实验结果表明该方法在校正性能和对弱目标的提取能力上要明显优于两点校正算法。
Experiment results show that its performance is more perfect than that of two-point correction algorithm.
针对传统的两点校正法准确度不高的缺点，提出一种二点多段线性校正的改进算法。
According to the disadvantage of low accuracy in the traditional two -point correction method, a new improved algorithm of two -point multi -section correction is presented.
文中讨论了两点校正法，并分别提出了利用查找表法和用CPLD实现焦平面探测器非均匀性校正的方案。
In this paper, the two points correction method is discussed, and then the designs of non-uniformity correction for IRFPA using function table and CPLD separately are presented.
实验验证，该方法在保证了两点校正的实时性高、算法简单的优点的同时，提高了两点校正的精度，扩大了其动态范围。
It is proved that this method ensures the advantages of real-time processing and simple algorithm while improving the accuracy of the Two-point correction and enlarging dynamic range.
低幅度背斜识别的影响因素主要有两点：一是因地表形态起伏较大而引起的静校正问题，二是构造上倾方向存在速度异常。
There are two factors influencing identification of low-amplitude anticlines: One is the static correction problem caused by large fluctuation of the surface landform.
两点温度定标校正算法是非制冷红外探测器的有效的非均匀性校正技术。
The algorithm of the two-point temperature correction is a effective nonuniform correction technique for uncooled IR detector.
为了提高红外焦平面阵列两点实时非均匀性校正速度，提出两点压缩校正的新方法。
In order to improve the real-time correction speed of infrared focal plane arrays (IRFPA), a new way of two-point compression correction is presented.
提出了一种在弱目标检测系统中，线列或面阵红外焦平面的非均匀校正算法-基于可变积分时间和均衡噪声的两点现场校正算法。
A new method, named two point IRFPA nonuniformity correction method based on integration adjustment and noise equilibrium , to correct IRFPA nonuniformity in dim target detection system was presented.
在基于标定的非均匀性校正算法方面进行研究，比较了两点温度定标算法和多点温度定标算法的校正效果；
For the nonuniformity in IRFPA, we discussed calibration-based nonuniformity correction techniques, compared two-points correction algorithm and multi-points correction algorithm.
在基于标定的非均匀性校正算法方面进行研究，比较了两点温度定标算法和多点温度定标算法的校正效果；
For the nonuniformity in IRFPA, we discussed calibration-based nonuniformity correction techniques, compared two-points correction algorithm and multi-points correction algorithm.
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