Abstract: A pixel structure, an array substrate, a display panel and a display device. The pixel structure includes a gate line (10), a data line (20), a gate (30), a first electrode (40), a second electrode (50), and a third electrode (60); the gate (30) is connected to the gate line (10); the first electrode (40) is connected to the data line (20); and the second electrode (50) has a first portion and a second portion that are distributed in the extending direction of the second electrode, wherein the first portion of the second electrode (50) cooperates with the first electrode (40) and the gate (30) to form a first thin film transistor, and the second portion of the second electrode (50) cooperates with the third electrode (60) and the gate (30) to form a second thin film transistor.

Abstract: The present disclosure is related to UEs, a network node, and methods for network controlled U2U relay link maintenance. A method at a first UE for performing a U2U communication with a second UE via one or more U2U relay UEs comprises: receiving, from a network node, a message indicating control information for the U2U communication; and communicating with the second UE and/or at least one of the one or more U2U relay UEs for the U2U communication based on at least the indicated control information.

Abstract: Embodiments of the present disclosure provide methods and apparatus for buffer state report. A method performed at a terminal device may include: predicting a buffer size associated with data to be transmitted; and transmitting a buffer state report (BSR) including the predicted buffer size to a network node. A method performed at a network node may include: receiving a BSR including a predicted buffer size associated with data to be received from a terminal device; and transmitting a grant for the data according to the received BSR. The latency of data transmission from the terminal device to the network node may be reduced.

Abstract: A method includes playing a starting animation and an exiting animation of a first application using a same animationLeash object such that the starting animation and the exiting animation transition smoothly. When playing the starting animation stops, the exiting animation is played.

Abstract: Methods, a terminal device and a network node for uplink transmission, in which the terminal device transmits a transport block (TB) to a network node with a first configured grant. The terminal device retransmits the TB to the network node autonomously with a second configured grant.

Abstract: This disclosure provides systems, methods, and apparatuses for adjusting an encoding timing or a decoding timing in a manner that minimizes disruption of ongoing uplink or downlink traffic. Some aspects more specifically relate to decoupling adjustment of the encoding timing and adjustment the decoding timing to enable independent adjustment of the encoding timing or the decoding timing. In some aspects, a user equipment (UE) may perform adjustment of the encoding timing, relative to an active time indicated by a discontinuous reception (DRX) configuration, at a time at which uplink traffic is absent. Additionally, or alternatively, the UE may perform adjustment of the decoding timing, relative to an active time indicated by a DRX configuration, at a time at which downlink traffic is absent. Accordingly, upon receiving a DRX configuration, the UE may wait until a period in which uplink traffic or downlink traffic is absent to perform a timing adjustment.

Abstract: Various embodiments of the present disclosure provide a method for path switch. The method which may be performed by a terminal device comprises performing transmission with a first node on a first path. In accordance with an exemplary embodiment, the method further comprises switching from the first path to a second path to perform transmission with a second node on the second path. During the switching of the terminal device, one or more pending packets of the terminal device on the first path may be forwarded to the second path. In accordance with an exemplary embodiment, the first node and the second node may be served by a base station. In accordance with another exemplary embodiment, the first node and the second node may be served by different base stations.

Abstract: Aspects presented herein may enable a UE to eliminate low accuracy “subset positions” and/or “all-in-view position” from a solution separation (SS) receiver autonomous integrity monitoring (RAIM) (SS RAIM) evaluation, thereby improving the computation efficiency for the SS RAIM. In one aspect, a UE estimates a plurality of positions of the UE using all space vehicles (SVs) in a list of SVs and a plurality of subsets of SVs in the list of SVs. The UE excludes a set of positions in the plurality of positions from an SS evaluation if at least one of: (1) a weighted sum of squared residual (WSS) of the set of positions is greater than a chi-square threshold, or (2) a computed residual of the set of positions indicates a negative value. The UE performs the SS evaluation based on rest of the plurality of positions.

Abstract: Various ways for a network node in a radio access network to allocate a grant, “CG” of dedicated and/or shared radio resources to a wireless communications device are disclosed which disperse repetitive transmissions within a configured grant period. One disclosed example aspect includes a method performed by a network node in a radio access network, the network node being configured to grant radio resources to a plurality of wireless communications devices, the method including: obtaining signalling information indicating at least one configuration of radio resources for a plurality of time-domain repetitive transmissions in at least one configured grant period, wherein each configured grant period is configured to provide at least one time-gap of a longer duration than another time-gap between the repetitive transmissions in that configured grant period; and sending the signalling information to at least one of the plurality of wireless communication devices.

Abstract: Embodiments of the present disclosure provide a method, a user equipment, UE, a network node, and a computer program product for resource allocation for transmission of uplink control information, UCI, in a wireless communication network. The method is performed in a UE in the wireless communication network. The method includes transmitting a request message to the network node having information indicating that the UE has UCI to transmit which requires one or more UCI resources. The method also includes receiving an indication of one or more allocated UCI resources from the network node in response to the transmission of the request message. The method further includes transmitting the UCI using the one or more allocated UCI resources. Corresponding base station, UE, and computer program products are also disclosed.

Abstract: A wireless communication device (10) determines that a further wireless communication device (10) is configured to switch between an inactive reception state and an active reception state. Based on when the further wireless communication device (10) will be in the active reception state, the wireless communication device (10) determines a candidate set of radio resources. From the candidate set of radio resources, the wireless communication device (10) selects at least one radio resource for a D2D transmission from the wireless communication device (10) to the further wireless communication device (10).

