SMARTZONE Deployment on I-95 North Carolina Department of Transportation STAY ALERT Work Zone.

Slides:



Advertisements
Similar presentations
Traffic Topics Does the Zipper Merge threaten our way of life. Ken E
Advertisements

How would you like it if people drove their cars thru your office?
ITS Application of advanced sensor, computer, electronics, and communications technologies and management strategies in an integrated manner providing.
ITS & Traffic Control Michael P. Klatt. ITS Evolution of ITS into Traffic Control “Intelligent Transportation Systems”
Brian Kary and Terry Haukom - RTMC.  Provide Delay Information To Motorists  Potential for Diversion  Perception Tracking Survey Results.
Project Construction Update August 30, 2011 I-5 North Stockton Freeway Widening and Pavement Reconstruction Project Between Dr. Martin Luther King Jr.
Variable Speed Limits Making Work Zones Work Better Workshop Orlando, Florida 17 Sept. 03 Davey Warren Office of Safety Programs Federal Highway Administration.
Hurricane Preparedness in South Carolina Jim Feda, P.E. Director of Maintenance.
COMMERCIAL MOTOR VEHICLE SIZE ENFORCEMENT. CURRENT CHALLENGES Significant Growth in CMV Traffic Increased congestion and delay Demand for larger and heavier.
SMART Work Zones: Technology for work zone management North Carolina Department of Transportation STAY ALERT Work Zone MAKING WORK ZONES WORK BETTER.
NEW YORK STATE DEPARTMENT OF TRANSPORTATION Region 1 Traveler Information on 2010 Construction Route 7 over I-87 (Exit 6) Bridge Replacement Town of Colonie.
North Carolina’s Integration of 511 and Workzone Information Jo Ann Oerter State Technology Implementation and Maintenance Engineer North Carolina Department.
Route 28 South of I-66 Corridor Safety and Operations Study Technical Committee Meeting #2 June 25,
HERO UNIT Training Module Work Zone Traffic Control And Incident Management Operations.
Department of Electrical and Computer Engineering Development of a Portable Work Zone Traffic Safety Information System using DSRC Based V2I and V2V Communication.
ITS/CVISN Efforts in the Border Region Border Partnership Working Group January 11, 2006 Al Kosik Traffic Operations Division TxDOT.
Created and Presented by Chelsea Jean Leppanen CVTC Safety Coordinator.
1 INTRUSION ALARM TECHNOLOGY LOCAL VS. MONITORING.
Extending Our Reach Through Partnerships June 2-6, 2013 Phoenix, Arizona.
San Antonio TransGuide Travel Time Program Roger L. Strain Research Analyst Southwest Research Institute San Antonio, TX
Phoenix International Raceway (PIR) Presented By: Nicolaas Swart Traffic Engineering & ITS Program Manager Maricopa County DOT April 26, 2006 Presented.
MAINTENANCE & TRAFFIC OPERATION INCIDENT MANAGEMENT.
Work Zone Safety Awareness. What is a Work Zone?  Work Zone is a term applied specifically to highway and road construction sites involving federal government.
AS ICT.  A portable communication device is a pocket sized device that is carried around by an individual  They typically have a display screen with.
Determining Innovative Contracting Methods to Reduce User Costs Stuart Thompson Utah Technology Transfer Center.
Next Generation Traffic Management Centers Brian L. Smith and Robert Kluger Webinar series presented by MAUTC, University of Virginia and VDOT.
Work Zone & Incident Management in Wisconsin Process & Applications Michael S. Hardy Wisconsin D.O.T. 633 W. Wisconsin Ave, Suite 1200 Milwaukee, WI
The Dutchess County Fair Traffic Plan Talking Operations Web Seminar April 26, 2006.
Definition - CommuterLink CommuterLink is an interagency transportation management system. What does that mean? Put another way, it is the use of computer.
Modern Software Engineering for Distributed Embedded Systems Joseph Voelmle, Carlos Daboin, Joanne Sirois, Josh Gallegos Mentor: Dr. Janusz Zalewski.
Intelligent Transportation System (ITS) ISYM 540 Current Topics in Information System Management Anas Hardan.
