A wireless communication method, comprising: receiving, by a user equipment, an information from a network device, wherein the information includes a search space type, a subcarrier spacing, SCS, a hybrid automatic repeat request acknowledgement, HARQ-ACK, signal, a power saving parameter, a radio resource control, RRC, signaling or a downlink control information, DCI, indication; determining, by the user equipment, a monitoring mode from a plurality of monitoring modes according to the information, wherein the plurality of monitoring modes include a switching physical downlink control channel, PDCCH, periodicity parameters mode, a non-skipping PDCCH monitoring mode, or a skipping PDCCH monitoring mode wherein the monitoring mode is one of a first monitoring mode that reduces a control channel monitoring frequency to monitor the PDCCH with a first type of parameters and a second monitoring mode that reduces the control channel monitoring frequency to monitor the PDCCH with a second type of parameters, wherein the control channel monitoring frequency is a value obtained by either dividing a first monitoring duration in a periodicity by a first control channel monitoring periodicity or by dividing a second monitoring duration in a periodicity by a second control channel monitoring periodicity, wherein the first control channel monitoring periodicity is Ks1, the first monitoring duration in a periodicity is Ts1, the second control channel monitoring periodicity is Ks2, and the second monitoring duration in a periodicity is Ts2, and wherein Ts1/Ks1>Ts2/Ks2, or Ks1<Ks2, or Ts1>Ts2; and monitoring, by the user equipment, a PDCCH according to the monitoring mode. receiving, by a user equipment, an information from a network device, wherein the information includes a search space type, a subcarrier spacing, SCS, a hybrid automatic repeat request acknowledgement, HARQ-ACK, signal, a power saving parameter, a radio resource control, RRC, signaling or a downlink control information, DCI, indication; determining, by the user equipment, a monitoring mode from a plurality of monitoring modes according to the information, wherein the plurality of monitoring modes include a switching physical downlink control channel, PDCCH, periodicity parameters mode, a non-skipping PDCCH monitoring mode, or a skipping PDCCH monitoring mode wherein the monitoring mode is one of a first monitoring mode that reduces a control channel monitoring frequency to monitor the PDCCH with a first type of parameters and a second monitoring mode that reduces the control channel monitoring frequency to monitor the PDCCH with a second type of parameters, wherein the control channel monitoring frequency is a value obtained by either dividing a first monitoring duration in a periodicity by a first control channel monitoring periodicity or by dividing a second monitoring duration in a periodicity by a second control channel monitoring periodicity, wherein the first control channel monitoring periodicity is Ks1, the first monitoring duration in a periodicity is Ts1, the second control channel monitoring periodicity is Ks2, and the second monitoring duration in a periodicity is Ts2, and wherein Ts1/Ks1>Ts2/Ks2, or Ks1<Ks2, or Ts1>Ts2; and monitoring, by the user equipment, a PDCCH according to the monitoring mode. <EOS>