This work introduces a noise abatement procedure for reducing aircraft community noise
during departures based on the control of climb profiles via procedural level-offs. The …

The potential of system-wide implementation of delayed deceleration approaches is
presented through modeling a day of operations. Conventional approach procedures may …

Operational efficiency, safety, and mitigation of environmental effects are critical for robust
long-term growth projected for commercial aviation. A crucial common denominator to these …

Significant variations in measured overflight noise levels are observed from airport monitor
networks for similar aircraft types flying the same departure and arrival procedures. Various …

This study aims to address the absence of takeoff weight information in commonly available
real-world flight trajectory data by developing a deep learning based solution. The …

A comparison of data-based regression analysis and modeled-based analysis of aircraft
departure noise variations using airport noise monitor network recordings is presented …

Advanced operational flight procedures have been proposed to reduce the impact of aircraft
operations on community noise. Recent work has led to the development of noise …

An aircraft noise modeling framework is presented and used to perform a data-driven
exploration of factors correlating with measured aircraft community noise and a model …

Take-off weight is a key factor for improving accuracy when estimating an aircraft's carbon
emissions and fuel consumption. However, the takeoff weight contains sensitive payload …