  We study the transport properties of vortex matter in a superconducting thin
film separated by a thin insulator layer from a ferromagnetic layer. We assume
an alternating stripe structure for both FM and SC layers as found in [7]. We
calculate the periodic pinning force in the stripe structure resulting from a
highly inhomogeneous distribution of the vortices and antivortices. We show
that the transport properties in FM-SC bilayer are highly anisotropic. In the
absence of random pinning it displays a finite resistance for the current
perpendicular to stripes and is superconducting for the current parallel to
stripes. The average vortex velocity, electric field due to the vortex motion,
Josephson frequency and higher harmonics of the vortex oscillatory motion are
calculated.
