Today's air traffic control system has reached a limit to the number of aircraft that can be safely managed at the same time. This air traffic capacity bottleneck is a critical problem along the path to modernization for air transportation. The design of the next separation assurance system to address this problem is a cornerstone of air traffic management research today. This report reviews recent work by NASA and others in the areas of function allocation and en route separation assurance. This includes: separation assurance algorithms and technology prototypes; concepts of operations and designs for advanced separation assurance systems; and specific investigations into air-ground and human-automation function allocation
This report identifies key human-performance-related issues associated with Next Generation Air Tran...
This paper presents an air/ground functional allocation experiment conducted by the National Aeronau...
The purpose of this thesis was to determine the feasibility of unmanned aircraft systems (UAS) perfo...
Maintaining safe separation between aircraft is a key determinant of the airspace capacity to handle...
Separation assurance is a fundamental requirement for safe operations of air traffic. New paradigms ...
Functional Allocation is an important research area for NASA going forward, and aims at exploring a ...
The air traffic control system in the United States has a great track-record for safety. As more air...
In this paper we discuss the development and evaluation of our prototype technologies and procedures...
A pair of human-in-the-loop simulation evaluations of a distributed air/ground separation assurance ...
Two human-in-the-loop simulation experiments were conducted in coordinated fashion to investigate th...
NASA is currently investigating a new concept of operations for the National Airspace System, design...
NASA is currently investigating a new concept of operations for the National Airspace System, design...
Since the late 1980's, NASA Ames researchers have been investigating ways to improve the air transpo...
To support the need for increased flexibility and capacity in the future National Airspace System, N...
A research consortium of scientists and engineers from California State University Long Beach (CSULB...
This report identifies key human-performance-related issues associated with Next Generation Air Tran...
This paper presents an air/ground functional allocation experiment conducted by the National Aeronau...
The purpose of this thesis was to determine the feasibility of unmanned aircraft systems (UAS) perfo...
Maintaining safe separation between aircraft is a key determinant of the airspace capacity to handle...
Separation assurance is a fundamental requirement for safe operations of air traffic. New paradigms ...
Functional Allocation is an important research area for NASA going forward, and aims at exploring a ...
The air traffic control system in the United States has a great track-record for safety. As more air...
In this paper we discuss the development and evaluation of our prototype technologies and procedures...
A pair of human-in-the-loop simulation evaluations of a distributed air/ground separation assurance ...
Two human-in-the-loop simulation experiments were conducted in coordinated fashion to investigate th...
NASA is currently investigating a new concept of operations for the National Airspace System, design...
NASA is currently investigating a new concept of operations for the National Airspace System, design...
Since the late 1980's, NASA Ames researchers have been investigating ways to improve the air transpo...
To support the need for increased flexibility and capacity in the future National Airspace System, N...
A research consortium of scientists and engineers from California State University Long Beach (CSULB...
This report identifies key human-performance-related issues associated with Next Generation Air Tran...
This paper presents an air/ground functional allocation experiment conducted by the National Aeronau...
The purpose of this thesis was to determine the feasibility of unmanned aircraft systems (UAS) perfo...