WIRELESS COMMUNICATION METHOD AND DEVICE AND COMMUNICATION SYSTEM
A terminal includes: a receiver configured to receive a first signal at a time unit n, the first data signal including an activation or deactivation command for a secondary cell; and processor circuitry configured to control to apply corresponding action not earlier than a time unit n+k+1, the time unit n+k+1 referring to a time unit corresponding to transmission of a second signal, wherein the k is obtained through calculation by using a formula as below: k = k ′ 1 + 3 N slot subframe , μ ; where, N slot subframe,μ refers to the number of slots contained in each subframe when SCS (subcarrier slot spacing) configuration corresponding to transmission of an uplink control signal is μ, k′ 1 refers to the slot offset between the first signal and the second signal carrying the HARQ-ACK information corresponding to the first signal.
1 . A terminal comprising:
a receiver configured to receive a first signal at a time unit n, the first data signal including an activation or deactivation command for a secondary cell; and
processor circuitry configured to control to apply corresponding action not earlier than a time unit n+k+1, the time unit n+k+1 referring to a time unit corresponding to transmission of a second signal, wherein
the k is obtained through calculation by using a formula as below:
k
=
k
1
′
+
3
N
slot
subframe
,
μ
;
where,
N slot subframe,μ refers to the number of slots contained in each subframe when SCS (subcarrier slot spacing) configuration corresponding to transmission of an uplink control signal is μ,
k′ 1 refers to the slot offset between the first signal and the second signal carrying the HARQ-ACK information corresponding to the first signal.
2 . The terminal according to claim 1 , wherein
the receiver receives the first signal ending at the time unit n.
3 . A terminal comprising:
a receiver configured to receive a first signal at a time unit n, the first data signal including an activation or deactivation command for a secondary cell; and
processor circuitry configured to control to apply corresponding action related to a deactivation timer of the secondary cell at the time unit n+k+1, the time unit n+k+1 referring to a time unit corresponding to transmission of a second signal, wherein
the k is obtained through calculation by using a formula as below:
k
=
k
1
′
+
3
N
slot
subframe
,
μ
;
where,
N slot subframe,μ refers to the number of slots contained in each subframe when SCS (subcarrier slot spacing) configuration corresponding to transmission of an uplink control signal is μ,
k′ 1 refers to the slot offset between the first signal and the second signal carrying the HARQ-ACK information corresponding to the first signal.
4 . A terminal comprising:
a receiver configured to receive a first signal at a time unit n, the first data signal including an activation or deactivation command for a secondary cell; and
processor circuitry configured to control to apply corresponding action related to a CSI report after a time unit n+k, the CSI report being related to or corresponds to the activation or deactivation command, the time unit n+k referring to a time unit corresponding to transmission of a second signal, wherein
the k is obtained through calculation by using a formula as below:
k
=
k
1
′
+
3
N
slot
subrrame
,
μ
;
where,
N slot subframe,μ refers to the number of slots contained in each subframe when SCS (subcarrier slot spacing) configuration corresponding to transmission of an uplink control signal is μ,
k′ 1 refers to the slot offset between the first signal and the second signal carrying the HARQ-ACK information corresponding to the first signal.
5 . The terminal according to claim 4 , wherein
the processor circuitry is configured to control to apply action related to the CSI report at a time unit after the time unit n+k, the time unit after the time unit n+k being a time unit n+k+1, the CSI report is active at the time unit n+k+1.
6 . The terminal according to claim 4 , wherein
the processor circuitry is configured to control to apply action related to the CSI report at a time unit after the time unit n+k, the time unit after the time unit n+k being a time unit after the time unit n+k+1, the time unit being earliest in time units when the CSI report is active.