24 results about "Session ID" patented technology

A telecommunications system includes: a user equipment; one or more access networks (ANs); a core network (CN); and one or more data networks (DNs). The one or more ANs are configured to provide the UE access to the CN. The CN is configured to provide connectivity to the one or more DNs. The UE is configured to access the one or more DNs by using different protocol data unit (PDU) sessions, established between the UE and the CN via the one or more ANs, providing connectivity to the one or more DNs, each PDU session comprising a respective PDU session identifier (ID). The CN is configured to signal the UE, via the one or more ANs, an established PDU session, wherein the established PDU session is identified by a PDU session ID and at least one PDU session group ID. The same PDU session group ID is assigned to different PDU sessions and indicates that the different PDU sessions belong together.

This invention discloses a functional verification system, method, device, and storage medium for a replacement TBOX. The system includes an OBD (On-Board Diagnostics) system, a cloud platform, and a TBOX. The OBD encapsulates TBOX replacement information, vehicle identification information, and operational status information into a standard information packet. The cloud extracts the vehicle VIN and TBOX-ICCID from the standard information packet, performs binding verification on the VIN and ICCID, and generates a session ID upon successful verification. The replacement type is determined using the session ID, and the corresponding diagnostic level instruction set is matched based on the replacement type. The diagnostic level instruction set is then broken down into functional instructions, and these fragments are sent to the OBD. After receiving the fragments, the OBD sequentially sends each functional instruction fragment to the TBOX for functional verification based on the session ID. This invention establishes a collaborative link between the OBD and the cloud, issuing dynamic diagnostic instructions to achieve accurate TBOX functional verification.

This provides a new online authentication method that does not rely on traditional passwords or authentication codes and cannot be breached by real-time phishing scams. [Solution] The authentication processing device stores a first identifier of the user terminal included in the authentication application information received from the user terminal, and sends an authentication URL for launching the application provided to the user terminal via SMS to the user terminal. The authentication processing device determines whether the first identifier matches a second identifier of the user terminal included in the authentication processing information received from the user terminal, and if they match, provides the user terminal with a message indicating that the authentication process has been successfully completed. The authentication processing device determines whether the first session ID included in the authentication application information matches a second session ID included in the authentication processing information, and if they match, provides the user terminal with a message indicating that the authentication process has been successfully completed.

A request is generated including a session identification (ID), an access code, and a sign ID. A lookup key is created using the sign ID and the access code. A contents key is created using the access code, the session ID, and the sign ID. The contents key encrypts content associated with the request. The encrypted content, the look up key, and the contents key are stored at a database. A link is sent to a client device. The link includes the sign ID and the session ID. The access code is received at the facilitation webpage. The sign ID, session ID, and the access code are sent from the facilitation webpage to the database. The content is decrypted based on the contents key, the sign ID, the session ID, and the access code. A captured signature is encrypted using the contents key and stored at the database.

The application relates to a load balancing method and system of a server cluster, and belongs to the technical field of server performance optimization. The method solves the problem that the load balancing strategy in the prior art is difficult to balance the server and maintain the session. The method comprises the following steps: receiving an access request, extracting a session ID, and judging whether the session ID exists; when the session ID does not exist or has expired, informing a Web application server to generate a new session ID of the access request, obtaining a service node specified by a first load balancing strategy, and judging whether a hash result of the new session ID points to the service node; when the hash result of the new session ID does not point to the service node, repeatedly generating an access new session ID until the hash result of the new session ID points to the service node; and when the session ID exists or the hash result of the new session ID points to the service node, executing a default load balancing strategy. Through the effective combination of the two strategies, the application realizes the flow distribution which takes into account the session maintenance and the load balancing.

The application provides an infrared code pairing method and an electronic device. In the method, a session ID is generated when a preset trigger event is acquired, the session ID is stored, and the session ID is sent to a remote controller. The remote controller stores the session ID when the session ID is acquired. When voice pairing information sent by the remote controller is acquired and the session ID in the voice pairing information is consistent with the session ID stored by the set top box, a pairing request is generated based on the voice pairing information and the device identifier of the set top box. When an infrared code and a session ID sent by a cloud platform are acquired and the session ID is consistent with the session ID stored by the set top box, the infrared code is sent to the remote controller, so that the remote controller is paired with a television based on the infrared code. The security and accuracy of the infrared code pairing process can be improved.

This application discloses a configuration method, system, and network device for multicast broadcast services. The method includes: a base station centralized entity control plane sending a first configuration request message to the base station centralized entity user plane, wherein the configuration information in the first configuration request message includes at least one of the following: PDCP synchronization indication information, PDCP count value, PDCP synchronization time information, MRB ID, MBS session ID, and MBS area identification information; the base station centralized entity control plane receiving a first configuration response message sent by the base station centralized entity user plane, wherein the configuration information in the first configuration response message includes at least one of the following: QoS flow list, PDCP count value, and MRB ID. This application solves the technical problem that related communication protocols cannot meet the need for flexible scheduling of MBS services based on PDCP synchronization status and service requirements.

