1) carrier phase rate
载波相位变化率
1.
Then the synthesis of double P-code pseudorange method and carrier phase rate method is detailedly showed.
其次,详细介绍了综合利用双频P码伪距法和载波相位变化率法来探测和修复周跳的方法。
2) phase change rate
相位变化率
3) PRC
相位变化率
1.
An EKF(Extended Kalman Filter) algorithm is discussed which adds PRC(Phase Rate of Change) information.
本文探讨了一种融入相位变化率(PRC)信息的推广卡尔曼滤波(EKF)算法,通过仿真,分析了DOA与PRC单独测量与联合测量对定位精度的影响,同时,将融入PRC信息的EKF定位算法与只测角定位算法进行了比较。
2.
One method is presented which adopted PRC(Phase Rate of Change) and DFRC(Doppler Frequency Rate of Change) information.
提出了一种利用相位变化率和多普勒频率变化率信息的单站无源定位方法。
4) phase rate of change
相位变化率
1.
Observability analysis requirements for three-dimensional via phase rate of change only passive localization;
基于唯相位变化率无源定位的三维可观测性分析
5) carrier phase
载波相位
1.
Detecting and Repairing GPS Carrier Phase Cycle Skip Using Wavelet Transform;
基于小波变换的GPS载波相位周跳检测与修复
2.
Effect of the carrier phase of ultra-short laser pulses on high-order harmonic generation spectra;
载波相位对超短脉冲谐波谱的影响
3.
Research on high precision integrated navigation system based on carrier phase by using H∞filters;
H∞滤波在高精度载波相位组合导航中的应用研究
6) carrier-phase
载波相位
1.
The relative positioning precision based on GPS carrier-phase measuring can achieve minimeter level.
针对GPS载波相位测量相对定位可以达到毫米级精度,利用GPS载波相位测量方向可以达到较高精度的情况,在阐述了载波相位双差测量方向的原理、坐标系变换和应用最小二乘法解算基线矢量的基础上,讨论了快速解算整周模糊度的算法。
2.
The DGPS, this very high accuracy is obtained by using carrier-phase measurements with an effective floating ambiguity technique together with real-time orbit and clock corrections generated at the ground network processing hubs.
载波相位测量是目前GPS测量中精度最高的观测量,利用载波相位求解的DGPS(RTK)的精度很高,是目前高精度要求的主要产品,利用载波相位的主要问题就是容易出现周跳。
3.
This article studies the theories, methods and technology of application in space technology with the GPS high precision carrier-phase measuring.
研究了ＧＰＳ高精度载波相位测量，及在航空动态定位中应用的理论、方法和技术。
补充资料：电力线载波保护复用载波机
电力线载波保护复用载波机
multi purpose PLC equipment for teleprotection system
d一onl一x一on zolbo boohu fuyong 20一boJ-电力线载波保护复用载波机(multi purposePLC equiPment for teleProteetion system)见电力线载波机。
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