An automated air-traffic-management concept that has the potential for significantly increasing the efficiency of traffic flows in high-density terminal areas is discussed. The concept's implementation depends on the techniques for controlling the landing time of all aircraft entering the terminal area, both those that are equipped with on-board four dimensional guidance systems as well as those aircraft types that are conventionally equipped. The two major ground-based elements of the system are a scheduler which assigns conflict-free landing times and a profile descent advisor. Landing times provided by the scheduler are uplinked to equipped aircraft and translated into the appropriate four dimensional trajectory by the on-board flight-ma...
Recent studies at NASA Ames Research Center have investigated the development and use of ground-base...
This paper examines the performance of a system that performs automated conflict resolution and arri...
Information on time-based operations in an advanced air traffic control (ATC) environment is given i...
This paper describes an autcwnated air-traffic-management concept that has the potential for signifi...
The nation's air-traffic-control system is the subject of an extensive modernization program, i...
A concept for automating the control of air traffic in the terminal area in which the primary man-ma...
Simulations of a terminal area traffic-management system incorporating automated schedul-ing and tim...
A concept for aiding air traffic controllers in efficiently spacing traffic and meeting scheduled ar...
In order to enable arrival management concepts and solutions in a NextGen environment, ground-based ...
In planning for a future automated air traffic system, it is necessary to confront the transition si...
This paper presents a design approach and basic algorithms for a future system that can perform airc...
This paper describes a concept for future high-density, terminal air traffic operations that has bee...
An area-navigation method for automatic control of aircraft arriving in a random fashion from the en...
Also issued as a Ph. D. thesis, Massachusetts Institute of Technology, Dept. of Aeronautics and Astr...
A description of a time-based, extended terminal area ATC concept called Traffic Intelligence for th...
Recent studies at NASA Ames Research Center have investigated the development and use of ground-base...
This paper examines the performance of a system that performs automated conflict resolution and arri...
Information on time-based operations in an advanced air traffic control (ATC) environment is given i...
This paper describes an autcwnated air-traffic-management concept that has the potential for signifi...
The nation's air-traffic-control system is the subject of an extensive modernization program, i...
A concept for automating the control of air traffic in the terminal area in which the primary man-ma...
Simulations of a terminal area traffic-management system incorporating automated schedul-ing and tim...
A concept for aiding air traffic controllers in efficiently spacing traffic and meeting scheduled ar...
In order to enable arrival management concepts and solutions in a NextGen environment, ground-based ...
In planning for a future automated air traffic system, it is necessary to confront the transition si...
This paper presents a design approach and basic algorithms for a future system that can perform airc...
This paper describes a concept for future high-density, terminal air traffic operations that has bee...
An area-navigation method for automatic control of aircraft arriving in a random fashion from the en...
Also issued as a Ph. D. thesis, Massachusetts Institute of Technology, Dept. of Aeronautics and Astr...
A description of a time-based, extended terminal area ATC concept called Traffic Intelligence for th...
Recent studies at NASA Ames Research Center have investigated the development and use of ground-base...
This paper examines the performance of a system that performs automated conflict resolution and arri...
Information on time-based operations in an advanced air traffic control (ATC) environment is given i...