Flight tests conducted with the self-repairing flight control system (SRFCS) installed on the NASA F-15 highly integrated digital electronic control aircraft are described. The development leading to the current SRFCS configuration is highlighted. Key objectives of the program are outlined: (1) to flight-evaluate a control reconfiguration strategy with three types of control surface failure; (2) to evaluate a cockpit display that will inform the pilot of the maneuvering capacity of the damage aircraft; and (3) to flight-evaluate the onboard expert system maintenance diagnostics process using representative faults set to occur only under maneuvering conditions. Preliminary flight results addressing the operation of the overall system, as wel...
The integrated application of reliability, failure effects and system simulator methods in establish...
A flight test evaluation of the digital elctronic engine control (DEEC) system was conducted. An ove...
A research initiative within the framework of the Group for Aeronautical Research and Technology in...
The coupling of expert systems and control design and analysis techniques are documented to provide ...
Restructurable control system theory, robust reconfiguration for high reliability and survivability ...
The advanced fighter technology integration (AFTI) F-16 aircraft is a highly complex digital flight ...
Flight tests to determine reliability of X-15 self adaptive flight control syste
A flight control concept that can identify aircraft stability properties and continually optimize th...
One of the principal issues which must be overcome for the safe integration of Unmanned Aerial Vehi...
The third phase of a flight evaluation of a digital electronic engine control system in an F-15 has ...
The development of fault-detection and self-healing methods at both a hardware and software level in...
The NASA Dryden Flight Research Center has completed the initial flight test of a modified set of F/...
A cost-effective approach to flight testing advanced control concepts with remotely piloted vehicles...
NASA Dryden Flight Research Center (DFRC) is working with the United States Navy to complete ground ...
Adaptive flight control systems have the potential to be more resilient to extreme changes in airpla...
The integrated application of reliability, failure effects and system simulator methods in establish...
A flight test evaluation of the digital elctronic engine control (DEEC) system was conducted. An ove...
A research initiative within the framework of the Group for Aeronautical Research and Technology in...
The coupling of expert systems and control design and analysis techniques are documented to provide ...
Restructurable control system theory, robust reconfiguration for high reliability and survivability ...
The advanced fighter technology integration (AFTI) F-16 aircraft is a highly complex digital flight ...
Flight tests to determine reliability of X-15 self adaptive flight control syste
A flight control concept that can identify aircraft stability properties and continually optimize th...
One of the principal issues which must be overcome for the safe integration of Unmanned Aerial Vehi...
The third phase of a flight evaluation of a digital electronic engine control system in an F-15 has ...
The development of fault-detection and self-healing methods at both a hardware and software level in...
The NASA Dryden Flight Research Center has completed the initial flight test of a modified set of F/...
A cost-effective approach to flight testing advanced control concepts with remotely piloted vehicles...
NASA Dryden Flight Research Center (DFRC) is working with the United States Navy to complete ground ...
Adaptive flight control systems have the potential to be more resilient to extreme changes in airpla...
The integrated application of reliability, failure effects and system simulator methods in establish...
A flight test evaluation of the digital elctronic engine control (DEEC) system was conducted. An ove...
A research initiative within the framework of the Group for Aeronautical Research and Technology in...