The invention discloses an
interference management self optimization method based on non-orthogonal multiple access, and belongs to the field of
wireless network. The method comprises the following steps: firstly, in a super dense scene, for a fixed sub-bandwidth, each small
base station separately calculates a
signal to
noise ratio to a respective request user, deletes the adjacent interference base stations of the present
base station according to the sensed interference
signal intensity of the adjacent base stations, and independently constructs a dynamic local interference map; then, each small
base station independently accomplish
resource allocation by comprehensively considering the communication demand and the information of the local interference map, in order to reduce the interface among the networks, the interference
optimization problem is modeled as a game problem based on satisfaction, a
resource allocation result is obtained by using a
distributed algorithm, each small base
station reasonably allocates different power and sub-bandwidths to respective request users, so that the
system interference is maximized. By adoption of the
interference management self optimization method, the network interference is reduced, ensures the communication needs of the user is ensured, and the convergence is good.