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This comprehensive volume navigates through the complexities of Earth's ionosphere and its intricate relationship with GNSS spread-spectrum signals. The book delineates the nuanced structures and dynamics of Earth's atmosphere, offering profound insights into signal propagation, including a meticulous analysis of various ionospheric models.
Delving into the instruments of choice, it encapsulates the facets of the GNSS space segment, its theoretical background, and practical applications. The ground and user segments discussed provide readers with a deep understanding of satellite dynamics and navigation data.
Further chapters explore the intricacies of GNSS Software Defined Radio (SDR), offering a detailed examination of signal acquisition and tracking, and presenting innovative approaches to baseband data application without data decoding. A significant portion is devoted to manufacturing front-end hardware, providing guidance from specifications to testing, enabling readers to navigate the world of hardware design with ease.
Lastly, the book ventures into the applications of GNSS receivers for ionospheric study, highlighting the construction of advanced observables and their practical applications in navigation processors. This section also elucidates the role of multi-station observables in extracting critical ionospheric information.
A pivotal resource for researchers and professionals alike, this book stands as a testament to comprehensive research and innovation in the field of GNSS and SDR, fostering a deeper understanding of the Earth's ionosphere.
This book serves as a natural progression from Dr.Petrocski's prior contributions, offering readers actionable insights grounded in theoretical understanding.
List of contents
Part I Ionosphere and applications.- Ionosphere and practical applications.- Physics of the ionosphere. Effects of solar activity and Earth magnetic field.- Ionosphere effect on radio.- Ionosphere effect on GNSS.- Ionosphere effect and weather.- Ionosphere and earthquakes.- Unproved hypotheses related to ionosphere.- Part II Models.- Information derivable from ionospheric measurements.- TEC models.- Scintillation models.- Low frequency models.- Part III Instruments.- Probes and ionometers.- Schumann receiver.- GNSS receiver. Receiver - pseudolite pair.- Ionospheric scintillation monitor.- Part VI Measurements.- Ground based measurements.- Network based measurements.- Airborne measurements.- Spaceborne measurements and occultation method.- Active measurements and upsetting effects.- Part V Case study: SDR ionospheric scintillation monitor. Ground based and airborne measurements.- TEC.- Scintillation effects.- Eclipse events.- Earthquake events.
About the author
Dr. Petrovski initiated his academic and research career in 1986 at Moscow Aviation Institute in the USSR. In 1997, he relocated to Japan following an invitation from the Japan Science and Technology Agency. Specializing in GNSS technologies and ionospheric studies, he has focused on integrating theoretical foundations with practical engineering solutions.
During his tenure in the Japanese aerospace sector, which included roles at institutions now part of JAXA, Dr. Petrovski has been instrumental in advancing pragmatic innovations. His educational contributions have included regular lectures at the Tokyo GNSS International Summer School, organized by TUMSAT and the Institute of Positioning, Navigation and Timing of Japan.
Dr. Petrovski's bibliography includes two books published by Cambridge University Press, as well as numerous research papers, magazine articles and patents.
