误差源

通过实验，研究和分析了两种结构传感器的特点和主要误差源。

Through experiments , their own characteristics and main sources of error of the two structures are researched and analyzed .

在单频精密单点定位中，需要精确获取到卫星轨道和卫星的钟差值，再考虑影响定位结果的各种误差源并利用相应的改正模型对其进行改正。

In the single-frequency precise point positioning , you need to get to the precise satellite orbit and satellite clock error value , then consider the the various sources of error impacting on positioning results and the corresponding correction modeling .

然后介绍了GPS观测量及误差源。

The observables and the error sources in GPS measurement are introduced .

全球定位系统（GPS）误差源预测/硕士论文

Global Positioning System ( GPS ) Error Source Prediction ; Master 's thesis

在近距差分GPS等高精度定位中，多径干扰已变成了主要误差源。

Multipath becomes a major error resource when using the short baseline differential GPS .

GPS精密定位及其误差源

Precision Positioning with GPS and its Error Sources

分析了SAR成像算法的误差源。

The sources of errors in the SAR imaging algorithms are analyzed .

卫星轨道对于长距离、大范围的GPS定位来说，也是一项比较大的误差源。

For long distance GPS positioning , orbit bias is an important bias source of positioning .

电离层延迟是单频GPS导航定位的主要误差源之一。

Ionospheric delay is one of the largest error sources for single-frequency GPS naviga-tion and Positioning applications .

研究了GPS系统的导航算法及误差源，对仿真结果进行了分析。

The navigation algorithm of GPS system , the modeling errors and the simulation results are analyzed .

尽管GPS已成为高精度的导航定位系统，但它仍存在一些重大误差源。

Although the GPS is clearly the accurate worldwide navigation positioning system , it still can exhibit significant errors .

分析了GPs共视的主要误差源，重点分析了多径效应的影响。

The main error source in GPS Common-view is analyzed , and the multi-path effect is put emphasis upon .

CCD电视经纬仪测角精度的室内检测及其误差源分析

Indoor examination and error sources analysis of angle measurement accuracy of CCD television and theodolite system

模型的最大误差源于对指令Cache缺失损失的评估过于粗略。

The maximum error of the model stems from the rough evaluation for instruction Cache miss penalty .

在动态GPS定位中，整周模糊度、对流层延迟是目前影响其定位精度提高的主要误差源。

In kinematic GPS , the integer ambiguity and tropospheric delay are the main error sources that affect the positioning accuracy .

这是因为GPS在定位过程中包含了许多误差源，尤其是测量随机误差和卫星的几何位置误差。

This is because during the positioning process many errors , especially the measurement and satellite position errors , cannot be deleted .

同时，在GPS单点定位过程中，由于观测信号受到各种误差源的影响，定位结果的精度也常常参差不一。

As a result of observation signal failed under some errors ' influence , the precision of point positioning are generally inhomogeneous .

介绍了GPS共视（GPSCommon-view，简称GPSCV）时间比对技术，深入分析了影响GPSCV比对技术的主要误差源。

GPS Common-View time transfer is introduced and the main error sources inGPS CV are deeply analyzed .

理论上从GPS载波相位观测方程入手，对单差方程、双差方程和误差源进行了分析；

With the help of phase observation equations , single differential , double differential observations and their error sources are analyzed at first .

此文分析了GPS定位的主要误差源，同时对雷达定位精度也作了一定分析，指出在某种程度上GPS定位要优于雷达定位。

The article also analyzes the precision of radar position , which indicates that GPS position is better than radar position in some degree .

中性大气包括对流层和平流层，它们对GPS信号造成的延迟影响是GPS定位的一个主要误差源。

The refraction of the neutral atmosphere , including the troposphere and stratosphere , is one of the major error sources for GPS positioning .

中性大气对GPS信号的折射影响是GPS测量的重要误差源之一。

As we know that the refraction of the neutral atmosphere on radio signals is one of the important error sources in GPS surveying .

基于各主要误差源的模型分析，建立了双目视觉系统3D测量误差与摄像机参数、基线长度、测量距离等因素之间的关系式。

The relationship between the depth error of a stereo vision system and other factors such as baseline , depth and camera parameters , are presented .

分析了标定过程中的主要误差源，并应用Monte－Carlo统计实验法估计了各项误差源对温度标定误差的影响，给出了重要结论。

The main error sources are pointed out and estimated by using Monte-Carlo method . Some important conclusions are made .

由于GPS测量中的各种误差源和环境的影响，GPS的伪距、伪距率测量信号往往也是含有野值的。

Because of the various error resources in GPS surveying and the influence of the environment , it often contains outliers in pseudorange and pseudorange rate .

对低轨卫星（LEO），大气阻尼摄动是主要的定轨误差源。

For low-earth orbiters ( LEO ), atmospheric drag is the main error source in orbit determination .

针对简化误差源模型（含42个误差量），本文建立了Stewart平台误差模型。

Stewart platform error model has been built up based on the simplified error source model .

分析了InSAR系统的主要误差源，并对地球自转、大气效应等因素对InSAR测量的影响展开了详细讨论。

The main error resources of InSAR and its influence on InSAR are also studied .

本文首先回顾了GPS的发展，简述了GPS信号和导航数据处理研究情况，然后详细分析了GPS信号进行测量的数学模型和主要误差源。

The first part of this paper reviews GPS development and application in many fields and gives the analysis of GPS measurement model and the main error sources in detail .

GPS姿态测量中，大部分误差源可通过双差得到抑制或降低，多径误差成为主要的误差源。

Most of error sources can be eliminated by double differencing due to the short antenna seperations within GPS based attitude determination system , multipath is the dominant error source .