The application relates to a static address allocation method and device, a core network and a storage medium, and relates to the technical field of communication. The method comprises the following steps: in the case of receiving a subscription information acquisition request initiated by an SMF network element, analyzing a session ID field in the subscription information acquisition request to obtain a session ID value, wherein the session ID value is configured by a user terminal when the user terminal initiates a session creation request, and the session ID value is sent to the SMF network element through the session creation request; determining a static address corresponding to the session ID value according to preset static address subscription information; and returning the static address to the SMF network element, so that the user terminal creates a session based on the static address. In this way, the service continuity of different sessions can be ensured, and the problem that multiple sessions of the user terminal exist in conflict due to different session and service continuity modes caused by mixed use of dynamic and static addresses can be avoided.

This application relates to the field of artificial intelligence control, providing an intelligent agent management system and method based on a large language model. The system includes a session-level sub-agent management unit, derived from the sub-agent manager of the intelligent agent framework, used to configure a traceable and unique identity (session ID) for each child intelligent agent connected to the parent intelligent agent. Events of the child intelligent agents are recorded in the namespace corresponding to the identity ID in a shared database. Parent and child intelligent agents sharing the same session are connected to the same shared database. Events generated when a child intelligent agent runs its execution chain are stored in the namespace corresponding to the identity ID in the shared space. Event records corresponding to different identity IDs in the shared database are independent of each other, avoiding conflicts and eliminating the need to create a separate session directory for each child intelligent agent at the file system level.

The application provides a cache-based network flow packet writing method, device and medium, and relates to the technical field of data writing. The method comprises the following steps: storing the network flow packet received by the network card queue in a preset network card cache area for temporary storage; if the writing cache area has idle capacity, the network flow packet in the network card cache area is transferred to the writing cache area in the order of time stamp; for any network flow packet RQ, the hard disk ID corresponding to the network session ID of RQ in the unfinished network session ID table is allocated to RQ; according to the current single residual writing data amount of each hard disk, a hard disk ID is allocated to RQ; for the network flow packet in the writing cache area which has completed hard disk allocation, the network flow packet is grouped according to the hard disk ID, and the writing operation is performed; the application can realize the unified improvement of reliability, efficiency and analyzability in a complex high-throughput scene.

This invention discloses an OAM measurement method, apparatus, device, and system suitable for satellite networks. The method, executed on the control side, includes: collecting context fragments stored locally by multiple nodes along the measurement path. These context fragments are generated and stored locally by the nodes after initiating an OAM probe session, and include measurement results, node identifiers, probe session IDs, path signatures, and probe packet sequence numbers. The collected context fragments are then deduplicated and sorted, and the multiple performance measurement results are concatenated to form a complete performance profile corresponding to the measurement path. This invention enables accurate fault location and performance trend analysis, significantly improving operational efficiency.

This invention provides a method, device, and medium for writing network traffic data packets to disk, relating to the field of data disk writing technology. The method includes: determining the amount of data to be written to disk in a single operation for each hard drive; obtaining the network session ID, size, and a preset table of unfinished network session IDs corresponding to each network traffic data packet; for any network traffic data packet RQ, assigning the hard drive ID corresponding to the unfinished network session ID with the same network session ID as RQ in the table of unfinished network session IDs to RQ; assigning the hard drive ID corresponding to the hard drive with the highest write speed to YQ; and writing each network traffic data packet to disk. This invention achieves comprehensive optimization of three key objectives—write throughput, read friendliness, and hardware adaptability—in complex production environments.

The application relates to the field of communication workbench running state diagnosis, in particular to a browser crash communication state black box tracing collection method and device, a brand-new page session ID is generated at each page loading, and the session state of the page is marked as active; during the page running, the latest heartbeat time of the page session is periodically refreshed; the communication workbench is subjected to state sampling, and the sampling data is asynchronously delivered to a background thread; when the page triggers a normal closing process, the session state of the page is marked as closed; when the page is reloaded, if the state of the previous session is active and the last heartbeat time has expired, it is determined that the previous session is abnormal; corresponding cache data in the ring buffer is searched through the page session ID of the previous session, and the application scheme realizes low-cost and high-reliable capture of the communication state and business context before the browser process-level crash, and realizes on-site restoration after the crash.

