Add to ORKGContainment set techniques are applied to 8085 microprocessor controllers so as to transform a typical control system into a slightly modified version, shown to be crashproof: after the departure of the intermittent/transient fault, return to one proper control algorithm is assured, assuming no permanent faults occur
Concepts for software to implement real time aircraft control systems on a centralized digital compu...
The presentation will cover a variety of mitigation strategies that were developed for critical appl...
A simulation study is described which predicts the susceptibility of an advanced control system to e...
A methodology for the design of a tightly coupled, highly reliable microprocessor based computer sys...
A real-time Sensor Failure Simulator (SFS) was designed and assembled for the Advanced Detection, Is...
RAMP consists of distributed sets of parallel computers partioned on the basis of software and packa...
The modeling and analysis of transient faults in microprocessor based controllers are discussed. Suc...
Theory and techniques for design, analysis, and fault diagnosis of reliable spacecraft data system
The attitude control electronics mechanization study to develop a fault tolerant autonomous concept ...
An experimental analysis of the impact of transient faults on a microprocessor-based jet engine cont...
Microprocessor based systems for controlling gas supplies require very high levels of reliability fo...
Modern technological and safety‐critical systems rely on sophisticated control solutions to meet inc...
A set of building block circuits is described which can be used with commercially available micropro...
An overview of the intermittent/transient (IT) fault study is presented. An interval survivability e...
An overview of an approach for diagnosing intermittent/transient (I/T) faults is presented. The deve...
Concepts for software to implement real time aircraft control systems on a centralized digital compu...
The presentation will cover a variety of mitigation strategies that were developed for critical appl...
A simulation study is described which predicts the susceptibility of an advanced control system to e...
A methodology for the design of a tightly coupled, highly reliable microprocessor based computer sys...
A real-time Sensor Failure Simulator (SFS) was designed and assembled for the Advanced Detection, Is...
RAMP consists of distributed sets of parallel computers partioned on the basis of software and packa...
The modeling and analysis of transient faults in microprocessor based controllers are discussed. Suc...
Theory and techniques for design, analysis, and fault diagnosis of reliable spacecraft data system
The attitude control electronics mechanization study to develop a fault tolerant autonomous concept ...
An experimental analysis of the impact of transient faults on a microprocessor-based jet engine cont...
Microprocessor based systems for controlling gas supplies require very high levels of reliability fo...
Modern technological and safety‐critical systems rely on sophisticated control solutions to meet inc...
A set of building block circuits is described which can be used with commercially available micropro...
An overview of the intermittent/transient (IT) fault study is presented. An interval survivability e...
An overview of an approach for diagnosing intermittent/transient (I/T) faults is presented. The deve...
Concepts for software to implement real time aircraft control systems on a centralized digital compu...
The presentation will cover a variety of mitigation strategies that were developed for critical appl...
A simulation study is described which predicts the susceptibility of an advanced control system to e...