MODULAR DECOMPOSITION OF THE NOR-TSUM MULTIPLE-VALUED PLA
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by T. Kalganova P, N. Lipnitskaya P, G. Holowinski K
http://www.dcs.napier.ac.uk/~tatiana/papers/kalganova_zelenogor1_97.ps.gz
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Abstract:
ABSTRACT. A method for designing PLA-based combinational circuits by modular decomposition is presented. Main subjects are 1) Specific properties of TSUM operator, 2) MIN-TSUM and NOR-TSUM expansions with respect to the bound set, X 1 of variables, 3) Realization of functions by multiple-valued PLA-based combinational circuits, 4) Comparison with other methods. Experimental investigations show that the size of suggested combinational circuit is the same as the size of multiple-valued PLA implementing a multiple-valued logic function with large number of variables.
Citations
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| 1 | others, CMOS Current - Mode Multiple-Valued PLA's – Pelayo - 1991 |
| 1 | An Optimisation Technique for the Design of Multiple-Valued PLA's – Asari, Eswaran - 1994 |
| 1 | Use of Simulated Annealing to Reduce 2-bit Decoder PLAs – Abd-El-Barr, Choy - 1993 |
| 1 | T.Hanyu and M.Kameyama, Design And Evaluation Of A Current-Mode Multiple-Valued PLA Based On A Resonant Tunnelling transistor Model – Deng - 1994 |
