113 results about "Data Web" patented technology

The invention discloses a secondary water supply pump room operation and maintenance scheduling method and system based on process collaboration, and relates to the technical field of pump room data processing. The secondary water supply pump room operation and maintenance scheduling method and system based on flow collaboration comprises the steps that S1, mechanical operation data, network-level data and response data in the pump room operation process are collected and preprocessed, and a standardized pump room operation data set is constructed; s2, carrying out collaborative analysis on the consistency of the pump room working condition mode, and triggering the execution of a control instruction; s3, carrying out fusion evaluation on the overall working condition, and completing the dynamic adjustment of the operation and maintenance scheduling state; and S4, comprehensively evaluating the regulation and control conditions of the pump room, and pushing field equipment to execute real-time regulation actions. The problems that a pump room working condition change sequence cannot form a standardized operation mode and data-driven intelligent regulation and control lacks a verifiable basis are solved.

A data management network node (12) is configured for use in a wireless communication network (10). The data management network node (12) stores subscription data (14) for a wireless device (16). The data management network node (12) receives, from network equipment (26), a request that requests subscription data (14) for the wireless device (16). Responsive to the request, the data management network node (12) transmits to the network equipment (26) a response that includes at least some of the stored subscription data (14). If the subscription data (14) included in the response indicates the wireless device (16) is subscribed to use a certain data network or network slice that is subject to secondary or slice-specific access control, the subscription data (14) included in the response includes at least one generic subscription identifier for the wireless device (16).

Various implementations directed to price time priority queue for a multi-dimension map tile device repository are provided. In one implementation, a method may include receiving origin location data and destination location data. The method may also include generating data networks based on the optimized origin location data and the destination location data. The method may further include determining data hubs along the transmission or transit route and network, where the virtual hubs include a first virtual hub based on the origin location data and a second virtual hub based on the destination location data. The method may additionally include receiving IoT device data for the geolocation exchange units. In addition, the method may include receiving market depth data for a geolocation exchange for the geolocation exchange units based on the multi-dimension map tile repository nodal sequences.

This utility model provides an industrial internet network operation and maintenance training platform, including a training platform, a network module, an intelligent application module, and a network management terminal. The training platform includes an open vertical platform and a horizontal platform. The network module is located on the vertical platform and is used to realize network data communication between the intelligent sensing module and the network management terminal. It includes a security network, a backbone network, and a production network arranged sequentially from top to bottom. The intelligent application module is located on the horizontal platform and is used to build various industrial internet application scenarios and collect data. The network management terminal is located on one side of the training platform and is used for network debugging and network management. The network module, intelligent application module, and network management terminal are interconnected to realize practical training in various industrial internet application scenarios. This utility model adopts an open structure with a clear network structure hierarchy, which facilitates practical training; it can also build various industrial internet application scenarios, providing rich teaching application scenarios.

The invention relates to an N-port smart data switch (SSW) for an optical data network (10-1) comprising a plurality of data network nodes (N1-1, N2-1, N3-1, N4-1, NN-1) The N-port smart data switch (SSW) comprises: i) a switching matrix module (SMM) having Y circuit switches (OCS1, OCS2.OCSY) being placed in parallel, each circuit switch (OCS1, OCS2.OCSY) having N / C inputs and N / C outputs; ii) an N-to-N*Y optical distribution block (PDB1) placed between the N optical inputs (xNi) and the switching matrix module (SMM); iii) a C-to-1-combiner stage (CBM1) placed between the N-to-N*Y optical distribution block (PDB1) and the switching matrix module (SMM), iv) an N-to-N*C optical distribution block (PDB2) placed between the switching matrix module (SMM) and the optical outputs; and v) a Y-to-1 combiner stage (CBM2) placed between the N-to-N*C optical distribution block (PDB2) and the optical outputs, wherein N is the number of optical inputs (xNi) and the number of optical outputs (xNo), wherein N is an integer equal to or larger than two, and wherein Y is the number of circuit switches (OCS1, OCS2.OCSY) within the switching matrix module (SMM), wherein Y is an integer equal to or larger than one, and C is the oversubscription factor of the N-port smart data switch (SSW), wherein C is an integer equal to or larger than two. The use of smaller switching matrices in the current invention leads to a significantly increased yield when implementing these functions in photonic integrated circuit.

Disclosed here are methods, systems, and apparatuses for optimizing in-building network coverage through aggregation of usage data, network data, and other performance metrics and geospatial analysis employed to map network coverage data onto a geographic grid, facilitating spatial visualization of performance. The network coverage data is mapped to the buildings data to create a spatial visualization. A model is then applied to the network coverage data and the spatial visualization to identify buildings with a network coverage score below a threshold, and an appropriate action is performed based on the identification.

