Abstract: Disclosed is a resource allocation method. The method includes: obtaining first scheduling information based on predicted data transmission performance and a resource allocation objective of a plurality of terminals; sending a resource allocation indication to a plurality of APs based on the first scheduling information; obtaining actual data transmission performance that is of the plurality of terminals and that is sent by the plurality of APs, where the actual data transmission performance is data transmission performance of the plurality of terminals upon resource allocation performed on the plurality of terminals based on the resource allocation indication; obtaining second scheduling information based on the actual data transmission performance and the resource allocation objective; and sending the resource allocation indication to the plurality of APs based on the second scheduling information.