Artículos Técnicos. Título: Prof.-Univ. Dipl.-Ing. Klaus Banse. Autor: Ing. Robert Miranda. Publicación: ITS International

Similar documents
A practical approach to SMS implementation Colombian Civil Aviation Authority

Mercer SCOOT Adaptive Signal Control. Karl Typolt, Transpo Group PSRC RTOC July 6th, 2017

A GEOGRAPHIC ANALYSIS OF OPTIMAL SIGNAGE LOCATION SELECTION IN SCENIC AREA

A Review by IHST (INDIA) Prepared by Air Vice Marshal K Sridharan VM (G) President, Rotary Wing Society of India Regional Lead

Special event planning and management: Micro operations in the macro landscape. A case study of the Singapore Grand Prix

Various Counties MINUTE ORDER Page 1 of I

Ground movement safety systems and procedures - an overview

Air Transport Safety & Security Checklist

Summary of Transportation Development Credits (TDCs) Dallas-Fort Worth Metropolitan Planning Organization (MPO) (As of September 30, 2016)

3.3 Specific Developments in Air Navigation CNS AUTOMATIC DEPENDENT SURVEILLANCE BROADCAST (ADS-B) (Presented by the United States of America) SUMMARY

Spatial Assessment for the revised Mpumalanga Biodiversity Expansion Strategy. Mervyn Lotter Scientific Services 8 June 2016

Index. Springer International Publishing AG 2018 I. Schagaev, B.R. Kirk, Active System Control, DOI /

HungaroControl Csaba GERGELY

Improving Houston METRO HOV/HOT Lane Safety Fall TexITE: Fort Worth August 31 st, 2012 Dustin Qualls, PE, PTOE Nader Mirjamali, PE

Measures to Vitalize the Commerce of the Central Business District

Safety Management 1st edition

Slow Down! Reducing Downtown Bloomington s Progression Speed

Estimating Operations and Airport-Specific Landing & Take-off Cycles at GA Airports

SYDNEY S SECOND AIRPORT

Why does Sydney need a new fast Metro to the West? A fast Metro to the west is a vital component of this Plan

Flight Dynamics Analysis of a Medium Range Box Wing Aircraft

5 Rail demand in Western Sydney

EUROCONTROL. Centralised Services concept. Joe Sultana Director Network Manager 1 July 2013

Pedestrian Safety Review Spadina Avenue

Establishing a Risk-Based Separation Standard for Unmanned Aircraft Self Separation

Project Concept Note

SMS HAZARD ANALYSIS AT A UNIVERSITY FLIGHT SCHOOL

Surveillance and Broadcast Services

District 3 ITS Project Update

ARCTIC/ICE OPERATIONS SESSION. DYPIC A Multinational R&D Project of DP Technology in Ice

2.1 TITLE: VMC PARKS MASTER PLAN AND IMPLEMENTATION STRATEGY PROJECT UPDATE

Triple Play Networking in a Cruise Ship Environment

Project Evaluation Report

USING SCOOT MULTI-NODES TO REDUCE PEDESTRIAN DELAY AT DUAL CROSSINGS IN BRISTOL

APPENDIX H MILESTONE 2 TRAFFIC OPERATIONS ANALYSIS OF THE AT-GRADE CROSSINGS

REMOTELY PILOTED AIRCRAFT SYSTEMS SYMPOSIUM March Detect and Avoid. DI Gerhard LIPPITSCH. ICAO RPAS Panel Detect & Avoid Rapporteur

Other Principle Arterials Minor Arterial Major Collector Minor Collector Local

Procedures for Air Navigation Services Aerodromes (PANS-AGA) ICAO Doc. 9981

Alternative solutions to airport saturation: simulation models applied to congested airports. March 2017

From rail timetables to regional and urban indicators on rail passenger services

Project Deliverable 4.1.3d Individual City Report - City of La Verne

WATERBORNE TRANSIT. April 21, 2010

Effects of Weather and Traffic controlled Variable Speed Limits in Sweden

An Urban Toll Ring as a Financial Instrument for better Public Transport the Oslo Experience

Space-Based Aircraft Tracking: Increasing Safety and Reducing Risk in 2018

EVALUATION OF TRANSIT SIGNAL PRIORITY EFFECTIVENESS USING AUTOMATIC VEHICLE LOCATION DATA

U.S. ROUTE 202 SECTION 300 IMPROVEMENT PROJECT East Whiteland Township Tredyffrin Township Chester County

Fly at the speed of ingenuity on your Learjet 85

Applicability / Compatibility of STPA with FAA Regulations & Guidance. First STAMP/STPA Workshop. Federal Aviation Administration

8 CROSS-BOUNDARY AGREEMENT WITH BRAMPTON TRANSIT

City of Palm Coast, Florida Palm Coast Safety Site Evaluation Report

Policies for Certification, operation and maintenance of UAS Andres Eduardo Parra Catama Air Safety Inspector Civil Aviation Authority of Colombia

