下面是北卡罗来纳地区中部的雷达图像。
Here is the radar image for the central North Carolina area.
不过即使是新型卫星雷达图像仍有待调整。
But even the new satellite-based radar images still need fine-tuning.
所示的雷达图像实际上是由可以单独下载的图层组成的。
The radar image shown is actually composed of layers you can download separately.
下载RIDGE雷达图像介绍了各种图层及其下载方法。
Downloading RIDGE Radar Images describes the various layers and how to download them.
探讨了抑制合成孔径雷达图像相干斑噪声的方法。
Methods of reducing speckle noise in SAR image are discussed in this paper.
要确定分层雷达图像中的像素坐标，请尝试The Gimp。
To determine your pixel coordinates in a layered radar image, try The Gimp.
最后给出适合于合成孔径雷达图像城区分类的特征。
At last the features which are fit for SAR urban images classification are given.
提出一种聚束式合成孔径雷达图像特征提取的有效算法。
An effective algorithm of feature extraction for spotlight synthetic aperture radar images is presented.
对雷达图像数据和音频数据，设计单独的采集卡进行数掘采集。
Separate collection card is designed for Radar image data and audio data collection.
如果这些单位靠的太近，小于1米，它们就会在雷达图像中融合成一个大块。
If they are closer together than that, they tend to merge into a single block on a radar image.
如果这些单位靠的太近，小于1米，它们就会在雷达图像中融合成一个大块。
If they are closer together than that, they tend to mergeinto a single block on a radar image.
雷达图像显示在彩色萤光幕上，并以不同的颜色代表降雨的强弱程度。
The image was displayed on a colour monitor, with various colours representing different rainfall intensities.
2月22日新西兰城市克赖斯特彻奇大地震的雷达图像已经制作完成。
The upheaval wrought by the 22 February earthquake in Christchurch, NZ, is illustrated in new radar imagery.
然而常规形心跟踪算法因激光雷达图像受到散斑噪声影响而变得不适合。
The original centroid tracking algorithm is no longer suitable because of the speckle noise in ladar image.
论文结合测试实践对影响VDR雷达图像记录性能指标的因素进行了分析。
According to the test practice, the paper also analyzed the factors which affect the performance of VDR radar image recording.
激光雷达图像也展示了了建筑群，工业场所，市场，广场，以及这些地区的公路联系起来。
The LiDAR images also exposed clusters of buildings, industrial sites, markets, and plazas, as well as roadways that linked these areas.
这种雷达图像处理方法对于与降水相关的消息以及开发各种天气相关情况的数据都十分有用。
This approach to radar image processing is useful for precipitation related messages, as well as developing data on various weather-related events.
地质雷达探测技术中资料处理相当关键，是雷达图像得以准确解释的前提和保证。
Data? Processing is a key link in GPR detection technique and constitutes the prerequisite and guarantee for the accurate interpretation of radar image.
本文以机载合成孔径雷达图像相干斑滤波算法为研究内容，得出了一些有益的结论。
This paper focuses on the research of speckle filtering algorithms of SAR image and obtains some useful conclusions.
根据雷达图像的特点提出边缘检测后不做曲线闭合，而直接进行阈值处理的图像分割。
According to the characteristics of radar image, a method of image segmentation is suggested by performing threshold processing directly after edge detection instead of close curves.
基于目标和地面电磁反射特性数据库的信息和雷达探测模型，实现了雷达图像动态生成。
By the use of the electromagnetic reflection information of targets and ground in database, the radar detection model can generate radar image dynamically.
2004年，科学家利用欧洲航天局三周的雷达图像发现了十个超级巨浪，每个都达25米甚至更高。
In 2004 scientists using three weeks of radar images from European Space Agency satellites found ten rogue waves, each 25 metres or more high.
WIN2000下雷达图像采集压缩记录系统，主要包括采集、压缩、存储、传输等内容。
The radar image capture, compression and recording system under WIN2000 mainly includes capture, compression, storage and transmission, etc.
根据距离像噪声来源，采用结合强度像的多级中值滤波对实际的雷达图像进行了去噪处理。
According to range image noise, combining intensity image with multilevel median filtering is used for actual ladar image.
雷达图像的亮度与云中反射雷达波的水滴或冰晶的数量有关，而雷达场附近的图像亮度除外。
The Brightness of the radar image is related to the amount of reflecting water or ice in the clouds except near the radar site.
主要论述了如何采用微机软件技术，实时模拟显示雷达图像和其他一些常用辅助符号与工具。
The paper discusses the software designing about how to generate the simulating images and accessories symbols and tools of Radar operation system.
空间站的雷达图像因此看上去就像是一堆密集的亮点，通过这些亮点，空间站的轮廓线能清楚地识别出来。
The radar image of the station therefore looks like a dense collection of bright spots from which the Outlines of the space station can be clearly identified.
边缘检测是激光雷达图像处理的重要组成部分，其性能直接影响整个雷达系统的精度和性能。
Edge detection plays an important role in lidar image procession. Its capability has direct influence on precision and performance of lidar imaging system.
边缘检测是激光雷达图像处理的重要组成部分，其性能直接影响整个雷达系统的精度和性能。
Edge detection plays an important role in lidar image procession. Its capability has direct influence on precision and performance of lidar imaging system.
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