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Use of geoid for assessing trigonometric height accuracy and detecting vertical land motion
Chein-way Hwang
, Lih Shinn Hwang
土木工程學系
研究成果
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引文 斯高帕斯(Scopus)
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深入研究「Use of geoid for assessing trigonometric height accuracy and detecting vertical land motion」主題。共同形成了獨特的指紋。
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Keyphrases
Altimeter
33%
Am(III)
33%
Coastal Highway
33%
East Asia
33%
Eastern Taiwan
33%
Ellipsoidal Height
66%
Estimation Model
33%
Eurasian Plate
33%
First-order
33%
Flat Areas
33%
Geoid
100%
Geoid Gradient
33%
Geoid Model
100%
GPS Measurements
33%
Gravity Anomaly
33%
Height Accuracy
100%
Highest Peak
33%
Keelung
33%
Least-squares Collocation
33%
Longitudinal Valley
33%
Model Accuracy
33%
Model Measurement
33%
Mountainous Areas
33%
Orthometric Height
33%
Philippine Sea Plate
33%
RMS Error
33%
Taiwan
66%
Terrestrial Measurements
33%
Tide Gauge Records
33%
Triangulation
33%
Uplift Rate
33%
Vertical Land Motion
100%
Yushan
33%
Earth and Planetary Sciences
East Asia
20%
Eurasian Plate
20%
Geoids
100%
Global Positioning System
40%
Gravity Anomaly
20%
Mountainous Area
20%
Philippine Sea Plate
20%
Taiwan
60%
Tide Gauge
20%