Abstract: A HARQ feedback method is provided and includes: configuring, by a base station, a first timing parameter for a user equipment (UE), wherein the first timing parameter is configured to indicate a time interval between a first time unit for the UE receiving a downlink transmission and a second time unit for the UE transmitting a HARQ feedback signal of the downlink transmission to the base station; determining, by the base station, that a collision occurs in an attempt to transmit the HARQ feedback signal by the UE; and transmitting, by the base station, downlink control information (DCI), which carries a second timing parameter, to the UE, wherein the second timing parameter is different from the first timing parameter and is configured to adjust the second time unit to avoid the collision. The present disclosure further provides SPS methods, related paging apparatuses and non-transitory storage mediums.

Abstract: Various techniques and processes for transmission of sidelink control information transmission, and in particular feedback transmission are disclosed. Methods and processes for dynamic grant and periodic resource allocations are discussed.

Abstract: A photographing method, a storage medium, and an electronic device (100). The electronic device (100) comprises a display screen (21) and a camera module (22), and the display screen (21) comprises a liquid crystal panel (211), a backlight module (212), and electrochromic glass (213) which are stacked. When an HDR image needs to be captured, image acquisition is performed on a current scene by means of the camera module (22), an acquired image is analyzed, then the light transmittance of the liquid crystal panel (211) is adjusted according to brightness distribution information, and finally, secondary image acquisition is performed by means of the camera module (22) to obtain a target image.

Abstract: Provided is a method for configuring TCI state in a multi-TRP system. The method comprises: acquiring PDCCH-related information according to a monitored search space and a corresponding control resource set (CORESET), wherein the CORESET is configured with one activated transmission configuration indicator (TCI) state or two active TCI states, and each active TCI state comprises a transmission beam-related parameter; and a UE receiving a PDCCH by using a reception beam corresponding to the TCI state. By means of the method, a UE can receive a PDCCH by flexibly using a reception beam corresponding to one active TCI state or reception beams corresponding to two active TCI states, depending on an implementation situation.

Abstract: A communication method applied at a user equipment side includes receiving configuration parameters of a broadcast multicast service, wherein the configuration parameters comprise quality of service parameters, if a user equipment is in an idle state or an inactive state, then performing state transition to transition to a connected state and receiving the broadcast multicast service in the connected state.

Abstract: A wireless communication method applied to a base station side includes configuring an initial downlink bandwidth (BWP) of a reduced capability (REDCAP) user equipment through an information element, wherein the initial downlink BWP of the REDCAP user equipment is independent from an initial downlink BWP of a conventional user equipment, and time-frequency resources of the initial downlink BWP of the limited capacity user equipment are different from time-frequency resources of the initial downlink BWP of the conventional UE; and using the initial downlink BWP of the REDCAP user equipment to transmit initial access-related signals that is configured for the REDCAP user equipment.

Abstract: Methods for transmitting CSI and/or position information between nodes in a network. In particular processes and systems for sidelink groupcast transmissions in a cellular network.

Abstract: A communication method for improving reliability of MBS service transmission performed at a UE side includes: receiving, on a physical downlink shared channel, transport blocks of an MBS service, decoding the transport blocks, and according to a decoding state and a configured feedback mode, sending a feedback to a base station, wherein the configured feedback mode is an ACK/NACK mode or a NACK mode, wherein the ACK/NACK mode is that if it is decoded correctly, ACK is fed back, or otherwise NACK is fed back, the NACK mode is that if it is determined that the feedback is all the ACK, the UE does not send ACK/NACK information, wherein if the feedback sent to the base station is NACK, receiving a retransmission of all or a part of the transport block, the retransmission is performed according to a HARQ configuration and a HARQ enablement.

Abstract: The present application discloses a beam recovery method for a multi-TRP system. The method is executed on a user equipment side, and comprises: when a beam failure event is detected, obtaining, by means of at least one preset dedicated SR resource, at least one PUCCH resource configured, the PUCCH resource being used for carrying the beam failure event for transmission; and selecting a report-receiving TRP and a first beam, and using the first beam to transmit the beam failure event to said TRP on the PUCCH resource to cause the base station to reconfigure a beam for transmission.

Abstract: The application provides a radio frequency circuit, including a radio frequency module, a first combiner, a second combiner, a main antenna, and a secondary antenna. The main antenna is connected to the radio frequency module through the first combiner, and the secondary antenna is connected to the radio frequency module through the second combiner, wherein the radio frequency module transmits a main antenna signal of at least one frequency band to the secondary antenna through the second combiner, and transmits a secondary antenna signal corresponding to the frequency band to the main antenna through the first combiner.

