261 results about "Service networks" patented technology

A method performed by a communication device (12) is disclosed. The communication device (12) stores, at the communication device (12), a self-organizing network, SON, report (16) associated with a non-public network, NPN, including storing the SON report (16) in association with an NPN identifier of the NPN with which the SON report (16) is associated. The communication device (12) also transmits a message to the serving network indicating that the SON report (16) is available at the communication device (12), if a serving network of the communication device (12) is an NPN identified by an NPN identifier which matches the NPN identifier associated with the SON report (16).

According to the energy storage system battery full life cycle state perception and value circulation method and system, digital twin bodies of all battery modules are generated according to battery static information, and life cycle stage identifiers are set in the digital twin bodies; training is carried out based on a federated task scheduling contract, an edge calculation unit of each energy storage power station enters a corresponding federated collaborative clustering group through dynamic matching according to the life cycle stage identifier, and a corresponding stage global sensing model and model parameters thereof are obtained; updating the corresponding stage global perception model parameters by using the global model parameter update quantity obtained by decryption; the under-chain service network writes a state evaluation result and an evaluation timestamp into a digital twinborn body of each battery module according to the updated parameters of the stage global perception model and the real-time operation data of each battery module; and monitoring the SOH of each battery module in real time to update the life cycle stage identifier, performing training based on a federated task scheduling contract, and constructing a full life cycle data file.

A system can execute a containerized application that comprises a microservice in a decentralized service mesh architecture, and a sidecar. The system can intercept, by the containerized application, a call from the microservice that is directed to a remote endpoint, and direct the call to the sidecar. The system can communicate, by the sidecar to an identity manager, service account credentials associated with the microservice, resulting in receiving an identity token associated with the microservice. The system can determine, by the sidecar, connectivity information of the remote endpoint based on a virtual address of the remote endpoint identified in the call. The system can communicate, by the sidecar to a token exchanger, the identity token and the connectivity information, resulting in receiving an access token and a network route to the remote endpoint. The system can relay, by the sidecar, network traffic between the microservice and the remote endpoint.

The present disclosure relates to a method for operation an AMF in a wireless communication system, and the method may include receiving a message based on primary authentication from a terminal, wherein the message includes any one of an SUCI or a 5G-GUTI, transmitting an authentication request message including the SUCI or an SUPI and a serving network name to an AUSF, and receiving an authentication response message from the AUSF. When the terminal is a roaming terminal and AKMA is supported, the authentication response message may include an AKMA anchor key and an A-KID indicating the AKMA anchor key, and the AMF may perform a procedure of registering the AKMA anchor key in an AAnF based on the SUPI, the AKMA anchor key and the A-KID.

The invention discloses a cascade failure-based double-layer international railway freight network toughness evaluation method, which belongs to the technical field of road traffic network evaluation, and comprises the following steps: constructing topology models of a basic line network and a transportation service network; constructing a network evaluation system and an importance evaluation system of each node in the network; constructing a network vulnerability evaluation model based on cascade failure, wherein the model adopts an improved CML node state model and a cargo redistribution strategy; and in combination with each network and the evaluation model, a cascade failure condition is simulated through a simulation experiment, and the network is evaluated in combination with an evaluation system. The characteristics of international railway freight are considered, a double-layer coupling network of a basic line network and a transportation service network is constructed, a multi-dimensional toughness evaluation index system and a cargo distribution mechanism are set up, and the cascade failure condition in the international railway freight network can be simulated.

The present disclosure relates to a 5G or 6G communication system for supporting higher data transmission rates. A method of a network entity included in a home network in a wireless communication system, according to one embodiment of the present disclosure, comprises the steps of receiving first steering of roaming (SoR)-related terminal information from a serving network to which a terminal is connected; determining, on the basis of the first SoR-related terminal information, whether to steer the terminal to a hosting network that provides a localized service; and transmitting first SoR information to the terminal through the serving network, if it is determined that the terminal will be steered to the hosting network that provides the localized service, wherein the first SoR information includes an indication that the terminal is to be switched into a localized service access mode.

The invention discloses an LLMOps-based large model efficient operation and maintenance method and system, belongs to the technical field of artificial intelligence, and aims to solve the technical problems of how to realize large model efficient operation and maintenance, ensure that the large model quickly responds to business requirements in the application process and maintain the performance and stability of the large model. Comprising the steps that an LLMOps tool chain is constructed based on a model deployment tool, a model detection tool, a model upgrading tool, a model running tool and a model iteration tool, and the model deployment tool deploys a large model based on containerization and standardization and CI / CD assembly line automation; the model detection tool is integrated with a verification framework and a real-time monitoring system; the model upgrading tool applies a service network technology to implement gray level upgrading and A / B testing; the model running tool realizes elastic expansion and load balancing of the model service based on an automatic capacity expansion and contraction mechanism of the container arrangement platform; and a model dynamic iteration mechanism based on feedback driving is configured in the model iteration tool.

