The SPARTA Embedded Expert System (SEES) is an intelligent health monitoring system that directs analysis by placing confidence factors on possible engine status and then recommends a course of action to an engineer or engine controller. The technique can prevent catastropic failures or costly rocket engine down time because of false alarms. Further, the SEES has potential as an on-board flight monitor for reusable rocket engine systems. The SEES methodology synergistically integrates vibration analysis, pattern recognition and communications theory techniques with an artificial intelligence technique - the Embedded Expert System (EES)
Sensor indications during rocket engine operation are the primary means of assessing engine performa...
Since 1984, an effort has been underway at Rocketdyne, manufacturer of the Space Shuttle Main Engine...
The safing and failure-detection expert (SAFE) is a prototype for a malfunction detection, diagnosis...
The ability to articulate, collect, and automate the application of the expertise needed for the ana...
Progress is reported on the development of SCOTTY, an expert knowledge-based system to automate the ...
Degradation mechanisms and sensor identification/selection resulted in a list of degradation modes a...
As part of the F-18 high-angle-of-attack vehicle program, an AI method was developed for the real ti...
A hierarchical, decentralized diagnostic system is proposed for the Real-Time Diagnostic System comp...
An expert system is being developed to support vehicle anomaly diagnosis for the Hubble Space Telesc...
The goal of the ongoing research described in this paper is to analyze real-time ground test data in...
The LOX Expert System is a computer program which uses artificial intelligence (AI) techniques to di...
The Maintenance and Diagnostic System (MDS) that is being developed at Honeywell to enhance the Faul...
The Analysis Criteria Evaluation System (ACES) is a knowledge based expert system that automates the...
A great deal of attention has recently been given to Artificial Intelligence research in the area of...
The functional framework of a failure detection algorithm for the Space Shuttle Main Engine (SSME) i...
Sensor indications during rocket engine operation are the primary means of assessing engine performa...
Since 1984, an effort has been underway at Rocketdyne, manufacturer of the Space Shuttle Main Engine...
The safing and failure-detection expert (SAFE) is a prototype for a malfunction detection, diagnosis...
The ability to articulate, collect, and automate the application of the expertise needed for the ana...
Progress is reported on the development of SCOTTY, an expert knowledge-based system to automate the ...
Degradation mechanisms and sensor identification/selection resulted in a list of degradation modes a...
As part of the F-18 high-angle-of-attack vehicle program, an AI method was developed for the real ti...
A hierarchical, decentralized diagnostic system is proposed for the Real-Time Diagnostic System comp...
An expert system is being developed to support vehicle anomaly diagnosis for the Hubble Space Telesc...
The goal of the ongoing research described in this paper is to analyze real-time ground test data in...
The LOX Expert System is a computer program which uses artificial intelligence (AI) techniques to di...
The Maintenance and Diagnostic System (MDS) that is being developed at Honeywell to enhance the Faul...
The Analysis Criteria Evaluation System (ACES) is a knowledge based expert system that automates the...
A great deal of attention has recently been given to Artificial Intelligence research in the area of...
The functional framework of a failure detection algorithm for the Space Shuttle Main Engine (SSME) i...
Sensor indications during rocket engine operation are the primary means of assessing engine performa...
Since 1984, an effort has been underway at Rocketdyne, manufacturer of the Space Shuttle Main Engine...
The safing and failure-detection expert (SAFE) is a prototype for a malfunction detection, diagnosis...