609 results about "Device Identifiers" patented technology

The invention relates to the technical field of block chain and smart home data management, discloses a smart home data contribution quantification and excitation method and system based on a block chain identifier, and aims to solve the data source problem of vertical large model training in the smart home industry and guarantee data security and personal privacy. The method comprises the steps of equipment identifier registration and binding, home local data processing and desensitization, data contribution degree quantitative evaluation, intelligent contract incentive execution and standardized data delivery and evidence storage. The system comprises a block chain identifier management module, a home edge data center, a data contribution quantitative evaluation module, an intelligent contract incentive engine and a large model training data delivery interface. According to the technical scheme, accurate tracing of data sources and clear definition of contribution subjects can be achieved, the family computing power is activated, the risk of data privacy disclosure is reduced, high-quality and scenarized credible data sources are provided, and marketization circulation and value conversion of smart home data elements are promoted.

The invention relates to the technical field of unmanned aerial vehicle control and management, in particular to an unmanned aerial vehicle parameter consistency configuration method based on template management, which adopts a structured parameter configuration template in a JSON format, comprises four blocks of metadata, parameter definition, constraint rules and digital signatures, establishes an MAVLink communication link with an unmanned aerial vehicle flight controller through a template management terminal, and provides an unmanned aerial vehicle parameter consistency configuration method. And executing an automatic configuration process based on a finite-state machine, and ensuring parameter logic consistency by using a difference comparison and constraint verification mechanism. According to the method, temporary storage, batch writing and atomic submission of parameter changes are achieved through the atomization transaction submission protocol, the integrity of the configuration process is guaranteed, the digital signature auditing log containing the timestamp, the device identifier, the template hash and the change details is generated after configuration is completed, whole-process tracing is supported, and the method is high in practicability and easy to popularize. Headless mode operation, parameter white list control and hardware abstraction layer adaptation are supported, and high automation, standardization and safety of unmanned aerial vehicle parameter configuration can be achieved.

The invention discloses a multi-protocol dynamic adaptation and session management method based on TCP / IP (Transmission Control Protocol / Internet Protocol), and belongs to the technical field of computer network communication. Comprising the following steps: S1, receiving TCP / IP connection from a client, and identifying a specific application layer protocol type through a protocol feature code; s2, dynamically loading an adapter of a corresponding protocol based on the protocol type identified in the S1, decoding original data into a unified intermediate format, and realizing protocol-independent data processing; s3, on the basis of decoding in the S2, different protocols are connected and bound to the same session object based on the device identifier, and cross-protocol sharing of the authentication state and the context is achieved; and S4, monitoring a network quality index based on the session binding in the S3, and dynamically allocating a high-priority service to the optimal protocol channel. According to the method, the problems of poor multi-protocol compatibility, isolated session management, unreasonable network resource allocation and the like are solved, and the flexibility, the reliability and the resource utilization rate of the system are remarkably improved.

The invention relates to the technical field of railway four-power operation and maintenance, provides a railway four-power operation and maintenance knowledge intelligent question-answering method and system based on a large language model, and solves the problems of low logic accuracy and poor field applicability of an operation and maintenance question-answering result. The method comprises the following steps: acquiring a question and answer request containing a device identifier, position data and a question text; performing syntactic analysis on the problem text to obtain a target equipment entity and an operation intention, positioning graph nodes in the railway four-electric interlocking relation knowledge graph according to the equipment identifier, performing graph traversal, obtaining associated equipment entities, an electrical connection relation and interlocking logic information, and combining the associated equipment entities, the electrical connection relation and the interlocking logic information into a regulation constraint condition set; performing vector retrieval based on the equipment identifier and the position data to obtain an operation and maintenance knowledge fragment; and inputting the regulation constraint condition set and the operation and maintenance knowledge fragment into the large language model, and carrying out logic constraint on the generation process according to the regulation constraint condition set to generate an intelligent question and answer result text. The logic accuracy and field applicability of the operation and maintenance question and answer result are improved.

Systems, methods, and apparatus may be provided for identifying a device or user behind a resential gateway. For example, a wireless transmit / receive unit (WTRU) may perform a method that may comprise a number of operations. A Protocol Data Unit (PDU) session to a network node may be established. A first message may be received from a device. The first message may indicate a Dynamic Host Configuration protocol (DHCP) request. A device identifier associated with the DHCP request may be determined based on configuration information and a characteristic of the DHCP request. A second message may be generated. The second message may indicates the DHCP request and a remote identification (ID) option value. The remote ID option value may be set to the device identifier. The second message may be sent to the first network node using the first PDU session.