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.
Keeping Wisconsin Moving: An Overview of WisDOT’s DMS Travel Times Kelly Langer, WisDOT, Freeway Operations Supervisor.
Incident Response, Parking Management, and Maintenance Management Systems.
Incident Management in Central Arkansas: Current Settings and Proposed Extensions Weihua Xiao Yupo Chan University of Arkansas at Little Rock.
University of Maryland Department of Civil & Environmental Engineering By G.L. Chang, M.L. Franz, Y. Liu, Y. Lu & R. Tao BACKGROUND SYSTEM DESIGN DATA.
T3 Webinar John Liu DDD-Caltrans Fog Detection and Warning System (FDWS) Presenter John Liu Deputy District Director, District 6 Maintenance.
July 29, 2009 George Saylor, PE ODOT Senior ITS Engineer.
MOTOROLA and the Stylized M Logo are registered in the US Patent and Trademark Office. All other product or service names are the property of their respective.
Hcm 2010: work zones.
WORK ZONE SAFETY & MOBILITY Meeting the Federal Rule Jim Allen Safety Implementation Engineer ATSSA Illinois Chapter Meeting.
Wyoming’s Approach to Safety Using the New SHRP2 Data Martin Kidner, State Planning Engineer Wyoming DOT July 22, 2015.
“SIComP” Broward County Communications Upgrade Florida Department of Transportation District 4 November 21, 2005.
Personal Communications Devices Managed by Telephone Services.
Smart Work Zone Systems Presented by Prahlad D. Pant, Ph.D. PDP Associates Inc.
Enhanced 511: Beyond the Basics Jerry Woods Florida DOT – District 5 iFlorida - Automated Message Generation Based on Travel Times.
Application of Intelligent Transportation Systems (ITS) for Statewide Traffic and Evacuation Monitoring and Management in Louisiana April 16, 1999.
Timothy E. Barnett, P.E., PTOE State Safety Operations Engineer Alabama Department of Transportation.
Speed Limits, Speed Control and Stopping Regulations.
Efficient Traffic Flow:
Georgia’s Intelligent Transportation System
Abstract Traffic accidents often occur when a major athletic event or concert is held at Iowa State University. This is a result of drivers not being able.
Robert Brydia Project Lead, I-35 Traveler Information During Construction Texas A&M Transportation Institute WORK ZONES & LARGE TRUCKS THE CENTRAL TEXAS.
Corridor Congestion Management Innovation for better mobility sm.
Technology and Resources In “Quick Clearance” Incident Management.
Transportation Operations Group Designing for Speed, Congestion, and Delay in the Work Zone Gerald Ullman Research Engineer Texas Transportation Institute.
Section 3: New and Experimental Technologies
Improving Communication and Coordination in Highway Work Zones Kimberly Peters Incident Management Program Director, INDOT Event Date.
HSIS Annual Meeting, 10/2006 NCHRP 17-30: Traffic Safety Evaluation of Nighttime and Daytime Work Zones Raghavan Srinivasan Forrest Council.
Work Zone Operational Enhancements Jennifer Livingston, P.E. ADOT – Senior Project Manager.
Construction zones and traffic control Objective Review extent of problem Identify contractor responsibilites Identify control plan components.
Brian Kary – Freeway Operations Engineer Minnesota Department of Transportation.
Intelligent and Non-Intelligent Transportation Systems 32 Foundations of Technology Standard 18 Students will develop an understanding of and be able to.
Work Zone & Incident Management Strategies Denise Markow, PE, TSMO Administrator Susan Soucie, PE ITS Project Manager ACEC/NHDOT 2016 Technical Exchange.
Know What’s Going On Anywhere the Sun Shines Eyes On Site tm for a Smart World Stuart Lomas CEO, Luau Data Corporation
Safer Work Zones Through ITS Interim Traffic Management System Florida Department of Transportation Tahira Faquir.
ITS & Traffic Control Michael P. Klatt
HERO UNIT Training Module
Interstate 95 Corridor Improvement Plan
David Dennis, CSHO, SSH Director of Safety, OHL USA.
Presentation transcript:

