红外成像系统 meaning in Chinese
infrared imaging system
Examples
- Non - uniformity correction approach is one of the key technique in steering focal plane array imaging system
凝视红外成像系统中的探测器非均匀性校准(降低固有空间噪声)技术是一项处在探索过程中的关键技术。 - Therefore , the realization of the long - distance , high - resolution and shady infrared system is very important and has great economy benefits
因此,研制作用距离远、分辨率高、隐蔽性好的红外成像系统有很大的现实意义和极大的经济效益。 - The causations and features of nonuniformlty in infrared imaging systems are described in the first part of this paper . several methods of nonuniformity correction ( nuc ) for fpa are analyzed and compared in detail
本文首先分析了红外成像系统非均匀性产生的原因及表现特征，对目前存在的几种非均匀性校正方法进行了详细的探讨和对比。 - Imaging process modeling and system performance evaluation of ir imaging systems ( iriss ) avail to optimize system design and evaluate imagery and performance . so system modeling is of significance not only in theoretical research but also in practical application
建立红外成像系统的成像过程模型和性能评估模型，对于系统的优化设计、图像质量和系统性能的评价，具有重要的研究意义和广泛的应用前景。 - With ray tracing the imaging process is analyzed in this paper . and with ray tracing and post - processing several typical effects resulting from main elements of iriss such as optics , detector and atmosphere are studied and modeled . these typical effects on imaging are simulated with ray tracing , post - processing and pixel - based processing
本文利用光线追迹法对红外成像系统的成像过程进行了分析，并采用光线追迹法和后处理法对系统的主要组成单元，如光学系统、探测器以及大气等所具有的典型效应进行了建模研究。