Honor Patente

This application provides a paging method and a relevant device, and belongs to the technical field of communications. The paging method is applied to a terminal device, and includes: receiving configuration information sent by a base station, where the configuration information includes a mapping relationship between paging subgroups and WUS states and includes a total quantity of subgroups of the PO and/or a paging subgroup corresponding to the terminal device indicated by the base station; according to the total quantity of subgroups of the PO or the paging subgroup corresponding to a terminal indicated by the base station, obtaining a first paging subgroup corresponding to the terminal device, where the first paging subgroup corresponds to a first WUS state; and monitoring the WUS. According to the method, the WUS states are associated with the paging subgroups, and the simpler WUS is utilized to indicate whether the terminal device in a certain corresponding paging group needs to monitor the paging or not, so that the problem of too high power consumption caused by additional monitoring of paging messages due to false paging alarms of the terminal device is solved.

A display method and an electronic device are provided. The method includes: obtaining a start event of a first operation of a user; displaying a first image in response to the start event of the first operation; obtaining a first move event of the first operation; and displaying a second image in response to the first move event when first duration is less than or equal to threshold duration. The first duration is a time difference between first detection time of the first move event and a first vertical synchronization signal, and the first vertical synchronization signal is a vertical synchronization signal after the first detection time and closest to the first detection time. The embodiments of this application can reduce response time, accelerate processing and display, and improve user experience.

This application provides a paging method and a relevant device, and belongs to the technical field of communications. The paging method is applied to a terminal device, and includes: sending first information, where the first information is used for indicating WUS supporting capability of the terminal device or expected WUS subgroup information of the terminal device; receiving first configuration information, where the first configuration information includes WUS subgroups corresponding to the terminal device; and monitoring WUS before a PO according to WUS supporting capability of a base station and the WUS subgroups corresponding to the terminal device. According to the method, the simper WUS is utilized to indicate whether the corresponding terminal device needs to monitor the paging or not before the PO, so that the problem of too high power consumption caused by additional monitoring of paging messages by the terminal device is solved.

Embodiments of this application provide a resource set selection method and a communication apparatus, and relate to the communication field. The method and the apparatus are applicable to a random access process in NR, in which different resource set selection policies can be executed based on different scenarios, thereby facilitating normal implementation of random access in each scenario. The method includes: when a MSG1 transmission count is greater than a first threshold, determining, based on a current MSG1 repetition count, whether to roll back the current MSG1 repetition count; or when the MSG1 transmission count is greater than the first threshold, determining, based on the current MSG1 repetition count and a feature other than the MSG1 repetition count, whether to roll back the current MSG1 repetition count; and when it is determined to roll back the current MSG1 repetition count, selecting a resource set based on the post-rollback MSG1 repetition count and a feature other than the MSG1 repetition count in current random access features.

Embodiments of this application relate to the field of communication, and provide a threshold configuration method, a feature selection method, and a communication device. Through the threshold configuration method, a network side device can reasonably set a threshold for each MSG1 repetition number according to resource configuration cases on a BWP. Through the feature selection method, a user terminal can reasonably select random access features according to a measured link quality parameter and a threshold. The threshold configuration method is applied to a network device. The method includes: sending a first threshold and second thresholds, where the first threshold is used for distinguishing whether to perform MSG1 repetition, and the second thresholds are used for distinguishing MSG1 repetition numbers.

This application provides a data transmission method and apparatus, a device, and a system. In the data transmission method, a terminal device may repeatedly send a first data unit at an available transmission occasion TO within a configured grant CG periodicity, where the first data unit is a last data unit or multiple data units in a plurality of data units continuously sent within the CG periodicity, and the CG periodicity includes a plurality of available TOs consecutive in time domain. In the foregoing method, the terminal device repeatedly sends only the last data unit or the multiple data units within the CG periodicity, to achieve an objective of both reliability of data transmission and not affecting a system capacity. In addition, because the terminal device repeatedly sends the last data unit or the several data units, a network device may not schedule a hybrid automatic repeat request HARQ for the last data unit or the multiple data units, to reduce system signaling interaction.

Embodiments of this application provide a retransmission method and an apparatus. The method includes: receiving first indication information sent by a network device; and retransmitting, based on the first indication information, at least two PUSCHs sent on different TOs in a first CG periodicity. Retransmission scheduling is performed on a plurality of PUSCHs in one CG periodicity by using the first indication information, so that signaling overheads of retransmission and system power consumption can be effectively reduced.

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Embodiments of this application provide a speaker module and an electronic device, and relate to the technical field of electronic devices, to prevent the electronic device from producing harsh sound when using a speaker for sound production, thereby improving user experience. The electronic device includes an overall housing and at least one speaker, the overall housing has an overall cavity, and the speaker is located inside the overall cavity. A sound outlet hole is provided on the overall housing. The speaker includes a speaker kernel, a front cavity, and a rear cavity, the front cavity has a sound outlet channel, and the sound outlet channel is in communication with the sound outlet hole. The speaker further includes an auxiliary cavity, and at least a part of the auxiliary cavity is located on a side of the front cavity facing away from the speaker kernel. The auxiliary cavity includes a transmission channel and a silencing cavity in communication with the transmission channel, the transmission channel is in communication with the front cavity through an auxiliary hole, and the auxiliary hole is covered with a damping structure.

This application provides a paging message processing method and an apparatus. The method includes: A terminal in a radio resource control RRC idle state establishes a first RRC connection with a network; the terminal enters an RRC connected state after establishing the first RRC connection with the network; and the terminal in the RRC Connected state performs a call through the first RRC connection. During the call, the terminal receives a first paging Paging message sent by the network, where the first Paging message includes a paging record list pagingRecordList field, the pagingRecordList field carries a first temporary identifier of the terminal, and the first Paging message pages the terminal through the first temporary identifier of the terminal. The terminal does not respond to the first Paging message, and continues to perform the call through the first RRC connection. Therefore, after receiving the first Paging message used for paging the terminal, the terminal that is in the RRC Connected state and is performing the call may continue the current call, to avoid dropping of the current call due to responding to the first Paging message, thereby improving a call success rate and user experience.

This application discloses a communication method and a related device. According to the method, the terminal device may store, after fallback succeeds, related information such as an LTE frequency point indicated by a network side for redirection for the fallback, a frequency point corresponding to an NR cell camped on before fallback, and a frequency point and a cell ID that are of an LTE cell camped on after fallback; and the terminal device may measure, before fallback, an LTE frequency point corresponding to an LTE neighboring cell of a currently camped NR cell and store related information of the LTE frequency point. The terminal device may search for an appropriate LTE cell based on the stored related information of a previous successful fallback process and/or the measured LTE frequency point. If the terminal device finds an appropriate LTE cell, the terminal device accesses the LTE cell. Otherwise, the terminal device attempts to perform searching on another LTE frequency point in another manner. According to the method, it is easier for the terminal device to quickly find an LTE cell with a good signal and access the LTE cell.

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