Titlebook: Next-Generation GNSS Signal Design; Theories, Principles Zheng Yao,Mingquan Lu Book 2021 Publishing House of Electronics Industry and Sprin

HBA1C

书目名称Next-Generation GNSS Signal Design影响因子(影响力)




书目名称Next-Generation GNSS Signal Design影响因子(影响力)学科排名




书目名称Next-Generation GNSS Signal Design网络公开度




书目名称Next-Generation GNSS Signal Design网络公开度学科排名




书目名称Next-Generation GNSS Signal Design被引频次




书目名称Next-Generation GNSS Signal Design被引频次学科排名




书目名称Next-Generation GNSS Signal Design年度引用




书目名称Next-Generation GNSS Signal Design年度引用学科排名




书目名称Next-Generation GNSS Signal Design读者反馈




书目名称Next-Generation GNSS Signal Design读者反馈学科排名

漂白

BRAVE

Basic Properties of Direct Sequence Spread Spectrum Signals,e access, multipath resistance, and anti-interference, direct sequence spread spectrum (DSSS) technology is used in satellite navigation signals. With different spreading chips, the time domain waveform and power spectrum shape of the signal will exhibit significant differences, which will affect ma

阴险

Crater

,Performance Evaluation Theory for Satellite Navigation Signals,ce is largely associated with the processing techniques implemented by receivers, the theoretical evaluation of a signal should also comprehensively consider the receiving strategies. In order to provide better performance for a wide range of users, the performance under traditional matched receivin

HEED

Fundamental Theory of Constant Envelope Multiplexing for Spread-Spectrum Signals,ally models the constant envelope multiplexing process of general satellite navigation signals and gives mathematical and geometric descriptions of the constant envelope on the basis of the baseband complex envelope concept. Further, the concepts of the phase mapping table, constellation diagrams, a

AER

Constant Envelope Multiplexing Techniques for Spread-Spectrum Signals,als, such as QPSK multiplexing, time division multiplexing, quadrature product subcarrier modulation (QPSM), Interplex, phase-optimized constant-envelope transmission (POCET), constant envelope multiplexing via intermodulation construction (CEMIC), majority voting (MV) multiplexing, and asymmetric c

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Multicarrier Constant Envelope Composite Signal,ity. This chapter can also be regarded as a comprehensive example of how to apply the theory and techniques provided in this book to future signal design. In this chapter, we will see that under the conventional idea of separately optimizing carrier frequency, spreading modulation, and multiplexing,

Eructation

Conclusion,cription of the theory and technology of signal design. The text has also briefly summarized the evolution of signal design in the development of satellite navigation systems over the course of several decades. In this conclusion, we will attempt to discuss two issues that what type of signal can be

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