Auckland City Centre: Transport Capacity and Access Trends

UAS OPERATIONS AS AN ECOSYSTEM

Asia Pacific Regional Aviation Safety Team

General Issues Committee Item Transit Operating Budget Ten Year Local Transit Strategy

New Technologies and Digital Transformation of the Passenger Process in Airport Terminals

A Context-Aware Amusement Park

CRITICAL FACTORS FOR THE DEVELOPMENT OF AIRPORT CITIES. Mauro Peneda, Prof. Rosário Macário AIRDEV Seminar IST, 20 October 2011

1 PROJECT STATUS UPDATE 2 ND CONCESSION FROM BRISTOL ROAD TO DOANE ROAD TOWNS OF EAST GWILLIMBURY AND NEWMARKET

CLASS SPECIFICATION 5/12/11 SENIOR AIRPORT ENGINEER, CODE 7257

TOURISM DEVELOPMENT PROJECTS. CARIBBEAN COAST Ministry of Tourism

HungaroControl. More than an Air Navigation Service Provider

Score. Category. Access Aesthetics Community Resources

Australian Journal of Basic and Applied Sciences. Why to Introduce Flat Fare System in Janmarg, Ahmedabad, Gujarat A Case Study

Spectral Efficient COMmunications for future Aeronautical Services. Jan Erik Håkegård ICT

UPGRADING NATIONAL AIRPORTS With View to Security and Facilitation. The Third Joint ICAO/WCO Conference July 2016

System for calculation of flights profitability. Paris 2002

HARP AUTHORITY GATEWAY CENTER BOATHOUSE & CHANNEL EXTENSION TO SANTA FE AVENUE. Pueblo City Council Presentation September 17, 2018

Submission to Infrastructure Victoria s Draft 30-Year Infrastructure Strategy

Network of International Business Schools

GROUND TRANSPORTATION PLANNING AND DESIGN: PLANNING WITH AND FOR TECHNOLOGY

TAXIBOT. May Technical Partner

ANDROID BUS TICKETING SYSTEM

UNITED STATES DEPARTMENT OF AGRICULTURE FOOD SAFETY AND INSPECTION SERVICE WASHINGTON, DC

PLANNING THE SUNBURY GROWTH CORRIDOR

Nashua Regional Planning Commission

ASBU IMPLEMENTATION. ASBU industry consideration. Date 16/08/2017. Edson Fagundes Gomes

PASSENGER SHIP SAFETY. Damage stability of cruise passenger ships: Monitoring and assessing risk from operation of watertight doors

ZANZIBAR AIRPORTS AUTHORITY PROJECTS

operation Programme of ICAO

TOURISM DEVELOPMENT PROJECTS CARIBBEAN COAST. Ministry of Tourism

Moving Brisbane is the Newman Liberal team s blueprint for a modern and efficient transport system.

Airport Safety Initiative Networking Session Initiated by the Airport Safety Cluster. Helsinki, IST Event /11/ 2006,16:00-17:30

STATEMENT OF PROBLEMS OF THE PROJECT

Miami Orlando Passenger Rail Project Overview

IN FLIGHT REFUELING FOR COMMERCIAL AIRLINERS

AUCKLAND $1.2 BILLION $1.9 BILLION $149 MILLION 15% SPEND $5.7 BILLION

TABLE OF CONTENTS. Coral Springs Charter High School and Middle School Job No Page 2

Route Causes. The largest percentage of European helicopter. For helicopters, the journey not the destination holds the greatest risk.

Single Line Tethered Glider

(Also known as the Den-Ice Agreements Program) Evaluation & Advisory Services. Transport Canada

Surveillance and. Program Status. Federal Aviation Administration Broadcast Services. To: By:

North West smart motorways 100 miles of extra lanes

2017 POLICY DOCUMENT. M1 Action Plan. Putting Queenslanders First

MINISTRY OF INFRASTRUCTURE STATE COMMISSION ON AIRCRAFT ACCIDENT INVESTIGATION FINAL REPORT. Serious Incident No: 518/07

Draft Concept Alternatives Analysis for the Inaugural Airport Program September 2005

Christchurch, New Zealand, April 2015

The Coalition s Policy to Build Melbourne s East West Link

4 VIVA PHASE 2 YONGE STREET - Y2, AND HIGHWAY 7 - H3 CORRIDORS PRELIMINARY ENGINEERING UPDATE

Transcription:

Artículos Técnicos Título: Autor: Cost benefit analysis of ITS deployments Case study: Implementation of an adaptive traffic control system for the City of Cartagena de Indias, Colombia (Project phase 1) Prof.-Univ. Dipl.-Ing. Klaus Banse Ing. Robert Miranda Publicación: ITS International Fecha: Septiembre 2009

