Titlebook: Designing Correct Circuits; Workshop jointly org Geraint Jones,Mary Sheeran Conference proceedings 1991 Springer-Verlag London 1991 Digital

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馬籠頭

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Proof-based transformation of formal hardware models,o overcome complexity. In many designs, however, optimisation reorganises hierarchy, even at late stages of a design process. Consequently, the partitions of the implementation structure do not always match the functional units of the specification. Instead of hierarchical modularisation, we therefo

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Using the Declarative Language LUSTRE for Circuit Verification, associated clock. This paper explains how the language LUSTRE can be used to describe synchronous digital circuits at different levels of abstraction. Then, it presents the associated verification tool LESAR. This tool automatically proves the correctness of a circuit, i.e. that a circuit implement

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Optimising designs by transposition, of rearranging components and their interconnections; second, to provide concise parametric representations of such designs; third, to present simple equations that correspond to correctness-preserving transformations of these parametric representations; and finally, to suggest quantitative measure

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Inculcate

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Marina Bar-Shai M.D., Ph.D.,Ehud Klein M.D.ms not typically considered in software oriented theories. These include architectural constraints in the use of type instances, parallelism in the use of multiple instances, and consolidation of distinct types in a common process. Since we are concerned with the question of incorporating (more) con

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https://doi.org/10.1007/978-1-4899-7522-5tal hardware. The paper also describes a technique for creating generic specifications in any language with (at least) the expressive power of higher-order logic. This technique is based on the use of higher-order predicates parameterized by function variables and type variables. We believe that thi