Radionavigation Systems (GNSS Technology and Applications)

Radionavigation Systems (GNSS Technology and Applications)


Yazar Borje Forssell
Yayınevi Artech House Publishers
ISBN 9781596933545
Baskı yılı 2008
Sayfa sayısı 412
Ağırlık 0.68 kg
Stok durumu Tükendi   

Over that past decade, the growth of GPS and other navigation systems has been staggering. More and more electrical engineers are migrating towards work in this field and require knowledge of important GNSS (global navigation satellite system) principles. Thats why Artech House decided the time was right to put this classic Prentice Hall title back into print. Although technology has progressed at a remarkable pace in the decade and a half since its publication, the principles of navigation systems described in this book are immutable.In fact, the book presents the engineering basics so well that practicing engineers and students have been scouring the Internet looking for used copies. Finally, this essential resource will be readily available, providing authoritative guidance on everything from the fundamentals of terrestrial navigation, error calculations, and direction finding...to satellite orbits and geometry, satellite navigation principles, and spread spectrum. Moreover, the book provides concise descriptions of key navigation systems developed decades ago that are still widely in use - information that is extremely hard to find.
Pt. I Terrestrial systems 1
1 The fundamentals of terrestrial navigation 3
2 Error calculations 19
3 Wave propagation 46
System descriptions 69
4 Hyperbolic systems 69
5 Direction finding 146
6 Aircraft systems 160
Pt. II Satellite systems 193
7 Satellite orbits and geometry 195
8 Satellite navigation principles 204
9 Error calculations 209
System descriptions 225
10 TRANSIT 225
11 Spread spectrum: coding of satellite signals 250
12 Navstr/Gps 272
13 GLONASS 322
14 Other satellite navigation systems 328
App. 1 Datum transformation 335
App. 2 Formulas from spherical trigonometry 338
App. 3 The radii of curvature of an ellipsoidal surface 341
App. 4 The standard deviation of the error in a two-dimensional position 344
App. 5 Position determination by the method of least squares 346
App. 6 Errors in DECCA user lines of position due to phase errors caused by the master-to-slave, master-to-user and slave-to-user signal paths 352
App. 7 Satellites in orbit 356
App. 8 A method of satellite selection in time measurement systems 371
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