PLANNING SNAPSHOT 11:

Similar documents
Technical Memorandum# TM2

EXECUTIVE SUMMARY. St. Louis Region Emerging Transportation Technology Strategic Plan. June East-West Gateway Council of Governments ICF

FORUM MEETING #2: JULY 8-9, 2018; SAN FRANCISCO, CA. Forum on Preparing for Automated Vehicles & Shared Mobility

update update Presented by Alpesh Patel Cambridge Systematics January 30, 2018 CRAFT Cambridge Systematics, Inc. Alpesh Patel presented to

2015 HDR, Inc., all rights reserved.

Emerging Transportation Technology Strategic Plan for the St. Louis Region Project Summary June 28, 2017

Ultra-wideband for Automated Transit Robert James

Preparing for an Uncertain Future:

TRB Workshop on the Future of Road Vehicle Automation

Smart Cities. Smart Cities Indicator Survey Highlights

Instrumentation and Control

The GATEway Project London s Autonomous Push

Automated Machine Guidance An Emerging Technology Whose Time has Come?

Index Public Library Funding & Technology Access Study,

TPEC: Self Driving Vehicles

California Public-Safety Radio Association

NUTC R293. Field Evaluation of Thermographic Bridge Concrete Inspection Techniques. Glenn Washer

2 nd Mileage-Based User Fee Symposium. Transition Issues and Research Needs. Paul Sorensen, RAND Corporation

What Works Cities Brief: The City Hall Data Gap

Is the scanned image stored as a color, grayscale, or black and white image? If applicable, what resolution is used?

PALMETTO 800 History Project Cost

AUTOMATED AND CONNECTED VEHICLES POLICY FRAMEWORK FOR CANADA

The Center for Emerging and Innovative Sciences University of Rochester September 5, 2013

Clear Roads Overview and Highlights

An Overview of TTI Automated and Connected Vehicles Research

Guidelines: Logos & Taglines L O G O S & G U I D E L I N E S

British Columbia s Environmental Assessment Process

Dowel Bar Standardization. NC^2 Spring Meeting Savannah, GA

Wyoming s Statewide Public-Safety Interoperable Radio Communications System WyoLink Frequently Asked Questions (FAQ)

Department of Veterans Affairs Technology Transfer Program. John J. Kaplan, PhD, JD Director, Technology Transfer Program

Technology Transfer. LYNNE H. IRWIN, Cornell University Local Roads Program

Click here for PIF Contacts (national, regional, and state level) The Partners in Flight mission is expressed in three related concepts:

Annual Report 2010 COS T SME. over v i e w

2012 ACCE Industry Advisory Board Best Practices Positioning Your Firm After the Great Recession

Visit AGFS Website at http//:

CRIRSCO and evolving international accounting standards: IFRSs

Draft executive summaries to target groups on industrial energy efficiency and material substitution in carbonintensive

Science Impact Enhancing the Use of USGS Science

Smart Cities. Wednesday, May 16, :30 a.m. - 12:00 p.m. (EDT) What is a smart city? Are we ready for it? What are the challenges?

Results of public consultation ITS

The National Academies & TRB: Preparing for Automated Vehicles and Shared Mobility

V2IDC TWG 2 (Research) Conference Call

TABLE OF CONTENTS OUR MISSION OUR MEMBERS OUR PLAN C_TEC S PRIORITIES WORDSMITH + BLACKSMITH

National Association of State Chief Information Officers (NASCIO) 2003 Recognition Award Nomination

Government of Puerto Rico Department of Labor and Human Resources Bureau of Labor Statistics BUSINESS EMPLOYMENT DYNAMICS: FOURTH QUARTER

Police Technology Jack McDevitt, Chad Posick, Dennis P. Rosenbaum, Amie Schuck

Climate Change Innovation and Technology Framework 2017

PENNSYLVANIA TURNPIKE COMMISSION COMMUNICATIONS INFRASTRUCTURE

EVALUATING AN ADAPTIVE SIGNAL CONTROL SYSTEM IN GRESHAM. James M. Peters, P.E., P.T.O.E., Jay McCoy, P.E., Robert Bertini, Ph.D., P.E.

