Phoenix International Raceway (PIR) Presented By: Nicolaas Swart Traffic Engineering & ITS Program Manager Maricopa County DOT April 26, 2006 Presented.

Slides:



Advertisements
Similar presentations
Ohio QuickClear Ohio Fire Chiefs' Association Annual Conference
Advertisements

Emergency Operations Centers & Incident Action Planning Process
PARK IT HERE! Real-Time Parking Information in Uptown Charlotte PARK IT HERE! Real-Time Parking Information in Uptown Charlotte Presenters: Cole Dagerhardt.
Overview What is the National ITS Architecture? User Services
SV-ITS PROGRAM: Silicon Valley Smart Corridor Project Overview
Ohio QuickClear TIM Training subtitle. QuickClear Committee AAA Ohio Buckeye State Sheriff’s Association Ohio Association of Chiefs of Police Ohio Department.
Traffic Incident Management (TIM) Mark Meints NDOR Emergency Program Specialist.
Presented by: SAGE KAMIYA, P.E., PTOE
North Carolina’s Integration of 511 and Workzone Information Jo Ann Oerter State Technology Implementation and Maintenance Engineer North Carolina Department.
KC REGIONAL TRAFFIC SIGNAL COORDINATION. Agenda  National Perspective  OGL Video Overview  Mid – America Regional Council  Program Elements  What.
Integrated Incident Management System (IIMS) New York State New York City Providing interagency data communication to improve incident response.
Transportation Data Palooza Washington, DC May 9, 2013 Steve Mortensen Federal Transit Administration Data for Integrated Corridor Management (ICM) Analysis,
“Who’s In Charge?” “THE COMMAND SECTION”. The Incident/Unified Commander Incident/Unified Commander(s) provides direction and guidance through:  Key.
Evaluation Tools to Support ITS Planning Process FDOT Research #BD presented to Model Advancement Committee presented by Mohammed Hadi, Ph.D., PE.
Urban landbuilding facilitiestransportation networkssystems technology National and Regional ITS Architectures Bart Cima, IBI Group February 26, 2007.
Transportation Management Plan Overview. TMP Overview2 Is that the impression people have?
Transportation Research Board 2004 Annual Meeting Adaptive Signal Control Workshop Session 2: Field Experience January 11, 2004.
MAINTENANCE & TRAFFIC OPERATION INCIDENT MANAGEMENT.
The Dutchess County Fair Traffic Plan Talking Operations Web Seminar April 26, 2006.
By Syd Bowcott, URS Corp Bayne Smith, URS Corp.  Purpose of this Presentation  Overview of Project Area  Background  Project Goals  Stakeholders.
Definition - CommuterLink CommuterLink is an interagency transportation management system. What does that mean? Put another way, it is the use of computer.
Envisioned Role for NTI Concerning ITS Deployment in Egypt by Dr. Mahmoud EL-HADIDI Professor of Telecommunications at Cairo U & Consultant at NTI 3 rd.
1 Dixie ITS Architecture Study Section ? Utah ITS History.
Arizona 511 Model Deployment Matt Burt – Battelle Talking Operations Webcast Rural Issues: 511 and Traveler Information July 27, 2005.
Fast Forward Full Speed Ahead Presented at the Joint ITS Georgia / Tennessee Annual Meeting September 25, 2006 by Carla W. Holmes, P.E., PTOE Georgia Department.
Transpo 2012 The Future of Traffic Incident Management, October 30, 2012 Javier Rodriguez, P.E., ITS Operations Engineer Joe Snyder, TMC Manager FDOT District.
Keeping Wisconsin Moving: An Overview of WisDOT’s DMS Travel Times Kelly Langer, WisDOT, Freeway Operations Supervisor.
TSM&O FLORIDA’S STATEWIDE IMPLEMENTATION Elizabeth Birriel, PEElizabeth Birriel, PE Florida Department of TransportationFlorida Department of TransportationTranspo2012.
Incident Management in Central Arkansas: Current Settings and Proposed Extensions Weihua Xiao Yupo Chan University of Arkansas at Little Rock.
Dixie Regional ITS Architecture Project Summary July 31, 2006.
July 29, 2009 George Saylor, PE ODOT Senior ITS Engineer.
Information Sharing Challenges, Trends and Opportunities
Communications in the Face of Crisis Lesley Bruinton Tuscaloosa City Schools.
Briefing on the Washington Metropolitan Area Transportation Operations Coordination (MATOC) Program Presentation to the Transportation Planning Board Michael.
