Fundamentals and Applications of GNSS Reflectometry
Author(s):
Dongkai Yang,
Feng Wang
Open Access: BY-NC-ND 4.0
Publication Date
Available in all formats
Publisher: Springer Nature
Description
Table of contents
This open access book presents the fundamental methods and applications of GNSS-reflected signal reception processing. On the basis of systematic analysis of GNSS signals, it delves into the typical characteristics of signals after reflection, discussing the software and hardware design of GNSS-reflected signal receivers from different perspectives, including RF reception, IF processing, and extraction of observations. It offers a comprehensive introduction and exploration of ocean remote sensing, land remote sensing, and several new applications (such as airborne moving target detection, river boundary monitoring, and surface water body identification). The content covers a variety of different configuration modes such as shore-based, ground-based, airborne, and satellite-based and also includes two signal processing methods: single-antenna interferometry and dual-antenna cooperative method. The data used in the theoretical modeling and algorithm performance simulation validation are both from experiments conducted by the authors' research team and from experiments carried out with partners, as well as results processed from publicly available datasets domestically and internationally.
This book is suitable for faculty and students in the fields related to satellite navigation (such as electronic communication, radar remote sensing, aerospace, and computer), earth observation, and also serves as a reference book for engineers and scientific management personnel engaged in application research in the fields of oceanography, meteorology, agriculture, water conservancy, and environment studies.
Description
This open access book presents the fundamental methods and applications of GNSS-reflected signal reception processing. On the basis of systematic analysis of GNSS signals, it delves into the typical characteristics of signals after reflection, discussing the software and hardware design of GNSS-reflected signal receivers from different perspectives, including RF reception, IF processing, and extraction of observations. It offers a comprehensive introduction and exploration of ocean remote sensing, land remote sensing, and several new applications (such as airborne moving target detection, river boundary monitoring, and surface water body identification). The content covers a variety of different configuration modes such as shore-based, ground-based, airborne, and satellite-based and also includes two signal processing methods: single-antenna interferometry and dual-antenna cooperative method. The data used in the theoretical modeling and algorithm performance simulation validation are both from experiments conducted by the authors' research team and from experiments carried out with partners, as well as results processed from publicly available datasets domestically and internationally.
This book is suitable for faculty and students in the fields related to satellite navigation (such as electronic communication, radar remote sensing, aerospace, and computer), earth observation, and also serves as a reference book for engineers and scientific management personnel engaged in application research in the fields of oceanography, meteorology, agriculture, water conservancy, and environment studies.
Table of contents
- Navigation: Science and Technology
- Fundamentals and Applications of GNSS Reflectometry
- Foreword to the English Edition
- Foreword to the Chinese Edition
- Preface to the English Edition
- Preface to the Chinese Edition
- Introduction
- Contents
- 1. Introduction
- 2. Overview of GNSS Satellite Navigation Signals
- 3. GNSS Signal Reception and Processing
- 4. Reflected GNSS Signal Fundamentals
- 5. Reception and Processing of Reflected GNSS Signals
- 6. Marine Remote Sensing Applications
- 7. Land Soil Moisture Retrieval
- 8. GNSS-R Imaging
- 9. Exploring New Applications of GNSS Reflectometry
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