The present disclosure provides a system fault positioning method, system and electronic device. The system fault positioning method comprises: obtaining preset original information of a target network system, wherein the preset original information at least comprises topology data, network element data, alarm data, device performance data and log data of the target network system; converting and arranging the alarm data according to a first mapping data table to form an alarm information set, and determining a candidate root cause alarm device corresponding to alarm information in the alarm information set according to a second mapping data table; determining an alarm root cause, a root cause alarm device and a solution measure according to the alarm information set, the candidate root cause alarm device and the preset original information; forming a control signal for the root cause alarm device according to the solution measure, and sending the control signal to the root cause alarm device, or outputting the solution measure. The embodiment of the present disclosure can automatically position and adjust the system fault, and improve the operation and maintenance efficiency and reliability.

The application discloses a kind of based on DNA methylation's construction method of biological age prediction model, the application is downloaded from GEO data website, derived from Chinese population, contains calendar age data, whole blood sample 450k methylation chip data, by the method of elastic network combined bootstrap, 31 methylation sites of modeling candidate are screened, multiple linear regression, support vector machine, random forest and gradient boosting regression tree are used to carry out preliminary construction and evaluation of model, then further filter methylation sites using full subset regression, obtain methylation age prediction model based on 18 methylation sites.Finally, using any provincial team natural population data, methylation age prediction model is optimized, and finally the biological age prediction model based on 18 methylation sites is obtained.The model is suitable for Chinese population, the number of methylation sites contained is less, is not affected by blood cell components, and the prediction accuracy is good.

Embodiments of the present disclosure provide a communication method and device, electronic equipment and storage medium, and relate to the technical field of network. A first session establishment request sent by a UE is received, a data network identifier corresponding to an application identifier of a target application in a preset corresponding relationship between an application identifier set and a data network identifier set is obtained as a service data network identifier; if the service data network identifier is inconsistent with a current data network identifier in the received first session establishment request, the service data network identifier is sent to the UE, so that the UE takes the service data network identifier as the current data network identifier when receiving the service data network identifier, and re-sends the first session establishment request. The efficiency of the UE accessing the network is improved.

The present disclosure relates to the technical field of core networks, and in particular to an emergency settlement exemption method, device, equipment, medium and product. The method comprises: obtaining supervision instruction data; obtaining network data and service characteristic data within a coverage range based on the supervision instruction data; and obtaining an emergency settlement exemption result by using an emergency identification model based on the supervision instruction data, the network data and the service characteristic data, the emergency identification model being used to identify whether an emergency event meets a trigger condition of emergency settlement exemption, and the emergency settlement exemption result being used to represent whether to start an exemption process. Through three-dimensional emergency identification of the supervision instruction data, the network data and the service characteristic data, the emergency settlement exemption process can be automatically triggered, the communication support efficiency is improved, and in extreme disasters or other emergency situations, users can quickly obtain free emergency communication services across operators, and communication interruption caused by complex settlement processes is avoided.

The application discloses a wireless communication method, a wireless communication platform, an electronic device and a computer readable storage medium, receiving first DNS configuration information associated with a first application network element sent by an edge computing server; the first DNS configuration information comprises at least one of a data network address, an application network element service identifier, a data network access identifier, a fully qualified domain name, a service filtering identifier and domain name system information; configuring the first DNS configuration information for a to-be-configured network element associated with the first application network element in a core network device, and sending DNS feedback information to the edge computing server; the DNS feedback information is used for indicating that the to-be-configured network element is successfully configured, or indicating that the to-be-configured network element fails to be configured. In this way, it is ensured that a terminal device can access services carried on the edge computing server through local DNS services.

The application relates to a virtual reality-based intangible cultural heritage immersive experience method, device, equipment and medium. The method comprises the following steps: acquiring multidimensional data of a target intangible cultural heritage scene; performing grid processing on original three-dimensional point cloud data to obtain an initial three-dimensional geometric model; performing spatial registration on a spectral reflection curve and the initial three-dimensional geometric model to obtain a three-dimensional geometric model containing material spectral properties; analyzing a facet spectral emission curve in combination with a scene space-time cultural database to generate a parameterized physical material library; generating a basic light image in combination with the parameterized physical material library and the scene space-time cultural database according to experience space-time information selected by a user; fusing environmental special effect physical description parameters and the basic light image to obtain a synthesized visual picture result; and generating an immersive experience instruction based on the synthesized visual picture result and environmental special effect data. The method can dynamically adapt to material characteristics and space-time changes of different intangible cultural heritage scenes, and improves the restoration degree of the intangible cultural heritage scene and the user immersion.

