January 25, 2017 New Technology: The Future of Automated Vehicles and the Impacts on the Transportation Industry

Similar documents
Florida s Automated Vehicle Initiative

Federal Highway Administration Cooperative Automated Vehicle (CAV) Update

Delaware Valley Regional Planning Commission Goods Movement Task Force. Philadelphia, PA. July 16, 2008

Brian Cronin, Team Leader, Research

Florida s Automated Vehicle Initiative

Los Angeles Region s Connected/Automated Vehicle Efforts

Florida s Automated Vehicle Initiative

2015 ATSSA Traffic Expo Report

ITS NEWS. Building Southern California s Goods Movement System for the Next Century. Gateway Cities. I-710 Zero Emissions Freight Corridor

Preparing our Roadways for Connected and Automated Vehicles. 70th Annual Ohio Transportation Engineering Conference Bob Edelstein

The Connected Responder: A Business Case and Plan for the Emergency Responder Community

Road Markings for Machine Vision NCHRP Project (6) Update to AASHTO SCOTE June 2016

The Future of Transportation Technology

Client Alert. Automated Vehicles 3.0: Preparing for the Future of Transportation. Key Points. DOT Programs and Policies

INCIDENT MANAGEMENT TRANSPORTATION SYSTEMS MANAGEMENT & OPERATIONS (TSM&O) FLORIDA DEPARTMENT OF TRANSPORTATION DISTRICT SIX

Outline. Overview of ITS. Overview of Regional ITS Architectures. Discussion. What is ITS? ITS Benefits ITS Applications

Collaborative Research for Safe Connected Automated Driving AMAA Conference, Berlin

TRANSPORTATION RESEARCH BOARD. Policy and Planning Actions to Address Connected and Automated Vehicles. Wednesday, November 8, :00-3:00 PM ET

Development of the I-70 Corridor of National Significance

CHAPTER 4 FUTURE TRENDS

Impacts of CVs and AVs on State and Local Transportation Agencies AASHTO Transportation Systems Operations 2017 Meeting Ray Derr, Transportation

FDOT Connected and Automated Vehicle (CAV) Initiative. ITS 5C Summit

USDOT Connected Vehicle Research Program Vehicle-to-Vehicle Safety Application Research Plan

CONNECTED AUTOMATION: DISRUPTIVE TRANSFORMATION. Jim Barbaresso HNTB Fellow and Senior Vice President Intelligent Transportation Systems

U.S. Update Connected Data Systems Program

Vehicular Communication Networks - A Study

Opportunities and Challenges for Implementation of Automation in Road Transportation

Midwest TSMO Peer Exchange. Milwaukee, Wisconsin: Sheraton Milwaukee Brookfield September th, 2016 KEY TAKEAWAYS

Connected and Automated Vehicles and the Future of Transportation. Dean Gustafson, P.E., PTOE State Operations Engineer April 25, 2017

Building a Safety Case for Automated Mobility: Smart Cities and Autonomous Mobility Getting There Safely

CENTRAL FLORIDA S AUTOMATED VEHICLE OPPORTUNITIES

ANSI D20 REVIEW 1 SUMMARY 2 CHALLENGES OF SUPPORTING OF ANSI D20 STANDARD. Contents

Baltimore-Washington Integrated Corridor Management Pilot Project

DESIGNATED US DOT AVPG MEETING

The Multi-Modal Intelligent Traffic Signal System (MMITSS)

Scenario Planning for the Future: Highlighting Connections to New Technologies

Developments in Cooperative Intelligent Vehicle- Highway Systems and Human Factors Implications

Privacy Principles for Vehicle Technologies & Services

TEXAS CONNECTED FREIGHT CORRIDORS

Connected and Automated Trucks: What and When?