“SIComP” Broward County Communications Upgrade Florida Department of Transportation District 4 November 21, 2005.
Enhanced 511: Beyond the Basics Jerry Woods Florida DOT – District 5 iFlorida - Automated Message Generation Based on Travel Times.
Talking Technology & Transportation (T3) Webinar July 25, 2007.
California Department of Transportation Transportation Management Systems (TMS) and their role in addressing congestion Discussion Materials Lake Arrowhead.
October 17, 2012 Connie S. Sorrell Chief of Systems Operations.
Managed Lanes CE 550: Advanced Highway Design Damion Pregitzer.
Dallas ICM Pioneer Site Stage 1 Lessons Learned Webinar July 24, 2008.
US DOT Planning for Operations Initiative – An Update AASHTO SCOH Annual Meeting June 14-17, 2009 Manchester, NH Rick Backlund – FHWA Office of Operations.
Decision Support Needs for Transportation Systems December 5, 2000 Emil Wolanin Montgomery County, Maryland.
1 Some Findings on Public Outreach for Work Zones.
Managing Travel for Planned Special Events: What, Why, & Benefits Walt Dunn, P.E. Dunn Engineering Associates, P.C. Talking Operations Seminar January.
CrossTown Traffic - “Braking News You Can Use” Steven W. Cummins, P.E. Traffic Signal Systems Manager Lexington-Fayette Urban County Government Division.
Georgia’s Regional Traffic Operations Program Christopher Barrow, E.I.T. Traffic Engineer II.
Roles of TMCs in Incident Management on Managed Lanes INTRODUCTION AND OVERVIEW MICHAEL TANTILLO VHB.
Georgia’s Intelligent Transportation System
ITS PCB T3 Webinar October 21, 2008 Montgomery County, Maryland Advanced Transportation Management System Automated Parking Information System Operational.
1 Managing Travel For Planned Special Events: The VA Department of Transportation’s Traffic Signal System Approach National Transportation Operations Coalition.
Security and the National ITS Architecture ITS America 2003 Session 19: The State of the Practice: ITS and Homeland Security May 19, 2003 Minneapolis,
1 Using Intelligent Transportation Systems (ITS) Technologies and Strategies to Better Manage Congestion Jeffrey F. Paniati Associate Administrator of.
Robert Brydia Project Lead, I-35 Traveler Information During Construction Texas A&M Transportation Institute WORK ZONES & LARGE TRUCKS THE CENTRAL TEXAS.
Regional Concept of Transportation Operations: The Hampton Roads Experience Presented by: Camelia Ravanbakht, PhD Talking Technology & Transportation (T3)
Corridor Congestion Management Innovation for better mobility sm.
THE EL MONTE HOV / BUSWAY: A Policy Driven Experiment in Congestion Management Frank Quon Division of Operations Deputy District Director HOV LANES IN.
SIGNAL OPTIMIZATION STUDY COMMUNITY DEVELOPMENT DEPARTMENT.
Introduction to SEMS and Basic ICS. Goals of Training Basic Understanding: The California Standardized Emergency Management System (SEMS) in place to.
Regional Concept for Transportation Operations: An action plan to address transportation operations in Southeast Michigan Talking Technology & Transportation.
Educating Students for ITS Careers: Are Universities Meeting the Challenge? Transportation Agencies Perspectives Model Operations Nicolaas P. Swart, P.E.
Work Zone Operational Enhancements Jennifer Livingston, P.E. ADOT – Senior Project Manager.
The Importance of Public Participation and Outreach in Project Development Gary Flunoy – Business Outreach/Public Involvement Coordinator August 27, 2009.
City of Joliet - Sustainability City of Joliet Sustainability Initiatives American Planning Association National Conference April 16, 2013.
Intelligent and Non-Intelligent Transportation Systems 32 Foundations of Technology Standard 18 Students will develop an understanding of and be able to.
Maricopa Association of Governments (MAG) February 5, 2003.
Connecting South Dakota and the Nation Access Management Training Brooke White, Access Management Engineer.
I-80 Coalition Weather Training
Transportation Research Board 2004 Annual Meeting
Transportation Management Plan Modernization Project
Presentation transcript:

Phoenix International Raceway (PIR) Presented By: Nicolaas Swart Traffic Engineering & ITS Program Manager Maricopa County DOT April 26, 2006 Presented By: Nicolaas Swart Traffic Engineering & ITS Program Manager Maricopa County DOT April 26, 2006 Traffic Management

 Background  Traffic Management  Benefits & Successes  Lessons Learned Overview

 4 th largest & one of the fastest-growing counties in the nation  More than 3 million people  24 cities and towns Maricopa County

 Southwest of Phoenix metropolitan area  400-acre, multi-purpose facility  Attendance 200,000 over 3-day event; 100,000 on the day of main event  On-site parking for 28,000 vehicles, 4,000 overflow  4,000 off-site parking park-n-ride Phoenix International Raceway

 Size and duration of events  Reduce Travel Time to and from event  Incident Management during event ingress and egress  Reliability of traffic information to motorists (parking, access, etc.)  Roadway capacity Challenges

 Access (freeway and arterial) - few alternate inbound/outbound routes 2 Hours Prior to Event

 Improve freeway and arterial access to PIR  Improve parking guidance and circulation  Centralize traffic management functions  Coordinate incident management  Improve traveler information  Minimize impacts on nearby neighborhoods Goals

 Program Planning  Event Operations Planning  Implementation Activities  Day-of-Event Activities  Post Event Activities Comprehensive PIR Event Management Plan

 Regional Level (PIR, ADOT, DPS, Cities, Sheriff, ALERT, REACT, PIO, ITC)  Local Level (jurisdictions of signalized intersections)  Agreements  Permits Program Planning

 Performance goals & objectives (Attendee, non- attendee, transit)  Measures of effectiveness for assessing performance objectives (parking, intersections, freeways, streets)  Design Parameters (traffic lanes, ramp capacity, emergency vehicle lanes, lane capacity) Event Operations Planning

 Traffic Management Plan ―Site Access & Parking Plan ―Traffic Flow Plan ―Traffic Control Plan ―Traveler Information Plan ―Local Resident Information Plan ―Traffic Surveillance Plan ―Incident Management & Safety Plan ―Staffing Assignment Plan, Contact List ―Contingency Plan Event Operations Planning

 Equipment  Personnel Assignment  Testing & Verification Implementation Activities

 Monitoring  Unified Command  Communications & Coordination  Manage change – Adjustments (though the overall planned goal remains paramount)  Media interaction  Traveler Information Dissemination Day-of-Event Activities

 Evaluation (planned framework, measure of effectiveness)  Analyze surveys  Stakeholder debriefing  Post event plan amendments  Recommend potential applications for future events Post Event Activities

Key Features  AZTech Institutional Framework  Capacity Enhancements  Application of ITS (cameras, DMS – fixed/portable, TMC)  Rental Car Center Displays  Marketing (511 on information brochures) TM

Key Features – Unified Command Organization

PARKING LOT STAFF PARKING COMMAND (PIR Contractor) OFFICERS IN FIELD TRAFFIC COMMAND (MCSO) COMMUNICATION CENTER 511 Phone*/ Fax/ ** Nextel Clear Channel Phone* OTHER RADIO Fax/ ** TV Fax/ ** NEWSPAPER Fax/ ** MCDOT/PIR COMMUNICATION PLAN Information Flow April 5, 2006 * Phone = Hard line & Cell ** Fax/ = electronic, simultaneous, immediate Key Features – Communications Plan

 Travel Time Savings (outbound: 5.5 hours in 1998 to 2.5 hours in 2005)  First such application on 511  Collaborative efforts marketing efforts (logo in exchange for services)  99% parked 1 hour before race began  Rental Car Center Displays  Marketing (511 on information brochures)

 Highway Advisory Radio may not work (frequency conflicts)  ITS elements are good tools but cannot replace experienced judgment  Dedicated Project Manager  Involve public safety/emergency personnel early on  Begin PR and media campaign early  Conduct regularly scheduled meetings and debriefings with all public and private partners  Collect data for evaluation ― Video and traffic volumes  Plan a post-event meeting with all partners to review what worked, what didn’t, and what to improve

Phoenix International Raceway (PIR) Traffic Management