Gnss receivers for weak signals /
by
Ziedan, Nesreen I
.
Publisher: Boston : Artech House Publishers, 2006Description: Xiii, 250p.ISBN: 1596930527; 9781596930520.Subject(s): Electrical-Engineering | Technology-EngineeringSummary: Many important GPS applications such as the positioning of wireless devices, tracking during ionospheric scintillation, and orbit determination of geostationary and high Earth orbit satellites require a GNSS (global navigation satellite system) receiver with the ability to work with weak signals. This first-of-its-kind book addresses this critical issue, introducing new, efficient GNSS receiver algorithms designed for weak signals and various dynamic conditions. Professionals gain working knowledge of 15 algorithms that can be easily implemented in a standalone GNSS receiver, because they don t require information from networks or other outside sources. The algorithms presented in the book address all the main receiver functions that today s engineers are concerned with, such as signal acquisition, fine acquisition, bit synchronization, code and carrier tracking, and navigation message decoding.
| Item type | Location | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|
| Books |
Central Library AIOU Islamabad
General Stacks
Allama Iqbal Open UniversityCentral Library |
629.045 ZIG (Browse shelf) | Available | 111433 |
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| 629 FLE Flexible robot manipulators | 629 NEW New trends in robot control | 629 OGM Modern control engineering | 629.045 ZIG Gnss receivers for weak signals / | 629.046 NUL Light and Heavy Vehicle Technology | 629.046 SUA Advances in unmanned marine vehicles / | 629.1 BEA Aircraft electricity and electronic |
HB
Many important GPS applications such as the positioning of wireless devices, tracking during ionospheric scintillation, and orbit determination of geostationary and high Earth orbit satellites require a GNSS (global navigation satellite system) receiver with the ability to work with weak signals. This first-of-its-kind book addresses this critical issue, introducing new, efficient GNSS receiver algorithms designed for weak signals and various dynamic conditions. Professionals gain working knowledge of 15 algorithms that can be easily implemented in a standalone GNSS receiver, because they don t require information from networks or other outside sources. The algorithms presented in the book address all the main receiver functions that today s engineers are concerned with, such as signal acquisition, fine acquisition, bit synchronization, code and carrier tracking, and navigation message decoding.
Eng
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