Sudan is characterized by vast area with flat terrains in most of the country's regions and
therefore the existence of a high-resolution geoid model is considered very important …

It is the purpose of this thesis to investigate different regional geoid determination methods
with respect to their feasibility for use with a future GOCE satellite-only Earth Gravity Model …

The paper deals with geoid modeling using the least-squares modification of the Stokes' and
Hotine's formulae using gridded and non-gridded terrestrial gravity data over the Auvergne …

In the regional geoid studies, the modified Stokes formula is often used nowadays. This
method combines local terrestrial data with an appropriate global geopotential model in a …

Abstract Number of detailed geoid models have been developed to convert geodetic heights
measured by the Global Navigation Satellite Systems (GNSS) to heights in the Hong Kong …

In regional gravimetric geoid determination, it is customary to use the modified Stokes
formula that combines local terrestrial data with a global geopotential model. This study …

We compile a new geoid model at the computation area of New Zealand and its continental
shelf using the method developed at the Royal Institute of Technology (KTH) in Stockholm …

There exist a number of methods for approximating the local geoid surface and studies
carried out to determine a local geoid. In this study, performance of geoid by PSO method in …

Different gravity reference frames, methods and instruments have been used by several
institutions for conducting gravimetric measurements in Estonia within the past 70 years …

With the progress in Global Navigation Satellite Systems (GNSS) technology, accurate geoid
modelling has started to play an essential role in geodetic applications such as establishing …