Methods, apparatuses, and computer program products are provided to facilitate relay discovery, selection, and / or reselection for U2N relaying over SL utilizing a service-continuity indication provided via one or more solicitation messages from a remote UE to at least one relay UE. In some embodiments, a serving network may provide identification of the at least one relay UE via a remote configuration for the remote UE. In some embodiments, the serving network may provide identification of the at least one relay UE via a response message transmitted to the remote UE via SL. In some embodiments, the remote UE may prioritize one or more potential relay UE candidates identified by the serving network.

The invention relates to the technical field of marketing, and particularly discloses a service optimization method and system based on combination of online marketing and offline drainage. By acquiring online marketing and offline service multi-dimensional data in real time, constructing a quantitative evaluation system and dynamically optimizing service collaboration, the method comprises the following steps: firstly, acquiring original data from a user behavior log, an activity configuration library and an offline business system, covering core information such as a user identifier, an activity identifier, a service network state and the like; sequentially calculating a marketing load coefficient, a drainage congestion coefficient, an online marketing behavior coefficient and an offline service bearing coefficient, finally carrying out weighted fusion on the online and offline coefficients to generate a comprehensive service coefficient, verifying an over-limit state by adopting a synchronous non-blocking mechanism and a dynamic threshold value, predicting a resource demand increment in combination with a time sequence, generating a coordination strategy set, and carrying out resource scheduling. Accurate adaptation of online drainage and offline service is realized, the experience is improved, and the system risk is reduced.

Methods are described for a wireless device, such as a UE, to execute a Layer-1 (LI) or Layer-2 (L2) based inter-cell mobility serving cell change, based on the fulfillment of an execution condition (e.g., based on measurements), using a conditional reconfiguration. The UE receives, from a serving network node, a message containing at least one conditional reconfiguration for L1 / L2 based inter-cell mobility serving cell change. The at least one conditional reconfiguration includes at least one of an execution condition, an indication of a candidate target cell for L1 / L2 mobility, and a lower layer command. When an execution condition associated to the candidate target cell for L1 / L2 inter-cell mobility is fulfilled, the UE executes the conditional reconfiguration that results in a L1 / L2 based inter-cell mobility serving cell change to the candidate target cell. The UE then starts to operate according to a configuration of the candidate target cell in the L1 / L2 based inter-cell mobility serving cell change.

The invention discloses a heterogeneous deterministic network cross-domain periodic mapping method, a heterogeneous deterministic network cross-domain periodic mapping system and a related device, and belongs to the technical field of power system communication, and the method comprises the following steps: for a power service end-to-end deterministic network formed by a plurality of different sub-network domains, monitoring a buffer queue state through an edge gateway node of the heterogeneous deterministic network; performing queue management on the data packets of the service flow through the edge gateway node according to the queue state monitoring result of the buffer area, and obtaining queuing and queue offset distribution results of the data packets in the buffer area; the edge gateway node calculates and distributes a mapping period of the cross-domain network; and in combination with queuing and queue offset allocation results of the data packets in the buffer area, the edge gateway node feeds back and optimizes the time delay determinacy guarantee condition of the service flow, and the allocation of network resources and the routing strategy of the service flow are adjusted. According to the method, dynamic mapping of different network periods in a heterogeneous deterministic network scene can be realized, and scene requirements of dynamic changes of services and networks can be better met.

The application relates to the technical field of wireless communication, in particular to a service providing method and device, a computer device and a storage medium. The method comprises the following steps: receiving an initial service request sent by a service demander; performing address inverse transformation on a target FQDN to obtain a service network address; replacing the target FQDN in the initial service request with the service network address to obtain a target service request; and sending the target service request to a service provider, so that the service provider provides services to the service demander according to a functional network element corresponding to the service network address. The application realizes the sending of the service network address under the condition that only the SEPP network element performs address inverse transformation on the target FQDN to obtain the service network address, without the functional adjustment of other network elements, so that the communication mechanism does not need to additionally construct a DNS or a database, the management and maintenance cost of maintaining the mapping relationship between the domain network FQDN and the service network address is reduced, and the risk of service transmission interruption is also reduced.

