The necessary algorithms to reconstruct the glideslope change waypoint along a straight line in the event the aircraft encounters a valid MLS update and transition in the terminal approach area are presented. Results of a simulation of the Langley B737 aircraft utilizing these algorithms are presented. The method is shown to reconstruct the necessary flight path during MLS transition resulting in zero cross track error, zero track angle error, and zero altitude error, thus requiring minimal aircraft response
Metering and spacing (M & S) system's algorithms described assume an aircraft two dimensional are na...
A receiver is designed for aircraft (A/C), which, as a component of the proposed Microwave Landing S...
The research to develop and fabricate a terminal area navigation system for use in the NASA VTOL App...
The problems in navigation and guidance encountered by aircraft in the initial transition period in ...
Computer simulation results are presented for intercepting final approach paths using various Microw...
Results of simulated precision departures and missed approaches using MLS guidance concepts are pres...
A description of the simulation program used to study the landing approach, rollout and turnoff of t...
Results for the Microwave Landing System (MLS) guidance algorithm development conducted under the Ad...
An ongoing series of joint NASA/FAA helicopter Microwave Landing System (MLS) flight tests was condu...
A longitudinal digital guidance and control law for steep glideslopes using MLS (Microwave Landing S...
The development of a digital automatic control law for a small jet transport to perform a steep fina...
A study developed for the TCV B-737, designed to apply existing navigation aids plus magnetic leader...
In contrast to CTOL landing operations, STOL airplanes landing on short STOLport runways typically b...
The airborne antenna line of sight look angle requirement for operation with a Microwave Landing Sys...
A real-time, fixed-base simulation study has been conducted to determine the curved, descending appr...
Metering and spacing (M & S) system's algorithms described assume an aircraft two dimensional are na...
A receiver is designed for aircraft (A/C), which, as a component of the proposed Microwave Landing S...
The research to develop and fabricate a terminal area navigation system for use in the NASA VTOL App...
The problems in navigation and guidance encountered by aircraft in the initial transition period in ...
Computer simulation results are presented for intercepting final approach paths using various Microw...
Results of simulated precision departures and missed approaches using MLS guidance concepts are pres...
A description of the simulation program used to study the landing approach, rollout and turnoff of t...
Results for the Microwave Landing System (MLS) guidance algorithm development conducted under the Ad...
An ongoing series of joint NASA/FAA helicopter Microwave Landing System (MLS) flight tests was condu...
A longitudinal digital guidance and control law for steep glideslopes using MLS (Microwave Landing S...
The development of a digital automatic control law for a small jet transport to perform a steep fina...
A study developed for the TCV B-737, designed to apply existing navigation aids plus magnetic leader...
In contrast to CTOL landing operations, STOL airplanes landing on short STOLport runways typically b...
The airborne antenna line of sight look angle requirement for operation with a Microwave Landing Sys...
A real-time, fixed-base simulation study has been conducted to determine the curved, descending appr...
Metering and spacing (M & S) system's algorithms described assume an aircraft two dimensional are na...
A receiver is designed for aircraft (A/C), which, as a component of the proposed Microwave Landing S...
The research to develop and fabricate a terminal area navigation system for use in the NASA VTOL App...