This correspondence throws some light into the area of easily diagnosable machines. Given the behavior of a sequential machine in terms of a state table it explores the possibilities of designing a structure, that facilitates easy diagnosis of faults. The objective is achieved through structural decomposition which has already claimed to produce simpler physical realization
This paper considers the problem of sequential fault diagnosis for various multiprocessor sys-tems. ...
Synthesis of a sequential machine is usually divided into four steps. 1. Development of a state diag...
In this paper, we propose a generalized diagnostic algorithm for the case where more than one fault ...
This correspondence throws some light into the area of easily diagnosable machines. Given the behavi...
Two methods of augmenting the structure of a sequential machine so that it is diagnosable are presen...
The full decomposition of sequential machines with the output behaviour realization / by L. Jozwi&ap...
Abstract. A mathematical framework for the testing and diagnosis of sequential machines is developed...
The design of large logic systems leads to the practical problem how to decompose a complex system i...
Sequences and techniques useful in the design of checking experiments are examined. Necessary and su...
The control units of large digital systems can use up to 80% of the entire hardware implementing the...
This paper is devoted to decomposition of sequential machines, discrete functions and relations. Seq...
In this paper we investigate the negative effects of state reduction on the realization of a sequent...
In complex and automated technological processes the effects of a fault can quickly propagate and le...
Abstract—In this paper, we introduce a new model for diagnosable systems called t; k-diagnosable sys...
A simple procedure for the state minimization of an incompletely specified sequential machine whose ...
This paper considers the problem of sequential fault diagnosis for various multiprocessor sys-tems. ...
Synthesis of a sequential machine is usually divided into four steps. 1. Development of a state diag...
In this paper, we propose a generalized diagnostic algorithm for the case where more than one fault ...
This correspondence throws some light into the area of easily diagnosable machines. Given the behavi...
Two methods of augmenting the structure of a sequential machine so that it is diagnosable are presen...
The full decomposition of sequential machines with the output behaviour realization / by L. Jozwi&ap...
Abstract. A mathematical framework for the testing and diagnosis of sequential machines is developed...
The design of large logic systems leads to the practical problem how to decompose a complex system i...
Sequences and techniques useful in the design of checking experiments are examined. Necessary and su...
The control units of large digital systems can use up to 80% of the entire hardware implementing the...
This paper is devoted to decomposition of sequential machines, discrete functions and relations. Seq...
In this paper we investigate the negative effects of state reduction on the realization of a sequent...
In complex and automated technological processes the effects of a fault can quickly propagate and le...
Abstract—In this paper, we introduce a new model for diagnosable systems called t; k-diagnosable sys...
A simple procedure for the state minimization of an incompletely specified sequential machine whose ...
This paper considers the problem of sequential fault diagnosis for various multiprocessor sys-tems. ...
Synthesis of a sequential machine is usually divided into four steps. 1. Development of a state diag...
In this paper, we propose a generalized diagnostic algorithm for the case where more than one fault ...
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