Spherical radial basis function (SRBF) is an effective method for calculating regional gravity
field models. Calculating gravity field models with high accuracy and resolution requires …

The development of the global geopotential model (GGM) broadens its applications in
ocean science, which emphasizes the importance for model assessment. We assess the …

基于径向基函数技术, 研究了利用航空重力梯度数据重建局部重力场模型的方法,
建立了泊松小波径向基函数和航空重力梯度张量之间的解析关系. 以频率域变换和等效源方法为 …

The spherical radial basis function (SRBF) approach, widely used in gravity modeling, is
theoretically surveyed from a viewpoint of random field theory. Let the gravity potential be a …

Bathymetry provides instrumental information for studying sedimentary processes, global
climate change, and benthic morphologies. The advantages and applicabilities of different …

SUMMARY A regional approach is developed for high-resolution gravity anomaly recovery
from the full airborne gravity gradient tensor (GGT) based on the radial basis function (RBF) …

The optimal combination of different types of gravity observations is the key to obtaining a
high-resolution and high-precision regional gravity model. Current studies based on …

This study investigates the approach for high-resolution regional gravity field recovery from
airborne gravity gradient data based on radial basis function technique, where the analytical …

A high-precision regional gravity field model is significant in various geodesy applications. In
the field of modelling regional gravity fields, the spherical radial basis functions (SRBFs) …

The filtering procedure is usually mandatory for modeling mean dynamic topography (MDT)
when a geodetic approach based on the Mean Sea Surface (MSS) and the Global …