Provided are a loop detection method, apparatus and system, which relate to the technical field of communications. The method is applied to an EasyMesh network, and comprises: a network device sending loop detection information by means of a first port, wherein the loop detection information comprises a loop detection identifier, and at least one of a source device identifier, which is used for indicating an initiating device of the loop detection information, and a source port identifier; and when a message, which is received by the network device by means of a second port, comprises the loop detection information, determining that the present device forms a loop in the EasyMesh network. In this way, compared with an STP-based loop detection method, which involves steps such as changing a specified port on the basis of a topology structure of a network and performing reconvergence after a topology change, the present loop detection method has simpler steps for sending, receiving and detecting loop detection information, thereby improving the loop detection efficiency.

The invention belongs to the technical field of the Internet of Things and energy management, and particularly relates to an energy consumption data collector based on the Internet of Things and a collection method, the collector comprises a data processing module, a network state evaluation module, a data value evaluation module and a communication and control module, real-time protocol analysis and data conversion are carried out on original data, and the energy consumption data is obtained. Generating a standard energy consumption data packet with a unified timestamp and a device identifier, storing the standard energy consumption data packet according to a receiving sequence, and eliminating a time reference deviation caused by an instrument clock difference; communication signal strength and round-trip time with a remote Internet of Things platform are collected in real time, through multiple times of detection and normalization processing, a maximum value is selected as a network state factor, a dynamic change reference and a self-adaptive fluctuation interval are calculated based on a historical power data sequence, an instantaneous deviation rate and a continuous deviation duration are determined, and the network state factor is determined. A data value factor is generated through processing, and the network state factor and the data value factor are matched with a preset period adjustment mode to realize collaborative optimization.

The invention relates to the technical field of agricultural product traceability, in particular to an agricultural product traceability method and system based on the Internet of Things technology, and the method comprises the steps: obtaining a traceability full-link node of an agricultural product; agricultural product traceability data of each node is collected; performing first encryption processing on the collected agricultural product traceability data to generate encrypted traceability data; uploading the encrypted traceability data to a block chain network for evidence storage, and generating a block chain evidence storage hash value; acquiring an equipment identifier of the Internet of Things acquisition equipment corresponding to each node; generating an agricultural product unique traceability identifier based on the block chain evidence storage hash value and the equipment identifier; receiving a traceability query request of a user; calling corresponding encrypted traceability data from the block chain network based on the unique traceability identifier of the agricultural product; and decrypting the called encrypted traceability data, and obtaining decrypted agricultural product traceability data. According to the invention, the credibility and authenticity of agricultural product traceability information can be improved.

The invention discloses an exit selection method and system for multi-door lock selection, and the method comprises the steps: obtaining a device identifier, a router ID and a transaction ID of a target door lock according to a service request sent by a user APP to an anycast address; according to a device identifier carried in a control connection request initiated by a user APP, a receiving door lock carries out identifier comparison, and if matching fails, an intelligent forwarding mechanism based on a router ID and a transaction ID is triggered; according to an intelligent forwarding mechanism, an error receiving door lock forwards the request message to a specified router, and correct delivery of the request message is realized; and according to a specific path flag bit in a confirmation message returned by the correct door lock, the user APP and the router along the way record the binding relation between the transaction ID and the path, and it is ensured that a subsequent control instruction is transmitted along the binding path. By utilizing the embodiment of the invention, the control instruction can be quickly, stably and reliably transmitted from the user to the target door lock, and the response efficiency and the control success rate of the system are improved.

The invention relates to the technical field of Internet of Things security detection, and discloses a network security detection system and method based on Internet of Things terminal equipment. The method comprises the following steps: capturing a terminal network communication data flow in real time, and extracting an equipment identifier, a communication protocol feature and a transmission content feature; performing credibility verification on the equipment identifier to generate a credible equipment list, establishing a protocol behavior model according to protocol characteristics to identify a protocol layer abnormal event, and identifying a content layer abnormal event through matching of transmission content characteristics and a preset rule; performing time-space correlation analysis on the two types of abnormal events to generate a comprehensive threat event set, and constructing and dynamically adjusting a terminal behavior baseline according to the comprehensive threat event set; the method comprises the following steps: performing deviation detection on a real-time data stream based on a baseline, performing threat tracing on a result to determine a threat source and an attack path, and finally integrating a tracing result and a comprehensive threat event set to generate a terminal security situation report, thereby realizing dynamic detection and management and control on the network security of the Internet of Things terminal.

