16 results about "Registration status" patented technology

The present invention discloses a third party registration processing method based on the IMS network, which comprises that a UE completes the registration on a S-CSCF entity; the S-CSCF entity starts a waiting timer; the UE and a P-CSCF entity initiate and complete a registration status subscribing respectively to the S-CSCF entity; the S-CSCF entity initiate a third party registration to an AS when the waiting time of the waiting timer is enough. Through the present invention, the S-CSCF entity performs a waiting after the UE is successfully registered, to make the subscribing success of the registration status of the P-CSCF and the UE take precedence over the third party registration and avoid the situation of conflicting data of the UE, the P-CSCF, the S-CSCF and an HSS, to make the UE, the P-CSCF and the S-CSCF effectively process the abnormal circumstance occurred when the third party registration fails.

This application discloses a dynamic asset access control method, apparatus, device, and medium based on an operation and maintenance audit system, relating to the field of computer technology. It includes: upon receiving an access request for a target asset from a client, generating a corresponding mirrored traffic copy based on the currently transmitted original traffic using a preset switch, and parsing the mirrored traffic copy using a preset operation and maintenance audit system to obtain the target asset information; comparing the target asset information with data in a preset asset registration database using the preset operation and maintenance audit system to obtain the corresponding asset registration status; if the asset registration status is "registered," issuing a blocking command to the preset switch based on a preset access control policy using the preset operation and maintenance audit system, so that the preset switch can intercept the access request based on the blocking command. This addresses the shortcomings of traditional static solutions in terms of real-time performance, security, and audit integrity.

A method includes providing, by at least one processing device, a first set of assignments of international mobile equipment identifiers (IMEIs) to a plurality of subscriber identity modules (SIMs) associated with an electronic device. The method also includes monitoring, by the at least one processing device, each of a plurality of service registration statuses associated with the SIMs for a service registration failure. The method further includes, in response to at least one service registration failure being detected, providing, by the at least one processing device, a second set of assignments of IMEIs to the SIMs. The second set of assignments is different from the first set of assignments.

The application provides an intelligent checkpoint control method for closed-border operation, which includes breaking the defect of existing regulatory node dispersion through a distributed node cluster architecture, and realizing centralized management of intelligent checkpoints and associated regulatory nodes. Through a closed-loop link of registration-state awareness-lifetime management, the running state of each regulatory node is mastered. Based on the identification code, unique identification is established for regulatory nodes, regulatory node devices, and objects to be tracked, and an associated mapping of identification code-attribute information is formed, solving the problem of identity confusion and tracing difficulty of multi-source control objects. By encapsulating real-time data into standardized messages of a preset format, and combining the multi-source heterogeneous feature extraction of edge computing nodes, the dispersed attribute information is fused into structured data sets, realizing efficient data interconnection and accurate comparison across nodes and systems. Combined with a preset abnormality judgment model, the structured data sets are compared with the benchmark threshold to implement intelligent checkpoint control and realize accurate identification.

A campsite management system may include signposts located in a campground with multiple campsites, where each signpost provides a site-specific address for associated campsites. The system may include a registration controller to track registration statuses for all campsites. The registration controller may receive requests from users' mobile devices including the site-specific address, transmit the registration statuses of associated campsites to the mobile device, and updates registration statuses based on requests received from the mobile device.

This invention discloses a full lifecycle collaborative management method and system based on the integration of digital housing construction business, comprising: responding to construction permit instructions to report projects for supervision, generating supervision instances and monitoring and aggregating them in real time until construction is completed; responding to completion status to verify project acceptance, and obtaining physical attribute information of the accepted project and apartments after passing the verification; transmitting information across domains to build a real estate registration ledger and obtaining the registration status; implementing interlock control for provident fund loans and housing safety review business based on the registration status, and updating the safety rating in real time; mapping the safety rating to the building project model corresponding to the CIM city information model, and aggregating engineering data for archiving and storage. Compared with the prior art, this invention can overcome the shortcomings of fund violation risks caused by data silos, regulatory blind spots caused by status lag, and poor intuitiveness of spatial risk control, improve the security of business interlock, enhance data real-time performance, and improve the level of city-level visual management.

An internet of things (IoT) device management method includes, after receiving a first input, an IoT device that sends, by short-range communication, a first message including an identifier of the IoT device and a registration status of the IoT device. When the registration status of the IoT device indicates that the IoT device is registered, the mobile terminal displays a control interface of the IoT device. When the registration status of the IoT device indicates that the IoT device is not registered, the mobile terminal automatically starts networking for the IoT device.

