The technical scheme provided by the invention is applied to a
honeycomb network of mobile communication. A
device to device (D2D) technology is applied to the
honeycomb network, so that D2D user pairs are allowed to
multiplex the resources of
honeycomb network users for communicating. The invention provides a user position
list-based method for selectively
multiplexing multiple honeycomb user resources for the D2D user pairs, which is used for selecting a plurality of honeycomb users farthest from the D2D user pairs for each pair of D2D users for resource
multiplexing. By using the scheme provided by the invention, the complexity of an
algorithm is lowered when a
base station end selects a plurality of honeycomb users for resource
multiplexing, and the interference between the resource multiplexing D2D user pairs and the honeycomb users is reduced to the maximum extent, so that the spectrum efficiency of an entire
system is improved. Moreover, the method has high practical
operability, is easy to implement in practice, and is applied more flexibly.