By taking into account the variable free polar motion (PM) known as the Chandler wobble
(CW) and irregular forced PM excited by quasi-periodic changes in atmosphere, oceans and …

This paper introduces a new learning algorithm for accurate, physically driven time series
prediction. The fundamental assumption behind the method is that the phenomena follow …

Data uncertainty plays an important role in the field of geodesy. Even though deep learning
is becoming increasingly important for geodetic applications due to its high accuracy, it …

Precise positioning and navigation on the Earth's surface and in space require accurate
earth orientation parameters (EOP) data and predictions. In the last few decades, EOP …

Advanced geodetic and astronomical tasks, such as precise positioning and navigation
require forecasted Earth Orientation Parameters (EOP). The Second Earth Orientation …

Accurate, short-term predictions of Earth orientation parameters (EOP) are needed for many
real-time applications including precise tracking and navigation of interplanetary spacecraft …

Rapid provision of Earth orientation parameters (EOPs, here polar motion and dUT1) is
indispensable in many geodetic applications and also for spacecraft navigation. There are …

Polar motion is the movement of the Earth's rotational axis relative to its crust, reflecting the
influence of the material exchange and mass redistribution of each layer of the Earth on the …

Long-term prediction parameters of polar motion (PM) with high precision have an important
significance in understanding Earth geophysical processes in the future. The multilayer …

The COVID-19 pandemic has had a substantial and far-reaching impact on global economic
growth, extending its effects to Indonesia as well. Various sectors have witnessed a decline …