Around the development of infrared thermal imaging tracking system and XXXXXXX prototype electro-optical system for infrared thermal imager, this paper undertakes a systematic research on some key technologies, such as image preprocessing, non-uniformity correction, and thermal imager display graphics design. Furthermore, this paper focuses on analyzing the causes of non-uniformity of the infrared focal plane and discusses the steps and methods of image processing. Using high-performance SoC single-chip microcomputer C8051F120with the combination of the design of FPGA hardware interface, this research conducts the software design of configuration features module and non-uniformity correction module for thermal imager. Through validation, the software capability has met the design requirements of the system, and this technology has been successfully applied to a certain type of thermal imaging equipment with electro-optical system. |