Add to ORKGThe objective of this work is to develop a practical sensor analytic redundancy management scheme for flexible spacecraft and to demonstrate it using the SCOLE experimental apparatus. The particular scheme to be used is taken from previous work on the Grid apparatus by Williams and Montgomery
An NASA program is discussed which was initiated to make direct comparisons of control laws for, fir...
The study initiated in Part 1 of this report is concluded and optimal feedback control (compensator)...
AbstractAnalytic redundancy-based fault diagnosis technique (ARFDT) is applied to onboard maintenanc...
The design of a robust compensator is considered for the SCOLE configuration using a frequency-respo...
A redundancy management system is described wherein input signals from a sensor are provided redunda...
The challenge of providing redundancy management (RM) and fault tolerance to meet the Shuttle Progra...
Sensor redundancy management (SRM) requires a system which will detect failures and reconstruct avio...
The rationale and mechanization of sensor fault tolerance based on analytical redundancy principles ...
"October, 1982."Bibliography: p. 43-44.Office of Naval Research Contract No. N00014-77-C-0224 NASA A...
Analytical redundant sensor failure detection, isolation and accommodation techniques for gas turbin...
Algorithms for failure detection and identification for redundant noncolinear arrays of single degre...
The use of analytical redundancy to improve gas turbine engine control system reliability through se...
An on-line adaptive technique is developed to provide a self-contained redundant-sensor navigation s...
The design of a sensor fault tolerant system which uses analytical redundancy for the Terminal Confi...
A study was made of software to integrate data from about 500 sensors that monitor the Space Shuttle...
An NASA program is discussed which was initiated to make direct comparisons of control laws for, fir...
The study initiated in Part 1 of this report is concluded and optimal feedback control (compensator)...
AbstractAnalytic redundancy-based fault diagnosis technique (ARFDT) is applied to onboard maintenanc...
The design of a robust compensator is considered for the SCOLE configuration using a frequency-respo...
A redundancy management system is described wherein input signals from a sensor are provided redunda...
The challenge of providing redundancy management (RM) and fault tolerance to meet the Shuttle Progra...
Sensor redundancy management (SRM) requires a system which will detect failures and reconstruct avio...
The rationale and mechanization of sensor fault tolerance based on analytical redundancy principles ...
"October, 1982."Bibliography: p. 43-44.Office of Naval Research Contract No. N00014-77-C-0224 NASA A...
Analytical redundant sensor failure detection, isolation and accommodation techniques for gas turbin...
Algorithms for failure detection and identification for redundant noncolinear arrays of single degre...
The use of analytical redundancy to improve gas turbine engine control system reliability through se...
An on-line adaptive technique is developed to provide a self-contained redundant-sensor navigation s...
The design of a sensor fault tolerant system which uses analytical redundancy for the Terminal Confi...
A study was made of software to integrate data from about 500 sensors that monitor the Space Shuttle...
An NASA program is discussed which was initiated to make direct comparisons of control laws for, fir...
The study initiated in Part 1 of this report is concluded and optimal feedback control (compensator)...
AbstractAnalytic redundancy-based fault diagnosis technique (ARFDT) is applied to onboard maintenanc...