Abstract
A technique for the systematic design of fault-tolerant automatic measurement systems based on ‘analytical redundancy’ relationships is proposed. Starting from the user requirements in terms of quantities to be monitored and of number and type of faults to be detected, isolated, and accommodated, the proposed technique suggests the number and location of the sensors to be used in the measurement system to be designed or the modifications needed in an existing measurement system for satisfying the user requirements. The peculiarities of this technique were highlighted by applying it to some real measurement stations.
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