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a.
Normal Genes/ADFs:
-.d1.*./.d2.d0.d0.d1.d0.d3.d2.d2.d0.d3.d1
d2.*.d1.d1.d3.d3.d0.d2.d3.d3.d2.d1.d1.d3.d1
-.*.*.d2.d2.d0./.d0.d3.d0.d0.d3.d1.d1.d3
+.*.d1.-.+.*.d2.d0.d3.d3.d1.d0.d0.d2.d0
-.d1.d2.d3./.d3.+.d3.d2.d2.d0.d3.d2.d3.d1
Homeotic Genes/Cells:
4.1.1.-.4.1.-.1.1.0.3.2.0.0.0
-.*.+.4.2.-./.4.4.3.0.3.3.4.3
-.*.+.0.*.0.3.0.2.4.4.4.3.0.3
b.
ADF 0
ADF 1
ADF 3
ADF 4
ADF 2
d 2
d 1
d 1
d 1
d 2
/
d 2
d 2
d 2
d 0
/
d 0
d 0
d 0
d 3
d 2
d 0
d 3
d 3
d 1
c.
Cell 0
ADF 4
Cell 1
Cell 2
ADF 4
ADF 2
ADF 0
ADF 0
ADF 3
/
ADF 4
ADF 4
ADF 3
ADF 0
ADF 0
ADF 2
Figure 6.13. Model evolved by the multicellular system with multiple outputs to
classify three different kinds of irises. a) The genome of the individual with five
normal genes encoding five ADFs and three homeotic genes encoding three
different sub-models. b) The ADFs codified by each normal gene. c) The cells or
sub-models codified by each homeotic gene. Note that the expression of this
individual is only complete after applying the rounding threshold of 0.5 to all the
three sub-models. This intricately connected model classifies correctly 149 out of
150 irises.
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