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…them to the NAND system. So, here's the first minimal logic circuit created for the 6-Multiplexer using just NAND …
} And now if we convert all the elements in this minimal logic circuit to NAND gates using our new Go NAND Grammar, we …
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…y } Now compare this minimal logic circuit with the minimal circuits that we designed for …
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…in all code examples). Let's start with a minimal logic circuit for the 6-Multiplexer designed using only NOR …
circuit. For example, the circuit below is a minimal logic circuit for the 6-Multiplexer that was created with NOT, …
(!(x || y)) } Converting this minimal logic circuit to NOR gates using the Go NOR Grammar, gives: …
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…logical systems. So let's start by designing a minimal logic circuit for the 3-Majority function using just NOT, AND, …
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…much penalty in terms of compactness. So here's a minimal logic circuit for the 6-Multiplexer designed with the basic …
some penalty. Here's an example: it's again a minimal logic circuit for the 6-Multiplexer and it was evolved using …
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…Grammars. For example, the code below is a minimal logic circuit for the 6-Multiplexer and was designed using just …
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…with it. For example, this simple Go code is a minimal logic circuit for the 5-Majority function created using just …
functions! For example, the code below is another minimal logic circuit for the 5-Majority function designed with NOT, …
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…"!=". As an example, here's the Go code for a minimal logic circuit for the 5-Majority function built using the …
