在EXAFS数据处理过程中，没有考虑这种偏差的影响是造成EXAFS方法结果中径向距离误差的一个原因。
Normal EXAFS data processing without evaluating this kind of difference is also a cause of the radial distance deviating-to-shorter error in the EXAFS results.
基于数据处理的需要，在分析原有编辑距离算法的基础上，通过拓展交换操作减少编辑操作的数量。
Based on the requirement of data processing, after analyzing the existing algorithm of Levenshtein Distance, the number of edit operation was decreased by extending the transposition operation.
主要完成卡尔曼滤波在准连续波雷达数据处理(距离和速度)中算法应用研究，实现一种新型自适应卡尔曼滤波算法。
The applications of the Kalman filtering algorithm in data processing (range and speed) of quasi continuous wave radar are studied. A new adaptive Kalman algorithm is realized.
GPS定位技术的高效率、高精度、没有距离的限制、全天候作业模式及观测和数据处理的高度自动化等诸多优点，使GPS定位技术在大坝、坝区高边坡安全监测中得到应用。
Because of high-efficient, high-precision, no distance limitation, all-weather operation, highly automated and so on, the technology of GPS positioning is used in the security monitoring of the dam.
该文较为详细地分析了高分辨率机载SAR数据处理中，有关目标距离单元徙动(RCM)校正和平台运动偏差的精确补偿问题。
This paper detailedly analyzes precise Range Cell Migration (RCM) correction of the targets and motion error compensation of platform in high resolution airborne SAR data processing.
本文论及了大型火箭发射起飞段横向漂移量的近距离高速摄影测量系统和数据处理方法。
This paper has dealt with the short-range high speed photogrammetric system for large-scale rocket launching lateral drift-magnitude and the data processing method.
其中主要的讨论针对雷达观测资料的切向分辨率随距离的增加而降低的实事，对同一体扫数据处理时，使用随距离变化的阈值。
This paper point out that as the resolution decline with the distance between RAD and reflectivity body, the threshold should change with the distance.
GPS数据处理是GPS研究中的一个重要内容，目前，中短距离的数据处理应用已经比较成熟，接收机的随机附带软件已经能够满足大多数用户的需要。
GPS data processing is an important part of GPS research, it's a quite mature application at present in short-range, the software attached to receiver have been able to meet the needs of most users.
数据处理后得出目标的距离像，目标的细节信息在距离像中有很好的体现，肉眼可以识别。
We acquire range image of this target after the data processing. The details of target in the range image can be identified by naked eyes.
重点讨论了图像处理、距离和姿态的数据处理方法，并对系统进行了模拟试验验证。
Focus is concentrated on the digital image processing method and the arithmetic of ranging and gesture. The performance of the system is proved by simulating test.
重点讨论了图像处理、距离和姿态的数据处理方法，并对系统进行了模拟试验验证。
Focus is concentrated on the digital image processing method and the arithmetic of ranging and gesture. The performance of the system is proved by simulating test.
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