33 results about "Group identifier" patented technology

The application discloses a group order processing system and method, and belongs to the technical field of computers.The system comprises a first terminal, which is configured to send an order placing request to a server through a group order placing portal in response to an order placing operation; the server is configured to send an order placing notification to a second terminal; and the second terminal is configured to update order status information corresponding to a group identifier in an order status interface based on the order placing notification, and instruct a printer to print labels of goods of multiple orders belonging to the group in order from small to large according to the order picking identifiers in response to a label printing operation on a label of any group in the order status interface; wherein the picking identifiers of the multiple orders belonging to the group are assigned to the multiple orders according to the order information of the multiple orders belonging to the group, and the size of the picking identifiers is positively correlated with the number of goods categories.The system improves the efficiency of goods checking, packing and distribution.

This invention provides a load balancing method and system for cryptographic devices based on shared locks. When receiving a request from a business system, the method determines the request source based on request parameters and calls the corresponding resource occupancy ratio and group identifier. Based on the group identifier, it searches the corresponding shared lock pool. Based on the number of locks in the shared lock pool, it calculates the maximum number of idle locks that the corresponding business system can use. It then searches the shared lock pool for idle locks and finds the corresponding Socket connection object through the association relationship of the successfully found locks. Finally, it uses this Socket connection object to call the cryptographic device for cryptographic operations. This method can solve the scheduling problem of multiple cryptographic devices and ensure balanced scheduling across multiple cryptographic machines.

Embodiments of the present application provide a communication method, an electronic device and related apparatus, and relate to the technical field of communication. In the method, a terminal device can transmit a first SDU belonging to a first PDU group, and the priority of transmitting the first SDU is a first priority. Then, the terminal device can obtain first information, wherein the first information includes a second SDU and a first group identifier of the first PDU group, and the second SDU belongs to the first PDU group. And in the case that the terminal device has recorded the first group identifier in a storage unit, the first priority is applied to the second SDU. Based on such an implementation manner, the consistency of the SDU transmission priority in the same PDU Set can be ensured.

A method performed by a network device for enabling and disabling a group of Ambient Internet of Things (AIoT) devices in a communication network includes provisioning the group of AIoT devices with a group identifier (ID), a group key, and a first stop code, transmitting, to the group of AIoT devices, a second stop code and a third stop code that are associated with the group ID and secured using the group key, and determining whether to disable the RF transmission capability of the group of AIoT devices based on the second stop code and the third stop code.

Provided in the present disclosure are information processing methods, a session processing method, an apparatus, a device, and a medium. An information processing method comprises: when a user uses a communication client to browse information, displaying a multi-group information flow page, the multi-group information flow page comprising a group identifier area and an information flow area, the group identifier area displaying at least two first group identifiers, and the information flow area displaying an information flow corresponding to a selected first group identifier among the at least two first group identifiers; and in response to a first preset operation triggered by a user, displaying a single-group information flow page, a corresponding group identifier and a corresponding information flow being displayed in the single-group information flow page. Namely, when a user triggers the first preset operation on the multi-group information flow page, the multi-group information flow page is switched to the single-group information flow page.

A method for attribute based group access control includes receiving, by a data event monitor of an access control management system, a notification identifying a data object uploaded to a data store. The method includes analyzing, by the data event monitor, at least one characteristic of the data object, wherein analyzing further comprises analyzing metadata associated with the data object. The method includes generating, by a data analysis engine of the access control management system, based upon the analyzing, at least one attribute-based access control rule. The method includes associating, by an access group generator of the access control management system, a group identifier with the data object, the group identifier specifying a type of user satisfying the at least one attribute-based access control rule.

A communication method and apparatus, applied in the field of wireless communication technology, is used to resolve the problem of IP address conflicts in edge network services. The method pre-groups devices, SMFs, and UPFs within the edge network, ensuring that IP addresses of edge network devices belonging to the same group do not conflict, thus reducing planning complexity. When creating a dedicated session for a terminal device, SMFs and UPFs belonging to the same group can be selected to create the dedicated session for the terminal device. This allows the SMFs and UPFs to provide services to edge networks belonging to the same group. When forwarding packets, the UPFs can forward packets based on the group identifier. This enables devices belonging to different groups of edge networks to use the same IP address in large-scale, geographically dispersed edge network deployments, and ensures that the UPFs can correctly forward packets based on the group identifier, better adapting to current network development needs.