This disclosure provides systems, methods and apparatuses in which a user equipment (UE) (102) maintains synchronization of a security context with a core network (CN) (110) during UE-initiated maintenance operations. In some aspects, the UE performs a temporary local release (130B) and starts a timer. The UE performs the maintenance operations for example, software updates, frequency shifting, radio link failure recovery, and the like. If the maintenance operations complete before expiration of the timer, the UE resumes a registered state. If the timer expires before the maintenance operations complete, the UE performs security context synchronization operations (150). In some aspects, the UE performs operations that can trigger the CN to perform authentication and key agreement procedures, thereby synchronizing security context between the UE and the CN.

The application discloses a mobility management method, a terminal and a network side device, and belongs to the technical field of communication. The method of the application embodiment comprises the following steps: a terminal sends a first message to a first core network device corresponding to a first network; wherein, the first message is used for registration of the first network or mobility registration update (MRU), and the first message comprises first indication information, the first indication information is used for indicating that the terminal is in a registration state at the first network or comes from the first network, or the first indication information is used for indicating that the terminal is in a registration state at a second network or comes from the second network, and the first network is a successor network or a next generation network of the second network.

This invention discloses a method for controlling emergency alarm calls for train passengers, comprising: a service processing unit receiving a call request from an emergency alarm device, the call request carrying a pre-configured list and order of desired target function numbers; querying the current registration status of each function number in the list of desired target function numbers; generating a list of registered target function numbers and their order based on the query results; initiating emergency call requests in parallel to all user terminals corresponding to all registered function numbers in the list of registered target function numbers, wherein each emergency call request to a user terminal carries priority information indicating the order of that user terminal in the list of registered target function numbers; when receiving an answer response from any user terminal in the list of registered target function numbers, establishing a communication channel with the user terminal corresponding to the answer response and the emergency alarm device, and sending a call cancellation request to other user terminals in the list of registered target function numbers.

A system and method for leveraging email to complete a checkout for registered and unregistered customers of the e-commerce system are disclosed. The system and method include receiving, by an email payment gateway, an email message comprising a customer email address and a token. The token includes transaction information for a transaction from a third party vendor. The system and method further include determining a registration status of a customer based on the customer email address, wherein the registration status is one of a registered customer of the e-commerce system or an unregistered customer of the e-commerce system. The system and method further include decoding the token and sending an email message to the customer email address based on the registration status and the decoded token.

This invention belongs to the field of artificial intelligence technology and discloses a method and system for managing intelligent video surveillance equipment based on a large model. The method obtains the device registration status of the intelligent video surveillance equipment. When the device registration status indicates that the device is offline, it obtains server status information and network packet capture data to generate a fault context. A problem matching request is generated from the fault context and a problem set, input into a large model, and the default problem class hit result is received. If the default problem class is hit, a redefinition repair instruction is generated based on the default repair instruction and the fault context. If the default problem class is not hit, the next round of default problem class is obtained and / or extended problem class processing is initiated. Then, the redefinition repair instruction is filtered and executed based on preset risk rules, the device registration status is verified, and the fault context and / or problem set is updated upon successful repair. This invention enables a closed loop for locating, repairing, and reusing experience in offline faults of video surveillance equipment.

The present application relates to a vehicle and a method of controlling a vehicle. According to an embodiment, a vehicle is provided, comprising one or more processors and a memory configured to store one or more programs for execution by the one or more processors, wherein the processors comprise a first processing unit configured to search for a second user terminal in a registered state and located in a second area using a communication device when a vehicle control signal is received from a first user terminal in a connected state and located in a first area by the communication device, and a second processing unit configured to acquire information about the second user terminal located in the second area by the communication device, and perform a personalized linkage of the vehicle using the information about the second user terminal.

Systems and methods for providing unified access to benefits for financial accounts are disclosed. In one embodiment, a method may include: (1) retrieving, by a benefits computer program executed by an electronic device, an identification of an active credit card issued to a cardholder; (2) retrieving, by the benefits computer program, card benefits for the active credit card from a card benefits database; (3) retrieving, by the benefits computer program, cardholder benefit information for the cardholder; (4) calculating, by the benefits computer program, a benefits value score based on the cardholder benefit information, wherein the benefits value score comprises a list of the card benefits for the active card, a value of each of the card benefits, and an enrollment status for each of the card benefits; and (5) displaying, by the benefits computer program, the benefits value score on an electronic device.

This disclosure provides a network service switching method, apparatus, chip module, chip, and device, relating to the field of communication technology. The method includes: determining the relationship between the location information of a terminal device and a configured fence area, determining the terrestrial network registration status of the terminal device, and then, based on the relationship and the terrestrial network registration status, switching the network service of the terminal device. By employing this technical solution, the timely switching of network services can meet the timely communication needs of the terminal device, avoiding situations where the terminal device cannot process internal data in a timely manner due to communication failure.