Numerical optimization is used to compute the optimum flight paths, based upon a parametric form that implicitly includes some of the problem restrictions. The other constraints are formulated as penalties in the cost function. Various aircraft on multiple trajectores (landing and takeoff) can be considered. The modular design employed allows for the substitution of alternate models of the population distribution, aircraft noise, flight paths, and annoyance, or for the addition of other features (e.g., fuel consumption) in the cost function. A reduction in the required amount of searching over local minima was achieved through use of the presence of statistical lateral dispersion in the flight paths
Air tra?c has been growing rapidly for the past few decades and will continue to do so. Airports nee...
With the growth of the air traffic movements and the population of people living around airports, th...
A computationally efficient, semiempirical noise model suitable for maneuvering flight noise predict...
A mathematical model of the annoyance created at an airport by aircraft operations is developed. The...
The sustained growth of air transportation traffic along the last decades has induced increasing no...
Best Paper in Track Award de l’International Congress on Research in Air TransportThis paper present...
The ever-increasing use of aircraft, together with the on-going urbanization causes increasing noise...
The results of a study on the evaluation and reduction of noise impact to a community due to aircraf...
Significant reductions in environmental impact and operating costs are achievable when both aircraf...
The implementation of Performance Based Navigation (PBN) routes across the National Airspace System ...
Les nouveaux enjeux environnementaux motivent la recherche par les acteurs de l'industrie aéronautiq...
The optimization of landing trajectories of the Boeing 737 is presented. The primary factor consider...
Optimal noise reduction analysis for jet aircraft take-off and climbing flight path
Comunicació convidadaThis paper gives an overview of aircraft trajectory management aimed at produci...
En route noise emissions on the ground can be affected by the detailed characteristics of intended n...
Air tra?c has been growing rapidly for the past few decades and will continue to do so. Airports nee...
With the growth of the air traffic movements and the population of people living around airports, th...
A computationally efficient, semiempirical noise model suitable for maneuvering flight noise predict...
A mathematical model of the annoyance created at an airport by aircraft operations is developed. The...
The sustained growth of air transportation traffic along the last decades has induced increasing no...
Best Paper in Track Award de l’International Congress on Research in Air TransportThis paper present...
The ever-increasing use of aircraft, together with the on-going urbanization causes increasing noise...
The results of a study on the evaluation and reduction of noise impact to a community due to aircraf...
Significant reductions in environmental impact and operating costs are achievable when both aircraf...
The implementation of Performance Based Navigation (PBN) routes across the National Airspace System ...
Les nouveaux enjeux environnementaux motivent la recherche par les acteurs de l'industrie aéronautiq...
The optimization of landing trajectories of the Boeing 737 is presented. The primary factor consider...
Optimal noise reduction analysis for jet aircraft take-off and climbing flight path
Comunicació convidadaThis paper gives an overview of aircraft trajectory management aimed at produci...
En route noise emissions on the ground can be affected by the detailed characteristics of intended n...
Air tra?c has been growing rapidly for the past few decades and will continue to do so. Airports nee...
With the growth of the air traffic movements and the population of people living around airports, th...
A computationally efficient, semiempirical noise model suitable for maneuvering flight noise predict...