The name is absent

∂_tz_b Qb^^,b T u_b-

We discretize the neuron in space by dividing each branch into 7ь = ceil(f⅛∕∕ι) com-
partments, where h is some desired step size. The connectivity of the full morphology
is encapsulated in the Hines matrix H, which is the spatial discretization of each T>_b
coupled with (2.19) to (2.21) and (2.24) (Hines, 1984). More detail about constructing
this matrix will be given in §A.

Using the Hines matrix imposes an outside-in ordering of branches and compart-
ments, which leads to minimal fill-in for Gaussian Elimination (Hines, 1984). If m
and n denote, respectively, the number of gating variables per compartment and the
total number of compartments, i.e.,
с                     в

m =        and n = 1 +   7ь>

c=l                         b=l

<<   35   36   37   38   39   40   41   >>

More intriguing information