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Refined approaches for terrestrial reference frame computations
B. Meisel
, D. Angermann
, M. Krügel
,
H. Drewes
, M. Gerstl
, R. Kelm
, H. Müller
, W. Seemüller
, V. Tesmer
Deutsches Geodätisches Forschungsinstitut
Research output
:
Contribution to journal
›
Article
›
peer-review
19
Scopus citations
Overview
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Keyphrases
Station Location
100%
Terrestrial Reference Frame
100%
DORIS
50%
Annual Signal
50%
Co-location Sites
50%
Transformation Parameters
25%
Constant Velocity
25%
Earthquake
25%
Geodetic
25%
Nonlinear Motion
25%
Systematic Effects
25%
Global-local
25%
Assure
25%
Space Techniques
25%
Normal Equations
25%
Periodic Signal
25%
Local Effects
25%
Timeseries Analysis
25%
Multi-year Data
25%
Local Ties
25%
Position Parameter
25%
Common Variation
25%
Postseismic Relaxation
25%
Global Network Effects
25%
GPS Solution
25%
Engineering
Terrestrial Reference Frame
100%
Global Positioning System
100%
Solution Method
33%
Linear Motion
33%
Reference Frame
33%
Constant Velocity
33%
Normal Equation
33%
Systematic Effect
33%
Realization
33%
Periodic Signal
33%
Mathematics
Reference Frame
100%
Time Series
100%
Time Series Analysis
100%
Nonlinear
33%
Constant Velocity
33%
Periodic Signal
33%
Normal Equation
33%
Earth and Planetary Sciences
Time Series
100%
Global Positioning System
100%
Satellite Laser Ranging
66%
DORIS
66%
Earthquake
33%