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Abstract?A method is presented for realizing any flow table that does not contain essential hazards with a circuit requiring no delay elements for proper operation. The procedure generally requires considerably fewer state variables than did an earlier technique for achieving the same result. It is based on a modification of a method by Tracey for constructing single-transition-time row assignments.
Index Terms-Asynchronous sequential circuits, hazards, logical design, row assignments, state assignments, switching theory.

S. Unger, "A Row Assignment for Delay-Free Realizations of Flow Tables Without Essential Hazards," in IEEE Transactions on Computers, vol. 17, no. , pp. 146-151, 1968.
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