The idea of introducing redundancy to improve the reliability of digital systems originates from papers published in the 1950's. Since then, redundancy has been recognized as a realistic means for constructing reliable systems. A method using redundancy to reconfigure the Sequency Invariant State Machine (SISM) to achieve fault tolerance is introduced. This new architecture is most useful in space applications, where recovery rather than replacement of faulty modules is the only means of maintenance
An Ultrareliable, Fault-Tolerant, Control-System (UFTCS) concept is described using a systems design...
Abstract. This paper revises and introduces to the field of reconfigurable computer systems, some tr...
A set of building block circuits is described which can be used with commercially available micropro...
A new basic VLSI circuit element is presented that can be used to realize pulse mode asynchronous se...
In this paper an innovative fault tolerant solid state mass memory (FTSSMM) architecture is describe...
ISBN: 0818670398Today, there is an increasing need for fault tolerance capabilities in integrated ci...
A computer aided design (CAD) tool for the design of very large scale integration (VLSI) synchronous...
This paper presents a few techniques for the decomposition of Synchronous State Machines of medium t...
—This paper describes a novel architecture of fault tolerant Solid State Mass Memory (SSMM) for sat...
In this paper an innovative fault tolerant solid state mass memory (FTSSMM) architecture is describe...
This paper revises and introduces to the field of reconfigurable computer systems, some traditional ...
summary:The design and implementation of systems in state form has traditionally focused on minimal ...
International audienceIncreasing the integration density offers the possibility for designers to bui...
The paper develops an efficient mechanism with a view to healing bridging faults in synchronous sequ...
The theory and techniques applicable to the on-line diagnosis of sequential systems, were investigat...
An Ultrareliable, Fault-Tolerant, Control-System (UFTCS) concept is described using a systems design...
Abstract. This paper revises and introduces to the field of reconfigurable computer systems, some tr...
A set of building block circuits is described which can be used with commercially available micropro...
A new basic VLSI circuit element is presented that can be used to realize pulse mode asynchronous se...
In this paper an innovative fault tolerant solid state mass memory (FTSSMM) architecture is describe...
ISBN: 0818670398Today, there is an increasing need for fault tolerance capabilities in integrated ci...
A computer aided design (CAD) tool for the design of very large scale integration (VLSI) synchronous...
This paper presents a few techniques for the decomposition of Synchronous State Machines of medium t...
—This paper describes a novel architecture of fault tolerant Solid State Mass Memory (SSMM) for sat...
In this paper an innovative fault tolerant solid state mass memory (FTSSMM) architecture is describe...
This paper revises and introduces to the field of reconfigurable computer systems, some traditional ...
summary:The design and implementation of systems in state form has traditionally focused on minimal ...
International audienceIncreasing the integration density offers the possibility for designers to bui...
The paper develops an efficient mechanism with a view to healing bridging faults in synchronous sequ...
The theory and techniques applicable to the on-line diagnosis of sequential systems, were investigat...
An Ultrareliable, Fault-Tolerant, Control-System (UFTCS) concept is described using a systems design...
Abstract. This paper revises and introduces to the field of reconfigurable computer systems, some tr...
A set of building block circuits is described which can be used with commercially available micropro...