We are studying an alternative procedure for implementing multivalued switching functions by using principally binary components. Our approach uses an output ...
Jan 1, 1978 · The design of multivalued logic circuits using principally binary components have been object of attention for different authors 1-2. The ...
On the synthesis of multivalued circuits using principally binary elements. ... in large-scale-intergrated, digital signal processing circuits. 187. view.
In the application of multivalued logic, each logical value could often be represented by a Boolean vector, ie a vector with binary components (0 or 1).
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"On the Synthesis of Multi-valued Circuits. Using Principally Binary Elements", J. L. Huertas, J. I. Acha and L. Macias, Universidad de Sevilla. 10:30 a.m..
An Algebraic Method for Designing Multivalued Logic Circuits using Principally Binary Components · Computer Science, Mathematics. IEEE Transactions on Computers.
The process of converting these multi-valued variables to binary signals is called encoding. In many cases the en- coding is done initially, mostly arbitrarily, ...
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On the synthesis of multivalued circuits using principally binary elements · J ... to the synthesis of n-valued switching circuits. Expand. 31 Citations.
But minimization, which is straightforward in binary, becomes unwieldy for more than a few values or variables in the multi-valued case, as there are many ...
Oct 22, 2024 · The synthesis and simplification of digital circuits are performed in the well known two level logic switching algebra.
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