A device may include a processor configured to receive an access request to access a core network from a Wireless Local Area Network (WLAN) access device. The processor may be further configured to register with the core network as a User Equipment (UE) device using a UE device identifier associated with the WLAN access device, based on receiving the request to access the core network from the WLAN access device; establish a Protocol Data Unit (PDU) session with the core network as a UE device using the UE device identifier associated with the WLAN access device; and proxy data traffic between the WLAN access device and core network using the established PDU session.

The invention discloses an authentication link double-token refreshing method and system, and relates to the field of computer network security. The method comprises the following steps: in a token refreshing process, a client sends a refreshing token and an iteration anchor point to a server; the server verifies the continuity of the iteration anchor point and the historical token state; and after verification is passed, token refreshing is executed, and a new iteration anchor point is generated. The iteration anchor point is a failure time identifier of the failure token, and the verification comprises consistency judgment and anti-replay verification. Meanwhile, an authentication link file is established, strong binding of the token and the link is achieved, and a full-life-cycle log is recorded. Triple protection is constructed through an iteration anchor point, a link identifier and an equipment identifier, the problems of authentication link breakage, safety verification looseness and abnormity non-traceability are solved, and non-inductive refreshing, attack interception and full-link traceability are realized.

The invention relates to the technical field of subway security and protection monitoring and video transmission, in particular to a subway security and protection monitoring video quick calling and multi-channel transmission optimization system, which comprises an analysis module used for extracting a feature set of multi-source heterogeneous metadata in a subway station and carrying out matching calculation on the feature set and an abnormal event template to obtain a matching confidence coefficient; if the matching confidence exceeds a preset threshold, judging that an abnormal event occurs and outputting an event feature identifier; determining an influence range and an association path of the event by combining space and scene information in the metadata according to the event feature identifier; and based on the influence range and the association path, obtaining a target equipment calling list containing the equipment identifier, the space-time weight and the initial priority. Intelligent sensing is realized through multi-source data fusion, dynamic resource allocation is realized through scheduling and channelization, and stable delivery of streaming media is guaranteed through adaptive coding and reliable transmission, so that the emergency response capability of a subway security monitoring system is comprehensively improved.

The embodiment of the invention discloses a data processing method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining a network address translation type, a power consumption level and network topology information of network equipment when a registration request of the network equipment is received, and carrying out the registration of the network equipment according to the network address translation type, the power consumption level and the network topology information, generating equipment associated information; when a connection request of a client is received, analyzing a target device identifier in the connection request, and determining a target network device corresponding to the target device identifier and pre-stored device association information; and determining an adaptive point-to-point transmission strategy according to the equipment association information, and establishing point-to-point direct connection between the target network equipment and the client based on the determined point-to-point transmission strategy and an interactive enhanced session description protocol between the target network equipment and the client, and the scheme can provide a hole digging success rate.

An authentication system may receive a request signature corresponding to a user request to view secure user information on a user device and generate a server-side signature matching the request signature to authenticate the user device to receive the secure user information without authenticating the user. The request signature may include a device identifier corresponding to the device, a token code generated by the authentication system and stored by the user device, a timestamp corresponding to the transmission time of the request signature, and a version of the device identifier, the token code, and the timestamp encrypted using a signature key provided to the user device by the authentication system. The authentication system may generate the server-side signature using the timestamp and stored copies of the device identifier, the token code, and the signature key.

This application discloses a communication connection method, an in-vehicle device, and related media. The method can be used with a first in-vehicle device that provides wireless communication hotspot services. The method includes the following steps: the first in-vehicle device receives a wireless connection request from a second in-vehicle device; if the wireless connection request includes a preset device identifier, and the preset device identifier matches the device identifier of the first in-vehicle device, the first in-vehicle device allows the second in-vehicle device to establish a wireless connection. By implementing the method of this application, the device providing wireless communication hotspot services can compare the target MAC address in the wireless connection request (i.e., the MAC address of the hotspot device with which the device wants to establish a wireless connection) with the MAC address of the current hotspot device to avoid the device mistakenly connecting to hotspots (or other wireless communication hotspot services). This also helps to enhance the accuracy of wireless connections and protect the security of user data.

