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Software reliability is becoming increasingly important in todaypsilas information era. Many techniques have been proposed to improve software reliability with varying degrees of success. One important technique in this regard is the so-called formal methods which include formal verification, formal specification, formal analysis, and formal modeling. While these formal methods cover many phases of...
As zero-knowledge proof plays a more and more important role in modern cryptography, the need for formal analysis becomes more urgent. In this paper, we make use of formal methods to establish a zero-knowledge result. The formal model is probabilistic applied pi and the zero-knowledge proof is Hamiltonian cycle. By this example, our preliminary work shows how zero-knowledge can be modeled in formal...
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