Flight data anomaly detection plays an imperative role in the safety and maintenance of
unmanned aerial vehicles (UAVs). It has attracted extensive attention from researchers …

Accurate fuel burn estimation models are required to assess potential reductions in CO 2
emissions stemming from new aircraft technologies. This study provides a novel framework …

Emissions from aviation contribute increasingly to both air pollution and climate change.
Understanding how these emissions are distributed across regions, seasons, and different …

Aircraft trajectory optimization can improve delay absorption and fuel efficiency; however,
existing methods suffer from problems such as insufficient adaptability to uncertainty. This …

Inaccurate prediction of aircraft trajectory by ground-based decision support tools (DST) is a
major concern in air traffic management (ATM). Aircraft trajectory prediction tools rely on a …

Different aircraft have different load capacity and fuel consumption. Understanding which
aircraft has better fuel efficiency is meaningful for energy conservation and reducing …

Fuel burn during the actual route flown is an important indicator of aircraft operational
efficiency. This study aims to assess and systematically evaluate the method for fuel …

Ground-based decision support tools (DST) in air traffic management (ATM) typically
perform trajectory prediction based on aircraft performance model (APM) parameters, some …

This paper proposes a mathematical model that studies the fuel consumption of a jet engine
aircraft during the climbing and descent flight phases. Such problem is addressed by …

Accurate fuel consumption estimation is crucial for efficient aviation operations and fuel
management. However, limited access to detailed traffic and aircraft performance data leads …