Independent Testing, Verification, & Validation Request for Information (RFI) Shared Autonomous Vehicles (SAV)

Examining the Economic Trade-offs of Alternative Transportation Funding NC I-95 Economic Assessment

TRB Panel on the Future of the Interstate

DISRUPTIVE FORCES AT WORK

Introduction to Transportation Systems

A Classification of Driver Assistance Systems

Safety Performance Management Targets. Transportation Policy Board January 11, 2018

Transportation Systems Management & Operations (TSMO) 2017 ACEC-IA/IDOT/FHWA Transportation Conference August 24, 2017

MOBILITICS. Scenario Planning and Modeling Connected & Automated Vehicles. June 12, 2018

2016 Mid-Continent Transportation Research Symposium Michigan Connected and Automated Vehicle Support Initiatives

NEW YORK TRANSPORTATION FACTS ECONOMIC IMPACTS

ITS Action Plan- Internet Consultation

Regional Evaluation Decision tool for Smart Growth

THE IMPACT OF HIGHWAY SAFETY FLARES ON DRIVER BEHAVIOR

Connected vehicles and other advanced safety features can be effective in reducing, and maybe eliminating, these fatalities.

Cooperative Automated Transportation (CAT)

Connected and Automated Vehicles:

University Transportation Center Conference for the Southeastern Region

RFID Applications for Tolling and Congestion Management

Traffic Signals and Connected Vehicles

Gateway Cities Council of Governments Intelligent Transportation Systems Implementation Plan for Goods Movement

Tri-County Regional Planning Commission 2045 Regional Metropolitan Transportation Plan Goals and Objectives Adopted March 22, 2017

CONGESTION MANAGEMENT PROCESS IN HAMPTON ROADS, VIRGINIA

Connected/Autonomous Vehicles in a

Autonomous vehicles. Preparing for the changing mobility ecosystem

UCF AV/CV Simulator Project

Driving Toward the. Use of Autonomous Vehicles in the Concrete Ready Mix Industry. The Past. The Future. The Present

MONITORING IMPLEMENTATION AND PERFORMANCE

Greater Charlotte Regional Freight Mobility Plan

Livability 2050 Regional Transportation Plan Update. Transportation Policy Board (TPB) August 23, 2018

Final Report Basic Analysis (Phase A) Final Version 10/24/2017

FHWA Sustainability and Resilience

Automation and the U.S. Department of Transportation. Ken Leonard ITS Joint Program Office NASTO 2017

FHWA Programs Supporting Freight

P3 CRITICAL EMERGING TECHNOLOGIES (PRELIMINARY ANALYSIS) Authors: Jia Li Andrea Hall Kristie Chin C. M. Walton

Safety Application Functionality 1

Chp Passenger Transportation Safety Handbook

PROJECT SUBMISSION FORM

From Advanced Active Safety Systems to Automated Systems: From to and beyond. Dr. Angelos Amditis Research Director I-Sense, ICCS

Maryland Transportation Systems Management and Operations

APPENDIX A: SHORT-TERM PROJECT DEPLOYMENTS

Establishing a Regional Planning Framework for Connected and Automated Vehicles (CAV)

Rural Intelligent Transportation Systems Toolbox. A National Highway Institute Training Program

NCTCOG Existing and Planned Systems/Deployments NATALIE BETTGER NOVEMBER 27, 2018

BEFORE THE U.S. DEPARTMENT OF TRANSPORTATION FEDERAL HIGHWAY ADMINISTRATION WASHINGTON, D.C

FHWA Freight Performance Measures New York Workshop. Freight Performance Measures Program Background

January 31, 2018 Asset Management and Performance Measures for Roads and Bridges Maryland Department of Transportation State Highway Administration

Analytics to Improve Safety Christopher Young Principal Consultant Infosys Public Services, Inc.

Request for Information from the Florida Dept. of Transportation

ITS and Work Zones. ARTBA Work Zone Conference November Tracy Scriba FHWA Office of Operations Work Zone Team

MOBILITY RESEARCH PROJECTS AT CENTER FOR ADVANCED MULTIMODAL MOBILITY SOLUTIONS AND EDUCATION (CAMMSE)

National Industrial Transportation League

Intelligent Transport Systems and Services a solution to improve road safety

Autonomous/Connected Vehicle Guidance. Dan Beaty, AICP HNTB

Congestion Management Process 2013 Update

An Overview of New York City s Connected Vehicle Pilot Deployment Project

Key Concepts of ARC-IT

Rural ITS Toolkit Primer

NCHRP 20-7 Guide to Benchmarking Operations Performance Measures Incident Duration - Pilot Test Results

INTELLIGENT TRANSPORTATION SYSTEMS SUMMARY

Transcription:

