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…These genetic operators were implemented in all modeling categories and core algorithms of …
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…NOT, AND, NAND, XOR, and NXOR: package gepModel func gepModel(d []bool) bool { …
System with only NOT, AND, and XOR: package gepModel func gepModel(d []bool) bool { …
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…(NOT, AND, OR) plus NAND and NOR: package gepModel func gepModel(d []bool) bool { …
OR gates using the NOT-AND-OR Grammar: package gepModel func gepModel(d []bool) bool { …
AND, OR, NAND and LOE gates, though): package gepModel func gepModel(d []bool) bool { …
gates using the NOT-AND-OR Grammar: package gepModel func gepModel(d []bool) bool { …
in the more parsimonious solutions): package gepModel func gepModel(d []bool) bool { …
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…just NAND gates as building blocks: package gepModel func gepModel(d []bool) bool { …
Gates Grammar to generate the code): package gepModel func gepModel(d []bool) bool { …
(13 literals instead of just 11): package gepModel func gepModel(d []bool) bool { …
generated with the All Gates Grammar: package gepModel func gepModel(d []bool) bool { …
generated with the NAND Grammar: package gepModel func gepModel(d []bool) bool { …
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…as they both give the same output): package gepModel func gepModel(d []bool) bool { …
created with NOT, OR and NOR gates: package gepModel func gepModel(d []bool) bool { …
gates using the Go NOR Grammar, gives: package gepModel func gepModel(d []bool) bool { …
it through the final circuit, though): package gepModel func gepModel(d []bool) bool { …
using our new NOR Grammar, gives: package gepModel func gepModel(d []bool) bool { …
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…function using just NOT, AND, and OR: package gepModel func gepModel(d []bool) bool { …
NOR gates: The minimal NAND circuit: package gepModel func gepModel(d []bool) bool { …
y)) } And the minimal NOR circuit: package gepModel func gepModel(d []bool) bool { …
And finally, the minimal MUX circuit: package gepModel func gepModel(d []bool) bool { …
the NAND Grammar of GeneXproTools: package gepModel func gepModel(d []bool) bool { …
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…circuit for the 3-Majority function: package gepModel func gepModel(d []bool) bool { …
new Go Reed-Muller Grammar, we get: package gepModel func gepModel(d []bool) bool { …
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…designed using just NOT, AND, and OR gates: gepModel <- function(d) { y …
with our new MUX Grammar for the R language: gepModel <- function(d) { y …
the NOT-AND-OR circuit above to NOT-AND-XOR: gepModel <- function(d) { y …
and talk about a new way of cross-validating your models in GeneXproTools. …