The invention relates to the technical field of network security and information, in particular to an Agent surveying and mapping method and system for isolating network blind area asset discovery, and the method comprises the steps: deploying an Agent at a terminal, collecting local data including an ARP cache, a network connection table, a hardware fingerprint and a behavior portrait, and encrypting and uploading the local data. The main control center performs asset deduplication and identity verification based on hardware fingerprints, processes connection data by using a time window alignment and session continuity analysis algorithm to solve association ambiguity caused by time sequence dislocation and temporary connection, and establishes a cross-Agent connection relationship with high confidence. And finally fusing the connection relation and behavior portrait data, and incorporating the data into unmanaged assets found by a link layer to synthesize a global asset topology of a cross-logic network segment. According to the method, the coverage rate, the identification accuracy and the real-time performance of asset discovery in a complex isolation network environment are improved, and meanwhile, the interference risk of a scanning process on a service network is eliminated.

Embodiments of the present application disclose a method and device for conditional configuration, a communication device and a storage medium. The method comprises: determining, by a serving network node, at least one candidate network node; sending a first conditional configuration request to the at least one candidate network node; the first conditional configuration request is used to request the at least one candidate network node to send first conditional configuration information; the first conditional configuration information at least comprises access resource information of a candidate cell; receiving, by the serving network node, the first conditional configuration information sent by the at least one candidate network node respectively; generating second conditional configuration information based on each first conditional configuration information; and sending at least one second conditional configuration information to a terminal device; the second conditional configuration information at least comprises the first conditional configuration information and execution condition information.

The application relates to the technical field of public service network, in particular to a public service radius calculation method of adaptive network evolution, which comprises the following steps: dividing the public service into multiple functional units according to the service content provided by the public service, wherein each functional unit comprises at least one service point; constructing a public service network matched with the public service; setting a network evolution mechanism for the public service network to realize adaptive evolution of capacity, connection and modular growth; setting a dynamic adjustment strategy to realize resource elastic scheduling of the public service and optimization of a service coverage range; obtaining the service coverage range, obtaining the service radius of each service point in the service coverage range based on a multilayer network model, combining the number of demand points covered by each service point and resource consumption under each service radius to form an optimal service radius vector set; and determining the optimal coverage radius and the optimal service radius of each service point.

A communication method and a communication apparatus, which relate to the technical field of communications. In the communication method, a network element management function network element may send, to an interface function network element and on the basis of type information of a service sent by the interface function network element, information of service network elements that participate in the service, wherein the service is a service requested by a terminal. In this way, compared with the existing solution, the number of instances of network element selection and discovery can be effectively reduced, thereby improving the efficiency of network element discovery and selection, and thus reducing the time required for completing a service requested by a terminal.

The application relates to an AML and DDS-based open automation data service module operation method, which comprises the following steps: S101, creating an AML configuration file suitable for a data service module according to specific data flow forwarding description rules; S102, starting a data service module program in a distributed control platform, a central server and a virtual container running in the server, and loading different configuration archives in the AML configuration file through command line parameters; S103, verifying the specified AML configuration archive by the data service module; S104, creating corresponding data forwarding tasks according to the verified AML configuration content, continuously polling, completing data forwarding services and constructing a real-time data service network. The application provides reliable and convenient data support for open automation upper-layer IT applications, and realizes the integration of IT and OT.

A communication method includes receiving, by a first edge configuration server (ECS), a public land mobile network (PLMN) identifier of a second network from a first device, wherein the first device includes a terminal device or a first edge enabler server (EES). The communication method further includes sending, by the first ECS, first request information to a second ECS based on the PLMN identifier. The communication method further includes receiving, by the first ECS, the information of the second EES from the second ECS. The first request information is useable for requesting information of a second EES. A first network is a home network of the terminal device. The first ECS and the first EES correspond to the first network. The second network is a serving network of the terminal device. The second ECS and the second EES correspond to the second network.

Network initiated Wi-Fi Stream Classification Service (SCS) may be provided. SCS flow parameters may first be negotiated. A flow may be provisioned using the SCS flow parameters. A Station (STA) may associate with an Access Point (AP), and the STA may be allowed to communicate with the AP using the flow according to the SCS flow parameters.

A disclosed method of operating an emergency data management system includes: obtaining emergency data related to an emergency call to an emergency communication center (ECC) by a cloud server of the emergency data management system independent from the ECC; obtaining an address for the emergency call via a connectivity device located at the ECC, where the connectivity device is operatively coupled to the cloud server; matching the address to an ECC computer-aided-dispatch (CAD) system incident record address; and sending the emergency data to the ECC CAD system incident record corresponding to the matched CAD system incident record address.

Methods, systems, and devices for wireless communications are described in which a first user equipment (UE) may communicate with a network entity with the assistance of one or more second UEs. The first UE may provide information to a serving network entity about a link quality of UE-to-UE links that are used the communications via multiple UEs. The network entity may use this information to adjust communications parameters with the first UE for a network-to-UE link that uses multiple UEs. The adjusted parameters may include an adjusted modulation and coding scheme, adjusted feedback timing, or combinations thereof. For uplink communications, the information about the link quality of the UE-to-UE link may include separate buffer status reports for the first UE and for the one or more second UEs.