Cost benefit analysis of ITS deployments Case study: Implementation of an adaptive traffic control system for the City of Cartagena de Indias, Colombia (Project phase 1) by Prof. Klaus Banse, President of ITS Colombia Ing. Robert Miranda, Head of the Traffic Management and Control System of Cartagena de Indias Introduction In the past public infrastructure projects were mostly analyzed by their cost of implementation. The recent decades and lack of public budget have forced public administrations to develop mechanisms looking deeper into projects future benefits. One of the mayor inconveniences is that these benefits are calculated in a theoretical manner, as real measurable benefits are only available after the project is implemented and operational. The present article shows the two cost benefit analysis for the City of Cartagena de Indias Traffic Management System. The first was developed during project design and prior to the implementation and based on projections and microscopic models for the feasibility study. The second was recently done for an internal audit, after project implementation several months of project operation. System description Cartagena de Indias Cartagena de Indias is located on the north coast of Colombia in the Caribbean. The city has one million inhabitants and its historic centre is a UNESCO world heritage site. The city recently implemented a new adaptive traffic control system in 52 intersections with an investment of 4.500.000 USD. System architecture The Cartagena de Indias traffic control system is one of the most complete ITS deployments in the region including a PC SCOOT adaptive traffic control center and SCOOT traffic controllers, ITERIS Vantage video sensors, DALLMEIER digital video recorders, CCTV PTZ dome cameras and a high speed optical communications network, all operated from a single workplace.

It is the first system of its kind in Colombia, allowing the programming and manipulation of 100% of its components from the control room without the need of field visits. (Figure - System architecture) (Figure Remote programming of ITERIS Vantage detection zones) (Figure DALMEIER video split showing ITERIS Vantage & PTZ cameras) (Figure ITERIS Vantage SCOOT detectors on Calle El Espinal) Feasibility study The feasibility study for the Cartagena traffic project was made in summer 2006. The cities 20 most critical intersections were simulated using PTV VISSIM and traffic data based on surveys done by Universidad Nacional de Colombia in 2004 and 2006. One of the main challenges was the simulation of an adaptive control system, without using some provider s algorithm. Therefore a specially designed two stage adaptive algorithm had to be designed. Using a linear growth rate of Cartagena s traffic, the simulation showed an overall decrease of travel time between 2 minutes and 5 minutes, depending on the time of day, intersection arm and saturation degree of the intersections during peak hours. Previous traffic impact studies suggested that a mean 3 minute travel time savings was necessary to justify the investment for the first project phase in a 4 to 5 year term. The real savings obtained by a 4 stage adaptive control were most likely higher than the rather conservative simulation results, so the project was a go. Project operation study Today, after 8 months of operation, the system operator decided to realize a first audit to determine the system performance, measuring travel times in the main corridors connecting the outer parts of the city with the downtown area. Downtown Crespo (Cartagena International Airport) Downtown Sur (South and access to inner Colombia) Downtown Manga (Cartagena Seaport and residential areas) Downtown Boca Grande (Residential and tourist area) (Figure Cartagena traffic corridors)

Though the coverage of the system is not yet complete travel time savings, achieved by the system have been considerable allowing an overall savings on fuel of around 1.342.000,- USD per year. (Figure Travel time and gas savings) Operational savings Traffic planning After the implementation of the system traffic planning is only required for new intersections. The annual savings in manpower and equipment use are around 55.000,- USD. Current saving The new LED traffic lights save close to 85% of electricity compared to the incandescent light bulbs used before. The annual saving on electricity is around 12.000,- USD. Maintenance savings Incandescent light bulbs had to be changed frequently while the LED lights life cycle is estimated above 5 years. The annual savings in light bulbs, man power, and equipment are around 11.000,- USD. Data acquisition Traffic counts in signalized intersections are being made automatically by the ITERIS Vantage system. The annual saving in man power and equipment use is around 54.000,- USD. Total savings The total yearly savings of 1.474.000 USD mean a return on ITS investment in around three years, not taking into account other savings as environmental impact, traffic light down time, traffic accident rates and others. It is also important to take into account that the increasing fuel prices in Colombia have shortened the feasibility term considerably. (Figure Total savings)

Conclusions ITS is worth its money Surveys, studies but more importantly the daily traffic situation in the streets of Cartagena show, that the ITS investment has been justified. The positive experience is urging the city to accelerate its next phase of implementation. ITS planning required The successful implementation of the highly integrated system and different provider interoperation was only possible due to highly specialized planning being done by SIT Ltda, the Colombian branch a regional consulting group SIT. Statement of the operator Robert Miranda, Head of the Traffic Management and Control System of Cartagena de Indias Since the implementation of the new traffic management and control system the overall traffic situation in our city has improved considerably. After only 8 months of operation the system now runs smoothly and seamlessly and reports traffic data for strategic and operational planning purposes, but out of the operators point of view, the most important part of the system is CCTV and detection video, allowing us to see what is happening in our streets and verifying the accuracy or traffic detection online from the control room. Our investment in ITS planning and infrastructure was definitely worth every penny, and not only for us, but for the City of Cartagena.

Images Figure - System Architecture

Figure Remote programming of ITERIS Vantage detection zones

Figure ITERIS Vantage SCOOT detectors on Calle El Espinal

Figure DALMEIER video split showing ITERIS Vantage & PTZ cameras

Figure Cartagena traffic corridors Figure Travel time and gas savings

Figure Total savings