A joint Airline/NASA field study of B-767 training and operations was conducted during the period this aircraft was being introduced into line service. The objectives of the study were: (1) to identify any adverse reactions to the new technology; (2) to provide a clearing house of information for the airlines and pilots during the introductory period; (3) to provide feedback on airline training programs for the new aircraft; and (4) to provide field data to NASA and other researchers to help them develop principles of human interaction with automated systems. It is concluded that: (1) a large majority of pilots enjoy flying the B-767 more than the older aircraft; (2) pilots accept new cockpit technology and find it useful; (3) pilots are aw...
Modern aircraft employ a wide,variety of advanced flight instrument systems that have been designed ...
A prevalent misconception is that technologically advanced aircraft (TAA) –those with so-called glas...
Advanced avionics through flight management systems (FMS) coupled with autopilots can now precisely ...
The factors which affected two groups of airline pilots in the transition from traditional airline c...
A three-year study of airline crews at two U.S. airlines who were flying an advanced technology airc...
Development in electronic displays and computers have enabled avionics designers to present the pilo...
Because of recent incidents involving glass-cockpit aircraft, there is growing concern with cockpit ...
The present and future challenges of commercial air transport industry require maintaining growth tr...
Two experiments explored the idea of providing cockpit automation training to airline-bound student ...
The rapid advance of cockpit automation in the last decade has outstripped the ability of the human ...
Two project areas were pursued: the intelligent cockpit and human problem solving. The first area in...
Monitoring failures are widely assumed to be responsible for breakdowns in pilot-automation coordina...
In the past decade, general aviation aircraft have been the subject of significant changes in cockpi...
This report has been prepared to closeout a NASA grant to Mississippi State University (MSU) for res...
The Aerospace Department at Middle Tennessee State University and the NASA Langley Research Center e...
Modern aircraft employ a wide,variety of advanced flight instrument systems that have been designed ...
A prevalent misconception is that technologically advanced aircraft (TAA) –those with so-called glas...
Advanced avionics through flight management systems (FMS) coupled with autopilots can now precisely ...
The factors which affected two groups of airline pilots in the transition from traditional airline c...
A three-year study of airline crews at two U.S. airlines who were flying an advanced technology airc...
Development in electronic displays and computers have enabled avionics designers to present the pilo...
Because of recent incidents involving glass-cockpit aircraft, there is growing concern with cockpit ...
The present and future challenges of commercial air transport industry require maintaining growth tr...
Two experiments explored the idea of providing cockpit automation training to airline-bound student ...
The rapid advance of cockpit automation in the last decade has outstripped the ability of the human ...
Two project areas were pursued: the intelligent cockpit and human problem solving. The first area in...
Monitoring failures are widely assumed to be responsible for breakdowns in pilot-automation coordina...
In the past decade, general aviation aircraft have been the subject of significant changes in cockpi...
This report has been prepared to closeout a NASA grant to Mississippi State University (MSU) for res...
The Aerospace Department at Middle Tennessee State University and the NASA Langley Research Center e...
Modern aircraft employ a wide,variety of advanced flight instrument systems that have been designed ...
A prevalent misconception is that technologically advanced aircraft (TAA) –those with so-called glas...
Advanced avionics through flight management systems (FMS) coupled with autopilots can now precisely ...