The present disclosure presents a method and system for determining a service network name (SNN) value for Proximity Service (ProSe) authentication. In a first embodiment, a remote user equipment (UE) and a home network determination of the remote UE use a fixed value SNN for ProSe authentication, such as' 5G: Prose '. Thus, a ProSe authentication vector may be generated regardless of which relay UE is discovered by a remote UE. In another embodiment, a remote UE may derive an SNN from cell information from a relay UE of a discovery procedure. In yet another embodiment, the relay UE sends the SNN of the relay network to the remote UE as part of the ProSe authentication procedure. This allows a security key to be generated for the PC5 communication based on the value of the SNN common at the network side and the UE side.

A method may include receiving, from a serving network element, an indication indicating at least one of whether at least one power component corresponding to at least one cell among one or more cells should be considered for uplink power control, a type of at least one power component that should be considered for uplink power control, or at least one cell among one or more cells of which at least one power component should or should not be considered for uplink power control. The method may also include obtaining information of the at least one power component corresponding to the at least one cell based on the received indication. The method may further include determining an uplink transmission power based on the obtained information of the at least one power component. The method may also include performing an uplink transmission based on the determined uplink transmission power.

The invention discloses a CPE service distribution management method and system based on 5G network slices, and relates to the technical field of flow management. The method comprises the following steps: collecting application layer identification data and network layer feature data through CPE equipment, and carrying out service type identification on the application layer identification data and the network layer feature data by adopting a service classifier to obtain CPE service type information; dynamically allocating the 5G network slice resources, and determining network slice resource allocation parameters; traffic monitoring prediction is carried out on the CPE service type information by adopting a service traffic prediction channel, and CPE service traffic prediction parameters are output; and performing shunting optimization on the network slice resource allocation parameters, configuring service network slice resource parameters, and performing service shunting closed-loop management. The technical problem that in the prior art, 5G network slice resources are difficult to dynamically allocate according to different services, and consequently the resource utilization rate is low is solved, and the technical effect of improving the resource utilization rate is achieved.

Disclosed are techniques for position estimation. In an aspect, a non-serving network component performs positioning measurements based on multiple sets of coherency parameters. In another aspect, a non-serving network component is signaled with respect to coherency information, and performs positioning measurements based on the signaled coherency information. In another aspect, a non-serving network component performs blind detection to determine coherent information, and performs positioning measurements based on the determined coherency information.

A method is performed by a communications device. The method may comprise receiving, via a control plane of a serving network of the communications device, a message in an authentication procedure for authentication of the communications device with a home network of the communications device. The message in some embodiments indicates that the authentication is for the purpose of establishing a shared security key between the communications device and an application server.

The invention discloses a highway networking charging management and information resource wide-area fusion scheduling system, relates to the technical field of intelligent traffic charging management, and constructs a highway networking charging management architecture with multi-level management from top to bottom in a management area, and establishes mutual access channels through a cloud service network. The global center management node supervises the working state of each resource scheduling management node, overall plans business cooperation among the resource scheduling management nodes according to the working state, and issues a scheduling instruction to each resource scheduling management node; the resource scheduling management nodes are mutually standby nodes, the corresponding toll lane systems and cloud seats are managed according to scheduling instructions, a road network resource scheduling management network is generated and maintained, the toll lane systems provide services for users passing through toll lanes of a toll plaza, and the cloud seats are used for remotely receiving and processing manual service requests. Through cross-regional scheduling and multi-warehouse mutual backup of the human resources, comprehensive clouding and unified scheduling of the computing resources and the human resources are realized.

Apparatus, systems, and methods for location service and short message service enhancement for user equipment having multiple registers with a 5G system. In one embodiment, a method includes receiving a first preference indicator for a first registration of a user equipment, the first registration supported by a first serving network function via a first access, the first preference indicator indicating whether the first registration of the user equipment is preferred for a service delivering a communication system to the user equipment. The first preference indicator is stored at the UDM. A second preference indicator is received for a second registration of the user equipment, the second registration being supported by the first serving network function or the second serving network function via the second access, and the second preference indicator being different from the first preference indicator. The second preference indicator is stored at the UDM.

This disclosure provides a network service interaction method, device, apparatus, and storage medium. The method, applied to a terminal, includes: acquiring network auxiliary information; determining network selection information based on the network auxiliary information; the network selection information indicating the service network selected by the terminal; sending a service request; and the service request including the network selection information. In this embodiment, network auxiliary information is provided to the terminal, enabling the terminal to select appropriate networks and resources according to its own service needs when initiating a service request, thereby saving signaling interaction overhead and improving the service interaction experience.