A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
GNSS monitoring of the terrestrial environment : earthquakes, volcanoes and climate change
Intro -- GNSS Monitoring of the Terrestrial Environment: Earthquakes, Volcanoes and Climate Change -- Copyright -- Contents -- Contributors -- Foreword -- Chapter 1: Introduction -- 1. History -- 2. Measuring Earths deformation onshore -- 3. Measuring Earths deformation offshore -- 4. Unconventional use of GNSS -- 5. GNSS and climate change -- 5.1. Deformation in response to long- and short-term climate change -- 5.2. Measuring glacier motions -- 5.3. Earthquakes and volcanism triggered by climate change -- 6. Future of GNSS -- References -- Chapter 2: Technical aspects of GNSS data processing -- 1. GNSS measurements -- 1.1. GNSS observation equations -- 1.1.1. Pseudorange measurements -- 1.1.2. Carrier-phase measurements -- 1.1.3. Linear combination observables -- Wide-lane- and narrow-lane combinations -- Ionosphere-free combination -- Geometry-free combination -- 1.2. GNSS error sources (Fig. 2.1) -- 1.2.1. Satellite-related errors -- Satellite orbit error -- Satellite clock offset -- Satellite antenna PCO/PCV -- Relativistic effect -- Earth rotation effect (Sagnac effect) -- Phase wind-up effect -- Satellite hardware delay -- 1.2.2. Signal propagation-related errors -- Ionospheric delay -- Tropospheric delay -- Multipath effects -- 1.2.3. Receiver-related errors -- Receiver clock offset -- Receiver antenna PCO and PCV -- Receiver hardware delay -- Receiver observation noise -- 1.2.4. Other errors -- Reference frame misalignment -- Tide displacement -- 2. GNSS positioning -- 2.1. Precise point positioning (PPP) -- 2.1.1. Basics of precise point positioning -- 2.1.2. PPP ambiguity resolution (PPP-AR) -- 2.1.3. Multiconstellation and multifrequency GNSS positioning -- 2.2. Carrier-phase-based relative positioning -- 2.2.1. Basics of relative positioning -- 2.2.2. Comparison between relative positioning and PPP -- 2.3. Real-time GNSS.
GNSS monitoring of the terrestrial environment : earthquakes, volcanoes and climate change
Intro -- GNSS Monitoring of the Terrestrial Environment: Earthquakes, Volcanoes and Climate Change -- Copyright -- Contents -- Contributors -- Foreword -- Chapter 1: Introduction -- 1. History -- 2. Measuring Earths deformation onshore -- 3. Measuring Earths deformation offshore -- 4. Unconventional use of GNSS -- 5. GNSS and climate change -- 5.1. Deformation in response to long- and short-term climate change -- 5.2. Measuring glacier motions -- 5.3. Earthquakes and volcanism triggered by climate change -- 6. Future of GNSS -- References -- Chapter 2: Technical aspects of GNSS data processing -- 1. GNSS measurements -- 1.1. GNSS observation equations -- 1.1.1. Pseudorange measurements -- 1.1.2. Carrier-phase measurements -- 1.1.3. Linear combination observables -- Wide-lane- and narrow-lane combinations -- Ionosphere-free combination -- Geometry-free combination -- 1.2. GNSS error sources (Fig. 2.1) -- 1.2.1. Satellite-related errors -- Satellite orbit error -- Satellite clock offset -- Satellite antenna PCO/PCV -- Relativistic effect -- Earth rotation effect (Sagnac effect) -- Phase wind-up effect -- Satellite hardware delay -- 1.2.2. Signal propagation-related errors -- Ionospheric delay -- Tropospheric delay -- Multipath effects -- 1.2.3. Receiver-related errors -- Receiver clock offset -- Receiver antenna PCO and PCV -- Receiver hardware delay -- Receiver observation noise -- 1.2.4. Other errors -- Reference frame misalignment -- Tide displacement -- 2. GNSS positioning -- 2.1. Precise point positioning (PPP) -- 2.1.1. Basics of precise point positioning -- 2.1.2. PPP ambiguity resolution (PPP-AR) -- 2.1.3. Multiconstellation and multifrequency GNSS positioning -- 2.2. Carrier-phase-based relative positioning -- 2.2.1. Basics of relative positioning -- 2.2.2. Comparison between relative positioning and PPP -- 2.3. Real-time GNSS.
GNSS monitoring of the terrestrial environment : earthquakes, volcanoes and climate change
Aoki, Yosuke (author) / Kreemer, Corné (participant)
2024
xii, 309 Seiten
Illustrationen, Diagramme, Karten
Enthält Literaturangaben und Index
Description based on publisher supplied metadata and other sources
Book
English
Geological disasters : earthquakes and volcanoes
| TIBKAT | 1979
Emergency planning for earthquakes and volcanoes
| British Library Conference Proceedings | 1995
Geological hazards : earthquakes, tsunamis, volcanoes, avalanches, landslides, floods
| UB Braunschweig | 1975
Earthquakes, Volcanoes and Tsunamis: Tectonic Hazards and the Built Environment in Southern Europe
| Online Contents | 1995