objTrack11
MRA Digital’s ObjTrack-11 FPGA IP core implements the algorithm of automatic tracking of objects in video and calculation of their parameters for solving guidance and target designation tasks.
ObjTrack-11 IP core is a stand-alone module easily integrated into projects based on field-programmable gate arrays (FPGA) and application-specific integrated circuits (ASIC). The core interfaces are standard and allow for connection to IP cores.
The use of the ObjTrack-11 IP core will allows you to create your own effective machine vision systems for solving problems in fire control, weapons guidance and perimeter control with a significant reduction of the development time.
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Description
MRA Digital’s ObjTrack-11 FPGA IP core implements the algorithm of automatic tracking of objects in video and calculation of their parameters for solving guidance and target designation tasks.
ObjTrack-11 IP core is a stand-alone module easily integrated into projects based on field-programmable gate arrays (FPGA) and application-specific integrated circuits (ASIC). The core interfaces are standard and allow for connection to IP cores.
The use of the ObjTrack-11 IP core will allows you to create your own effective machine vision systems for solving problems in fire control, weapons guidance and perimeter control with a significant reduction of the development time.
Main Features:
Tracking up to 80 fps at core clock frequency 300 MHz and object size of 128×128 pixels. |
The library implements 1 tracking channel. If several channels are required, several cores need to be used. |
Tracking of objects is possible in the size range from 8×8 to 128×128. Channel parameters can be changed in times of tracking. |
Tracking is possible for all types of objects of any shape. There is no tracking collapse if up to 50% of object area changes over no less than 50 frames. |
Tracking when an occluded overlaps up to 50% of object area. Tracking collapse is automatically detected and the object is re-captured after detection. |
Discreteness of coordinate calculation is not less than 1/256 pixels. Discreteness of motion speed calculations is no less than 1/256 pixels/frame. |
Tracking of dynamic objects. Possible translation of object over 1 frame is by 52 pixels in any direction. |
Tracking of low-contrast objects against a complex background. Tracking of objects with a contrast from 10% is possible. |
Calculation of the position and size of object in the tracking rectangle. It is possible to resize the strobe without tracking collapse and object re-capture. |
Adaptation is possible to your conditions of use (changing of operation modes, control logic, algorithm modification). |
Easy integration. The core is supplied in a form convenient for use in FPGA IDE systems by leading FPGA manufactures. |
Additional Information
Additional information
Video Input Type | Analog VGA, Composite, Display Port, Digital RGB, DVI, HD-SDI, HDMI |
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OLED | SVGA, SXGA, VGA, WUXGA |
Image Processing | Custom Image Processing, Data Fusion, Motion Detection, Object Recognition, On Screen Display, Thermal Outlining, Video Overlay, Video Shifting/ Cropping, Video Splitting (Left/Right), Video Splitting (Top/Bottom), Video Scaling |