Detection Algorithms in Multibeam Bathymetry Outliers Data 多波束测深数据异常值检测算法比较
Correction for the Directivity of Beam Width in Bathymetry 海洋测深波束角效应改正的方向问题研究
Study on Tunnel Effect in Multi-beam Seafloor Bathymetry and Its Adaptive Eliminating Methods 多波束海底测深隧道效应及其自适应消除方法研究
Correction for the Directivity of Beam Width in Bathymetry The biggest problem is calculating the seabed slope angle of the unknown seabed. 而对未知海底的倾斜角求解问题是解决波束角效应的难点之一。
The Methods of Removing Instantaneous Attitude Errors for Multibeam Bathymetry Data 多波束测深瞬时姿态误差的改正方法
Principal Components Estimation of Trend Surface Coefficients in Multibeam Bathymetry 多波束测深趋势面系数的主成分估计
Technique on Building DEM of Bathymetry Using Multibeam Data 基于多波束数据的海底地形建模技术
It is barely ten since systematic deep ocean bathymetry revealed the structure of rifts, fractures and trenches associated with sea floor spreading. 系统的深海深度测量揭示了与海底扩张有关的狭谷带、断裂带和海沟的结构。
Shallow Water Bathymetry Surveys by SAR Based on M4S for Simulations of Microwave Imaging Oceanic Surface 基于海面微波成像仿真M4S软件的SAR浅海地形遥感探测
Bathymetry Outlier Detection Using Robust Trend Surface with High-breakdown Point 测深异常的高崩溃污染率抗差趋势面检测
But, what many of us would like to see is3D bathymetry ( terrain) data as well! 但是,我们许多人希望看到的是三维水深(地形)数据,以及!
Remote sensing based bathymetry reversion in radial sand ridge of South Yellow Sea and its 3-D visualization simulation 南黄海辐射沙脊群水下地形遥感反演及三维可视化
This paper described a polarization detection method to compress the lager dynamic range of laser returned signals in airborne laser bathymetry system. 采用偏振检测方法,对机载激光测深实验系统接收到的大动态范围的水下目标反射的激光回波信号的压缩进行了实验研究。
Based on the theoretical analysis and data simulation of the characteristics of the return signal, the factors influencing the capability of minimum depth of an airborne laser bathymetry and the improved technical methods are discussed. 针对回波特性进行理论分析和数值模拟,讨论影响机载激光测深系统的最小可探测深度的各种因素和解决的技术途径。
Laser sounder bathymetric system is of great importance to be capable of charting coastal bathymetry rapidly and cheaply. 激光海洋测深仪是一种快速便宜的海深勘测系统,对绘制沿海区域海图有重大意义。
Study of the Capability of Minimum Depth Using an Airborne Laser Bathymetry 机载激光测深系统的最小可探测深度研究
Advances in and Application of Airborne Laser Bathymetry Technology 机载激光测深技术进展及应用
The trial results indicate that InSAS combines the advantages of high resolution of SAS and high bathymetry precision. 试验结果表明:干涉仪合成孔径声纳兼备合成孔径声纳高分辨率和干涉测深精度高的优点;
The accuracy of measurement and detection probability of the sea surface using infrared laser in airborne laser bathymetry are discussed. 讨论了机载激光海洋测深技术中采用红外激光测量海表的精度和探测概率。
Method of Satellite-borne Multispectral Bathymetry in Shallow Water 星载多光谱浅海水深测量方法
In a multi, beam bathymetry system, phase detection is a key for achieving super, wide coverage. 多波束测深系统中,相位检测法是实现超宽覆盖测量的关键技术之一。
Results show that the combined technique compresses the dynamic range of submarine signal effectively and meets the demand of shallow sea dynamic range for the airborne laser bathymetry. 试验结果表明,多种方法相结合的技术可对水底信号的动态范围进行有效压缩,满足机载测深系统对浅海测量的动态范围要求;
A useful phase difference pick-up method in phase detection of multi-beam bathymetry 多波束测深相位检测法中一种有效的相位差序列提取方法
Accurate measurement of sea surface in an airborne laser bathymetry 机载激光测深系统中的精确海表测量
An airborne laser sounder bathymetric system is of great importance to chart coastal bathymetry rapidly and cheaply and to detect submarines. 机载激光海洋测深系统对快速而便宜地绘制沿海海图和探测潜艇有重要意义。
The accuracy of bathymetry with pressure measurement, its theoretical calculation and the factors affecting the results of bathymetry are discussed and analysed in this paper. 长期来压力测深技术的研究与讨论,一直是人们热心讨论的课题,本文将就压力测深的准确度和压力测深的理论计算以及影响压力测深的因素,予以讨论和分析,供与同行交流。
A New Airborne Laser Bathymetry System and Survey Result 新型机载激光测深系统及其飞行实验结果
A new airborne laser bathymetry system is developed. Compared with the previous one, the new system is improved in data-acquisition rate, accuracy of measuring point position, ability of shallower water detecting and automatic operating. 新研制的机载激光测深系统与第一代机载激光测深系统相比,在探测信号采集率、浅水测量能力、测点定位精度和系统的自动化方面都有较大的提高。
Multi-beam bathymetry sonar is an important tool which is widely used in sea exploration and seafloor mapping. Research on the technology of high-resolution multi-beam imaging sonar in our country has wide prospects and great significance. 多波束测深声呐是当代海洋开发、地形测绘、资源探寻的重要设备,在我国开展高分辨率多波束成像声呐技术的研究具有广阔的应用前景和重要的战略意义。
The factors that cause and propagate these large amplitude waves include bathymetry, density stratification and ocean currents. 海水深度、密度层化和洋流等是引起这种大振幅波动传播的因素。