Ensuring an Accurate Count of the Nation s Latinos in Census 2020

2019 OXFORD EWE LAMB FUTURITY (Sponsored by the American Oxford Sheep Association, Inc.)

CONFEDERATION LINE PRESENTATION TO RPIC CONFERENCE

Comments of Shared Spectrum Company

Scenario Planning for Connected and Automated Vehicles

I. INTRODUCTION A. CAPITALIZING ON BASIC RESEARCH

Phase 2 Executive Summary: Pre-Project Review of AECL s Advanced CANDU Reactor ACR

A Compendium of National Statistics on Women-Owned Businesses in the U.S. Executive Summary and Data Report

Is Texas Ready for Mileage Fees? Results from Exploratory Study Presentation to the Texas Transportation Commission December 15, 2010.

Science Integration Fellowship: California Ocean Science Trust & Humboldt State University

Food Product Standards to Support Exports

Pavement & Bridge Research Roadmap Update

Embraer: Brazil s pioneering aviation giant

PLENARY AND KEYNOTE SPEAKERS 2018 ACGM

Recommended Citations

psn update By Adam K. Matz

Interoperable systems that are trusted and secure

UNIFIED VISION FOR OUR MOBILITY FUTURE

THE FUTURE OF DATA AND INTELLIGENCE IN TRANSPORT

Improving the Safety and Efficiency of Roadway Maintenance Phase II: Developing a Vision Guidance System for the Robotic Roadway Message Painter

The Case for Transformational Change

Smart Grid Maturity Model: A Vision for the Future of Smart Grid

Version 2.2 April Census Local Update of Census Addresses Operation (LUCA) Frequently Asked Questions

INTERNAL AUDIT DIVISION CLERK OF THE CIRCUIT COURT

TERMS OF REFERENCE FOR CONSULTANTS Attached Technical Assistance on Sri Lanka: Expressway Operations Improvement Project

Interagency Working Group on Import Safety. Executive Order July 18, 2007

Clear Roads Overview. National Winter Maintenance Peer Exchange September 12-13, 2017 Pittsburgh, PA

Pennsylvania STARNet NASCIO Awards Information Communications Technology Innovation Commonwealth of Pennsylvania

Operational Objectives Outcomes Indicators

The greatest achievements in our society have always been the result of good people willing to donate their time to a worthy cause.

ROADMAP 12. Portland, OR June 18-19, Event Summary. Areas of Interest. Roadmap 12 Call for Proposals Case Studies, Speakers, & Breakout Sessions

Connected Vehicles and Maintenance Operations

2016 Smart Cities Survey Summary Report of Survey Results

EXPLORATION DEVELOPMENT OPERATION CLOSURE

Latin-American non-state actor dialogue on Article 6 of the Paris Agreement

What We Heard Report Inspection Modernization: The Case for Change Consultation from June 1 to July 31, 2012

ETCC First Quarter-2012 Meeting CPUC Update. Ayat Osman, Ph.D. March 29, 2012 PG&E PEC, San Francisco

I-5 Bridge Replacement Project

GEAR 2030 WORKING GROUP 2 Roadmap on automated and connected vehicles

UNCTAD Ad Hoc Expert Meeting on the Green Economy: Trade and Sustainable Development Implications November

Toward A Stronger and More Resilient

Buenos Aires Action Plan

Transportation Tuesdays Online Fourth in webinar series for transit CEOs & board members on economic sustainability March 6, 2012

Capital Street Business News Institutional Investors. FIG Media Corporation Institutional Investors

ADVANCING KNOWLEDGE. FOR CANADA S FUTURE Enabling excellence, building partnerships, connecting research to canadians SSHRC S STRATEGIC PLAN TO 2020