This invention discloses a user allocation method, apparatus, device, and storage medium based on a user pool queue, relating to the field of data processing technology. The method includes: receiving multiple raw user data records pushed in real-time by an upstream system; filtering the multiple raw user data records according to pre-configured policy rules to select those that meet preset allocation conditions as target user data records, and adding corresponding customer group identifiers to the target user data records; storing the target user data records in the corresponding target user pool queue based on the customer group identifiers, and synchronously updating the target user pool counter associated with the customer group identifiers; when the current value of the target user pool counter reaches a preset allocation trigger threshold, retrieving all target user data records from the corresponding target user pool queues, and automatically allocating all target user data records to the corresponding business systems for processing. This improves the processing performance of the user allocation system.

Methods and systems for automated user group triggers for collaboration platforms are described. The method may include, in response to monitoring a set of event data, receiving a user identity event message associated with a first collaboration platform of a collaboration system. The user identity event message may include a group identifier and an identity event type identifier. A first indicator (e.g., a first fingerprint) of the user identity event message may be compared against a second indicator (e.g., a second fingerprint) to determine whether an automation rule is triggered by the user group event. If the automation rule is triggered, then an action may be performed in a second collaboration platform of the collaboration system, the action corresponding to an action component.

An example verifies a relationship between an entity and a first group identifier. A first instance of a software application is established at a device. Use of the first instance is restricted to the entity having the verified relationship with the first group identifier. Via the first instance, verified profile data for the entity is stored. Access to the stored verified profile data is restricted to one or more entities that have a verified relationship with the first group identifier. Unverified profile data is provided to the first instance. The unverified profile data is obtained from use of a second instance of the software application. The first instance is to use the verified profile data and the unverified profile data to cause a content delivery event for the entity at the device via the first instance.

The invention provides an operation response method and device, a server and a storage medium. The method comprises the steps of obtaining a first operation triggered by a user corresponding to a user terminal in a first user group on a target program; in response to the first operation, sending first information to a target user terminal in the first user group and sending second information to a non-target user terminal in the first user group; wherein the user terminals in the first user group are user terminals allowing Bluetooth communication, and the data transmission priority of the target user terminal is higher than the data transmission priority of the non-target user terminal; the first information comprises static data required by the target user terminal and a corresponding first grouping identifier, and the second information comprises a second grouping identifier corresponding to a non-target user terminal; and the non-target user terminal matches the target user terminal through the second grouping identifier to perform Bluetooth communication so as to obtain static data. By adopting the method, the user can successfully access the target program.

This invention relates to the field of SRIO multicast data transmission technology, specifically an SRIO multicast data transmission system based on pre-configured multicast tables. The system includes: during the power-on initialization phase of the SRIO switching chip, a configuration parsing module parses a pre-set metallurgical process flow configuration file to obtain process segment definitions and corresponding actuator lists divided by process steps; a multicast binding module retrieves the physical port numbers of the actuators, generates multicast group identifiers, and establishes binding relationships; and a routing table configuration module writes these relationships into a pre-configured multicast routing table. When metallurgical production enters a specific process segment, the SRIO switching chip, based on the pre-configured routing table, performs hardware-level copying and parallel forwarding of data frames carrying the corresponding multicast group identifiers, ensuring that process data synchronously reaches all actuators in the corresponding process segment. This system improves the real-time performance and synchronization of data transmission, reduces transmission latency, ensures coordinated operation of all actuators, and accurately adapts to metallurgical production needs.

The present application belongs to the technical field of computer information security authentication, and provides a computer platform and storage device mutual binding and authentication method, comprising: generating a first state anchor according to a platform security state vector and a connection path topology description, and generating a second state anchor according to an environment perception vector; comparing the first state anchor and the second state anchor using a preset mapping rule to obtain a comparison result, and determining a path trust score according to the comparison result; comparing the path trust score with a score threshold using a strategy template, and generating a corresponding access strategy for the storage device according to the obtained score interval; when the access strategy is to establish a read-write session and register a binding snapshot and obtain management authorization, generating a migration token including a platform group identifier and a usage limit for the storage device through the computer platform to obtain a binding and authentication result. The present application improves the efficiency and security of computer platform and storage device mutual binding and authentication through the above technical solution.

This application provides a communication system, method, and terminal device. Based on a group of multiple terminal devices, the system actively queries the satellite messages to be received by all terminal devices within the group using a group identifier, thereby expanding the application scenarios of satellite messages and improving the user's communication security.

