Video Detection System

The Vendor is required to provide video detection system that detects vehicles, bicycles, and motorcycles on a roadway by processing video images, and that provides vehicle presence, traffic flow data, event alarms, and full-motion video for real-time traffic control and management systems.
- Camera and processor
•    The camera shall be a color CMOs imaging array.
•    The camera shall have HD resolution of at least 720p (1280x720 pixels).
•    The camera shall include a minimum 10x optical zoom.
•    The camera shall have direct, real-time iris and shutter speed control by the integrated processor. 
•    Support h.264 video compression for streaming output.
- Video sensor enclosure assembly
•    The camera and processor shall be housed in a sealed ip-67 enclosure
•    The faceplate of the enclosure shall be glass and shall have hydrophilic coating on the exterior surface to reduce debris accumulation and maintenance. 
•    The faceplate shall have a thermostatically-controlled indium tin oxide (ITO) heater applied directly on the interior surface to keep the faceplate clear of condensation, snow, ice and frost.
•    An integral aiming sight shall assist in aiming the camera for the detection objectives.
•    A removable rear cap and cable strain relief shall seal the power connection
•    The rear cap shall be tethered to the enclosure to avoid dropping the cap during installation. 
•    The rear cap shall be fastened to the body of the video sensor with a single, captive bolt.
- Video sensor connection
•    A 3-pole terminal block, shall supply power and broadband-over-power communications to 1 or 2 sensors. 
•    If two sensors are connected on a port they shall be connected in parallel. 
•    The broadband-over-power communications shall provide a throughput of 70 to 90 mbps. 
•    The broadband-over-power connection shall support at least 1,000 feet of cabling to the video sensor. 
•    Each physical sensor port shall include a power switch controlling up to 2 sensors as well as an led indicating status of power delivery on the port.
•    There shall be a led for the first four sensors learned into the system to indicate the status of communications. 
•    The configuration software shall allow the user to see communication status of all sensors connected. 
•    Each physical sensor port shall contain a resettable fuse. 
•    Each physical sensor port shall provide high-energy transient protection.
- Local user communications
•    A wired Ethernet port shall be provided to connect the technician at the cabinet to the video detection system for setup and maintenance purposes. 
•    The maintenance port shall support 10/100/1000 mbps Ethernet communication. 
•    All communications to the video detection system through the maintenance port shall be to a single IP address. 
•    The maintenance port shall support DHCP to automatically assign an IP address to the user’s computer
•    An 802.11g WI-FI access point shall allow wireless connection to the video detection system at the cabinet for setup and maintenance purposes. 
•    All communications to the video detection system through the WI-FI access point shall be to a single IP address. 
•    The WI-FI access point shall support DHCP to automatically assign an IP address to the user’s computer. 
•    The WI-FI access point shall include a dipole, omnidirectional antenna. 
•    A momentary pushbutton shall allow the user to turn the WI-FI access point on or off. 
•    The WI-FI access point shall turn itself off automatically after a period of inactivity from connected devices. 
•    A led shall indicate when the WI-FI access point is enabled. 
•    The WI-FI access point shall operate simultaneously with the wired maintenance port and with the traffic management center (TMC) connection. 
•    The WIFI access point shall require a password for connection by a user’s computer. 
•    The default password shall be changeable.
- Management software
•    Management software shall be a windows-based application. 
•    The software shall be compatible with windows 7 and windows 10 operating systems (OS). 
•    The software shall communicate with the video detection system via Ethernet. 
•    The management software shall automatically determine all video sensors and communications interface panels available on the local network and populate a list of all devices. 
•    The management software shall provide a means to add video sensors and communications interface panels on routed networks by the communications panel’s wan IP address. 
•    The management software shall provide the user a means to name individual video sensors and communications interface panels. 
•    The management software shall provide a means for the user to zoom the camera optics while viewing a live video stream. 
•    The management software shall provide a means for the user to easily calibrate distances in the field of view so as to create a 3-dimensional mapping of the complete field of view. 
•    The management software shall provide the user a means to create 4-sided detection zones in the field of view using either a still snapshot or live video. 
•    The management software will overlay an outline of each detection zone over the background image.
•    The monitoring screen shall include a live video stream from the video sensor with at least HD 1280x720 pixel resolution.
•    The monitoring screen shall show indications of detection in real time by changing the color of the detection zone.
•    The monitoring screen shall include the following optional, configurable objects. 
•    It shall be possible for the user to size and position them anywhere on the screen and to change the color and size of text.