  We construct a deformed brane solution generated by a double-kink scalar
field and a dilaton scalar field. In this brane scenario the extra dimension is
finite, which is due to the introduction of the dilaton field with special
form. The finity of the extra dimension will result in the localization of the
zero mode for the vector fields. While the localization of the Kalb-Ramond
fields {depends} on the coupling to the dilaton. For the fermion fields, {with
different values of the dilaton-fermion coupling constant}, there are three
types of the effective potential for the fermion KK modes. Moreover, we
investigate the effect of the deformation of the brane on the localization, and
find that the number of the resonances will increase with the distances of the
two sub-branes.
