SF Bay Area Transportation Management Systems: An Innovative DOT and MPO Partnership



Similar documents
Integrating the I-95 Vehicle Probe Project Data and Analysis Tools into the FAMPO Planning Program

Doppler Traffic Flow Sensor For Traveler Information Systems. October,

CHAPTER 8 Integration of Systems

ORANGE COUNTY TRANSPORTATION AUTHORITY. Final Long-Range Transportation Plan - Destination Attachment A

Communications Master Plan and Implementation Plan Deliverable No. 29

Statewide Traffic Flow Data: Probe Vehicle Study for Iowa DOT

Eastern RTMC.

Caltrans District 3 Regional Transportation Management Center (RTMC) Brian Simi, P.E. Mark Heiman, P.E.

STATEWIDE ITS ASSETS 1

FUNCTIONS CHAPTER 1 INTRODUCTION TO TRANSPORTATION MANAGEMENT CENTER

Los Angeles Regional Transportation Management Center

Olympic Region Traffic Management Center. Olympic Radio

Metropolitan Intelligent Transportation Systems (ITS) Infrastructure 2010 Transportation Management Center

July 2014 Page U-1 TABLE OF CONTENTS

ITS Investment Strategy 10-Year Program, FY07-16

Central Regional Traffic Management Center

Houston TranStar. Greater Houston Transportation and Emergency Management Center.

Module 2.1. Page 1 of 10. Slide 1

Appendix A - Cost Estimate Spreadsheet

Caltrans TMC Coordination

Impact of Connected Automated Vehicles on Traffic Management Centers (TMCs)

Caltrans - Asset Management Implementation. March 2015

INDOT Long Range Plan

Public Sector Solutions

Examples of Transportation Plan Goals, Objectives and Performance Measures

Intelligent Transportation Systems in Illinois

CELL PHONE TRACKING. Index. Purpose. Description. Relevance for Large Scale Events. Options. Technologies. Impacts. Integration potential

Performance and Limitations of Cellular-Based Traffic Monitoring Systems. Cellint Traffic Solutions

LACMTA Regional Integration of Intelligent Transportation Systems (RIITS)

Advanced Traffic Management Systems

HRTAC Regional Financial Planning. October 29, 2015

Traffic Management Centers

GAO INTELLIGENT TRANSPORTATION SYSTEMS. Improved DOT Collaboration and Communication Could Enhance the Use of Technology to Manage Congestion

Presented by: Dr. Senanu Ashiabor, Intermodal Logistics Consulting Inc. at 2015 North Carolina MPO Conference April 30, 2015

Monitoring Program Results and Next Steps

How to Use the MAG ITS Architecture and Website

DISTRICT 3 TRAFFIC MANAGEMENT PLAN CHECKLIST

PPPs: INSIGHTS FROM NORTH AMERICA. Presenter: Brian Middleton. worldwide

Mid-Coast Corridor Transit Project San Diego, California New Starts Project Development (Rating Assigned November 2014)

Section 12: Intelligent Transportation Systems

PRIORITIZATION PROCESSES

Linking Planning and Operations Initiative A Data Driven Approach. Chris Francis Transportation Statistics

Utilization of the 4.9 GHz Band in Transportation and Emergency Response Applications

Traffic Monitoring and Control Systems and Tools

8 IMPLEMENTATION PLAN. 8.1 Introduction

Intelligent Transportation Systems Technical Report Summary

FLEET MANAGEMENT SYSTEM FOR TRAFFIC CONTROL DEVICES.

CHAPTER 8: INTELLIGENT TRANSPORTATION STSTEMS (ITS)

May 19, 2015 REQUEST FOR PROPOSAL for Maintenance, Diagnostic and Repair Services of Traffic Operations System (TOS) Devices

Active Transportation and Demand Management (ATDM) Introduction

The Colorado Traffic Data Warehouse Sharing Traffic Data Across Governmental Agencies

Name of project: Maintenance Inventory Management System Category: Best New Innovative Product, Service or Application

Who is implementing managed lanes with pricing strategies? Operational Under Construction/ Development

I-29 Corridor ITS Architecture and Systems Engineering Analysis

CITY OF ELK GROVE CITY COUNCIL STAFF REPORT

Use of GIS in Planning and Asset Management

7.0 TRANSPORTATION MANAGEMENT

ESRI and Xplore Technologies 2008 Mobile Government Demonstration Project Grant Program Final Report

RESOLUTIONS FOR APPROVAL OF AMENDMENTS TO THE TRANSPORTATION IMPROVEMENT PROGRAM (TIP) AND 2040 REGIONAL TRANSPORTATION PLAN (RTP)

Transition from SAFETEA-LU to the new MAP-21 Federal Transportation Act

Chapter 5 Financial Plan

Guidelines for Virtual Transportation Management Center Development. National Rural ITS Meeting August 27, 2014

SAN DIEGO TRAFFIC SIGNAL COMMUNICATIONS MASTER PLAN

Asset Management Performance Report (Asset Management Plan Phase 1)

Virtual Weigh Stations: The Business Case

California PATH, University of California at Berkeley, Building 452, Richmond Field Station 1357 South 46 th Street, Richmond, CA 94804

California Self-Help Counties and Transportation Funding

REVIEW OF CALTRANS DISTRICT 10 TRANSPORTATION MANAGEMENT CENTER OPERATIONS AND EQUIPMENT*

Chapter VIII: Long-Term Outlook and the Financial Plan

Open Source Alternative to Deploying Transportation Management Systems

2035 Statewide. Transportation Plan. Intelligent Transportation System TECHNICAL REPORT. March 2008 DEPARTMENT OF TRANSPORTATION

