Aircraft four dimensional (4D, including longitude, latitude, altitude and time) trajectory
prediction is a key technology for existing automation systems and the basis for future …

From the start, the airline industry has remarkably connected countries all over the world
through rapid long-distance transportation, helping people overcome geographic barriers …

Current state-of-the-art trajectory methods do not perform well in the terminal airspace that
surrounds an airport due to its complex airspace structure and the frequently changing flight …

Four-dimensional trajectory prediction is one of the key technologies of air traffic
management (ATM) and plays a considerably significant role in enhancing air traffic safety …

Currently, the increasing number of daily flights emphasizes the importance of air
transportation. Furthermore, Air Traffic Management (ATM) enables air carriers to operate …

In this work, a deep Gaussian process (DGP) based framework is proposed to improve the
accuracy of predicting flight trajectory in air traffic research, which is further applied to …

The rapid advancement of unmanned aerial systems in various civilian roles necessitates
improved safety measures during their operation. A key aspect of enhancing safety is …

Seamlessly integrating rules in Learning-from-Demonstrations (LfD) policies is a critical
requirement to enable the real-world deployment of AI agents. Recently, Signal Temporal …

Aircraft trajectory prediction aims to estimate the future movements of aircraft in a scene,
which is a crucial step for intelligent air traffic management such as capacity estimation and …

Conflict detection and resolution is one of the main topics in air traffic management.
Traditional approaches to this problem use all the available information to predict future …