The embodiment of the invention discloses a processing method for a network attack behavior in a high-confrontation scene and a high-confrontation intelligent analysis system, and the method comprises the steps: responding to a detected network attack request of an attacker terminal, and obtaining a session ID corresponding to the network attack request based on the session ID corresponding to the network attack request; querying a current unified state object corresponding to the session ID from a session-state binding manager; the intelligent analysis module constructs prompt words according to the network attack request, the current unified state object and historical context information; the large language model carries out reasoning based on the cue word and generates a simulation response instruction; the intelligent analysis module analyzes the simulation response instruction and distributes the simulation response instruction to the three-layer collaborative simulation engine; and the three-layer co-simulation engine performs co-simulation based on three dimensions of hardware, software and network traffic, feeds back a simulation response generated by simulation to the attacker terminal, and synchronizes a state change after simulation execution to the session-state binding manager, so that the session-state binding manager updates a current unified state object.

Network devices and a method for providing a session management function (SMF)-centric multicast and broadcast services (MBS) activation using group paging may include a SMF network device which is caused to receive a MBS activate message, the MBS activate message including a MBS session ID, determine a plurality of deactivated UE devices associated with the MBS session ID, the plurality of deactivated UE devices including idle UE devices, determine at least one AMF network device associated with each of the determined plurality of deactivated UE devices, and transmit an AMF MBS activate message to the AMF network device, the AMF MBS activate message including information related to at least one UE device associated with each of the determined at least one AMF network, the AMF MBS activate message causing the at least one AMF network device to trigger a group paging of the UE device.

This invention discloses a global atomic singleton and cross-domain identity mutual exclusion system and method for AGI intelligent agents. The system includes an identity anchor generation unit, an identity locking unit, an instance eviction and state transition unit, a clone detection unit, and an offline persistence and atomic resurrection unit. By logically binding atomic identity anchors with session IDs, hardware fingerprints, and account IDs, a globally unique instance is enforced; by forcibly releasing the inference execution right of old instances through the preemption instruction, master-slave coexistence avoidance is blocked; and by capturing serialized state data (snapshots / logs / caches) in real time, lossless resurrection after network disconnection and reconnection is achieved. This invention is applicable to commercial scenarios such as companion AI, digital humans, cross-device intelligent assistants, in-vehicle AI, and wearable devices.

The application provides a multi-level hash chain hybrid signature method and device, and belongs to the field of digital signature. The method comprises the following steps: generating a unique session ID and session context, reading a homologous quantum root key; obtaining a PUF negotiation root key and deriving a PUF session key; combining the unique session ID, the session context and the homologous quantum root key, performing a hash operation, and generating a unique session base key seed; performing heterogeneous splitting on an original signed message, and constructing a multi-level hidden salt hash chain; performing grouping on two message fragments and the multi-level hidden salt hash chain, performing compliance signature operation and post-quantum signature operation on the grouped data respectively, generating an inner layer national secret signature, and generating an outer layer anti-quantum trusted signature; packaging the above data to generate a signature data packet, and sending the signature data packet to a signature verification party. The application realizes the comprehensive goals of anti-quantum security enhancement, hardware-level identity traceability verification, national secret compliance signature verification and multi-factor collaborative in-depth protection.

This application provides a data processing method and apparatus for an auditing system, relating to the field of data security technology. The data processing method includes: acquiring target traffic data to be audited; performing traffic analysis based on the target traffic data to acquire request-direction data or response-direction data; if request-direction data is acquired, storing the parsed request-direction data in a request data form; if response-direction data is acquired, storing the parsed response-direction data in a response data form; acquiring a target transaction retrieval request; performing a retrieval in the request data form based on the target transaction retrieval request to obtain a first retrieval result; if bidirectional data of the target transaction is required, performing a retrieval in the response data form based on the session ID and transaction ID of the target transaction in the target transaction retrieval request to obtain a second retrieval result. This data processing method can achieve the technical effect of improving audit processing efficiency.

A communication method executed by a user equipment in a mobile communication system for providing an MBS, the communication method including: establishing, in an RRC_connected state, a multicast MRB based on a first MRB configuration configured from a network; receiving, from the network and by using the established multicast MRB, a multicast session corresponding to a first MBS session ID included in the first MRB configuration; receiving, from the network, a second MRB configuration, which is information for configuring a multicast MRB for an RRC_inactive state and includes a second MBS session ID; and performing, based on the second MRB configuration, a configuration change relating to the established multicast MRB when the second MBS session ID matches the first MBS session ID.

The application discloses a palm brushing verification opening method, device, equipment, medium and product, which can be applied to various scenes such as traffic service, shared charging service and retail transaction, and the method comprises the following steps: in response to a palmprint input operation of a user, acquiring palmprint information of the user by establishing a current session with a palm brushing device; receiving current identity information uploaded by a terminal device scanning a graphical code displayed in the palm brushing device, wherein the graphical code is generated according to a current session ID of the current session; determining whether the current session ID is in a valid state based on the palmprint information and the current identity information; and opening the palm brushing verification based on the palmprint information and the current identity information if the current session ID is in the valid state. By binding the palmprint information and the current identity information, the application can prevent the problem that the palm brushing verification cannot be realized due to the user mistakenly binding the palmprint information of others in the palm brushing verification opening process, thereby improving the user experience.