DEVELOPMENT OF TRAJECTORY MEASUREMENT SYSTEMS BASED ON GPS/GLONASS SIGNALS

机译：基于GPS / GLONASS信号的弹道测量系统的开发

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A system of external trajectory measurements for determining motion parameters of carrier rockets and space boosters is considered. The system includes: the on-board navigation equipment for GLONASS/GPS signal users, ground-based reference stations, hardware/software systems of data processing. The paper presents: the peculiarities of the on-board equipment embodiment; the hardware implementation of systems for data processing in computing centers of spaceports and at data users; the principal methods of navigation problem solution, systematic measurement error correction, determination of trajectory parameters realized in the software. The main components of the system under discussion were tested during real launches of carrier rockets from the Russian spaceports in 1999-2002.

机译：考虑了用于确定运载火箭和空间助推器的运动参数的外部轨迹测量系统。该系统包括：面向GLONASS / GPS信号用户的车载导航设备，地面参考站，数据处理的硬件/软件系统。本文提出：车载设备实施例的特点；在空间港的计算中心和数据用户处进行数据处理的系统的硬件实现；导航问题解决的主要方法，系统的测量误差校正，软件中实现的轨迹参数的确定。讨论中的系统的主要组件在1999-2002年从俄罗斯太空港实际发射运载火箭的过程中进行了测试。

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来源
《Saint Petersburg International Conference on Integrated Navigation Systems; 20030526-28; St.Petersburg(RU)》|2003年|P.237-246|共10页
会议地点 St.Petersburg(RU)
作者
V.V. Dvorkin; V.P. Ivanov; A.M. Petushkov; V.E. Hertzman; A.V. Ekalo;
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作者单位

The Federal State Unitary Enterprise - the Russian Research Institute of Space Device Engineering, Moscow;

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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;

机译：导航设备; GPS; GLONASS;轨迹参数;

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1. Automatic Measurement Systems for Testing User Devices Based on Receiver-comparators of GLONASS/GPS Signals [J] . V. V. Akulov Automation and Remote Control . 2011,第4期

机译：基于GLONASS / GPS信号的接收比较器的用于测试用户设备的自动测量系统
2. Measurements of Interferometer Parameters at Reception of GLONASS and GPS Signals [J] . M. Nechaeva, D. Adamchik, Vl. Bezrukovs, Latvian Journal of Physics and Technical Sciences . 2016,第5期

机译：接收GLONASS和GPS信号时干涉仪参数的测量
3. Measurement Signal Quality Assessment on All Available and New Signals of Multi-GNSS (GPS, GLONASS, Galileo, BDS, and QZSS) with Real Data [J] . Quan Yiming, Lau Lawrence, Roberts Gethin W., The Journal of Navigation . 2016,第2期

机译：具有实际数据的多GNSS（GPS，GLONASS，Galileo，BDS和QZSS）所有可用和新信号的测量信号质量评估
4. DEVELOPMENT OF TRAJECTORY MEASUREMENT SYSTEMS BASED ON GPS/GLONASS SIGNALS [C] . V.V. Dvorkin, V.P. Ivanov, A.M. Petushkov, Saint Petersburg International Conference on Integrated Navigation Systems . 2003

机译：基于GPS / GLONASS信号的轨迹测量系统的开发
5. Tactical Inertial Measurement Unit (IMU) integrated with missile borne Global Positioning System (GPS) antenna and ground-based receiver electronics. [D] . Killen, Albert Kevin. 1994

机译：战术惯性测量单元（IMU）与导弹运载的全球定位系统（GPS）天线和地面接收器电子设备集成在一起。
6. Development of an fMRI-compatible driving simulator with simultaneous measurement of physiological and kinematic signals: The multi-biosignal measurement system for driving (MMSD) [O] . Hyung-Sik Kim, Kyung-Ryoul Mun, Mi-Hyun Choi, -1

机译：开发与功能磁共振成像兼容的驾驶模拟器同时测量生理和运动学信号：用于驾驶的多生物信号测量系统（MMSD）
7. Measurement of soil moisture and temperature based on interference reception of linearly-polarized GLONASS and GPS signals [O] . K.V. Muzalevskiy, M.I. Mikhailov 2018

机译：基于线性极化Glonass和GPS信号的干扰接收土壤湿度和温度的测量
8. Development of a Highly Precise DGPS-DGLONASS Navigation System with Particular Regard to Pseudolites (Entwicklung eines hochpraezisen DGPS-DGLONASS Navigationssystems unter besonder Beruecksichtigung von Pseudolites). [R] . Werner, W. 1999

机译：开发具有特别关于伪卫星的高精度DGps-DGLONass导航系统（Entwicklung eines hochpraezisen DGps-DGLONass Navigationssystems unter besonder Beruecksichtigung von pseudolites）。

DEVELOPMENT OF TRAJECTORY MEASUREMENT SYSTEMS BASED ON GPS/GLONASS SIGNALS

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