  The formalism for modeling multiple fermion generations in a warped extra
dimension with a soft-wall is presented. A bulk Higgs condensate is responsible
for generating mass for the zero-mode fermions but leads to additional
complexity from large mixing between different flavors. We extend existing
single-generation analyses by considering new special cases in which analytical
solutions can be derived and discuss flavor constraints. The general
three-generation case is then treated using a simple numerical routine.
Assuming anarchic 5D parameters we find a fermion mass spectrum resembling the
standard model quarks and leptons with highly degenerate couplings to
Kaluza-Klein gauge bosons. This confirms that the soft-wall model has similar
attractive features as that found in hard-wall models, providing a framework to
generalize existing phenomenological analyses.
