| Description |
viii, 62 leaves : illustrations ; 29 cm. |
| Summary |
"This paper presents an algorithm for deriving an optimum test sequence for detecting faults in a synchronous machine. In this study, the flow table is used as a tool to generate the fault detection tests. The fault stuck-at-1 (or stuck-at-0) is said to be present when a permanent signal valued 1 (or 0) appears on a component of the machine. Only single faults are treated . The result of the procedure is one or more test sequences guaranteed to detect a set of faults (F [subscript p]). First, sequential machines with feedback lines as memory elements are considered . Then the memory elements are changed to R-S flip-flops. Finally, several suggestions for further work are made"--Abstract, leaf ii. |
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