City of St. Petersburg Planning & Visioning Commission October 11, 2011

Assessing the Performance of Integrated Corridor Management (ICM) Strategies

Dowel Bar Standardization. NC^2 Fall Meeting St. Louis, MO

Senate Bill (SB) 488 definition of comparative energy usage

Summary of the Use of Non-market Valuation Survey Results

Arterial Connected Vehicle Test Bed Deployment and Lessons Learned

Transcription:

PLANNING SNAPSHOT 11: CONNECTED AND AUTONOMOUS VEHICLES JULY 2017 Funded through the NCHRP 8-36 Research Series, these snapshots are designed to tell you a little about the current state of a specific planning practice of interest today. Addressing Emerging Technologies How are agencies planning for connected and autonomous vehicles? This survey was distributed on behalf of AASHTO s SCOP, AMPO, and NARC. Over 80 responses were received from State DOTs, MPOs, and other regional agencies. Some agencies submitted multiple responses. All responses are reported here. State DOT MPO/Region CURRENT LEVEL OF ENGAGEMENT As technology advances, state and regional agencies are increasingly engaging in policy and planning to respond to the challenges and opportunities presented by Connected and Autonomous Vehicles (CAV). This snapshot summarizes high level results from a 2017 survey. For more information contact Matt Hardy of AASHTO. How would you best describe your agency s level of engagement in policy and planning for connected and autonomous vehicles? Autonomous vehicles will significantly affect our transportation system. It seems to be too early to tell whether it will advance existing objectives or just reshape dynamics. We are aware of possible impacts of CAV but to date, we haven't included it in any of our processes. Leader 15% Early Adopter 6% Actively Engaged 34% We have reoriented staff, hired global leaders, started private sector and military partnerships and we are developing a strategic plan. Agency executives are supportive and engaging other partners in the CAV dialogue at our agency Passively Engaged 38% Not Engaged 6% NCHRP 08-36, Task 120 Connected and Autonomous Vehicles 1

AGENCY ENGAGEMENT From a scale of 1 (not tracking CAV) to 10 (actively pursuing CAV), what is the general awareness and level of interest in CAV concepts and operations within your agency? State DOT Average 1 2 3 4 5 6 7 8 9 10 (not tracking) (cautiously observing) (beginning to plan for) (actively pursuing) Regional Agency Average AGENCY POLICIES AND GUIDANCE Has your state legislature or governing body implemented any type of CAV legislation or policy? What is the intent of these policies? How have elected officials, decision makers or agency executives responded to CAV issues in your state or region? Enabling Testing or Deployment 82% 28% Too Early to Tell Advocacy for CAV Technologies Establishing CAV Authority 15% 21% Supportive 53% 19% Uninformed but Curious Percent of respondents. For recent and pending legislation, see examples from PA, NV, CA, D.C., FL, GA, MI, AR, and others. For a complete listing, visit NCSL s legislative tracker at: www.ncsl.org/research/transportation/autonomousvehicles-self-driving-vehicles-enacted-legislation.aspx Has your agency developed any type of CAV policies or guidance? Of 80 responding agencies, 12 report having developed their own CAV policies or guidelines. 80% State DOT Regional Agency 60% 50% 40% 10% Restrictions on testing or deployment Guidelines for modeling or longrange planning Establishing authority for public-private partnerships 2 NCHRP 08-36, Task 120 Connected and Autonomous Vehicles Providing funding or resources for CAV Enabling testing or deployment

