Coding techniques in fault-tolerant, self-checking, and fail-safe circuits
Fault-tolerant computing: theory and techniques; vol. 1
Design & analysis of fault tolerant digital systems
Design & analysis of fault tolerant digital systems
Conventional fault-tolerance and neural computers
Neural Computers
Neural network learning algorithms
Neural Computers
Connectionist ideas and algorithms
Communications of the ACM
Neurocomputing
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A simple fault-tolerant digital artificial neuron is introduced. Two digital implementations based on two different adders are examined. Reliability, fault coverage, and hardware redundancy analyses are carried out to characterize the proposed fault-tolerant digital neural module. These analyses reveal that, for a 114% increase in hardware, a 92.07% fault detection coverage and a 21.15% fault recovery coverage are attained for a four-input neural module.