By John W. Betz
This ebook describes the layout and function research of satnav structures, indications, and receivers, with a common procedure that applies to all satnav structures and indications in use or below improvement. It additionally offers succinct descriptions and comparisons of every satnav process. in actual fact established, and finished depiction of engineering satellite-based navigation and timing structures, signs, and receivers GPS in addition to all new and modernized structures (SBAS, GLONASS, Galileo, BeiDou, QZSS, IRNSS) and indications being built and fielded Theoretical and utilized evaluation questions, that are used for homework or to acquire deeper insights into the fabric vast equations describing strategies and their functionality, illustrated by means of MATLAB plots New effects, novel insights, and leading edge descriptions for key techniques and leads to structures engineering and receiver layout while you're an teacher and followed this ebook in your path, please e mail firstname.lastname@example.org to get entry to the trainer documents for this ebook
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Extra info for Engineering Satellite-Based Navigation and Timing: Global Navigation Satellite Systems, Signals, and Receivers
1 Some scientific applications of satnav, such as LEO satellite-based radio occultation, can be highly sensitive to weather. 4 INTRODUCTION r User equipment with small size, low mass, and modest power consumption. r No or minimal user training, without requirement for expertise involved in using traditional means for navigation. r Rapid updates, with time, position, and velocity measurements reported of the order of seconds or fractions of seconds. r Passive operation. User equipment does not need to transmit, but only receive.
R The Earth is not spherical, nor is it even ellipsoidal, and its mass distribution is uneven and also time varying due to tidal variations. Consequently, Earth’s gravitational forces on the satellite differ from those used to derive Kepler’s laws. r Gravitational forces from other bodies in space, particularly the moon and sun, perturb the motion that is calculated based on a two-body (satellite and Earth) model. r Solar radiation pressure exerts forces on the satellite, in addition to gravitational forces.
Sophisticated use of information from these other sensors, combined with using satnav signals, is shown to provide important extensions and improvements in capability. 14 INTRODUCTION This book is structured for use as a textbook for an upper-level undergraduate course or for a graduate course in satnav engineering. For a one semester course, Part I and Part III should be emphasized, with one chapter in Part II addressed in detail—this chapter should be selected based on which satnav system is of most interest to the instructor and students.