The name is absent



29

then the discretized system has N = n(m + 1) variables. Restricting our attention
to the bth branch, we compartmentalize the voltage by v-tb ∈ R7b, and similarly the
gating variables, to obtain

∂tZb = QbZfc + Bbufc

where

Zb =


υ-.,b

W-.,bll


∖W.,bCFc /

^diag(JCb)
≠.∙,*n

Φ-.,bl2


d-.,bn
≠.∙,bll


d-.j>i2

≠=,M2


d.fiCFc^


g J^7⅛(m+l)×7b(m+l)


∖ Φ∙.,bCFc

Ψ-.,bCFc /



I E Wb^b, ∪b ∈ IR76.


For example, if branch b receives synaptic input at τbl and Xb2, then we have,

( 0

- 1

2τΓ G>bhbCrn


0
gbi(t)(yb(xbi) - Еы)
0

0
gb2(t)(υb{xb2) - Eb2)
∖        0        /



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