载波相位差分,carrier phase difference
1)carrier phase difference载波相位差分
英文短句/例句
1.Algorithms Research of Integrated GPS、DR Land Vehicle Navigation System Based on Difference of Carrier Phase;基于载波相位差分的车载GPS、DR组合定位系统算法研究
2.Research on Carrier Phase Differential GPS, Initial Alignment of Strapdown Inertial Navigation System and Their Combination;GPS载波相位差分技术、捷联惯性导航系统初始对准技术及其组合技术研究
3.Phase Error Analysis on EBPSK Carrier SynchronizationEBPSK载波同步中的相位误差分析
4.Cycle-Slip of Carrier Phase Double-Difference Based on Wavelet Analysis基于小波分析的载波相位双差周跳检测
5.Carrier Phase Smoothed Pseudorange and Its Application in DGPS载波相位平滑伪距及其在差分定位中的应用
6.Performance Analysis of a Differenced Autocorrelation Phase Based Carrier Frequency Recovery Algorithm基于自相关相位差的载波恢复算法的性能分析
7.Accuracy Analysis of Carrier Phase Smoothing Pseudorange Single Point Positioning载波相位平滑伪距单点定位精度分析
8.A new method of estimating stochastic model of GPS double-differenced carrier phase observablesGPS载波相位双差观测量随机模型估计的新方法
9.phase comparison carrier relay相位比较式载波继电器
10.subcarrier phase correcting steps副载波相位校正梯级
11.Study on Code Multi-Path Mitigation by Phase-Aided Smoothing Algorithm载波相位辅助消除伪码多径误差的算法研究(英文)
12.Study on modeling of time series analysis for GPS carrier phase measurement dataGPS载波相位测量数据的时间序列分析建模研究
13.ICI performance analysis for all phase OFDM systems全相位OFDM系统子载波间干扰的性能分析
14.Harmonic analysis based on Kaiser window phase difference correction and its application基于Kaiser窗相位差校正的电力谐波分析与应用
15.Differential microwave phase detector based on MEMS technology基于MEMS技术的差分式微波信号相位检测器
16.Research and Simulation on the Positioning Arithmetic with GPS Carrier Phase;GPS载波相位定位算法研究与仿真
17.Research on the Kinematic Positioning Technique with GPS Carrier Phase Measurements;GPS动态载波相位测量定位技术研究
18.Precise Location by Radio Phase Detecting Technology;利用无线电波的相位差实现精确定位
相关短句/例句
RTK载波相位差分
1.At the present time,being the shortage of measurement in the proving ground,a system incorporating the technology of the differential GPS pseudo distance and the differential real time kinematic (RTK) into the observing and control equipment is designed,which can achieve the high precision measure of trajectory in the proving ground.就目前靶场弹道测量手段存在的不足 ,通过对GPS相位平滑伪距差分和载波相位差分技术的分析 ,提出用GPS差分技术与测控设备进行一体化设计 ,实现靶场弹道高精度的测量。
3)carrier differential global position system载波相位差分GPS
1.The comparison of EKF and UKF algorithms for relative navigation based oncarrier differential global position system for formation flying is given in this paper.将扩展卡尔曼滤波(EKF,extended Kalman filter)和非线性滤波unscented Kalman filter(UKF)算法同时应用于编队飞行卫星的载波相位差分GPS相对导航。
4)GPS carrier wave difference orientationGPS载波相位差分定位
5)carrier phase differential positioning载波相位差分定位
6)time difference carrier phase载波相位时间差分
1.The shortcomings of active positioning mode of Chinese Beidou navigation satellites system are introduced while a new technology is proposed on the basis oftime difference carrier phase(TDCP) for RDSS/SINS tightly coupled integration.说明北斗系统有源定位模式的不足,提出一种基于载波相位时间差分的北斗/SINS紧组合导航技术,即以导航卫星载波相位信号的时间差分作为Kalman滤波器的观测量,建立工作于无源方式的北斗/SINS紧组合导航系统。
延伸阅读
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