The Multi-Epoch Least-Squares Adjustment Problem: Models Relating Estimable Parameters at a Single Epoch to Geodetic Observations, Stochastic Constraints and Fixed Constraints at Multiple Epochs Volume II: The Direct Method

Smith, Dru; Gillins, Dan; Heck, Jacob; Roman, Dan

doi:10.25923/rqr6-6643

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The NOAA IR serves as an archival repository of NOAA-published products including scientific findings, journal articles, guidelines, recommendations, or other information authored or co-authored by NOAA or funded partners. As a repository, the NOAA IR retains documents in their original published format to ensure public access to scientific information.

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The Multi-Epoch Least-Squares Adjustment Problem: Models Relating Estimable Parameters at a Single Epoch to Geodetic Observations, Stochastic Constraints and Fixed Constraints at Multiple Epochs Volume II: The Direct Method

2023
By Smith, Dru ; Gillins, Dan ; Heck, Jacob ; ...
Series: NOAA technical report NOS NGS ; 80

[PDF-1.01 MB]

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Smith, Dru ; Gillins, Dan ; Heck, Jacob ; Roman, Dan

Smith, Dru ; Gillins, Dan ; Heck, Jacob ; Roman, Dan Less -
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National Geodetic Survey (U.S.)
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NOS (National Ocean Service) ; NGS (Office of National Geodetic Survey)

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This is Volume II of a three-volume report. This volume addresses an alternative modeling to the multi-epoch least-squares adjustment (ME-LSA) problem from that presented in Volume I. Much of the introductory material of Volume I is directly relevant here, and for the sake of brevity we do not repeat it. The key factor which allows the estimation of parameters at one epoch from observations made, and constraints imposed, at various other epochs is a model of changes in parameter values (MCPV).
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Geodesy Least Squares Mathematical Models
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NOAA technical report NOS NGS ; 80
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https://doi.org/10.25923/rqr6-6643
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urn:sha256:db696b75767e51d2ecd20596957aa21444288056999f62a602996e1d32cf60a8
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The Multi-Epoch Least-Squares Adjustment Problem: Models Relating Estimable Parameters at a Single Epoch to Geodetic Observations, Stochastic Constraints and Fixed Constraints at Multiple Epochs Volume II: The Direct Method

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