SMARTZONE Deployment on I-95 North Carolina Department of Transportation STAY ALERT Work Zone

SMARTZONE 1) What is a SMARTZONE? 2) How does it work? 3) How much does it cost? 4) What are the measurable results?

What is a ‘SMARTZONE’? SMARTZONES PROVIDE THE MOTORING PUBLIC AUTOMATED, REAL TIME, TRAFFIC INFORMATION IN WORKZONES

How does it work? SMARTZONES incorporate roadside speed and volume sensors to detect delay/congestion. This information is then transmitted to an on-site computer via radio, cellular or satellite for processing. Delay information is then transmitted from the computer to portable Changeable Message Signs

How much does it cost? Depends on how much equipment is necessary to provide the required monitoring and duration of project Depends on the type of communication technology that is required ( i.e. radio versus cellular and satellite) Depends on the complexity of the individual vendors system ( i.e. software cost, communication costs, etc.)

What are the measurable results? Reduction of Congestion associated with lane closures Reduction/elimination of “rear end” crashes due to excessive queuing Reduction/elimination of Fatal Crashes due to excessive queuing Increased Productivity for the Contractor

Intangible Factors Improved Communication with the Motoring Public resulting in a more positive Department Image Real time, credible information resulting in better compliance with workzone information

I-95 Deployment System Requirements 6 speed sensors 6 speed sensors 8 Changeable Message Signs (2 used on Alternate Route)8 Changeable Message Signs (2 used on Alternate Route) 6 cameras (w/ Pan/Tilt/Zoom)6 cameras (w/ Pan/Tilt/Zoom) 1 Command Center1 Command Center 1 Laptop Computer1 Laptop Computer Project Website Project Website

I-95 SMARTZONE Deployment Surveillance Area: I-95 between Milepost 46 and Milepost 73 in Cumberland and Harnett Counties Preselected Alternate Route: US 301. Northbound Exit 55 Southbound Exits 61 and 65 Workzone is located at Milepost 58 just north of Fayetteville, N.C.

I-95 SMARTZONE Deployment CONTRACT INFORMATION I. Contract had 3 pay items MobilizationMobilization Monthly RentalMonthly Rental RemobilizationRemobilization II. Department Guaranteed 4 months usage with a maximum 10 month duration

I-95 SMARTZONE DEPLOYMENT Successful Bidder was the Scientex Corporation Mobilization = $75,000Mobilization = $75,000 Monthly Rental = $15,000Monthly Rental = $15,000 Remobilization = $10,000Remobilization = $10,000 Total Bid = $235,000 Current expenditure = $135,000. The SMARTZONE equipment is currently being demobilized due to lane closure phase of project is completed

Traffic

Project Website

Devices Camera trailer with Satellite communication Note: Cameras not needed for system operation. Department Observation Purposes Only

SMARTZONE DEVICES Solar Powered CMS with RTMS and Speed Sensor Camera Speed Sensor

SMARTZONE- RTMS SENSOR

COMMAND CENTER

SMARTZONE COMMUNICATIONS

REAL TIME INFORMATION

Since deployment, traffic queues have been reduced on average to 2 miles or less. Before deployment, queues were exceeding 5 miles No recorded “rear end” crashes and no Fatalities A lot of positive response from media and motorists I-95 SMARTZONE Results Delay information was accurate Some utilization of alternate routes

Traffic warnings make I-95 cool By VICKI HYMAN Until now, I've never found cause to string together the words "North Carolina Department of Transportation" with "cool." The state has installed its first "smart work zone" on Interstate 95 outside Fayetteville, equipping the highway with sensors to detect speed, calculate traffic conditions and relay real time information to electronic message boards and a Web site. I'm not talking messages like "Delays Ahead" or "Expect Congestion" that you might see on I-40 around rush hour. With all due respect to the technicians who spend hours monitoring traffic conditions via live feeds from cameras posted along the highway, let me just say, "No duh." The messages posted on I-95 can tell drivers, to the minute, how long a delay to expect. Once the delay reaches 10 minutes, the electronic message boards offer alternate route information. The state has placed the message boards far enough ahead of the backups to give drivers a way out before they actually hit the traffic. On the Web site, you can even view how fast traffic is moving through the work zone. News and Observer Article July 2, 2002

I-95 SMARTZONE Problems Downtime due to equipment malfunction Communication problems with cameras. Had to utilize satellite communications Availability of speed, volume and video information Under-powered camera/sensor equipment

Future Changes Utilize “on-site” technician Improve Departments access to speed, volume and video information via the website Utilize pay reduction for system downtime Have system notify (via Page, , cell phone) appropriate personnel if a malfunctions occurs Improve messages on CMS’s to enhance ridership on the Alternate Routes

Success? You bet! The NCDOT is very impressed with the available technology and is currently in the process of installing 2 more ‘SMARTZONES’ on I-95

So far….what we think we know SMARTZONES “AIN’T” a substitute for sound engineering SMARTZONES have limited applications on high volume roadways (above 65,000) with few reasonable alternate routes SMARTZONES work well on rural interstates with AADT’s up to 55,000 with available alternate routes that have a high frequency of lane closures SMARTZONES may have applications on roadways with higher AADT’s (55,000 to 65,000) where we traditionally restrict lane closures to nightly activity Interstate Rehabilitation Projects are the best candidates for SMARTZONE installations due to the frequency of lane closures

SMARTZONE CONFIGURATION

US 301 ALTERNATE ROUTE

*