January 25, 2017 New Technology: The Future of Automated Vehicles and the

Connected and Automated Vehicles. No longer a question of if But rather of when

Connected Vehicles Vehicle to Vehicle (V2V) Vehicle to Infrastructure (V2I) Vehicle to Pedestrian (V2P) Driver Assist Technology Adaptive Cruise Control Lane Keeping Assist Automatic Parking Automatic Emergency Braking Driver Alerts & Warnings Forward Collision Warning Emergency Electronic Brake Light Blind Spot Warning Lane Change Warning Do Not Pass Warning Curve Speed Warning

The Maryland Department of Transportation is a customer-driven leader that delivers safe, sustainable, intelligent, and exceptional transportation solutions in order to connect our customers to life s opportunities How can AV and CV move us forward? NHTSA: More than 90% of traffic crashes are caused by driver error. Autonomous and connected vehicles can dramatically reduce human error and save lives. Reducing crashes also reduces demand for law enforcement response, emergency rescue and medical services, and infrastructure repair Connected and interactive transportation network adapts to changing roadway conditions, improves traffic flow in real time, reduces congestion, delays, & emissions Economic development opportunities

Possible Benefits Safety Increase mobility for young, elderly, and those with disabilities Reduce congestion Efficiencies in freight / transportation of goods and economic activity Provide easier first-and last-mile connections with major transit corridors Decrease operator insurance costs Truck parking, real-time parking & routing Potential synergies with car-sharing

Complex Issues Are they safe? Who is the Driver? Who is liable? What safety standards apply? Do current rules of the road laws apply? What infrastructure changes will be needed? How do we plan for changing technologies? Will this affect transportation investments?

MDOT s Involvement to Date Current MDOT CV/AV Applications Maryland Autonomous & Connected Vehicle Working Group Research & Gathering Information National Discussions & Workgroups USDOT Proving Ground Application

Maryland Autonomous & Connected Vehicle Working Group Secretary Pete Rahn charged this group to be central point of strategic planning of MDOT s role with AVs/CVs High-level group with diverse cross-section of members: Secretary s Office and all business units within MDOT MVA, SHA, MTA, MPA, MAA, & MdTA Trucking Industry Law Enforcement County Public Works Insurance Administration Global Auto Makers Department of Aging Department of Disabilities Department of Information Techn Elected Officials AAA

Current MDOT CV/AV Applications Supporting Operations CHART Planning for CV/AV: Truck Probe Data Evaluating Potential CV Test Bed Opportunity with USDOT/FHWA Research and Analysis with Federally Sponsored Programs: CV Lanes

Research & Gathering Information Public policy to facilitate implementation Implications of AV for motor vehicle code Harmonization of state goals & regulations Business models of public & private interface Federal / state / local responsibilities Lessons learned from other states pilots & policies

National Discussions & Workgroups NHTSA guidelines Transportation Research Board of the National Academies of Sciences, Engineering, and Medicine Pooled Fund Studies with other States on Implementation Options American Association of State Highway Transportation Officials- (AASHTO) studies for planning, technology, State implications and integration USDOT & its agencies - Federal Highway Administration, National Highway Traffic Safety Administration, Federal Motor Carrier Safety Administration - FHWA leading work on truck platooning

National Discussions & Workgroups American Association of Motor Vehicle Administrators (AAMVA) Began in 2013 and developed AV Information Library on AAMVA s website Working Group includes AAMVA jurisdictions, law enforcement, federal agencies Focus on operator training, testing & licensing, vehicle registration & title, data privacy, security concerns and consumer safety Provided significant feedback used by NHTSA in AV Guidelines Developing guide to assist state MVAs in regulating AVs

USDOT Proving Ground Application Working Group recommended applying for USDOT Proving Ground designation Selected I-95 Corridor: Provides onestop-shop for real-world testing and deployment of autonomous vehicles Corridor is rich with fed. installations already testing AV technology, the University of Maryland, public/private research companies, Port of Balt. and BWI Airport SAFETY FIRST: Future testing will occur at private facilities before public roads USDOT expected to announce designations in early 2017 Graphic of Maryland s Automated Vehicle Research and Production Corridor

Next Steps Position Maryland to be responsive to emerging technology Developing clear policies & procedures for companies eager to test AV technology (subgroup) SB 9: Ensures safety and consistency in testing and use of AV/CV technologies Await USDOT designation announcement Identify future economic development opportunities