The invention relates to an M2M communication network joint clustering and power
distribution method based on a non-orthogonal multiple
access technology, and belongs to the technical field of
wireless communication. The method comprises the following steps: S1, modeling
channel gain between M2M equipment and a
base station; s2, modeling
channel gain between M2M devices; s3, determining a cluster head
selection strategy; s4,
pairing the cluster members, and determining all combination
modes; s5, aiming at various cluster member combination
modes, optimizing and determining a cluster head
association strategy; s6, determining a cluster member power distribution strategy based on an intra-cluster energy efficiency optimization criterion; and S7, comparing all cluster member combinations, and determining a
global optimal clustering and power distribution strategy. According to the invention, the M2M equipment association and
resource allocation strategy can be optimized and designed, so that the equipment energy efficiency maximization is realized.