AGENCY POLICIES AND GUIDANCE Of responding agencies with CAV specific policies or guidance in place, most agencies are attempting to standardize performance, roadway designations or operating networks, as well as the myriad of issues related to licensing, technology, vehicle, and safety standards. What standards does your agency's guidance cover? System performance standards 50% Operating network (geographic area or roadways where CAV can be operated) 50% Licensing or registration 33% Infrastructure standards 33% Equipment or technology standards 33% Vehicle standards 25% Roadway classification standards 25% Safety standards 17% How is your agency establishing or participating in multi-agency working groups or programs to plan for CAVs? AASHTO committees and pooled funds studies Local governments and university sponsored research Interagency working groups led by state DOTs and MPOs Motor Vehicles Motor Carriers Transportation Agency Economic Development Agencies Involved Public Safety Insurance State Police Regulatory Authorities Information Technology We have established a voluntary testing notification process for companies that wish to conduct AV testing in our state. Companies that choose to provide us with information about their testing plans, intended routes, etc. issue a notification to the agency, and we review the route for any issues or atypical conditions and inform the state and local law enforcement about testing plans. How is your agency examining the future of CAV within freight planning or commercial vehicle operations? I-10 Connected Freight Corridor Partnerships and joint studies with universities, trucking associations, regional agencies, and private sector partners Truck platooning pilots and research High level policy discussions Statewide freight plans Long range transportation plan updates NCHRP 08-36, Task 120 Connected and Autonomous Vehicles 3

PLANNING AND DEVELOPMENT A majority of responding agencies (61%) are considering CAVs and potential impacts in state and regional planning processes despite significant unknowns and challenges with estimating or modeling. Does your agency s planning process consider CAV or possible future impacts? State or MPO Long Range Plan Policy level 74% State or MPO Long Range Plan Project or need identification Scenario planning or visioning STIP/TIP or programming ITS architecture or standards Other plans or studies 22% 10% 21% 36% 47% We are just beginning to incorporate CAVs into our modeling tools. Future iterations of our planning documents will include CAVs, but at this point we are still just building the tools to analyze them. If you are considering CAV, what aspects are you looking at within your models or scenarios? We are looking at CAV impacts. We find modeling the VMT and mobility impacts most challenging. Our modeling tools will enable us to analyze mode switching that may occur between conventional vehicles, personal and shared automated vehicles, and transit ridership under different cost and trip assumptions. Safety VMT Mobility Environment Our main focus is safety. However, we also are looking at congestion mitigation, mobility, transit and other applications. We are looking at integration of modes to facilitate first and last mile connection for transit and the reduction of empty passenger mile vehicles in the network. 4 NCHRP 08-36, Task 120 Connected and Autonomous Vehicles

CURRENT CAV ACTIVITIES Please describe the nature and location of CAV projects or pilots that are underway in your state or region. More than half of respondents report that there is CAV activity already happening in their state or region (58%). Common activities included connected shuttles, pilot deployments, testing of vehicles or technologies, truck platooning pilots and ITS integration. AV Shuttle/ Bus Service St. Louis Jacksonville Kansas City Knoxville Las Vegas Minnesota Tampa Connected Vehicle Testing Pilot / Deployment Truck Technology /Platooning Georgia New York Missouri California Wyoming Michigan Florida Wyoming Pennsylvania Colorado Utah Texas Oregon U.S. DOT Automated Vehicle Proving Grounds City of Pittsburgh and Pennsylvania Transportation Institute Texas AV Proving Grounds Partnership U.S. Army Aberdeen Test Center American Center for Mobility (ACM) at Willow Run Contra Costa Transportation Authority (CCTA) & GoMentum Station Map displays information from survey respondents and represents only a sample of national activities. Detroit NYC Buffalo South Carolina Massachusetts Arizona, New Mexico and Texas I-10 corridor San Diego Association of Governments Iowa City Area Development Group University of Wisconsin-Madison Central Florida Automated Vehicle Partners North Carolina Turnpike Authority What best describes the extent of your agency's CAV initiatives? Publicly sponsored research or policy study 52% Publicly sponsored design or operations 7% Public pilot testing or demonstration pilot 38% Private pilot testing or demonstration pilot 19% Infrastructure improvements to prepare for CAV (ex.improved pavement marking) 40% NCHRP 08-36, Task 120 Connected and Autonomous Vehicles 5

