  The transport phenomenon of active particles confined in 3D(three
dimensional) corrugated confined channel with Gaussian noises is investigated.
Large noise intensity perpendicular to the symmetry axis is good for the
diffusion and current along the axis. The generalized resonance transport
phenomenon appears with increasing noise intensity parallel to the symmetry
axis. Large noise intensity parallel to axis can suppress the diffusion. The
diffusion coefficient has a maximum with increasing polar angle noise
intensity. There exits an optimal value of parameter f that result in maximum
movement speed. Large f is good for the diffusion. Transport reverse phenomenon
appears with increasing channel parameter {\epsilon} and {\Delta}. Too large or
too small values of {\epsilon} and {\Delta} can suppress the diffusion.