Abstract: Provided is an antenna apparatus, the antenna apparatus comprising a first antenna unit, which is arranged at one end of a terminal device; and a second antenna unit, which is arranged at one end of the terminal device. The first antenna unit comprises a first side frame, a first built-in antenna, a first ground wire, and a first feed point, wherein a first end of the first side frame is connected to the first built-in antenna and the first ground wire, and a second end of the first side frame is provided with the first feed point; and the second antenna unit comprises a second side frame, a first switch, a second ground wire, a connecting wire, a second built-in antenna, a third built-in antenna, and a second feed point.

Abstract: Methods for managing transmission resource conflicts, particularly for cellular networks utilised unlicensed resources. Mobile devices may be configured using higher layer signalling to respond to RTS signals if the transmission resources are available.

Abstract: A hybrid automatic repeat request (HARQ) transmission enhancement method includes receiving a downlink transmission sent by a base station, when an abnormal process is needed in sending of a HARQ feedback signal for the downlink transmission, determining whether the HARQ feedback signal satisfies a condition for postponing feedback, and if yes, selecting a physical uplink shared channel (PUSCH) after an originally scheduled sending time unit of the HARQ feedback signal to transmit at least part of the HARQ feedback signal.

Abstract: An electronic device and a driving method therefor. Thicknesses of color resist and a black matrix in a first area, at a corresponding position of a light-transmitting area, of a color film substrate are smaller than the thicknesses of color resist and a black matrix outside the first area, a backlight module is defined with a through hole corresponding to the light-transmitting area, and a photographing module (30) is disposed corresponding to the through hole, so that external light rays can be obtained by means of the through hole and the light-transmitting area, thus under-screen photographing is achieved, and 100% full-screen design is satisfied.

Abstract: An antenna structure includes a middle frame body. The middle frame body includes a main board and an embedded metal, the embedded metal includes a metal body part and a metal extension part, the metal main body part and the metal extension part are an integral structure, the main board includes a first main board and a second main board, the first main board is electrically connected to the metal extension part, the first main board is configured to introduce a radio frequency signal into the metal extension part, the second main board is electrically connected to the metal extension part, and the second main board is configured to ground the metal extension part.

Abstract: A process communication method and apparatus, a storage medium, and a mobile terminal. The method comprises: when a system process needs to communicate with an application process, determining whether an idle communication thread is present in a thread pool of the application process (101); if no idle communication thread is present in the thread pool of the application process, creating a first target communication thread (102); and communicating with the system process using the first target communication thread (103). By creating a target communication thread in a thread pool of an application process, abnormalities such as a frozen screen, restart and stuttering of a mobile terminal are avoided.

Abstract: Embodiments of the present invention provide an antenna structure for a mobile terminal. The antenna structure comprises a first antenna to a sixth antenna, a matching circuit, and a feed point; a spacer region is provided between the first antenna and the second antenna; a fourth antenna is disposed on one side of the spacer region, the fifth and fourth antennas are disposed opposite to each other, and the third antenna and the feed point are disposed on the side edge of the fifth antenna; the fifth, sixth and third antennas are electrically connected, and the matching circuit is connected to the fifth antenna, the sixth antenna, the third antenna, and the feed point.

Abstract: An antenna apparatus includes an antenna, a first matching circuit and a second matching circuit, which are connected to the antenna, and an antenna switching apparatus, which is connected to the first matching circuit and the second matching circuit. Within the same time, only one of the first matching circuit and the second matching circuit is in operation. Operating frequency-band signals of the first matching circuit and the second matching circuit on the antenna are switched by the antenna switching apparatus, so as to be used at staggered times, thereby ensuring that operating frequency-band signals of the first matching circuit and the second matching circuit can be normally used in different scenarios, and effectively improving a performance of the antenna.

Abstract: Disclosed are an antenna assembly and a mobile terminal. The antenna assembly comprises a metal frame, a matching circuit, an antenna wiring and a tuning module. The metal frame is provided with a feed point, and the matching circuit is connected to the feed point on the metal frame. One end of the antenna wiring is connected to the feed point, and the other end of the antenna wiring is connected to the tuning module. The connection of the antenna wiring and the tuning module is equivalent to addition of an impedance-adjustable parallel circuit at the feed point.

Abstract: Method, system, and UE for PUCCH transmission with repetition in multi-TRP/panel systems are proposed, enabling the UE to support PUCCH repetitions in a system comprising multiple TRPs. To implement PUCCH repetition in the multi-TRP/panel based systems, solutions include combinations of default spatial relation assumption, configuration/activation of multiple spatial relations, and intra-slot PUCCH repetition. One or two default spatial relations (settings) are assumed, so that a UE can perform PUCCH transmissions with multiple TRPs when no spatial relation is configured. The MAC CE may be enhanced to carry information of multiple PUCCH resources and corresponding spatial relations so that a UE can perform PUCCH transmissions with multiple TRPs without confusions. Intra-slot PUCCH repetition is proposed to improve efficiency and reliability of PUCCH transmissions by repeating the Uplink Control Information (UCI) within one slot.