Tropospheric refraction in phase observation /

Baselines are routinely measured using Global Positioning System (GPS) which are more precise and economical than terrestrial techniques over distances greater than a few kilometers. In relative positioning, the propagation effects due to the ionosphere and troposhere contribute errors in the accura...

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Main Authors: Md. Nor Kamarudin, Ohio State University
Format:
Language:eng
Published: United States : Ohio State University, 1987
Subjects:
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author Md. Nor Kamarudin
Ohio State University
author_facet Md. Nor Kamarudin
Ohio State University
author_sort Md. Nor Kamarudin
collection OCEAN
description Baselines are routinely measured using Global Positioning System (GPS) which are more precise and economical than terrestrial techniques over distances greater than a few kilometers. In relative positioning, the propagation effects due to the ionosphere and troposhere contribute errors in the accuracy of baseline measurement. The main objective of this papaer is to study the effect of the satellite elevation on the troposheric refraction error. It is not the purpose of the writing to discuss in detail the satellite, receiver adn other sources of errors such as orbital, clock and ephemeris ut rather tofocus on the computation of several models of troposheric refraction using simulated data.
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institution Universiti Teknologi Malaysia - OCEAN
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publisher United States : Ohio State University,
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spelling KOHA-OAI-TEST:3376102020-12-19T17:11:27ZTropospheric refraction in phase observation / Md. Nor Kamarudin Ohio State University United States : Ohio State University,1987engBaselines are routinely measured using Global Positioning System (GPS) which are more precise and economical than terrestrial techniques over distances greater than a few kilometers. In relative positioning, the propagation effects due to the ionosphere and troposhere contribute errors in the accuracy of baseline measurement. The main objective of this papaer is to study the effect of the satellite elevation on the troposheric refraction error. It is not the purpose of the writing to discuss in detail the satellite, receiver adn other sources of errors such as orbital, clock and ephemeris ut rather tofocus on the computation of several models of troposheric refraction using simulated data.Thesis (MSc) - Ohio State University, 1987Includes bibliographical referencesBaselines are routinely measured using Global Positioning System (GPS) which are more precise and economical than terrestrial techniques over distances greater than a few kilometers. In relative positioning, the propagation effects due to the ionosphere and troposhere contribute errors in the accuracy of baseline measurement. The main objective of this papaer is to study the effect of the satellite elevation on the troposheric refraction error. It is not the purpose of the writing to discuss in detail the satellite, receiver adn other sources of errors such as orbital, clock and ephemeris ut rather tofocus on the computation of several models of troposheric refraction using simulated data.26PRZSLRefraction, TerrestrialTropospheric radio wave propagation
spellingShingle Refraction, Terrestrial
Tropospheric radio wave propagation
Md. Nor Kamarudin
Ohio State University
Tropospheric refraction in phase observation /
title Tropospheric refraction in phase observation /
title_full Tropospheric refraction in phase observation /
title_fullStr Tropospheric refraction in phase observation /
title_full_unstemmed Tropospheric refraction in phase observation /
title_short Tropospheric refraction in phase observation /
title_sort tropospheric refraction in phase observation
topic Refraction, Terrestrial
Tropospheric radio wave propagation
work_keys_str_mv AT mdnorkamarudin troposphericrefractioninphaseobservation
AT ohiostateuniversity troposphericrefractioninphaseobservation