V4L2 FPGA/Examples: Difference between revisions
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This section shows two examples already implemented and tested on our V4L2 FPGA framework. | |||
*[[V4L2_FPGA/Examples/Convolutioner|Convolutioner]] section explains how to read from a camera and move this through convolution with a Gaussian Kernel before going back to the CPU. | *[[V4L2_FPGA/Examples/Convolutioner|Convolutioner]] section explains how to read from a camera and move this through convolution with a Gaussian Kernel before going back to the CPU. | ||
*[[V4L2_FPGA/Examples/ | *[[V4L2_FPGA/Examples/TestPattern_generator|Video Test Pattern Generator]] section explains how to read from an HW generated pattern and move it to the CPU. | ||
*[[V4L2_FPGA/Examples/Pass_Through|Pass-through]] section explains how to read from a camera and move this through a pass-all accelerator before going back to the CPU. This is useful for measuring the maximum capabilities of the FPGA and communication. | |||
*[[FPGA_Image_Signal_Processing_with_Xilinx_OpenCV_and_V4L2-FPGA|Xilinx OpenCV]] section explains how to integrate the Xilinx OpenCV library to the V4L2 FPGA wrapper. | |||
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Latest revision as of 19:50, 10 December 2020
| V4L2 FPGA |
|---|
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| Introduction |
| Getting the Code |
| Examples |
| GStreamer Pipelines |
| Supported Platforms |
| Contact Us |
This section shows two examples already implemented and tested on our V4L2 FPGA framework.
- Convolutioner section explains how to read from a camera and move this through convolution with a Gaussian Kernel before going back to the CPU.
- Video Test Pattern Generator section explains how to read from an HW generated pattern and move it to the CPU.
- Pass-through section explains how to read from a camera and move this through a pass-all accelerator before going back to the CPU. This is useful for measuring the maximum capabilities of the FPGA and communication.
- Xilinx OpenCV section explains how to integrate the Xilinx OpenCV library to the V4L2 FPGA wrapper.