The present disclosure provides a network switching method, a computer device, an apparatus and a storage medium, wherein the method applied to a first network function node comprises: allocating or updating a group identifier of a user group to which a terminal belongs for the terminal; and sending the group identifier of the user group to which the terminal belongs to a second network function node accessed by the terminal, the group identifier being used for performing group-level network switching based on the user group. The embodiments of the present disclosure can implement batch network switching at the group level, so that in the NTN regenerative forwarding mode, the switching signaling overhead between satellites and between satellites and the ground can be greatly reduced, signaling storm can be avoided, and the performance impact of signaling burst on the network can be reduced.

This specification provides a method and an access point (AP) for client roaming. The method includes: a target AP receiving a first notification sent by other APs, the first notification carrying a first roaming group identifier and first roaming information of a first client that meets filtering conditions; determining whether it has a roaming group identifier that matches the first roaming group identifier; if so, generating a first roaming entry based on the first roaming information; and when the first client is identified as meeting the roaming conditions, using the first roaming entry to enable roaming for the first client. This method enables client roaming in cloud-managed networks without an access controller (AC).

This invention discloses a method, apparatus, device, and medium for dynamic switching of container architectures. The system obtains the user ID and unique device group identifier (GID) through a router, accesses and reports data from peripheral devices, and collects user operation logs in real time. Edge nodes use a time-series large-scale model to perform feature mining and analysis on the user operation logs, outputting the startup probability of the target architecture container. When preset trigger conditions are met, a preheating command for the corresponding target architecture container is triggered. The container scheduling engine reserves dedicated computing and storage resources on the edge nodes, loads the target architecture container image and adaptation protocol modules, converts heterogeneous peripheral data into a unified structured format, and extends the switching signaling. The set-top box sends a switching request, which is forwarded by a signaling relay server to the container scheduling engine to verify the preheating readiness status. If ready, the switching is achieved through signaling redirection and data routing. This invention solves the problems of lag and resource waste in existing dual-architecture container switching, achieving a seamless switching experience.

Systems, methods, and computer program products are disclosed for tiered approach to alert throttling. A set of identifiers is extracted from an alert. The set of identifiers are respectively analyzed in a set of throttling tiers corresponding to the set of identifiers to determine whether the alert satisfies a set of throttling conditions. If the alert does not satisfy the set of throttling conditions, the alert is provided to an alert recipient. If the alert satisfies a throttling condition of the set of throttling conditions, the alert is throttled and is not provided to the alert recipient.

A communication method and an apparatus. The method may be applied to non-terrestrial network (NTN) communication. The method comprises: an RNTI allocated by a network to a terminal may comprise two portions: one portion is used for identifying a user group (denoted as a first identifier), and the other portion is used for identifying a terminal in the user group (denoted as a second identifier), wherein terminals belonging to a same user group are located in a same geographic area; and the network associates first configuration information with the first identifier, and associates second configuration information with the second identifier, the first configuration information and the second configuration information being used for control channel detection. An RNTI allocated by a network comprises an identifier of a user group, so that compared with additionally allocating a group identifier beyond an RNTI, the present application can reduce signaling overhead. In addition, a network performs differentiated control channel detection configurations for user groups and terminals in the user groups, so that control channel detection timing and the like can be flexibly configured, thereby avoiding frequent control channel detection by terminals, reducing detection overhead of terminals, and reducing power consumption.

The subject technology requests a group identifier (ID) based on an item identification indicator to an extension application programming interface (API). The subject technology requests, using the extension API, a set of augmented reality (AR) content generator IDs, based on the item identification indicator, to a shopping AR content generator service. The subject technology receives the set of AR content generator IDs based on a mapping of the item identification indicator to a collection of AR content generator IDs. The subject technology requests, using the extension API, first metadata associated with the set of AR content generators and the item identification indicator to the shopping AR content generator service. The subject technology requests, using the extension API, a set of products based on the first metadata. The subject technology generates, using the extension API, a group ID based on the set of products. The subject technology receives the group ID.

A communication method and apparatus are disclosed, applicable to non-terrestrial network (NTN) communication. The method includes: an RNTI (Registered Receiver Identity Detection) allocated by the network to a terminal, comprising two parts: one part for identifying a user group (denoted as a first identifier), and the other part for identifying terminals within that user group (denoted as a second identifier). Terminals belonging to the same user group are located in the same geographical area. Furthermore, the network associates the first identifier with first configuration information and manages second configuration information for the second identifier. Both the first and second configuration information are used for control channel detection. Since the RNTI allocated by the network includes the user group identifier, signaling overhead is reduced compared to additionally allocating a group identifier outside the RNTI. Moreover, the network performs differentiated control channel detection configuration for user groups and terminals within user groups, thereby flexibly configuring the timing of control channel detection, avoiding frequent control channel detection by terminals, reducing terminal detection overhead, and saving power consumption.

