In the real-time image processing system of the airborne infrared camera, how to process a large amount of data and information in a limited time and effectively meet the real-time requirements of the system is a problem that needs to be solved as soon as possible. Based on this, this article meets the needs of system modularization design ideas, and proposes a real-time image processing system design based on CMOS, using DSP and FPGA as the core devices to realize the corresponding hardware circuit design, and using high-demand tracking in the real-time image processing system algorithm. The experimental results show that the functions and performance of the designed real-time image processing system can meet the expected demand, and it is practical and reliable.
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