Design of A High-speed Infrared Image Processing Platform Based on the Multi-core DSP and FPGA

As the number of image processing increases and the complexity of graphics processing algorithms becomes higher, the real-time image processing becomes very important. In order to solve the problem of real-time data processing, a real-time infrared image acquisition and processing system based on a heterogeneous platform of multi-core DSP and FPGA is proposed. The multi-core DSP and FPGA real-time infrared image processing system has the advantages of low power consumption and low latency. The system is mainly composed of FPGA module and multi-core DSP image processing module. For high-speed real-time acquisition, the FPGA module realizes real-time image acquisition control and transmission; for real-time processing, the DSP image processing module is used for real-time image algorithm processing. Based on SRIO protocol, the system realizes high-speed and stable data transmission between multi-core DSP and FPGA. The study shows that the system is suitable for aerial target tracking tasks and meets the real-time and accuracy requirements.