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Translating concurrent communicating programs into delay-insensitive circuits
Abstract: "Programs written in a subset of Occam are automatically translated into delay-insensitive circuits using syntax-directed techniques. The resulting circuits are improved using semantics-preserving circuit-to-circuit transformations. Since each step of the translation process can be proven correct, the resulting circuit behavior is a faithful copy of the original program behavior. A compiler has been constructed that automatically performs the translation and transformation."
- "Abstract: "Programs written in a subset of Occam are automatically translated into delay-insensitive circuits using syntax-directed techniques. The resulting circuits are improved using semantics-preserving circuit-to-circuit transformations. Since each step of the translation process can be proven correct, the resulting circuit behavior is a faithful copy of the original program behavior. A compiler has been constructed that automatically performs the translation and transformation.""@en
- "Translating concurrent communicating programs into delay-insensitive circuits"@en
- "Translating concurrent communicating programs into delay-insensitive circuits"