people, processes and data into wide-scale networks, is likely to alter how the State of Texas delivers transportation services. This study is identifying and evaluating imminent disruptive communications technologies, with the goal of assessing the implications of these developments on state transportation policy and associated implementation strategies.
Policy Implications of Sharing Transportation-Related Data
The research is identifying the various forms of data – both current and anticipated – that will require sharing across jurisdictions, and investigating shortcomings that may limit the sharing of that data to facilitate advanced transportation operations. Issues of particular interest are region-to-region sharing, state-to-state sharing, interstate agreements for data sharing, data exchanges, internal agreements, privacy, security, and liability. Other challenges that may emerge include limitations related to sharing data across international borders and facilitating agreements with third-party private sector data providers.
Implications of Automated Vehicle Crash Scenarios
This project explores possible policy questions under crash scenarios involving automated vehicles, and evaluates what the state should do to protect the public, ensure safe operation of vehicles, and develop data retrieval and data management protocols. The research may include a one-day workshop involving federal and state safety, law enforcement, and emergency response representatives.
Vehicle Telematics as a Platform for Road Use Fees
Vehicle telematics (i.e., in-vehicle computer and technology equipment) will continue to improve as they are developed and installed in passenger and commercial vehicles. Such applications are likely to be standard features in a growing number of new model vehicles. There is a strong potential for these systems to be leveraged to achieve transportation-related public policy goals and, in particular, revenue generation. This research will examine technologies and associated applications such as in-vehicle operating systems, GPS, on-board maps, wireless communication platforms, mobile device networking components and the various communication languages supporting these technologies to assess their potential to support future road user fee measurement and reporting.
Testimony to the U.S. Congress
John Maddox Testimony June 18, 2014
Testimony before the U.S. House Science, Space, and Technology Committee – Subcommittee on Research and Technology, addressing vehicle and infrastructure technologies, and the role of government and industry research and development, including policy issues. | Video Testimony
Download the Testimony
Presentations
Automated Vehicles and Public Policy: State and Local Perspectives
Presentation by Ginger Goodin at the 2015 Transportation Research Board Meeting (revised: January 2015, Washington, D.C.) | Download presentation
Presentation by Ginger Goodin at the 2014 Automated Vehicles Symposium, hosted by TRB and AUVSI (July 16, 2014, San Francisco) | Download presentation
Area Leader
Beverly T. Kuhn, Ph.D., P.E.
Dr. Beverly Kuhn has more than 24 years of diverse and extensive experience in the conduct of operations-related research. She serves as head of the System Reliability Division of the Texas A&M Transportation Institute. Her areas of research expertise include active transportation and demand management, active traffic management, managed lanes, traffic operations, ITS, human factors and safety, and traffic control devices and sign visibility. She is considered a leader in the area of active transportation and demand management (ATDM) and is currently involved in numerous projects for FHWA and NCHRP on topics related to ATDM. She has also led groundbreaking and comprehensive research in the area of managed lanes, which is considered the premiere guidance on special use lanes and their operations and performance. She has been involved in numerous efforts for state departments of transportation and FHWA related to active traffic management strategies for freeway corridors. She currently serves as secretary of the TRB Committee on Freeway Operations, chair of the TRB Joint Subcommittee on Active Traffic Management, and chair of the TRB Section on Users Performance.
Research in Progress
New Approaches to Transportation Management and Traveler Information, Policy Implications of Sharing Transportation-Related Data
Email · Tel: 979-862-3558
Key Researchers
Richard “Trey” Baker
Research in Progress
· Vehicle Telematics as a Platform for Road User Fees
Email · Tel: 512-407-1113
Michael Manser
Research in Progress
· Disruptive Communications Technology and Transportation
Email · Tel: 512-407-1172
Mohammad Poorsartep
Research in Progress
· Connected and Automated Vehicle Primer
· Implications of Automated Vehicle Crash Scenarios
Email · Tel: 734-757-5878
Jason Wagner
Research in Progress
· Policy Research for Connected and Automated Vehicles
Email · Tel: 512-407-1106
Johanna Zmud
Research in Progress
· - Policy Research for Connected and Automated Vehicles
Email · Tel: 512-407-1140