Abstract: A communication method for a sensing service is implemented in a wireless communication network. When there are a plurality of first sensing service requests for sensing the same sensing information of the same sensing object, a network function executes a task corresponding to one or more of the plurality of first sensing service requests. A network function and a first device are also provided.

Abstract: An information processing method is performed by a first device, and includes: receiving a first ranging/sidelink (SL) positioning request; wherein the first ranging/SL positioning request includes: first identification information of a first user equipment (UE) and second identification information of a second UE; and in a case that a plurality of first ranging/SL positioning requests are received and the first ranging/SL positioning requests carry same first identification information and same second identification information, combining the plurality of first ranging/SL positioning requests to obtain one second ranging/SL positioning request, wherein a measurement result of the second ranging/SL positioning request is used to respond to each of the first ranging/SL positioning requests.

Abstract: A method for processing tracking area (TA) information, performed by a first network device, includes: receiving a non-access-stratum (NAS) request message, the NAS request message including first TA information; determining not to trigger a registration update of a user equipment (UE) in response to at least one TA of one or more TAs indicated by the first TA information being comprised in a registration area (RA) of the UE, or determining to trigger the registration update of the UE in response to none of the one or more TAs indicated by the first TA information being comprised in the RA of the UE. The first TA information is TA information broadcast by a second network device.

Abstract: A multi-device collaboration control method includes: sending a task demand message to at least one second user equipment, wherein the task demand message comprises task information; and receiving a response message of the at least one second user equipment, wherein the response message comprises equipment information of the second user equipment.

Abstract: An information handling method is applied to a terminal device, and includes: mapping first information of a ranging and/or sidelink (SL) positioning service into a quality of service (QOS) parameter, wherein the first information represents a QoS requirement for ranging and/or SL positioning, and wherein the QoS parameter is used to configure or schedule radio bearer (RB) resources.

Abstract: A method for authorizing an extended reality media service is performed by a Network Exposure Function (NEF), and includes: receiving a session request sent by an Application Function (AF), where the session request comprises relationship information between data streams in an extended reality media service group, and the relationship information comprises at least one of dependency information or priority information; and determining whether to authorize the data streams in the session request based on the relationship information.

Abstract: The present disclosure provides a ranging/sidelink positioning method and an electronic device. In the method, the first terminal broadcasts a first ranging/sidelink positioning request including first indication information. The first indication information indicates that an assistant terminal is allowed to participate in ranging/sidelink positioning between the first terminal and a second terminal.

Abstract: Methods, apparatuses, and computer systems are disclosed for performing request conversion between resource management systems (RMSs). In an example, a first RMS generates a first request packet in a first communication format. A packet body of the first request packet includes a number ID of a to-be-executed resource transfer operation and a first token. The first RMS sends the first request packet to an interchange system in response to determining that the first token belongs to a predetermined type. The interchange system parses the first request packet, extracts the number ID and the first token from the first request packet, determines, by querying a first data record, a first account in a second RMS corresponding to the first token, generates a second request packet in a second communication format based on an API specification of the second RMS, and sends the second request packet to the second RMS.

Abstract: A signal sensing method is performed by a request processing end. The method includes: receiving a sensing service request; and generating a sensing signal configuration according to the sensing service request, wherein the sensing signal configuration is configured for enabling a first sensing node to transmit or receive a sensing signal.

Abstract: The present disclosure relates to engineered antigen-binding molecules that include engineered single domain antibody variable domains having substituted cysteine residues. The engineered single domain antibody variable domains may form covalent or non-covalent inter-chain associations. Engineered antigen-binding molecules may include single domain antibody variable domains that target and are capable of agonizing a cell surface receptor and may be used, for example, in methods of agonizing certain receptors.

Abstract: A method for sending state information of a network slice performed by a first network slice admission control function (NSACF) includes: receiving a network slice state subscription request; and sending network slice state response information to a response information recipient.

Abstract: A method for filling oxygen into a NiMH battery module (1) comprising one battery cell (2), the battery module having a casing (4) encompassing the battery cell and a gas space, wherein each battery cell (2) comprises a first electrode, a second electrode, a porous separator, and an aqueous alkaline electrolyte arranged between the first electrode and the second electrode, wherein the casing (4) f comprises an inlet (25) for adding oxygen to the gas space of the battery cell (2). The method comprises monitoring (S72) battery module temperature and initiating filling of oxygen at an initial flow rate; and regulating the oxygen filling flow rate based on the monitored battery module temperature to avoid exceeding an upper temperature limit.

Abstract: Multispecific binding molecules (MBMs) comprising an N-terminal scFv, a first Fab and a second Fab, MBM conjugates comprising the MBMs and cytotoxic or cytostatic agents, pharmaceutical compositions containing the MBMs and MBM conjugates, methods of using the MBMs, MBM conjugates and pharmaceutical compositions for treating cancer, nucleic acids encoding the MBMs, cells engineered to express the MBMs, and methods of producing MBMs.

Abstract: A control method includes: receiving an assistance operation rule sent by a first network device to the UE; and assisting in performing quality of service (QoS) control on at least one of an uplink or a downlink of the UE according to status information of the UE and the assistance operation rule.

Abstract: An information processing method includes: receiving an application layer identifier sent by a user equipment (UE) after completing initial registration, in which the application layer identifier is used to establish a mapping relationship with a subscriber permanent identifier (SUPI) of the UE.

Abstract: A method for reporting slice state information of multiple network slice admission control functions (NSACFs), includes: subscribing, from a plurality of NSACFs corresponding to a network slice, to slice state information of the network slice by means of a network exposure function (NEF); and acquiring, by means of the NEF, the slice state information of the network slice reported by the plurality of NSACFs.

Abstract: A charging correction method, performed by a radio access network (RAN) entity, includes: sending usage data information for a charging correction to a network function, where the usage data information indicates packets dropped by the RAN entity in a packet data unit (PDU) set based quality of service (QoS) handling procedure, and where the network function is a first network function or a second network function.

Abstract: A satellite communication method, includes: in response to receiving an access request message sent by a satellite terminal, a satellite equipment determines a first address corresponding to the satellite terminal, and sends an access response message to the satellite terminal, where the access response message includes the first address, the access response message is used to indicate the satellite terminal to communicate by means of a target transmission channel according to the first address, and the target transmission channel is a channel between the satellite equipment and a target communication network.

Abstract: A method for a user equipment (UE) status assistance operation, performed by a UE, includes: generating UE status assistance operation information according to status information of the UE; and sending the UE status assistance operation information to an access and mobility management function (AMF) via a radio access network (RAN).

Abstract: An antenna attitude fast measurement system and a method are provided. The measurement system includes a data processing unit, a stereo calibration unit, at least two detector measurement units, and a plurality of target marker units; the target marker unit is arranged on the back of the antenna main reflector of the antenna system to be measured; the detector measurement unit is arranged outside the circumference of the antenna system to be measured; and the stereo calibration unit is arranged directly below the center of the antenna main reflector of the antenna system to be measured. Any two adjacent detector measurement units have a field-of-view intersection area, and there is at least one target marker unit within the field-of-view intersection area. The total number of target marker units in all field-of-view intersection areas is ?3. The data processing unit is electrically connected to the detector measurement unit.