A session management network element determines whether a first communication apparatus and a second communication apparatus have a redundancy functionality, receives a session establishment request message from a first terminal device, to request to establish a first session between the first terminal device and a data network. When both the first communication apparatus and the second communication apparatus have the redundancy functionality, and the first session is a redundant session, selects a first user plane function network element to establish the first session, where the second user plane function network element is configured to establish a second session, the first session is a redundant session of the second session, and the first session and the second session are for communication between the first communication apparatus and the second communication apparatus.

A method and system are provided. The method includes receiving, at a generator, a random input, producing, at the generator, a synthetic output of the received random input, receiving, at a teacher network, the synthetic output, receiving, at a student network, the synthetic output, minimizing a maximum of a distance between an output of the teacher network and an output of the student network, and constraining the generator.

Methods, apparatus, and systems are described for improved edge network access for a UE. According to some aspects, a UE may receive a first Data Network Name (DNN) from an application and determine, based on a Data Network Name (DNN) Replacement Rule, the first DNN is associated with a second Data Network Name (DNN), where the first DNN and the second DNN are different. The UE may determine, based on the DNN Replacement Rule, to associate traffic from the application with a Protocol Data Unit (PDU) Session, where the PDU Session may be used to send data from the application to a network and the PDU Session is associated with the second DNN.

A system for monitoring a vehicle-borne probe includes a first edge device in communication with the probe and configured to sense data related to a characteristic of a heating element of the probe, a coordinator in communication with the first edge device and configured to receive a first data output from the first edge device and to incorporate the first data output into a data package, a cloud infrastructure in communication with the coordinator via a data gateway and configured to analyze the data package to estimate a remaining useful life and predict a failure of the probe, and a ground station in communication with the cloud infrastructure and configured to refine remaining useful life estimation and failure prediction techniques of the system.

A communication method and apparatus. The method can be applied to non-terrestrial network (NTN) communication, and can be used for selecting an appropriate edge application server (EAS) and branching point for a terminal in a scenario where EASs / user plane functions (UPFs) are deployed on satellites, thereby ensuring the transmission of service data and improving user experience. The method comprises: a control plane network element (such as a session management network element) acquiring information of a first UPF on the basis of information of a first service and service deployment information, and then sending the information of the first UPF to determine an EAS, or configuring the first UPF on the basis of the information of the first UPF, wherein the EAS or the first UPF is used by a terminal to access the first service. The service deployment information comprises at least one of the following: time information corresponding to service information, an NTN device identifier corresponding to the service information, or a data network access identifier corresponding to a service, wherein the data network access identifier corresponds to an NTN device.

This invention relates to the field of data processing technology, specifically a comprehensive evaluation system for large-scale mass sports events based on image recognition technology. The system includes a time-frame synchronization module, a target tracking and detection module, a participation analysis module, a heatmap generation module, a trend prediction module, and a report generation module. First, it synchronizes multiple event video streams. Then, it tracks and detects the movement trajectories of participants, statistically analyzing the number of participants and their trajectory distribution to obtain real-time participation. The participation data is then processed into a grid to generate a dynamic heatmap, and the spatiotemporal evolution trend of participation concentration is predicted based on the event schedule. Finally, the real-time participation, dynamic heatmap, and prediction results are integrated to generate a comprehensive event evaluation report. This invention can improve the efficiency of generating reference information for the comprehensive evaluation of large-scale mass sports events based on image recognition technology.

The application discloses a session establishment method, device and system, electronic equipment and a storage medium. The session establishment method comprises the following steps: in response to a PDU session establishment request sent by a user equipment, determining whether a first DNN contained in the PDU session establishment request carries a network general identifier; in the case that it is determined that the first DNN carries the network general identifier, determining whether data traffic of the user plane function network element is greater than a traffic threshold; and in the case that it is determined that the data traffic of the user plane function network element is greater than the traffic threshold, instructing the user equipment to establish a session connection with a data network through a local network. Through session offloading, the pressure of the user plane function network element is reduced, and the congestion of the user equipment is avoided.

The application provides a fault reporting method and a network element, and relates to the technical field of communication. The fault reporting method comprises the following steps: detecting the link state of a first network element link, wherein the first network element link is a link between the first network element and a data network; and sending a reporting message carrying the link state of the first network element link to a second network element in the case that the first network element link is faulty or the fault of the first network element link has been recovered. The second network element can select or reselect the first network element or a third network element based on the reporting message carrying the link state of the first network element link, reduce the weight of selecting a faulty network element for a special terminal group, and thus reduce the probability of service failure.

