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RFP No. 12-09-01 Automated License Plate Recognition
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L-3 Mobile Vision Inc.
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Last modified
10/4/2012 2:44:18 PM
Creation date
10/4/2012 2:43:53 PM
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CityClerk-Bids_RFP_RFQ
Project Name
Automated License Plate Recognition
Bid No. (xx-xx-xx)
12-09-01
Project Type (Bid, RFP, RFQ)
RFP
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ALEMNT <br /> INTRODUCTION <br /> Automated License Plate Reading (ALPR) has been referred to as the next leap forward <br /> in law enforcement, Access Control, and Counter Terrorism. It allows specific plates <br /> (vehicles) to be identified and located automatically (in space and time). If a vehicle is <br /> wanted for a crime it is highlighted for action, if a crime has occurred, then the vehicles <br /> that were in the area can be evaluated. <br /> Sunny Isles Beach is uniquely configured to provide ALPR Geo-Fencing, this will enable <br /> the system to provide enhanced security for the residents by continuously monitoring <br /> the plates entering, leaving and traversing the area. It is proposed that all entry / exit <br /> points in each city be ALPR monitored with various other strategic points within the <br /> cities to be considered for future enablement with ALPR systems. <br /> "1116.2r _R The distributed ALPR systems will be <br /> connected to a central management <br /> t server (located at the Police <br /> Department) this will act as the <br /> " = primary interface point for the entire <br /> r `: �` '• array of cameras. The server <br /> automatically pushes updates to the <br /> remote units and receives "read <br /> information" and allows the Sunny <br /> Isles Beach to have a single point from which to monitor the <br /> activity and perform investigations (the server also automatically ° <br /> alerts designated patrol vehicles). <br /> This solution will provide the Sunny Isles Beach PD with a simple <br /> means of improving the safety and security within the <br /> community. <br /> Roadside Systems: As Florida requires only rear plates on the <br /> vehicles, the ALPR systems must be configured to "view the rear <br /> of the vehicles". Each lane of traffic will require one camera, as <br /> each camera will be mounted on an existing light pole and can <br /> find plates in excess of 100 feet from camera. <br /> The camera system(s) consist of two cameras in a single sealed IP68 housing (infrared <br /> camera for reading the plates and a color camera to provide a reference overview of the <br /> vehicle) and a roadside processor <br /> (CPU in an environmental <br /> W\R`a.ev`eW Feaa ReddOyery�ewin, enclosure). <br /> eN Q�e W a8e <br /> The system will also need a communication mode back to the Police Department. <br /> Communication can be WIFI, Cell or Hardwire depending on available infrastructure. An <br /> 3 1 L-3 Mobile-Vision <br />
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