An integrated artificial intelligence camera system provides multi-domain monitoring and enterprise automation from a single hardware endpoint. A camera assembly and auxiliary sensors, including at least one of depth, thermal, audio and environmental sensors, feed an edge compute module executing modular perception, identity, physiological estimation and domain-logic pipelines. The system detects and tracks persons, objects and activities; generates pseudonymous identity tokens for enrolled workers; estimates breathing rate and related wellness indicators from non-contact visual and thermal signals; and transforms these outputs into normalized event records annotated with security, inventory, workforce, payroll, physiological and compliance labels. A unified event model standardizes timestamps, device identifiers, site and zone identifiers, actor identifiers, metrics, confidence scores, policy tags and evidence references, enabling direct integration with payroll, inventory management, security incident and analytics platforms. A policy engine governs feature activation, anonymization and retention per jurisdiction and user role.

The application relates to the technical field of SDN, in particular to a data processing method and device based on an SDN controller. The method comprises the following steps: acquiring data list information of each network device under the control of the SDN controller, wherein the data list information of one network device comprises the device identifier of the network device, the data identifier and the first abstract information of the target data cached on the network device; acquiring the data identifier and the second abstract information of each data stored on a file server; judging whether the first abstract information and the second abstract information of each target data are consistent based on the data identifier of each target data; if the first abstract information and the second abstract information of any target data are determined to be inconsistent, determining a target network device which caches the target data, and issuing an aging instruction of the target data to the target network device.

This application discloses a method and electronic device for distinguishing serial hard drives in an input / output hub, relating to the field of server storage technology. The method involves first acquiring the Peripheral Component Interconnect (PCI) device information of the serial hard drive to be identified (including manufacturer identifier, device identifier, and bus device function address indicating its physical location), and simultaneously acquiring the identifier of the input / output hub (IOH) controller (including manufacturer identifier, device identifier, and the address range of the IOH in the PCI topology). By comparing these two types of information, the control unit to which the hard drive belongs is determined. If the hard drive belongs to the IOH controller, it indicates that its interface is an IOH SATA type directly associated with the IOH. If it does not belong to the IOH controller, it can be excluded as an IOH SATA hard drive, pointing to an M.2 SATA interface type. This method bypasses the consistent SATA protocol of both, utilizing the difference in physical connection and control affiliation to achieve accurate differentiation of interface types.

There are provided apparatuses, methods, and systems for improving network access via contention-free random access (CFRA) of one or more devices across a plurality of reading sessions. In some embodiments, there are provided filtering criteria for respective reading sessions. In some embodiments, device identifiers (IDs) may be explicitly listed. In some embodiments, device IDs may not be explicitly listed. Various embodiments provide improvements for use of ambient internet-of-things (AIoT) devices.

The invention relates to a transaction method comprising the steps of: during a payment transaction between a customer and a merchant (ML1), establishing a communication link between a payment terminal (TP1) of the merchant and a mobile terminal (MT1) of the customer; acquiring, via the payment terminal (TP1), a payment device identifier (CI1); transmitting transaction data to a server (PSRV); transmitting, via the server, to the customer's terminal an access link (PNLK) to an application (WP); upon activation of the access link, transmitting, via the mobile terminal, to the server, an access request to the application containing the access link and the payment device identifier; upon receipt of the access request, generating and transmitting, via the server, a progressive web application to the mobile terminal; and receiving and executing the application via the mobile terminal. Figure 2

Implementations described herein relate to a device identifier composition engine (DICE) 3-layer architecture. In some implementations, a device may include a secure computing environment including a hardware root of trust (HRoT) DICE component. The secure computing environment may include a DICE layer 0 component configured to derive a DICE identity key. The secure computing environment may include a DICE layer 1 component configured to derive a DICE alias key based on the DICE identity key. The secure computing environment may include a controller configured to receive an update to firmware of a component. The controller may be configured to update the firmware of the component based on receiving the update. The controller may be configured to update one or more keys of the component or one or more keys of one or more components above the component in a layer stack.

The invention discloses an Internet of Things security chip based on multiple quantum entropy sources, and a security authentication method, device and system. The Internet of Things security chip comprises a static preset quantum entropy unit; a dynamic real-time quantum entropy source circuit; an entropy source fusion and management unit; wherein the entropy source fusion and management unit is configured to support at least two operation modes: (A) a basic service mode: generating a device identifier based on the output of the static preset quantum entropy unit, or providing a true random number based on the output of the dynamic real-time quantum entropy source circuit; (B) a fusion binding mode: taking the output of the static preset quantum entropy unit as an equipment binding parameter, performing cryptographic processing on the output of the dynamic real-time quantum entropy source circuit, and generating a cryptographic material uniquely bound with the equipment; the chip architecture realizes hardware-level binding of equipment identity and password randomness, has the advantages of high security, flexible configuration and controllable cost, and provides an ideal hardware trust root for constructing massive and trusted Internet of Things.

