The most efficient size and shape of air traffic control facility airspace boundaries in the Next Generation Air Transportation System will not necessarily be the same as in past organizations of the system. As limitations of communications and surveillance technology become less important for drawing boundaries, operational efficiency will take a greater role in defining the airspace allocated to each facility. This paper presents an objective, repeatable method for defining airspace boundaries, derived from the rules of air traffic control, simulations of efficient air traffic operation, and principles of enterprise engineering
Deployments and operations of civilian unmanned aircraft in urban environments have been seeing a si...
The paper deals with the Zagreb Terminal Airspace capacity. The basic scenario has been modelled usi...
A greedy heuristic algorithm for combining under-utilized airspace sectors to conserve air traffic c...
of dynamically changing sector boundaries to reduce imbalances between air traffic demand and contro...
The current air traffic control (ATC) system is human-centric and voice-based. As a result, separati...
Aviation is one of the most rapidly developing types of transport playing a crucial role in the mode...
Airspace boundaries are designed around air traf-fic flows and their crossing and merge points to re...
Abstract: The Automated Airspace concept uses ground-based computers and a ground-to-air data link t...
With technological advancement and development in the aviation industry, there has been a significan...
The capacity of the current system of air traffic is rapidly reaching a limit with the increasing de...
In an effort to accommodate the increasing air traffic demand, research is conducted to increase fut...
This paper investigates the use of low altitude airspace by conventional flight operations in proxim...
In air traffic management systems, airspace is partitioned into regions in part to distribute the ta...
The airspace that we consider is a volume with-out hole made up of sub-volumes. A capacity, de-scrib...
With increasing air traffic demand in the Pan-European airspace there is a need for optimizing the u...
Deployments and operations of civilian unmanned aircraft in urban environments have been seeing a si...
The paper deals with the Zagreb Terminal Airspace capacity. The basic scenario has been modelled usi...
A greedy heuristic algorithm for combining under-utilized airspace sectors to conserve air traffic c...
of dynamically changing sector boundaries to reduce imbalances between air traffic demand and contro...
The current air traffic control (ATC) system is human-centric and voice-based. As a result, separati...
Aviation is one of the most rapidly developing types of transport playing a crucial role in the mode...
Airspace boundaries are designed around air traf-fic flows and their crossing and merge points to re...
Abstract: The Automated Airspace concept uses ground-based computers and a ground-to-air data link t...
With technological advancement and development in the aviation industry, there has been a significan...
The capacity of the current system of air traffic is rapidly reaching a limit with the increasing de...
In an effort to accommodate the increasing air traffic demand, research is conducted to increase fut...
This paper investigates the use of low altitude airspace by conventional flight operations in proxim...
In air traffic management systems, airspace is partitioned into regions in part to distribute the ta...
The airspace that we consider is a volume with-out hole made up of sub-volumes. A capacity, de-scrib...
With increasing air traffic demand in the Pan-European airspace there is a need for optimizing the u...
Deployments and operations of civilian unmanned aircraft in urban environments have been seeing a si...
The paper deals with the Zagreb Terminal Airspace capacity. The basic scenario has been modelled usi...
A greedy heuristic algorithm for combining under-utilized airspace sectors to conserve air traffic c...