In this dissertation a new double-channel color night vision system project is designed. Based on the feature of III-GEN Image Intensifier, the dissertation raises the double-channel color night vision system project combinated with II -GEN Image Intensifier. The dissertation focuses on designing a real-time image processor of the night vision system. Using the advantage of Field Programmable Gate Array(FPGA) technique, in the dissertation a universal real-time image processor based on FPGA is designed and established. And according to programming in the FPGA, the logic circuits of image intensifying and stereoscopic display are designed. The real-time image processor can realize the functions of image intensifying and stereoscopic display. In addition, the system design and debug experiences are summarized and analyzed in detail. |