A method of managing a radio link, the method executed by a terminal, comprising: receiving radio resource management, RRM, measurement parameters transmitted through radio resource control, RRC, signaling by a base station; performing, according to the RRM measurement parameters, RRM measurement on a plurality of beams governed by a transmit receive point, TRP, of a target offloading base station, BS, with beamforming, BF, and obtaining RRM measurement results; evaluating, based on the plurality of beams, the RRM measurement results, according to a predetermined RRM measurement evaluation model, wherein the evaluating comprises: obtaining intermediate measurement sampling values by filtering the RRM measurement results using Layer 1 filtering; obtaining dynamic analysis evaluation values by filtering the intermediate measurement sampling values using Layer 3 filtering; obtaining overall comprehensive RRM evaluation results, corresponding to the dynamic analysis evaluation values, by adopting an additional filtration processing algorithm of the Layer 3; wherein the additional filtration processing algorithm includes performing an arithmetic average process on the dynamic analysis evaluation values, corresponding to the plurality of the beams; and performing a handover according to the overall comprehensive evaluation results, from a TRP of a source offloading base station with beamforming to the TRP of the target offloading base station with beamforming, or adding the TRP of the target of the target offloading base station with beamforming. receiving radio resource management, RRM, measurement parameters transmitted through radio resource control, RRC, signaling by a base station; performing, according to the RRM measurement parameters, RRM measurement on a plurality of beams governed by a transmit receive point, TRP, of a target offloading base station, BS, with beamforming, BF, and obtaining RRM measurement results; evaluating, based on the plurality of beams, the RRM measurement results, according to a predetermined RRM measurement evaluation model, wherein the evaluating comprises: obtaining intermediate measurement sampling values by filtering the RRM measurement results using Layer 1 filtering; obtaining dynamic analysis evaluation values by filtering the intermediate measurement sampling values using Layer 3 filtering; obtaining overall comprehensive RRM evaluation results, corresponding to the dynamic analysis evaluation values, by adopting an additional filtration processing algorithm of the Layer 3; wherein the additional filtration processing algorithm includes performing an arithmetic average process on the dynamic analysis evaluation values, corresponding to the plurality of the beams; and performing a handover according to the overall comprehensive evaluation results, from a TRP of a source offloading base station with beamforming to the TRP of the target offloading base station with beamforming, or adding the TRP of the target of the target offloading base station with beamforming. obtaining intermediate measurement sampling values by filtering the RRM measurement results using Layer 1 filtering; obtaining dynamic analysis evaluation values by filtering the intermediate measurement sampling values using Layer 3 filtering; obtaining overall comprehensive RRM evaluation results, corresponding to the dynamic analysis evaluation values, by adopting an additional filtration processing algorithm of the Layer 3; wherein the additional filtration processing algorithm includes performing an arithmetic average process on the dynamic analysis evaluation values, corresponding to the plurality of the beams; and performing a handover according to the overall comprehensive evaluation results, from a TRP of a source offloading base station with beamforming to the TRP of the target offloading base station with beamforming, or adding the TRP of the target of the target offloading base station with beamforming.