A wireless communication method includes: acquiring an electronic product code (EPC) uniform resource identifier (URI) from an environmental Internet of Things (IoT) device; and formulating a network access identifier (NAI) format subscribing to a permanent identifier (SUPI) based on the acquired EPC URI.

The invention provides a device positioning method and an electronic device, and relates to the technical field of terminals, a cloud device can verify whether a first electronic device is bound by using an obtained device identifier and a first user account of the first electronic device, and then the first electronic device can be accurately positioned under the condition that the first electronic device is repeatedly bound. And sending the first notification information to the second electronic equipment which is logged in by the second user account which is bound with the first electronic equipment in advance, so as to prompt the current position of the first electronic equipment to a user to which the second user account belongs through the first notification information, thus, even under the condition that the first electronic equipment is refurbished, the current position of the first electronic equipment can be prompted to the user to which the second user account belongs. In the embodiment of the invention, the first electronic equipment can still be positioned, the loss finding probability of the electronic equipment can be improved, the probability of loss or leakage of information stored by a user in the electronic equipment is reduced, and the user experience is further improved.

Provided in the present application are an information transmission method and apparatus, a communication node, and a storage medium. The method comprises: acquiring a first identifier of a user equipment, wherein the first identifier is a permanent identifier for identifying the user equipment; receiving a first message associated with the user equipment, wherein the first message comprises an equipment identifier of at least one user equipment; and on the basis of the first identifier, and the equipment identifier of the at least one user equipment in the first message, determining whether the at least one user equipment in the first message is a historical user equipment.

The application discloses a substation maintenance system determination method, system, electronic equipment and storage medium. The method comprises the following steps: determining the power engineering information model corresponding to the current substation according to the environment information of the environment to which the current substation belongs; determining the device model information base corresponding to the current substation according to each power device, the power device identifier and the device association information of the corresponding power device located in the environment; determining the holographic display and operation and maintenance detection system for displaying the current substation and each power device located in the current substation; and determining the maintenance system applied to the substation based on the power engineering information model, the device model information base and the holographic display and operation and maintenance detection system, so as to simulate the maintenance of the power device based on the maintenance system. Based on the above technical scheme, the problem that the existing scheme cannot simulate the maintenance scheme when the power device is maintained and repaired, thereby causing high maintenance cost, long time and poor efficiency is solved.

The invention relates to the technical field of logistics data processing, and discloses a cross-border logistics transportation scheme configuration method and device, computer equipment and a storage medium, and the method comprises the steps: obtaining a business demand text inputted by a user; extracting key fields in the business demand text by using a natural language processing model; automatically generating a business flow chart containing a plurality of logistics nodes according to the key fields; screening a matched target Internet of Things device from the Internet of Things device set based on the cargo storage condition; calling a corresponding communication protocol driving file according to the equipment interface type; generating an equipment control code according to the monitoring rule, and deploying the equipment identifier, the driving file and the control code to an edge gateway; and automatically generating a preliminary customs declaration document according to the cargo type and the path information. According to the invention, full-process automation of cross-border logistics scheme configuration is realized, and the problems of low efficiency and error proneness of traditional manual configuration can be solved.

The application discloses a connection method of a household appliance, the household appliance and a readable storage medium. The connection method of the household appliance comprises the following steps: when receiving a connection request sent by a terminal device, determining whether the device identifier of the terminal device is registered in the home account of the household appliance; when the device identifier is not registered in the home account, sending an instruction of inputting a connection password to the terminal device; receiving the connection password sent by the terminal device, and establishing a connection with the terminal device when determining that the connection password is correct. The security of the connection between the terminal device and the household appliance is improved.

The invention relates to an equipment category determination method and device, a storage medium and electronic equipment, and relates to the technical field of computers.The method comprises the steps that current data information reported by terminal equipment is received, the current data information is analyzed, and a to-be-detected equipment identifier and a reference equipment identifier associated with the terminal equipment are obtained; matching a first historical device identifier corresponding to the reference device identifier in a preset device identifier database to obtain a first identifier matching result, and matching a second historical device identifier corresponding to the to-be-detected device identifier to obtain a second identifier matching result; and according to the first identifier matching result and the second identifier matching result, determining a device category to which the terminal device belongs. According to the invention, the accuracy of the obtained equipment category is improved.