Four kinds of IR imaging guidance countermeasure technique were presented and analyzed.

如何对抗红外成像制导武器也已成为世界各国研究的重要课题.

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Dim targetdetection and tracking is a crucial step in infrared imaging guidance.

红外图像中的弱小目标检测技术对于红外成像制导技术而言是关键的.

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In infrared imaging system, all false and unnecessary signal are called noise.

在红外成像系统中, 任何虚假和不需要的信号统称为噪声.

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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.

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These problems will become the important aspects of imaging infrared terminal guidance application technology.

这些问题已成为红外成像末制导技术应用研究的重点.

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In order to realize infrared imaging simulation condition, a new infrared simulation system is designed.

为了能够实现逼真的红外仿真环境, 设计了一套红外成像仿真系统.

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Imaging system of infrared focal plane arrays ( IRFPA ) developed into the main trend in future.

红外焦平面成像系统则是今后红外成像技术发展的趋势.

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So it is very necessary to research the jamming technology for the imaging IR guidance missile.

因此,研究对红外成像制导导弹的干扰技术是十分必要的.

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IRT cameras can identify at - risk cattle 48 hours before they begin to show any clinical symptoms.

红外成像摄像机能在处境危险的动物开始出现任何临床症状前48小时检测出来.

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Presently , as a performance measurement method, the Triangle Orientation Discrimination ( TOD ) attracting more and more attention.

近来, 三角形方向鉴别 ( TOD ) 性能度量方法受到了红外成像评价领域广泛的重视.

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A method of global motion estimation of infrared imaging based on RANSAC + LS algorithm was proposed.

提出了一种基于RANSAC+LS算法的红外成像全局运动估计方法.

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By analyzing thermal emission polarization detection method, a thermal imaging polarimeter is developed.

通过分析热红外偏振探测方法, 根据现有条件研制了一种热红外成像偏振探测仪.

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With SOPC technology uncooled focal plane infrared ( IR ) imaging system size, lower power consumption and better performance.

采用SOPC技术可使非制冷焦平面 红外 成像系统体积更小 、 功耗更低、性能更稳定.

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Analyze the characteristic of infrared imaging guidance contrasted with visible light, study the imaging guidance theories.

与可见光对比分析了红外成像制导的特点, 研究了成像制导的方法.

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