1 / 21

2007 TRB Annual Meeting January 22, 2007 Washington, DC

WisTransPortal V-SPOC Volume, Speed, and Occupancy Application Michael Runnels TOPS Systems Developer mrunnels@engr.wisc.edu Steven Parker, Ph.D. TOPS IT Project Manager sparker@engr.wisc.edu Traffic Operations and Safety (TOPS) Laboratory University of Wisconsin – Madison.

esquer
Download Presentation

2007 TRB Annual Meeting January 22, 2007 Washington, DC

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. WisTransPortal V-SPOC Volume, Speed, and Occupancy Application Michael RunnelsTOPS Systems Developermrunnels@engr.wisc.edu Steven Parker, Ph.D.TOPS IT Project Managersparker@engr.wisc.edu Traffic Operations and Safety (TOPS) LaboratoryUniversity of Wisconsin – Madison 2007 TRB Annual Meeting January 22, 2007 Washington, DC

  2. V-SPOC Paper Authors • University of Wisconsin - Madison • Steven Parker, TOPS Project Manager • Michael Runnels, TOPS Systems Developer • Shan Di, Graduate Research Assistant • Changxuan Pan, Graduate Research Assistant • Wisconsin Department of Transportation • Douglas Dembowski, WisDOT Project Manager

  3. WisTransPortal System Interconnect

  4. WisTransPortal System Interconnect

  5. WisTransPortal V-SPOCChallenges/Objectives • Get the data out of the ‘Black Box’ by providing an accessible and user-friendly data interface system • Create a system that allows for easy expansion • A system rich in functionality and well organized • Portability, available for use in other states

  6. V-SPOC Timeline • August 15, 2005 – start 12 month project • 3 months – functional requirements and system design • 6 months – software development • 3 months – testing and deployment • Additional enhancements and maintenance ongoing as needed

  7. Start With The Data

  8. V-SPOC Modules

  9. Integrated Documentation

  10. General Detector Selection

  11. General Detector Results

  12. Graph of Selected Detection

  13. Excel View Of A CSV Download

  14. Quality Assurance Reporting

  15. Events Reporting

  16. Other Modules

  17. Even More Modules

  18. How It Was Accomplished • Oracle 10g Database • Super Thin Client • Java – V-SPOC programming language • Struts – dynamic webpage framework • JSPs – dynamic webpage language • Distributable Plugins (Open Source) • JFreeChart – used to produce our graphs • JExcel – used to write to excel workbooks • Tomcat Application Server

  19. Technology Direction Objectives • Portable System • Accessible • Easily Maintained/Updated • Configurable • Secure • Modular • User-Friendly • Able to handle large amounts of data

  20. Future Directions • Fiber Network to Gather Real Time Data • More Advanced Quality Assurance and Imputation Features • Integrate With Planning Data (TRADAS) • Integrate With Lane Closure System • GIS Mapping Interface • Java Server Faces/Hibernate

  21. Questions? • TOPS Lab: http://www.topslab.wisc.edu • WisTransPortal: http://transportal.cee.wisc.edu • Michael Runnels: mrunnels@engr.wisc.edu • Steven Parker: sparker@engr.wisc.edu

More Related