Www.ptvamerica.com Software In The Loop Applications for VISSIM TRB Traffic Signal Systems Committee – Simulation Subcommittee Kiel Ova, P.E., PTOE.

Slides:



Advertisements
Similar presentations
Pocket PC – DSP Integrated System Gliwice February 13 th, 2009.
Advertisements

Phoenix Adaptive Control Technology Showcase Cobb County Georgia
Overview What is the National ITS Architecture? User Services
Chapter 10 Input/Output Organization. Connections between a CPU and an I/O device Types of bus (Figure 10.1) –Address bus –Data bus –Control bus.
Overview of MOST: A Hands On Approach to Signal Timing Training Federal Highway Administration Webinar 15 April 2009 Michael Kyte, MOST Principal Investigator.
KY Statewide Traffic Signal System ITS Mid-America 2005 Columbus, OH.
U.S. Department of Transportation Federal Highway Administration ACS-Lite FHWA Adaptive Signal Control Systems Raj S. Ghaman, P.E. Team Leader, Office.
Siemens – Local Controller Software with Adaptive Control
Prof. Ing. Karel, CSc., Univerzita Pardubice, FEI, KST doc. Ing. Emil Kršák, PhD., Žilinská univerzita, FRI RNDr. Hynek Bachratý, PhD.,Žilinská univerzita,
Traffic Controller Methodologies NEMA-based vs. Interval-based
Lecture Objectives: 1)Explain the limitations of flash memory. 2)Define wear leveling. 3)Define the term IO Transaction 4)Define the terms synchronous.
Thinking Inside the Box: Traffic Controllers for Traffic Analysis
Real-Time Kernels and Operating Systems Basic Issue - Purchase commercial “off-the- shelf” system or custom build one Basic Functions –Task scheduling.
Department of Electrical and Computer Engineering Texas A&M University College Station, TX Abstract 4-Level Elevator Controller Lessons Learned.
1 Development of Capability-Enhanced PARAMICS Simulation Environment Lianyu Chu, Henry X. Liu, Will Recker California PATH ATMS Center University of California,
1 Process Description and Control Chapter 3. 2 Process Management—Fundamental task of an OS The OS is responsible for: Allocation of resources to processes.
Urban landbuilding facilitiestransportation networkssystems technology National and Regional ITS Architectures Bart Cima, IBI Group February 26, 2007.
University Of Idaho November 19, 2004 An Automated Tool to Test the Functionality of a Traffic Signal Controller Zhen Li National Institute for Advanced.
Final (Part A) Presentation 31/10/04 Virtual Traffic Signal Presented by: Ron Herman Ofir Shentzer Instructor: Mr. Mony Orbach Technion – Israel Institute.
DISTRIBUTED DATABASE MANAGEMENT SYSTEM CHAPTER 07.
Anne Mascarin DSP Marketing The MathWorks
Advanced Evaluation Techniques and Hardware-In- The-Loop Simulation Darcy Bullock, P.E. Professor Purdue University.
Transportation Research Board 2004 Annual Meeting Adaptive Signal Control Workshop Session 2: Field Experience January 11, 2004.
Transit Priority Systems (TPS) Chun Wong, P.E. City of Los Angeles, Department of Transportation T3 Webinar.
3rd Street Light Rail Process and Challenges of Developing Transit Signal Priority Javad Mirabdal, Jack Fleck & Britt Thesen Department of Parking and.
RT-TRACS A daptive Control Algorithms VFC-OPAC Farhad Pooran PB Farradyne Inc. TRB A3A18 Mid-Year Meeting and Adaptive Control Workshop July 12-14, 1998.
Computer Architecture Lecture 01 Fasih ur Rehman.
April 3, 2001 Washington, DC 2001 EMS Users Group.
Applied Transportation Analysis ITS Application SCATS.
SunGuide SM Software Development Project Ramp Meter Firmware Discussions August 8, 2006.
1 Presented at 2008 North American Paramics User Group Meeting 1 TMC Operator Training Using Microscopic Simulation Lianyu Chu CLR Analytics Inc July 14,
Oregon Microsimulation Roundtable March 2012
MICE III 68000/20/30 MICETEK International Inc. CPU MICEIII MICEView Examples Contents Part 1: An introduction to the MC68000,MC68020 and Part.
SeaTac International Airport ITS Initiative ITS America 2007 June 4-6 Session 24 Hicham F. Chatila, PE, PTOE.
ACS Lite EconolitePerspective. Outline Development Experience Implementation Outlook.
Capability-Enhanced PARAMICS Simulation with Developed API Library Lianyu Chu, Henry X. Liu, Will Recker California Partners for Advanced Transit and Highways.
MICROPROCESSOR INPUT/OUTPUT
Mark J. Salamango Chief Pervasive Architect USA TACOM Tel: Fax: Pervasive Computing: Why did the logistics.
Find the software in the PC  C:/PTmonitor/monitoring.
Bus Lane with Intermittent Priority
Implementation Transit Priority System and Mobile Internet Passenger System in the City of Los Angeles Kang Hu and Chun Wong City of Los Angeles Department.
Session 2 Equipment Requirements for Adaptive Traffic Control SCOOT Axel Reissnecker, EAGLE Traffic Control Systems, Austin, TX TRB Workshop on Adaptive.
21 March 2007 Controls 1 Hardware, Design and Standards Issues for ILC Controls Bob Downing.
Hall D Online Meeting 27 June 2008 Fast Electronics R. Chris Cuevas Jefferson Lab Experimental Nuclear Physics Division 12 GeV Trigger System Status Update.
1 Adaptive Control Software – Lite (ACS-Lite) Eddie Curtis, P.E. FHWA Resource Center / HOTM NTOC Webcast March 27, 2008.
Lecture 13: Logic Emulation October 25, 2004 ECE 697F Reconfigurable Computing Lecture 13 Logic Emulation.
Online Software 8-July-98 Commissioning Working Group DØ Workshop S. Fuess Objective: Define for you, the customers of the Online system, the products.
PROJECT - ZYNQ Yakir Peretz Idan Homri Semester - winter 2014 Duration - one semester.
Signalized Intersection Performance Measurement Vendor Perspectives Regarding INDOT/Purdue/Vendor Collaborative Project Eric Raamot Vice President, Engineering.
Use of HITL in Bus Priority Design Kevin Balke, Ph.D., P.E. TransLink ® Research Center Director Texas Transportation Institute Hardware-in-the-Loop Symposium.
Smart Information for a Sustainable World True Adaptive Signal Control A Comparison of Alternatives Technical Paper # Presentation to the 18 th World.
Development of PARAMICS Plug-ins with Application Programming Interfaces Henry X. Liu, Lianyu Chu, Will Recker PATH / UC-Irvine.
Abstract The City of Portland, in collaboration with TriMet (Portland’s regional transit service provider) and the Oregon Department of Transportation,
Simulation Subcommittee Meeting Summary Byungkyu (Brian) Park January 22, 2007.
TSSC Simulation Subcommittee Meeting July 22, 2007 San Jose, CA.
Simulation of Traffic Signal Systems SubcommitteeJanuary 14, 2008 ATACid CID/TS2 Tester for VISSIM, Cube Dynasim, and CORSIM Shawn Birst, P.E. Advanced.
Portable Heart Attack Detector (PHAD) Final Presentation
PTV America Ring Barrier Controller (RBC)
بسم الله الرحمن الرحيم MEMORY AND I/O.
05/16/2008 Improved Traffic Signal Efficiency in Rural Areas through the use of Variable Maximum Green Time Aswini Rajagopalan.
Los Alamos National Laboratory Streams-C Maya Gokhale Los Alamos National Laboratory September, 1999.
1 DAQ.IHEP Beijing, CAS.CHINA mail to: The Readout In BESIII DAQ Framework The BESIII DAQ system consists of the readout subsystem, the.
2015 Traffic Signals 101 Topic 6 Controller Operations.
Accelerating the pace of power electronics development Typhoon RTDS Electronic Design Automation (EDA) for eCars and Power Electronics “Living in Interesting.
Demonstration of Experiments Relating to Isolated Intersections (Labs 2 through 5) Michael Kyte University of Idaho 15 April 2009.
Improving Intersection Performance
PROPworks ESB Financial Interface
Transportation Research Board 2004 Annual Meeting
ITE Midwestern District Conference June 20, 2017
Presentation transcript:

Software In The Loop Applications for VISSIM TRB Traffic Signal Systems Committee – Simulation Subcommittee Kiel Ova, P.E., PTOE

© PTV America Traffic Signal Controllers NEMA > Econolite ASC/2 (now ASC/3) > Eagle EPAC300 (now M50) > PEEK LMD 9200 > NAZTEC Type 170 > Wapiti > BI Tran Systems > Caltrans C8 Type 2070 > Siemens Nextphase > VS-PLUS Interval > Peek LMD 40 > Wapiti SCATS Fortran Fastracs … and many more!

© PTV America Software-in-the-Loop Controllers Concept > Replaces hardware-in-the-loop > Same logic as firmware > Virtual time clock and calendar > Timing parameter database exchange with field controllers > Commercial signal control firmware interfaces directly with VISSIM’s Signal Controller API

© PTV America Software-in-the-Loop Controllers Motivation > Error/bias due to improper emulation (TSP, Coordination, etc) > Faster than real time > Synchronization > No hardware required Disadvantages > More communication overhead than VISSIM’s embedded controller > No data exchange with other controllers (future NTCIP compliant) > No import from signal optimization tools (future development)

© PTV America VISSIM’s SIL Applications Available SIL controllers: > NEMA Controller (PTV) > Fourth Dimension D4 > VS-PLUS > SCATS > Econolite ASC/3

© PTV America Fourth Dimension D4

© PTV America Econolite ASC/3

© PTV America Econolite ASC/3 Controller > 16 Phases/16 Overlaps > 16 Ped Phases/16 Ped Overlaps > 4 Rings > 64 Detectors > Phase Compatibility Matrix > Logic Processors – Emulate External Logic/PLC > Coordination/Preempt > NTCIP 1202 Compliance

© PTV America ASC/3 SIL Controller – Database Editor > icons™ >.db is transferred between VISSIM and ASC/3 controller (hardware) via NTCIP Database Manager

© PTV America ASC/3 SIL Controller – Front Panel Display > ASC/3 Menu Structure > Online Controller Status > Detector Status > Real-time Database Update

© PTV America ASC/3 SIL Controller – Logic Processing

© PTV America ASC/3 SIL Controller – I/O Mapping

© PTV America Summary Current Status: > Ready for field application Future Work: > ASC/3 Transit Signal Priority Implementation > GA Based optimization of signal timing parameters

© PTV America PTV – First Class Transportation.