An Infrared Image Band Expansion Method Based on Measured Data

Min Li, Hong Xie
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Abstract

In recent years, precision guided weapons have been widely used for its irreplaceable advantages, and infrared guidance is one of the most important components. In this paper, the characteristics of the medium and long wave infrared images are analyzed. Considering the composition of the infrared radiation, starting from speeding up the algorithm, an infrared image generation method is proposed to get infrared images in different bands. In this method, the theoretical temperature is used to improve the algorithm running speed instead of the actual temperature. The comparison experiment shows that the method proposed in this paper can improve the reality of the simulation, and explore a new method of band expansion for infrared images, which is an effective method.
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一种基于实测数据的红外图像波段扩展方法
近年来,精确制导武器以其不可替代的优势得到了广泛的应用,红外制导是其中最重要的组成部分之一。本文分析了中、长波红外图像的特性。考虑到红外辐射的构成,从加快算法速度入手,提出了一种红外图像生成方法,得到不同波段的红外图像。该方法采用理论温度代替实际温度来提高算法的运行速度。对比实验表明,本文提出的方法能够提高仿真的真实感,探索出一种新的红外图像波段扩展方法,是一种有效的方法。
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