The use of analytical redundancy to improve gas turbine engine control system reliability through sensor failure detection, isolation, and accommodation is surveyed. Both the theoretical and application papers that form the technology base of turbine engine analytical redundancy research are discussed. Also, several important application efforts are reviewed. An assessment of the state-of-the-art in analytical redundancy technology is given
AbstractA duty in development of an on-line fault detection algorithm is to make it associate with e...
This paper presents an application of a fault detection and diagnosis scheme for the sensor faults o...
Failure of sensors used to provide a feedback signal in control system can cause serious deteriorati...
Analytical redundant sensor failure detection, isolation and accommodation techniques for gas turbin...
The objective of the advanced detection, isolation, and accommodation (ADIA) program is to improve t...
An algorithm was developed which detects, isolates, and accommodates sensor failures using analytica...
The objective of the Advanced Detection, Isolation, and Accommodation (ADIA) Program is to improve t...
This study investigates application of analytical sensor redundancy to improve reliability of gas t...
Advanced concepts for detecting, isolating, and accommodating sensor failures were studied to determ...
A sensor failure detection, isolation, and accommodation algorithm was developed which incorporates ...
Failure of sensors used to provide a feedback signal in control system can cause serious deteriorati...
In this study, a sensor fault diagnostic system to detect/isolate and accommodate faults in sensors ...
Revisions to the advanced sensor failure detection, isolation, and accommodation (DIA) algorithm, de...
For a dual redundant-control system, which is typical for short-haul aircraft, if a failure is detec...
A self-learning, sensor fail-operational, control system for the TF30-P-3 afterburning turbofan engi...
AbstractA duty in development of an on-line fault detection algorithm is to make it associate with e...
This paper presents an application of a fault detection and diagnosis scheme for the sensor faults o...
Failure of sensors used to provide a feedback signal in control system can cause serious deteriorati...
Analytical redundant sensor failure detection, isolation and accommodation techniques for gas turbin...
The objective of the advanced detection, isolation, and accommodation (ADIA) program is to improve t...
An algorithm was developed which detects, isolates, and accommodates sensor failures using analytica...
The objective of the Advanced Detection, Isolation, and Accommodation (ADIA) Program is to improve t...
This study investigates application of analytical sensor redundancy to improve reliability of gas t...
Advanced concepts for detecting, isolating, and accommodating sensor failures were studied to determ...
A sensor failure detection, isolation, and accommodation algorithm was developed which incorporates ...
Failure of sensors used to provide a feedback signal in control system can cause serious deteriorati...
In this study, a sensor fault diagnostic system to detect/isolate and accommodate faults in sensors ...
Revisions to the advanced sensor failure detection, isolation, and accommodation (DIA) algorithm, de...
For a dual redundant-control system, which is typical for short-haul aircraft, if a failure is detec...
A self-learning, sensor fail-operational, control system for the TF30-P-3 afterburning turbofan engi...
AbstractA duty in development of an on-line fault detection algorithm is to make it associate with e...
This paper presents an application of a fault detection and diagnosis scheme for the sensor faults o...
Failure of sensors used to provide a feedback signal in control system can cause serious deteriorati...