The paper shows the strategies of choice of recovery methods of the RAM when, in space environment, they are affected by various SEE phenomena. The article considers various recovery methodologies, including two scrubbing methods (deterministic and probabilistic) and the criteria of choice according to the kind of mission in which the component is involved
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
This research contributes to a better understanding of how reconfigurable Field Programmable Gate Ar...
The paper shows the strategies of choice of recovery methods of the RAM when, in space environment, ...
This paper presents a reliability evaluation methodology to obtain the statistical reliability infor...
This paper presents the techniques for improving system reliability which SEAKR Engineering employs ...
This paper presents an optimising model for integrating the traditional reliability prediction meth...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Much more than fault tolerance, space applications require dependability, which is the combination o...
The design of reliable spacecrafts is a challenging task because of the harshconstraints imposed by ...
The use of Commercial Off The Shelf (COTS) devices for space applications is growing due the higher ...
This letter proposes a classification algorithm to discriminate between recoverable and not recovera...
In this paper an innovative fault tolerant solid state mass memory (FTSSMM) architecture is describe...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Memory system design is important for providing high reliability and availability. This dissertation...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
This research contributes to a better understanding of how reconfigurable Field Programmable Gate Ar...
The paper shows the strategies of choice of recovery methods of the RAM when, in space environment, ...
This paper presents a reliability evaluation methodology to obtain the statistical reliability infor...
This paper presents the techniques for improving system reliability which SEAKR Engineering employs ...
This paper presents an optimising model for integrating the traditional reliability prediction meth...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Much more than fault tolerance, space applications require dependability, which is the combination o...
The design of reliable spacecrafts is a challenging task because of the harshconstraints imposed by ...
The use of Commercial Off The Shelf (COTS) devices for space applications is growing due the higher ...
This letter proposes a classification algorithm to discriminate between recoverable and not recovera...
In this paper an innovative fault tolerant solid state mass memory (FTSSMM) architecture is describe...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Memory system design is important for providing high reliability and availability. This dissertation...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
Advances in spaceborne vehicular technology have made possible the long-life duration of the mission...
This research contributes to a better understanding of how reconfigurable Field Programmable Gate Ar...