An Overview of Managed Lanes in the U.S.A. Darren Henderson, AICP

7.0 Transportation Management

Treasure Island Mobility Management Program

Transcription:

SF Bay Area Transportation Management Systems: An Innovative DOT and MPO Partnership Radiah Victor Principal, Operations Metropolitan Transportation Commission Oakland, California ITS CA Annual Meeting October 1, 2013

Outline 1. Overview of Bay Area Infrastructure 2. Regional Challenges Condition of Highway Infrastructure Constrained Funding & Staff Resources 3. Transportation Management Systems Field Equipment Performance 4. Future Efforts/TMS Vision 5. Innovative Partnership with Caltrans District 4 2

San Francisco Bay Area Overview Seven million residents 2 nd most congested region in US. More than 4.6 million cars 20,000 miles of local streets and roads 1,420 miles of highway 450 miles of carpool lanes 8 toll bridges 28+ transit agencies Extensive ITS infrastructure 3

SF Bay Area State Highway ITS Infrastructure 2,500 traffic detection stations 140 changeable message signs 390 cameras (traffic monitoring & incident management) 380 ramp metering systems Regional TMC Call boxes, Freeway Service Patrol, 511 traveler information Express Lanes & Integrated Corridor Management 4

Performance: Freeway Sensors Statewide sensors reliability goal: 70% For the past year, only ~50% of sensors installed in the roadway have been functional Suspected Errors Card Off (70 %) Ctlr Down (22 %) High Value (5 %) Other Errors (3 %) Sept. 2011 Sept. 2012 5

Regional Challenges: Constrained Funding & Staff Resources dealing with preservation shortfalls has an exponential fiscal impact (the less you do today, the more it will cost you tomorrow). Caltrans Program Review July 2012. 6

Transportation Management System 7

Current Field Equipment Operational Status 100% Percent Operational 90% 80% 93% 84% Ramp Meters CMS 70% 60% 58% Traffic Detection Stations 50% 48% CCTV Cameras 40% 30% 20% 10% 0% 1/11 1/18 1/25 2/1 2/8 2/15 2/22 3/1 3/8 3/15 3/22 3/29 4/5 4/12 4/19 4/26 5/3 5/10 5/17 5/24 5/31 6/7 6/14 6/21 6/28 7/5 7/12 7/19 7/26 8

Field Equipment Operational Trends CMS Repaired vs. Newly Failed 60 50 40 30 20 10 0 1/11 1/25 2/8 2/22 3/8 3/22 4/5 4/19 5/3 Cumulative fixed Cumulative new failures 70 60 50 40 30 20 10 Ramp Meters Repaired vs. Newly Failed 0 1/11 1/25 2/8 2/22 3/8 3/22 4/5 4/19 5/3 Cumulative fixed Cumulative new failures 700 600 500 400 300 200 100 Detection Repaired vs. Newly Failed 0 1/11 1/25 2/8 2/22 3/8 3/22 4/5 4/19 5/3 Cumulative fixed Cumulative new failures CCTV Cameras Repaired vs. Newly Failed 40 35 30 25 20 15 10 5 0 1/11 1/25 2/8 2/22 3/8 3/22 4/5 4/19 5/3 9 Cumulative fixed Cumulative new failures

Regional Investment Strategy Transportation 2035 ($1.3B) Arterial Management 2% ($30M) Plan Bay Area ($2.7B) Arterial Management 5% ($150M) TMS Maintenance and Replacement 48% ($625M) Field Equipment 46% ($600M) Operations 37% ($1,000M) Field Equipment 19% ($514M) Incident Management 13% ($365M) TMS Maintenance and Replacement 26% ($700M) 10

TMS Governance Principles Performance Define performance targets to optimize operations. Achieve TMS operational benefits across multiple systems and programs. Decision Making Adopt a performance management approach. Streamline TMS decision making and prioritization. Ensure accountability and transparency. Secure a management stake. Resources Strategically manage the system within the resources available. Leverage regional contribution to secure funding commitment from state. 11

Shared TMS Vision A regional, integrated Bay Area freeway network that provides a safe and reliable travel experience for the region s travelers. To achieve this we will: Actively manage our network infrastructure and assets; Be responsive to our customers need for a consistent travel experience across the region; Place a high priority on the safety and security needs of our travelers and network infrastructure investments; and Utilize our fiscal and staff resources in a manner that is effective and fiscally responsible. 12

Innovative Partnership with Caltrans D4 Shared Goal Moving towards a performance based TMS program Sample TMS Performance Targets TMS Field Equipment Sample Performance Targets High Priority Assets Second Priority Assets Changeable Messages Signs 95% 80% Ramp Metering 95% 80% CCTV Cameras 95% 80% Traffic Monitoring Systems 70% 60% 13

TMS Strategic Planning Efforts Underway to Support Active Traffic Management 14

Contact: Radiah Victor rvictor@mtc.ca.gov www.mtc.ca.gov 15

TMS Needs Assessment Assessment is underway to identify common field equipment issues and resolution strategies: Copper wire theft Software repairs Equipment failure rates Trend analysis Analysis of the type, frequency and cost of repairs will inform future resource requests 16

Performance: CCTV Cameras Upgraded 390 CCTV cameras 186 are operational Communication infrastructure needs investment Communication Infrastructure %of Cameras Reliability ISDN 93% Poor DSL 3% Good Fiber 2% Excellent T 1 1% Good Wireless 1% Fair 17

Performance: Ramp Metering To be expanded from 380 locations (40% of system) to 500 locations (53% of the system) by 2015 18

Performance: Changeable Message Signs 140 CMS 33 with Travel Times Caltrans calculates the CMS travel times 511 conducts performance monitoring of CMS travel times Due to advances in technology, 511 uses GPS probe based data, provided by INRIX, at lower cost and greater coverage 19