This application discloses a method and apparatus for backscatter signal transmission, a communication device, and a readable storage medium. The method includes: determining, by a tag based on first information, a parameter related to transmission of a backscatter signal; where the first information includes at least one of the following: a first identifier, where the first identifier includes an identifier of the tag or a temporary identifier of the tag; a first value, where the first value is used to indicate a random number generated by the tag; a second value, where the second value is used to indicate a counter value of the tag; a third value, where the third value is used to indicate a counter step of the tag; a group identifier or intra-group identifier of the tag; a session number or a process number; or information received from a reader / writer.

In some implementations, a controller may obtain, from respective host systems of a plurality of host systems, a plurality of request messages for data associated with a first group identifier of one or more group identifiers. The controller may store the data to a cache of the controller based on obtaining the data from the one or more memory devices. The controller may provide the data to the plurality of host systems based on storing the data to the cache. The controller may identify, based on providing the data, whether each host system of the plurality of host systems has received the data. The controller may provide a plurality of acknowledgment messages to the plurality of host systems based on identifying that each host system of the plurality of host systems has received the data.

Disclosed herein are system, method, and computer program product aspects for implementing a security group policy. Some aspects of this disclosure relate to a method for applying a security group policy. The method includes receiving a first frame from a source device and assigning a source security group identifier (ID) to the first frame. The method further includes generating a second frame based on the first frame and the source security group ID and identifying a target security group ID for the second frame. The method also includes applying one or more forwarding decisions to the second frame based on the source security group ID and the target security group ID.

Embodiments of the present application disclose a resource processing method and device, electronic equipment and a storage medium; the method comprises: obtaining a to-be-processed object, the to-be-processed object comprising at least one resource in an image production tool; determining a data type of the to-be-processed object based on a storage path of the to-be-processed object; obtaining a specified group having a specified group identifier, the specified group identifier comprising an input arbitrary string; and creating a mapping object corresponding to the to-be-processed object in the specified group according to the data type. The data type of the to-be-processed object is mapped to the specified group, the group identifier of the specified group can comprise an input arbitrary string, the naming restriction of the image production tool can be broken, the user can quickly obtain the content of the resource, the resource can be quickly located, and the image production efficiency is improved.

Various aspects of this disclosure relate to a network entity for grouping multiple entities to participate in machine learning (ML) operations, wherein the multiple entities are coupled to a wireless communication system, the network entity comprising: at least one memory; and at least one processor coupled to the at least one memory and configured such that the network entity: obtains information related to the ML operation; creates a group of multiple entities to perform the ML operation based on the information related to the ML operation; determines a unique group identifier for the group; and transmits the unique group identifier to each of the multiple entities.

This application provides an order allocation method and computing device. The method includes: obtaining field values ​​of multiple fields of a target order; the multiple fields include at least one first-type field and at least one second-type field; determining at least one group identifier corresponding to the first-type field based on the field values ​​of the first-type field; determining a target rule matching the target order from multiple candidate rules included in a pre-configured rule set based on the at least one group identifier and the field values ​​of the at least one second-type field; wherein the candidate rule indicates the mapping relationship between the group identifier and / or the field values ​​of the second-type field and the production location; and allocating the target order according to the production location indicated by the target rule. This method improves the efficiency and accuracy of determining the production location corresponding to an order, thereby improving order delivery efficiency.

The present disclosure provides a method for generic edge application server (EAS) bundling in a communication network. The method comprises: sending, from an edge enabling server to an edge configuration server, a first request, wherein the first request is an EAS information acquisition request, wherein the first request comprises an EAS identifier and an application group identifier, and wherein the first request comprises an indication of at least one of a bundled EAS identifier list, a primary EAS identifier, or an EAS bundle identifier; determining, at the edge configuration server, first EAS information comprising at least one EAS serving an application group targeted to at least one of the identifiers received in the first request; and sending, from the edge configuration server to the edge enabling server, an EAS information acquisition response comprising an indication of the determined first EAS information. In some embodiments, the method further comprises: sending, from the edge enabling server to the edge configuration server, a second request, wherein the second request is a generic EAS information storage request, wherein the second request comprises at least one of EDN information, an EES identifier, an EAS identifier, an EAS endpoint, and an application group identifier, and wherein the second request comprises an indication of at least one of a bundled EAS identifier and endpoint list, a primary EAS identifier, or an EAS bundle identifier; determining, at the