CHALLENGES AND BARRIERS Among the long list of challenges facing CAV integration, responding agencies suggest that funding and evaluation issues with the planning process are the most significant barriers today. $ Funding and Capacity There are large discrepancies in timeline and cost estimations Our in-house capacity is very limited and reliant upon existing subject matter experts. Too much going on to keep track of in the CAV world. Operations and Maintenance It may be especially challenging to maintain roadway infrastructure in the condition required for new technology. Understanding operational needs and solutions is unclear when the future issues are uncertain. Deployment or Testing There are limited AV vehicles available for piloting and testing across the U.S. Over regulation of pilot testing in some states could hinder innovations. Planning Process How can we plan for something that we don't fully understand at this point? It s difficult to evaluate impacts from technologies that are evolving every day. We are struggling to model for VMT, safety, and GHG impacts. Public Acceptance In general decision makers and the public may be misinformed and/or don't have the comprehensive understanding necessary to provide informed input." Design or Engineering Phases Technological requirements are uncertain. If we are building a bridge that will last for 75 years, its not clear what elements we would need to install to make it readily adaptable to CAV? Elected Officials Support Our elected officials and others have somewhat of a wait and see mentality about this. Experience with the legislature suggests there is some interest but no sense of urgency to act. Too Many Unknowns Our agency is taking a cautious approach and looking to see how others handle CAV policies. Some private technology providers are reluctant to indicate operations or infrastructure needs to support CAV because of competitive information. 6 NCHRP 08-36, Task 120 Connected and Autonomous Vehicles

FUTURE FUNDING Responding agencies suggest that funding sources and potential research and planning activities are wide ranging. Most agencies expect levels of investment between 5-100 million dollars coming from federal funds and public private sources. What general level of investment do you anticipate public agencies and private partners making in your state or region? $500k or less $500k - $5m $5m - $15m $15m - $100m $100m or more 15% 31% 15% 31% 8% Percent of respondents. How do you envision CAV activities being funded in your state or region? DOT set-aside funds 45% Regional or local funds 46% State general funds 50% Private funds 55% Public-private partnerships 66% Federal funds 91% What scope of work do you expect any current or future funding will be made available for? How is your agency setting aside resources to prepare for CAV? Planning, 73% ITS Systems, 70% Testing, 56% Technology, 55% Operations, 47% Implementation, 46% Design, 43% Construction, 38% Maintenance, 35% Too Soon to Tell, 22% Establishing dedicated positions 22% Working groups or task force 68% Setting aside funds 37% NCHRP 08-36, Task 120 Connected and Autonomous Vehicles 7

WHAT S NEXT FOR CAVS? More than two thirds of respondents report not yet partnering with the private sector. For those that have began partnering, agencies generally report positive and supportive connections. If your agency has engaged private sector partners, what is the response or feedback regarding the role of public agencies? Fewer restrictions Rulemaking Positive feedback Partners Asset sharing Collaborative Active engagement Supportive Policy and planning Regulation Eager Contract management High interest Certainty Contract management Is your agency attempting to communicate and educate decision makers and the public about CAV technologies? Yes, actively educating 56% Not right now, need resources or information 36% No plans to try 8% What resources would be helpful for future communications efforts? Consolidated and consistent messaging on impacts and benefits Realistic and defensible timeline estimates for CAV adoption and market penetration Pool of national experts for speaking engagement and legislative testimony Shared results and data from pilot projects, tests, deployments, and demonstrations Consistent presentations, resources, overviews, infographics, and summary content Data, guidelines, approaches and information on how to model CAVs and incorporate CAVs into scenario planning For more information about this NCHRP effort and to view additional snapshots please visit www.planningsnapshots.camsys.com. Acknowledgment of Sponsorship This work was sponsored by the American Association of State Highway and Transportation Officials (AASHTO), in cooperation with the Federal Highway Administration, and conducted in the National Cooperative Highway Research Program (NCHRP) Project 08-36, Task 120, which is administered by the Transportation Research Board of the National Academies. Disclaimer The opinions and conclusions expressed or implied are those of the research agency that performed the research and are not necessarily those of the Transportation Research Board or its sponsors. The information contained in this document was taken directly from the submission of the author(s). This document is not a report of the Transportation Research Board or of the National Research Council. JULY 2017