A wireless network access control method, comprising: after establishing a radio resource control, RRC, connection between a first base station and a user equipment, UE, establishing a radio bearer for the UE in accordance with a service request from the UE by a first base station, characterized in that the wireless network access control method further comprises: allocating, by the first base station for the UE, a dedicated configuration resource for enabling the UE to initiate a dedicated uplink detection signal when determining that the UE meets a requirement on communication with second base stations whose types are different from the first base station; instructing, by a centralized control entity, dedicated ones of the second base stations to measure the dedicated uplink detection signal initiated by the UE, wherein the centralized control entity is an entity separated from the first base station, or is located within the first base station; allocating, by the centralized control entity, at least one of the dedicated ones of the second base stations for the UE in accordance with a measurement result; and instructing, by the first base station, the UE to perform data transmission through the second base station allocated for the UE. after establishing a radio resource control, RRC, connection between a first base station and a user equipment, UE, establishing a radio bearer for the UE in accordance with a service request from the UE by a first base station, characterized in that the wireless network access control method further comprises: allocating, by the first base station for the UE, a dedicated configuration resource for enabling the UE to initiate a dedicated uplink detection signal when determining that the UE meets a requirement on communication with second base stations whose types are different from the first base station; instructing, by a centralized control entity, dedicated ones of the second base stations to measure the dedicated uplink detection signal initiated by the UE, wherein the centralized control entity is an entity separated from the first base station, or is located within the first base station; allocating, by the centralized control entity, at least one of the dedicated ones of the second base stations for the UE in accordance with a measurement result; and instructing, by the first base station, the UE to perform data transmission through the second base station allocated for the UE. allocating, by the first base station for the UE, a dedicated configuration resource for enabling the UE to initiate a dedicated uplink detection signal when determining that the UE meets a requirement on communication with second base stations whose types are different from the first base station; instructing, by a centralized control entity, dedicated ones of the second base stations to measure the dedicated uplink detection signal initiated by the UE, wherein the centralized control entity is an entity separated from the first base station, or is located within the first base station; allocating, by the centralized control entity, at least one of the dedicated ones of the second base stations for the UE in accordance with a measurement result; and instructing, by the first base station, the UE to perform data transmission through the second base station allocated for the UE.