A head up display (HUD) format used in simulator studies of the application of HUD to the landing of civil transport aircraft is described in detail. The display features an indication of the aircraft's instantaneous flightpath that constitutes the primary controlled element. Discrete ILS error and altitude signals are scaled and positioned to provide precise guidance modes when tracked with the flightpath symbol. Consideration is given to both the availability and nonavailability of inertial velocity information in the aircraft
Cockpit displays for a Takeoff Performance Monitoring System (TOPMS) to provide pilots with graphic ...
The development of an electronic primary flight display format aligned with the aircraft velocity ve...
A guidance system for assisting in Land and Hold Short operations was developed and then tested at t...
An electronic flight-guidance display format was designed for use in evaluations of the collimated h...
To determine the advantages and disadvantages of head-up displays (HUD) in civil transport approach ...
A preliminary assessment was made of the adequacy of a simple head up display (HUD) for providing ve...
The problem of head-up guidance for an aircraft making an instrument approach without glide slope in...
A computer drawn instrument landing approach display, which shows a box located on the desired path,...
A computerized analysis procedure, based on a control theoretic model of the human pilot, is used to...
The results of a flight evaluation of two electronic display formats for the approach to landing und...
A piloted simulation experiment was conducted using the NASA Ames Research Center Vertical Motion Si...
A contact analog display called Path-In-The-Sky (PITS) integrates information on airplane attitude, ...
Simulated night visual approaches were flown into two airports with and without a head up display (H...
The results of a piloted-simulation evaluation of the benefits of adding runway symbology and track ...
PDFProceedingsHead up displaysJet transportsVisibilityManual controlFlight pathsDigital Avionics Sys...
Cockpit displays for a Takeoff Performance Monitoring System (TOPMS) to provide pilots with graphic ...
The development of an electronic primary flight display format aligned with the aircraft velocity ve...
A guidance system for assisting in Land and Hold Short operations was developed and then tested at t...
An electronic flight-guidance display format was designed for use in evaluations of the collimated h...
To determine the advantages and disadvantages of head-up displays (HUD) in civil transport approach ...
A preliminary assessment was made of the adequacy of a simple head up display (HUD) for providing ve...
The problem of head-up guidance for an aircraft making an instrument approach without glide slope in...
A computer drawn instrument landing approach display, which shows a box located on the desired path,...
A computerized analysis procedure, based on a control theoretic model of the human pilot, is used to...
The results of a flight evaluation of two electronic display formats for the approach to landing und...
A piloted simulation experiment was conducted using the NASA Ames Research Center Vertical Motion Si...
A contact analog display called Path-In-The-Sky (PITS) integrates information on airplane attitude, ...
Simulated night visual approaches were flown into two airports with and without a head up display (H...
The results of a piloted-simulation evaluation of the benefits of adding runway symbology and track ...
PDFProceedingsHead up displaysJet transportsVisibilityManual controlFlight pathsDigital Avionics Sys...
Cockpit displays for a Takeoff Performance Monitoring System (TOPMS) to provide pilots with graphic ...
The development of an electronic primary flight display format aligned with the aircraft velocity ve...
A guidance system for assisting in Land and Hold Short operations was developed and then tested at t...