Reconsidering the function allocation between automation and the pilot in the flight deck is the next step in improving aviation safety. The current allocation, based on who does what best, makes poor use of the pilot's resources and abilities. In some cases it may actually handicap pilots from performing their role. Improving pilot performance first lies in defining the role of the pilot - why a human is needed in the first place. The next step is allocating functions based on the needs of that role (rather than fitness), then using automation to target specific human weaknesses in performing that role. Examples are provided (some of which could be implemented in conventional cockpits now). Along the way, the definition of human error and ...
Human resource is more and more important nowadays among the resources of a company, because output ...
Many aircraft accidents/incidents investigations cite crew error as a causal factor (Boeing Commerci...
Despite the contributions of automation to aviation safety and efficiency, the problems associated w...
This paper presents a new design and function allocation philosophy between pilots and automation th...
Automation is the allocation of functions to machines that would otherwise be allocated to humans (...
The state of the art in human factors in flight-deck automation is presented. A number of critical p...
The rapid advance of cockpit automation in the last decade has outstripped the ability of the human ...
Abstract. Aeronautical engineering never stopped decreasing the number of technical crewmembers in c...
Cockpit automation has been developed to reduce pilots’ workload and increase pilots’ performance. H...
The control stations of many unmanned systems have been characterized by inadequate human-system int...
The Aviation industry is rapidly evolving through increased automation on the flight deck, new air t...
It is widely accepted that human error is a major contributing factor in aircraft accidents. There h...
The civilian use of remotely piloted, or unmanned aircraft is expected to increase rapidly in the ye...
The evolution of advanced technology systems in aviation has seen radically increased capabilities o...
The purpose of this paper is to systemize the Crew Resource Management (CRM) by adding new safety fa...
Human resource is more and more important nowadays among the resources of a company, because output ...
Many aircraft accidents/incidents investigations cite crew error as a causal factor (Boeing Commerci...
Despite the contributions of automation to aviation safety and efficiency, the problems associated w...
This paper presents a new design and function allocation philosophy between pilots and automation th...
Automation is the allocation of functions to machines that would otherwise be allocated to humans (...
The state of the art in human factors in flight-deck automation is presented. A number of critical p...
The rapid advance of cockpit automation in the last decade has outstripped the ability of the human ...
Abstract. Aeronautical engineering never stopped decreasing the number of technical crewmembers in c...
Cockpit automation has been developed to reduce pilots’ workload and increase pilots’ performance. H...
The control stations of many unmanned systems have been characterized by inadequate human-system int...
The Aviation industry is rapidly evolving through increased automation on the flight deck, new air t...
It is widely accepted that human error is a major contributing factor in aircraft accidents. There h...
The civilian use of remotely piloted, or unmanned aircraft is expected to increase rapidly in the ye...
The evolution of advanced technology systems in aviation has seen radically increased capabilities o...
The purpose of this paper is to systemize the Crew Resource Management (CRM) by adding new safety fa...
Human resource is more and more important nowadays among the resources of a company, because output ...
Many aircraft accidents/incidents investigations cite crew error as a causal factor (Boeing Commerci...
Despite the contributions of automation to aviation safety and efficiency, the problems associated w...