Abstract: Imaging systems integrating a plurality of cameras with different fields of view to enable a step-zoom feature are described. Each camera includes an imaging lens provided in monolithic form. The imaging lens can have a monolithic body made of a single piece of optical material, the monolithic body having: an entrance optical surface configured for receiving light incident thereon, this surface being spherically curved with a convex curvature: an exit optical surface configured for direct coupling to a spherically-curved image sensor array, the exit optical surface being spherically curved with a convex curvature; and a lateral surface extending from a periphery of the entrance optical surface to a periphery of the exit optical surface, the lateral surface being shaped to have a minimum sectional diameter. The minimum sectional diameter defines an aperture stop that is conjugate to the entrance pupil of the imaging lens.

Abstract: The present disclosure provides a method (300) in a first terminal device. The method (300) includes: transmitting (310), to a second terminal device, a first sidelink message containing a first Discontinuous Reception, DRX, configuration; receiving (320), from the second terminal device, a second sidelink message containing a second DRX configuration; and delaying (330) transmission of a second response to the second sidelink message to the second terminal device until a first response to the first sidelink message is received from the second terminal device, or until a timer expires.

Abstract: The present application provides a chain-type roller coating apparatus, including a liquid coating roller and a synchronizing wheel. The synchronizing wheel is provided with a mounting hole. A proximity switch is arranged on an outer side of the synchronizing wheel. The synchronizing wheel is further provided with a trigger element which is configured to be sensed by the proximity switch. The liquid coating roller is assembled with the mounting hole of the synchronizing wheel by a connecting shaft. A shaft main body of the connecting shaft is equipped with a rotation support device configured to support a rotation of the shaft main body. The rotation support device is equipped with a first lifting driving device configured to drive the rotation support device to ascend or descend vertically. A ranging sensor is arranged exactly above the liquid coating roller.

Abstract: A method, for providing a virtual positioning signal measurement, includes: determining that an expected positioning signal measurement is absent from a plurality of actual positioning signal measurements made by a UE; and providing a virtual measurement value, for the expected positioning signal measurement, based on at least one actual positioning signal measurement that is of a same type as the expected positioning signal measurement and that corresponds to at least one positioning signal measured by the UE.

Abstract: Operation in unlicensed spectrum requires Clear Channel Assessment (CCA), where a transmitter must monitor the channel before transmitting, to ensure it is free. An exception is a brief gap that allows for Rx/Tx turn-around, so that an ACK can be transmitted following reception, without performing a new CCA. NR introduces a 2-step Random Access (RA) procedure, where MsgA includes both PRACH and PUSCH transmission. To minimize CCA delays in unlicensed spectrum, only those RACH opportunities (ROs) and PUSCH opportunities (POs) that result in a very small delay between the PRACH and PUSCH transmissions of MsgA should be employed. RO configurations are defined for LTE 4-step RA. Embodiments provide methods for selecting which of these be may be shared for 2-step RA, for selecting which should be used in case of collisions, for selecting ROs and POs when the configurations are not shared, and for communicating RO configurations to UEs.

Abstract: Techniques are provided for integrating GNSS measurements between two or more GNSS receivers. An example method includes determining an antenna baseline vector based on relative locations of a first antenna that is communicatively coupled to a first GNSS receiver and a second antenna that is communicatively coupled to a second GNSS receiver, determining a first position estimate and a first integer ambiguity resolution (IAR) status with the first GNSS receiver at a first time, determining a second position estimate and a second IAR status with the second GNSS receiver at approximately the first time, computing a horizontal offset value based on the antenna baseline vector and a difference between the first position estimate and the second position estimate, and generating the wrong fix indication in response to the first IAR status being fixed, the second IAR status being fixed, and the horizontal offset value being greater than a threshold value.

Abstract: The present application relates to a management method and management apparatus for a hybrid memory system, a device, and a medium. The method includes: acquiring a write hotness value and an access hotness value of a currently accessed memory page; comparing the write hotness value with a specified write hotness threshold, generating write hotness page migration flag information; comparing the access hotness value with a specified access hotness threshold, generating access hotness page migration flag information; grouping a hybrid memory, generating memory page management information corresponding to the hybrid memory based on memory page information of all grouped memory banks; determining whether the currently accessed memory page is a hot data page based on the write hotness page migration flag information, the access hotness page migration flag information, and current memory page management information, performing data migration based on a preset cold and hot data page migration strategy.

Abstract: A microstrip antenna which includes a substrate, a microstrip patch configured on a first side of the substrate, a ground configured on a second side of the substrate which is opposite to the first side, and a first shorting wall extending from a side of the microstrip patch toward the ground. The first shorting wall substantially overlaps with the substrate on a direction that is perpendicular to the microstrip patch. The first shorting wall is located at a first non-radiating edge of the microstrip antenna. Dummy elements are no longer needed in this design, which makes it compact.

Abstract: The present disclosure provides a method (300) in a first terminal device having a second terminal device as a relay towards a network node or a third terminal device. The method (300) includes: receiving (310), from the network node, the second terminal device, or a control device, a configuration for a service or flow relayed by the second terminal device from/to the first terminal device. The configuration includes at least one of: one or more PC5-Radio Link Control, RLC, channels, one or more Quality of Service, QoS, requirements or parameters and Layer-2 configurations for a first link between the first terminal device and the second terminal device, and one or more mappings each between one or more radio bearers carrying the service or flow and at least one of the one or more PC5-RLC channels.