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<p>A heuristic is proposed for finding minimal cost-tables, for use in the design of multiple-valued logic circuits. It is an iterative approach, in which a good table of size t is composed of a good table of size t-1, etc. The authors analyze its performance, comparing it with three other heuristics. The importance of finding good cost-tables is demonstrated by an analysis that shows there is a wide variation in both cost-table performance and in the performance of heuristics for generating cost-tables. A study is made of linear cost, a general cost function of which two previously studied cost functions are special cases. It is shown that the minimal cost-table using one of the (infinitely many) linear cost functions is identical to a minimal cost-table using any other linear cost function. Two additional results on cost-table design are given.</p>
performance analysis; minimal cost-tables; multiple-valued logic circuits; iterative; good table; heuristics; linear cost; cost function; iterative methods; logic circuits; logic design; many-valued logics.

K. Schueller and J. Butler, "On the Design of Cost-Tables for Realizing Multiple-Valued Circuits," in IEEE Transactions on Computers, vol. 41, no. , pp. 178-189, 1992.
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