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1965
The equipment carried in a rocket or satellite to perform a set of specific experiments is generally only a small fraction of the total, the remainder providing ancillary services to the scientific payload, such as data storage and transmission, power generation and distribution, command reception, tracking facilities, stabilization and so on.
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The equipment carried in a rocket or satellite to perform a set of specific experiments is generally only a small fraction of the total, the remainder providing ancillary services to the scientific payload, such as data storage and transmission, power generation and distribution, command reception, tracking facilities, stabilization and so on.
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BeiDou Navigation Satellite System
Position, Navigation, and Timing Technologies in the 21st Century, 2020Mingquan Lu, Zheng Yao
semanticscholar +1 more source
1999
The above theory should enable the reader to design satellite links for prescribed quality of service and availability and to dimension the earth stations in terms of dish sizes, transmitter powers, receiver noise, performance etc. Familiarity with the concepts and technologies will only be acquired by performing sample calculations.
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The above theory should enable the reader to design satellite links for prescribed quality of service and availability and to dimension the earth stations in terms of dish sizes, transmitter powers, receiver noise, performance etc. Familiarity with the concepts and technologies will only be acquired by performing sample calculations.
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2009
This chapter describes the main satellite positioning systems available worldwide. More prominence is given to the NAVSTAR GPS: NAVigation Satellite Timing and Ranging Global Positioning System, a system developed in the United States and adopted by most countries in the world.
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This chapter describes the main satellite positioning systems available worldwide. More prominence is given to the NAVSTAR GPS: NAVigation Satellite Timing and Ranging Global Positioning System, a system developed in the United States and adopted by most countries in the world.
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Initial assessment of BeiDou-3 global navigation satellite system: signal quality, RTK and PPP
GPS Solutions, 2019Zhiteng Zhang +5 more
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2019
This chapter begins with a brief overview of four global satellite systems for navigation and positioning, GPS, GLONASS, Beidou and Galileo (under development), and point out the differences between them. We have a cursory look at two regional navigation systems, the Indian NAVIC, and the Japanese QZSS.
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This chapter begins with a brief overview of four global satellite systems for navigation and positioning, GPS, GLONASS, Beidou and Galileo (under development), and point out the differences between them. We have a cursory look at two regional navigation systems, the Indian NAVIC, and the Japanese QZSS.
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Satellite Communications and Navigation Systems
2008DEL RE, ENRICO, M. RUGGIERI
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Dynamic analysis of a tethered satellite system for space debris capture
Nonlinear dynamics, 2018Jong-hyuk Lim, Jintai Chung
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