Studies show that radar has great potential to provide useful near surface moisture mapping. 研究结果显示,以雷达量测来对映土壤表面湿度具有极大的潜力。
Orthographic radar restitutor Land Resources Survey and Mapping 正投影图雷达解调器土地资源调查与制图
Characteristics of Three-Dimensional Lightning and Radar Echo Using the Broadband Field Lightning Mapping System 闪电宽带电场三维定位及其回波特征
Optimum Radar Parameters for Mapping Soil Moisture 主动微波遥感土壤水分观测中的最优雷达参数选择
Research on classifier of multidimensional data based on radar chart mapping and fuzzy reasoning 多维数据雷达图和模糊推理的分类器研究
The basic principles, pixel height measurement accuracy, decorrelation in the radar echoes, critical baseline and optimum baseline, phase unwrapping, and global mapping possibilities for the InSAR are explained deeply in this paper. 本文对InSAR技术的基本原理、测高精度、回波信号的去相关效应、临界基线与最佳基线的决定、相位解缠、以及全球测绘的可能性等问题进行了系统的分析和较详细的阐述。
A Tri-antenna Airborne Interferometric Synthetic Aperture Radar for Topographic Mapping 地形测绘用三天线机载干涉合成孔径雷达
Satellite synthetic aperture radar interferometry with permanent scatterers ( PS) can overcome the limitation of spatio-temporal decorrelation and atmospheric delay, and thus enhance the reliability of radar interferometry when applied in regional deformation mapping. 基于永久散射体的干涉测量技术可以克服卫星合成孔径雷达应用于区域地表形变探测所面临的时空失相关和大气影响。
Simulation of Optimal Synthetic Aperture Radar ( SAR) Parameters for Mapping Underwater Bottom Topography 星载SAR水下地形和水深遥感的最佳雷达系统参数模拟
In this paper, the interferometric synthetic aperture radar ( InSAR), which has three dimensional topographic mapping capability, is described in detail. 论述具有三维测绘能力的干涉式合成孔径雷达(InSAR)测量技术。
Coastline detection in Synthetic Aperture Radar ( SAR) images plays a significant role in marine applications, such as autonomous navigation, geographic mapping, etc. 合成孔径雷达(SAR)图像海岸线检测,在自动导航、地图绘制等海洋应用方面具有重要意义。
With the radar technology to the rapid development of mapping and precision imaging direction, More attentions are paid to the research and development of high resolution Radar due to its 'potentiality in military and civil application recently. 随着雷达技术向测绘和精确成像方向快速发展,高分辨力雷达在军事及民用应用中的研制也日益受到重视。
With the continuous development of the synthetic aperture radar ( SAR) technology, the image sensor can provide great amount of image which is all-weather conditions, high-resolution, detailed ground mapping information. 随着合成孔径雷达(SAR)技术的不断发展,其能够提供全天候条件下、具有高分辨能力的、详细的地面测绘资料和图像。
As an active means of remote sense imaging, Synthetic Aperture Radar ( SAR) has widely used in environmental protection, military reconnaissance, ocean observations and geological mapping. 合成孔径雷达(syntheticApertureRadar,SAR)作为一种主动的遥感成像手段,在环境保护、军事侦察、海洋观测、地质测绘等方面有广泛的应用。
According to the theory of radar imaging, a computing method of imaging plane is presented firstly. On that basis, two imaging plane prediction methods& geometric projection method and range-doppler mapping method are proposed. 根据雷达成像理论,给出了成像面计算的方法,并在此基础上提出了两种成像面预测方法&几何投影法和距离-多普勒映射法。
As the typical representative in the microwave remote sensing field, synthetic aperture radar ( SAR) has been widely used in the areas of surveying and mapping, military reconnaissance and national economy because of its unique advantages of earth observation. 作为微波遥感领域的典型代表,合成孔径雷达(syntheticApertureRadar,SAR)以其独特的对地观测优势,广泛应用于军事侦察、测绘以及国民经济各领域中。