A communication method, comprising: configuring, by a base station, Mc channel measurement resources and Mi interference measurement resources, wherein Mc and Mi are positive integers greater than 1; receiving, by a base station, k channel measurement values, k channel measurement resource identifiers, and k interference measurement resource identifiers that are sent by user equipment, wherein k is an integer greater than 1, wherein the received k channel measurement values are the k channel measurement values of best quality, selected from a plurality of channel measurement values by the user equipment, wherein the plurality of channel measurement values are calculated by the user equipment by dynamically combining the Mc channel measurement resources and the Mi interference measurement resources; and each channel measurement value corresponds to one channel measurement resource identifier and one interference measurement resource identifier, and the channel measurement value is calculated based on the channel measurement resource identifier and the interference measurement resource identifier that correspond to the channel measurement value; wherein before the receiving, by the base station, the k channel measurement values, the method further comprises: sending, by the base station, first instruction information to the user equipment, wherein the first instruction information instructs the user equipment to feed back a channel measurement value obtained based on Nc channel measurement resources and Ni interference measurement resources, and Nc and Ni are integers greater than 1; and k = min Nc Ni. configuring, by a base station, Mc channel measurement resources and Mi interference measurement resources, wherein Mc and Mi are positive integers greater than 1; receiving, by a base station, k channel measurement values, k channel measurement resource identifiers, and k interference measurement resource identifiers that are sent by user equipment, wherein k is an integer greater than 1, wherein the received k channel measurement values are the k channel measurement values of best quality, selected from a plurality of channel measurement values by the user equipment, wherein the plurality of channel measurement values are calculated by the user equipment by dynamically combining the Mc channel measurement resources and the Mi interference measurement resources; and each channel measurement value corresponds to one channel measurement resource identifier and one interference measurement resource identifier, and the channel measurement value is calculated based on the channel measurement resource identifier and the interference measurement resource identifier that correspond to the channel measurement value; wherein before the receiving, by the base station, the k channel measurement values, the method further comprises: sending, by the base station, first instruction information to the user equipment, wherein the first instruction information instructs the user equipment to feed back a channel measurement value obtained based on Nc channel measurement resources and Ni interference measurement resources, and Nc and Ni are integers greater than 1; and k = min Nc Ni.