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In this paper it is shown how the method of error correction of transient errors in a combinational circuit by use of error detection codes can be implemented for a sum-bit duplicated adder, thereby the outputs of the adder circuit are stored in fault-tolerant memory elements which are supposed to be fault-tolerant master-slave flip-flops. The combinational(More)
— In this paper, a new method for the design of fault-tolerant linear state machines with initial state 0 and one-dimensional input and one-dimensional output is proposed. It is shown that the LFSR-implementation of the transfer function of a linear automaton can be utilized to correct transient errors in the memory elements. Since the state vector of a(More)
A designed field study was conducted on 1,962 first-lactation Holstein cows kept on 7 large-scale dairy farms in Germany, in loose-housing systems on standard slatted flooring. Records of hoof disorders at trimming composed of subclinical as well as clinical cases were combined with body measurements and body condition scores, test-day records, and further(More)
In this paper a simple method for fault tolerance with respect to transient or soft errors in the combinational part of sequential circuits is investigated. The memory elements of the sequential circuits are fault-tolerant master-slave-flipflops. For correcting errors in the combinational part instead of error-correcting codes (ECCs) much simpler(More)
This paper proposes the improvement of the method for soft error correction in the combinational circuit part of sequential circuits as described in [1], for which fault-tolerant master-slave elements are used. The errors in the combinational circuit part are detected by an error detection circuit and the error signal blocks the clock signal as long as the(More)
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