Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman

Geoid is vital information in the determination of orthometric height via GNSS levelling. Based on the ellipsoidal height observed by GNSS, the accurate orthometricheight can be easily computed by adding precise and accurate geoid model information. This will particularly enable the users to replace...

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Main Author:	Hj Sulaiman, Saiful Aman
Format:	Thesis
Language:	English
Published:	2016
Online Access:	https://ir.uitm.edu.my/id/eprint/17791/1/TP_SAIFUL%20AMAN%20HJ%20SULAIMAN%20AP%2016_5.pdf
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id	my-uitm-ir.17791
record_format	uketd_dc
spelling	my-uitm-ir.177912018-09-24T07:04:34Z Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman 2016 Hj Sulaiman, Saiful Aman Geoid is vital information in the determination of orthometric height via GNSS levelling. Based on the ellipsoidal height observed by GNSS, the accurate orthometricheight can be easily computed by adding precise and accurate geoid model information. This will particularly enable the users to replace the traditional orthometric height determination techniques to become faster and more cost effective. The Peninsular Malaysia Seamless Geoid Model 2014 (PMSGM2014) is the first geoid model computed based on the Least Square Modification of Stokes' (LSMS) approach. In spite of the available land observation gravity data is sparse and not well distributed, however the PMSGM2014 is successfully constructed as accurately as possible. Based on the literature review, the LSMS is the most appropriate approach in determination of geoid model. However, even with a good approach, the accuracy of the geoid model is totally depends on the quality of the data. In this study, development of gravimetric database is the priority because of an accurate data is required in determination of geoid model using LSMS. The procedure for evaluating, selecting, removing blunders, combining and re-gridding the surface gravity anomalies from land observed gravity, marine ship track and Global Geopotential Model (GGM) and Satellite Altimetry model data has been developed. The cleaning and quality control for the gravimetric database was based on the cross validation approach combined with Kriging spatial interpolation method. The limits of Peninsular Malaysia Gravimetric database are Latitudes S 3° 00' - N 10° 00' and Longitudes E96° 00' - El08° 00'.The gravimetric geoid model for the Peninsular Malaysia was computed based on LSMS with Additive Correction (AC)… 2016 Thesis https://ir.uitm.edu.my/id/eprint/17791/ https://ir.uitm.edu.my/id/eprint/17791/1/TP_SAIFUL%20AMAN%20HJ%20SULAIMAN%20AP%2016_5.pdf text en public phd doctoral Universiti Teknologi MARA Faculty of Architecture, Planning and Surveying
institution	Universiti Teknologi MARA
collection	UiTM Institutional Repository
language	English
description	Geoid is vital information in the determination of orthometric height via GNSS levelling. Based on the ellipsoidal height observed by GNSS, the accurate orthometricheight can be easily computed by adding precise and accurate geoid model information. This will particularly enable the users to replace the traditional orthometric height determination techniques to become faster and more cost effective. The Peninsular Malaysia Seamless Geoid Model 2014 (PMSGM2014) is the first geoid model computed based on the Least Square Modification of Stokes' (LSMS) approach. In spite of the available land observation gravity data is sparse and not well distributed, however the PMSGM2014 is successfully constructed as accurately as possible. Based on the literature review, the LSMS is the most appropriate approach in determination of geoid model. However, even with a good approach, the accuracy of the geoid model is totally depends on the quality of the data. In this study, development of gravimetric database is the priority because of an accurate data is required in determination of geoid model using LSMS. The procedure for evaluating, selecting, removing blunders, combining and re-gridding the surface gravity anomalies from land observed gravity, marine ship track and Global Geopotential Model (GGM) and Satellite Altimetry model data has been developed. The cleaning and quality control for the gravimetric database was based on the cross validation approach combined with Kriging spatial interpolation method. The limits of Peninsular Malaysia Gravimetric database are Latitudes S 3° 00' - N 10° 00' and Longitudes E96° 00' - El08° 00'.The gravimetric geoid model for the Peninsular Malaysia was computed based on LSMS with Additive Correction (AC)…
format	Thesis
qualification_name	Doctor of Philosophy (PhD.)
qualification_level	Doctorate
author	Hj Sulaiman, Saiful Aman
spellingShingle	Hj Sulaiman, Saiful Aman Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman
author_facet	Hj Sulaiman, Saiful Aman
author_sort	Hj Sulaiman, Saiful Aman
title	Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman
title_short	Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman
title_full	Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman
title_fullStr	Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman
title_full_unstemmed	Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman
title_sort	gravimetric geoid model determination for peninsular malaysia using least squares modification of stokes / saiful aman hj sulaiman
granting_institution	Universiti Teknologi MARA
granting_department	Faculty of Architecture, Planning and Surveying
publishDate	2016
url	https://ir.uitm.edu.my/id/eprint/17791/1/TP_SAIFUL%20AMAN%20HJ%20SULAIMAN%20AP%2016_5.pdf
_version_	1783733599668797440

Gravimetric geoid model determination for Peninsular Malaysia using least squares modification of stokes / Saiful Aman Hj Sulaiman

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