1) GPS baseline vector
GPS基线向量
1.
A new method for solving GPS baseline vector has been put forward, in which the problems of " detection and repair of cycle slips" and " determination of ambiguity" can be avoided.
提出了一种解算GPS基线向量的新方法。
2.
On the base of GPS baseline vector nonlinear adjustment calculation,estimate value of unit wight variance,precision estimate of adjustment and baseline length are analyzed,and the simplified direct formulas for precision assessment of GPS baseline vector nonlinear adjustment calculation are put forward in this paper.
在GPS基线向量非线性平差解算的基础上,分析了单位权中误差估值、平差值的精度估计和基线长度的精度估计,并给出了简明的直接估计公式,为GPS基线向量非线性平差解算的精度评定提供了直接的评定公式。
3.
The fundamental rule to select variance—covariance model has been presented, and the alternative algorithm which simulaneously estimate fixed variance components and scalled variance components of the distance, azimuth and geode height difference for a GPS baseline vector has been developed.
本文应用最小范数二次无偏估计(MINQUE)理论,研究了GPS基线向量网在椭球面上进行三维平差时的方差和协方差分量的估计问题。
2) GPS Baseline Vector Network
GPS基线向量网
1.
And then aiming at the characteristics of GPS baseline vector network, we improve the original IGGⅢ scheme.
首先介绍了相关观测抗差估计的 IGG 方案 ,针对 GPS基线向量网的特点 ,对原IGG 方案作了部分改进 ,最后通过一个算例表明 ,改进后的相关观测抗差估计权函数能有效地抵制 GPS基线向量观测异常的影响 ,且能节省计算时间。
3) the vector of GPS synchronize baseline
GPS同步基线向量
4) GPS Tri-dimensional Baseline Vector
GPS三维基线向量
1.
Transforming from GPS Tri-dimensional Baseline Vector to Geodetic Coordinate Difference;
GPS三维基线向量向大地坐标差的直接转换
5) baseline vector
基线向量
1.
Nonlinear Calculation and Precision Analysis of GPS Baseline Vector;
GPS基线向量的非线性解算及精度分析
2.
In combination with practice,occupation planning,baseline vector calculating,network adjustment results and residential uncertainty of the deformation monitoring network are analyzed and studied in detail.
结合水厂铁矿GPS边坡变形监测实例,对GPS监测网的星历预报、基线向量平差计算、网平差计算、结果及残差不确定度进行了细致分析研究,以验证GPS技术在边坡变形监测中的可靠性和精度。
3.
The baseline vector between base and mobile station has high precision and stability.
RTK GPS的主要功用是进行相对定位,移动台之间以及其与基站间的基线向量具有很高精度和稳定性。
补充资料：基线分离峰
分子式：
CAS号：
性质： 相邻两峰间的分离度大于1.5时，称此相邻两峰为达到基线分离。此两峰称为基线分离峰。此时其峰谷位于基线上。
CAS号：
性质： 相邻两峰间的分离度大于1.5时，称此相邻两峰为达到基线分离。此两峰称为基线分离峰。此时其峰谷位于基线上。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条