2013Moscow University Mechanics BulletinRequires access

Refinement of a global model for the Earth’s gravitational field using airborne gravimetry data

V. S. Vyazmin

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Abstract

An algorithm for combining airborne gravimetry data with the data supplied by a global model of the Earth’s gravitational field is considered. The global model is specified by a spherical wavelet decomposition. An optimal guaranteed estimation of the wavelet coefficients for the gravitational field is used.

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What this paper is about

An algorithm for combining airborne gravimetry data with the data supplied by a global model of the Earth’s gravitational field is considered. The global model is specified by a spherical wavelet decomposition. An optimal guaranteed estimation of the wavelet coefficients for the gravitational field is used.

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Available abstract

An algorithm for combining airborne gravimetry data with the data supplied by a global model of the Earth’s gravitational field is considered. The global model is specified by a spherical wavelet decomposition. An optimal guaranteed estimation of the wavelet coefficients for the gravitational field is used.

Key concepts: Gravimetry, Gravitational field, Geodesy, Wavelet, Gravitation, Field (mathematics), Geology, Mathematics

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