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E-grāmata: Global Navigation Satellite Systems and Their Applications

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Dr. Madry, one of the world's leading experts in the field, provides in a condensed form a quick yet comprehensive overview of satellite navigation. This book concisely addresses the latest technology, the applications, the regulatory issues, and the strategic implications of satellite navigation systems. This assesses the strengths and weaknesses of satellite navigation networks and review of all the various national systems now being deployed and the motivation behind the proliferation of these systems.

Recenzijas

This book aims to describe current GNSS as well as their future development from a high-level point of view. This book is thus appropriate for any audience, from students to engineers and scientists. Its structure is easy to follow . It fulfills its objectives as a brief introductory text. (Damien Magoni, Computing Reviews, December, 2015)

1 Global Navigation Satellite Systems
1(8)
Why Write a `Short Book' on Global Navigation Satellite Systems?
1(1)
What Is the Best Way to Grasp the Field of Global Navigation Satellite Systems?
1(1)
Who Is Involved and What Are Their Various Perspectives?
2(1)
Some Background and History
3(6)
2 Doppler Satellite Positioning, Telemetry and Data Systems
9(18)
Argos Technology
9(5)
Argos Applications
14(5)
Cospas-Sarsat
19(8)
3 Precision and Navigational PNT Systems
27(30)
The NAVSTAR GPS System
27(4)
Control Segment
31(4)
How GPS Works
35(5)
GPS Accuracy
40(3)
GPS Upgrades
43(2)
Glonass
45(3)
The Compass/Biedou System
48(1)
Galileo
49(2)
The Indian Regional Navigation Satellite System (INRSS)
51(1)
The Quasi-Zenith System
52(5)
4 Aided and Augmentation Systems and Differential GPS
57(14)
How Differential GPS Works
57(1)
Ground-based Augmentation Systems
57(3)
International DGPS Networks
60(1)
Space-based Augmentation Systems
61(4)
Kinematics Versus Carrier Phase GPS
65(1)
GNSS Markets, Trends and Major Players
66(4)
GNSS Market Report
70(1)
5 Applications of PNT Systems
71(12)
Aviation Ground-based Augmentation
71(3)
Marine Navigation
74(1)
Space Navigation and Virtual Launch Ranges
74(1)
Space Applications
74(1)
Vehicle Navigation
75(1)
Precision Agriculture
75(1)
Timing-Banks, Stock Markets and Precise Scientific Time
76(1)
Military Applications
77(1)
Scientific Applications
77(5)
GNSS Art
82(1)
6 National and International Governmental Policy Issues
83(10)
International GNSS Issues
83(1)
Legal Aspects of GNSS
84(1)
GNSS Frequencies, Overlap and Spectrum Issues
84(1)
GPS and GNSS Policies
85(2)
Galileo Policy Issues
87(1)
Russian Policy Issues
88(1)
Chinese and Indian Policy Issues
88(1)
International Organizations and PNT Coordination
89(2)
GNSS Ethical Issues---Personal Tracking, LBS, and More
91(2)
7 Conclusions and Future Directions
93(6)
8 Top Ten Things to Know About GNSS
99(2)
Appendix A Key Terms and Acronyms 101(6)
Appendix B Selected Bibliography 107(2)
Appendix C Selected Websites 109
Scott Madry, Ph.D., is a specialist in remote sensing and GIS for regional environmental and cultural applications, including disaster management. He is a research associate professor of archeology at the University of North Carolina at Chapel Hill and is a member of the faculty of the International Space University in Strasbourg, France. He has been involved with the International Space University since 1987 and has taught in over 25 ISU summer programs around the world. He was on the resident ISU faculty in Strasbourg, France for three years and was the Program Director for four Southern Hemisphere Summer Space Programs, held in Adelaide, Australia. He is the founder and president of Informatics International, Inc. an international remote sensing and GIS consulting company located in Chapel Hill, NC, and is the Executive Director of the Global Space Institute. He specializes in natural and cultural resource management and disaster applications. He received his Ph.D. in 1986 at UNC-CH, and worked at the Institute for Technology Development, Space Remote Sensing Center at NASA for 3 years, then taught at Rutgers University for 9 years before teaching at ISU and moving back to UNC. His research includes remote sensing, GIS and GPS applications and he has done work in North America, Africa, and Europe, and was the co-editor of the 1,200 page, two volume Manual of Satellite Applications for Springer Press in 2012. He has given over 150 short courses and educational programs in 30 countries around the world, and is very involved in Open Source GIS, and has taught QGIS/GRASS courses around the world. He is an advanced disaster instructor with the American Red Cross, and has deployed to multiple disasters with them, mostly as an Emergency Operations Center liaison, but has worked in several other capacities. He is also active with the GISCorps in providing remote data analysis in disasters, and he was awarded, along with other GISCorps volunteers, the 2012 Presidents Volunteer Service Award for 2012 by President Barack Obama.