ANALYSIS OF GLONASS/GPS NAVIGATIONAL EQUIPMENT ERRORS DURING THE TRAJECTORY MEASUREMENTS

机译：轨迹测量过程中GLONASS / GPS导航设备误差的分析

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The GPS/GLOSNASS navigational user equipment is used by launching carrier rocket as means of external (inspection) trajectory measurements. There are regarded measuring results obtained from specific type of navigation user equipment, developed by MDB "Compass". There is adduced content of data received to information-computing center of spaceports by means of radio-telemetry system. There are analyzed dynamic errors, which appear at stage separation; errors caused by angular motion of diversity antenna of receiver; peculiarity of receiving of navigational signals by turning of launch vehicle and in this connection switching between receiver's antennas. There are compared kinematics trajectory parameters, determined by data of on-board navigational equipment GPS/GLOSNASS and by data of ground-based control tracking radars.

机译：GPS / GLOSNASS导航用户设备用于发射运载火箭，作为外部（检查）轨迹测量的手段。可以认为是由MDB“指南针”开发的特定类型的导航用户设备获得的测量结果。借助于无线电遥测系统，接收到的数据内容存在太空站信息计算中心。分析了动态错误，这些错误出现在阶段分离中；接收机分集天线角运动引起的误差；通过发射飞行器的转向来接收导航信号的特殊性，并且在这种情况下，在接收器的天线之间进行切换。比较了运动轨迹参数，这些参数由车载导航设备GPS / GLOSNASS的数据和地面控制跟踪雷达的数据确定。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems; 20050523-25; Saint Petersburg(RU)》|2005年|P.176-182|共7页
会议地点 Saint Petersburg(RU)
作者
V. Hertzman; A. Ekalo; V. Zaitsev; S. Shpektorov; V. Gerastovsky; Yu. Makhnenko; V. Prut;
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作者单位

Science Engineering Center of ElectroTechnical University.Saint-Petersburg;

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会议组织
原文格式 PDF
正文语种 eng
中图分类导航设备;
关键词
navigation equipment; GPS; GLONASS; trajectory parameters; measurement errors;

机译：导航设备; GPS; GLONASS;轨迹参数;测量误差;

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1. A Difference Method for Processing Measurements of Navigational Equipment of an Orbital User of the GPS/GLONASS Satellite Navigation Systems [J] . V. F. Braginets, A. V. Zabokritskii, S. M. Zotov, Journal of Computer and Systems Sciences International . 2003,第6期

机译：GPS / GLONASS卫星导航系统轨道用户导航设备处理测量值的差异方法
2. Circumlunar Spacecraft Navigation Using the Measurements from Global Navigation Satellite Systems GLONASS, GPS,Galileo and BeiDou [J] . E. A. Mikrin, M. V. Mikhailov, I. V. Orlovskii, Gyroscopy and navigation . 2019,第4期

机译：使用全球导航卫星系统Glonass，GPS，Galileo和Beidou的测量来定制航天器导航
3. Pseudophase Measurements in Receivers of GPS and GLONASS Satellite Navigational Systems [J] . A. A. Povalyaev Journal of Communications Technology and Electronics . 2002,第12期

机译：GPS和GLONASS卫星导航系统接收机中的伪相位测量
4. ANALYSIS OF GLONASS/GPS NAVIGATIONAL EQUIPMENT ERRORS DURING THE TRAJECTORY MEASUREMENTS [C] . V. Hertzman, A. Ekalo, V. Zaitsev, Saint Petersburg International Conference on Integrated Navigation Systems . 2005

机译：轨迹测量期间GLONASS / GPS导航设备误差分析
5. Impacts of Distributions and Trajectories on Navigation Uncertainty Using Line-Of-Sight Measurements to Known Landmarks in GPS-Denied Environments [D] . Lamoreaux, Ryan D. 2017

机译：GPS拒绝环境中视线测量对已知地标的分布和轨迹对导航不确定性的影响
6. The Performance Analysis of a Real-Time Integrated INS/GPS Vehicle Navigation System with Abnormal GPS Measurement Elimination [O] . Kai-Wei Chiang, Thanh Trung Duong, Jhen-Kai Liao 2013

机译：消除GPS测量异常的实时INS / GPS集成车辆导航系统性能分析
7. Time Transfer using the PPP Method Based on Measurements of GLONASS User Navigation Equipment [O] . В.В. Митрикас, Д.С. Печерица, И.О. Скакун, 2018

机译：基于Glonass用户导航设备的测量的PPP方法时间转移
8. Venus swingby trajectories, estimation of inertial platform errors, interplanetary navigation and guidance analysis [R] . 1967

机译：金星摆动轨迹，惯性平台误差估计，行星际导航和制导分析

ANALYSIS OF GLONASS/GPS NAVIGATIONAL EQUIPMENT ERRORS DURING THE TRAJECTORY MEASUREMENTS

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