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Automatic Vehicle Location System. Presented By: Julia Nguyen City of San Jose. Presentation Overview. Background Project Vision Goals & Objective System Description Current Status Future Outlook. B ackground. Role of SJ Fire Department - Responds to +50,000 calls for service
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Automatic Vehicle Location System Presented By: Julia Nguyen City of San Jose
Presentation Overview • Background • Project Vision • Goals & Objective • System Description • Current Status • Future Outlook
Background • Role of SJ Fire Department - Responds to +50,000 calls for service - 80% of calls involve medical treatment - Trained paramedic on each fire engine - Minimum response time - Computer Aided Dispatch system
Background • Role of SJ Streets & Traffic Department - Manage & operate traffic signal network - Successfully manages several ITS projects - Leader in using innovative technology to address traffic issues • Joint implementation of 6-month pilot project to test AVL technology
Goals & Objectives • Evaluate the effectiveness of the AVL system • Demonstrate the capability of AVL technology to: - Improve dispatch process - Optimize traffic signal timing - Collect traffic engineering data
System Description • Fundamental technologies - Global Positioning System (GPS) - Wireless communications link - Geographic Information System (GIS) • AVL components - In-vehicle equipment - Base station - Tracking & Display Workstation
BASE SUB-SYSTEM ARCHITECTURE RF Base Antenna RSI Communications Controller MAPPING and DISPLAY COMPUTER200 MHz Pentium 32 M RAM, 2 G HDSoftware:ESRI Arcview 3.0 RSI AVL System GPS Antenna RS-232 RSI DifferentialReference StationAshtech 12-Channel GPS RSI Mobicon SW GIS LAN to GIS Display RS-232 GIS WAN to GIS Display COMMUNICATIONS CONTROLLER200 MHz Pentium32 M RAM, 2 G HDSoftware:RSI MobiConRSI Differential SW
Current Status • Hardware/Software Installation • System Testing - Overall functionality - Meets desired objectives - Identify any shortcomings
Hardware/Software Installation • Six fire vehicles • One probe vehicle • One base station • Four remote GIS workstations - tracking & display functions - reporting functions
System Testing • Monitor status & location of equipment - Polling/Response Process - Vehicle position, speed, direction • Improvement to dispatch process - Historical records/Route analysis - Emergency response time • Opticom optimization • Traffic data collection (travel time studies)
Current System • Allows for basic AVL functions • Serves as a tool for understanding AVL/GPS technology • Provides a foundation on which we can continue to build on
Future Outlook • Full integration of CAD system w/AVL system to allow for: - Automatic route selection based on vehicle proximity to incident - In-vehicle navigation - Expansion of GIS base map to include attribute data layers
Future Outlook • Full integration would entail: - Install in-vehicle equipment for 50+ fire vehicles - Develop communications interface between CAD & AVL - Upgrade radio infrastructure - Establish new dispatch protocols
For Today... • Complete system testing • Benefit Assessment - Fire staff survey - S&T staff survey - Examine all possible applications • Seek funding for full build-out