In one aspect, a method includes generating, using a User Plane Function (UPF) of a core element of a network, a query to retrieve information associated with one or more Data Network Names (DNNs) configured in at least one other UPF in the network; transmitting the query to a Network Repository Function (NRF); receiving a response from the NRF, the response including IP address subnets of the at least one other UPF associated with the one or more DNNs; dynamically generating an Access Control List (ACL) to block mobile-to-mobile communication between User Equipment (UEs) in the network, using the IP address subnets received as part of the response, wherein each of the UEs is assigned an IP address from among the IP address subnets; and blocking M2M communication using the ACL dynamically generated.

A method for session control by a session management function (SMF) in a mobile communication system for unmanned aerial service (UAS) communication is provided. A protocol data unit (PDU) session establishment request message including a data network name (DNN) configured for a UAS, a first user equipment (UE) identifier, and a second UE identifier for UAS communication with the first UE is received from the first UE, routing information of the second UE is obtained from a UAS traffic management (UTM) based on the PDU session establishment request message; a PDU session is established between the first UE and the second UE based on the routing information, and a PDU session establishment response message including PDU session establishment information is transmitted to the first UE.

A communication system of the present application includes a plurality of networks including a radio access network and a core network, the plurality of networks including: an anchor network that is a network having a user plane function directly connected with a data network that is a data transmission destination of a communication terminal; and a non-anchor network that is connected to the data network via the anchor network, the anchor network acquiring information about a communication quality in the non-anchor network from the non-anchor network, performing failure detection of the non-anchor network based on the acquired information, and performing failure detection of the own network.

This application provides a web-based interactive air-to-ground collaborative command system and method, relating to the field of air-to-ground collaborative control technology. The system includes: an airborne sensing unit that collects real-time video, UAV pose, and target distance data; a web-based interactive unit that displays the video and generates gimbal control, target locking, and mission commands based on mouse operations; a gimbal control unit that controls the gimbal to rotate and point to the corresponding mouse position according to the commands; a target calculation unit that calculates the target's geographic coordinates based on the UAV pose, gimbal attitude, and distance data, and corrects them using terrain elevation data to obtain the target's spatial coordinates; a communication unit that transmits mission commands and coordinates; and a ground execution unit that receives commands and autonomously navigates to the target location. This solves the technical problem of existing technologies being unable to achieve intuitive interaction and precise positioning coordination in complex terrain conditions for air-to-ground collaborative command.

The present invention relates to a method for generating a digital receipt code (QC) for a sales transaction between a seller (V) with a sales device (10) and a buyer (K) with a mobile device (200), comprising the following steps: capturing at least one sales information (VI) of the sales transaction, generating at least one receipt information (QI) based on the captured at least one sales information (VI), generating a digital receipt code (QC) comprising an information code (IC) with the at least one receipt information (QI) and an address code (AC) with an address link (AL) for calling a network address (NA) in a data network (300), and outputting the generated digital receipt code (QC) to the mobile device (200) of the buyer (K).

This invention relates to the field of coal mine safety monitoring technology, specifically providing a three-layer intelligent coal mine system. The three-layer architecture includes a perception layer, a network layer, and an application layer. The perception layer collects data to obtain multi-dimensional mine data, which is then preprocessed to obtain multi-dimensional target data. The network layer transmits this multi-dimensional target data to the application layer, which includes at least a data access layer and a business logic layer. The business logic layer includes at least a safety monitoring module, an equipment monitoring module, and a data analysis and simulation module. The safety monitoring module includes an environmental parameter monitoring submodule and a personnel positioning and safety monitoring submodule. The equipment monitoring module is used for equipment fault monitoring and prediction. The data analysis and simulation module monitors the mine's safety status and triggers risk warnings, improving the efficiency and accuracy of safety monitoring in the intelligent coal mine system.

This invention discloses a system and method for deep coupling of a lightweight EDR agent and a Trusted Execution Environment (TEE) for SOC chips. The system includes a rich operating system execution environment (LOOMI) and a Trusted Execution Environment (TEE) deployed on the SOC chip, and a separate EDR agent deployed across these two environments. The separate EDR agent comprises: a lightweight acquisition module on the OLOMI side, deployed within the OLOMI, configured to collect process behavior data, network connection data, and file operation event data during system runtime according to a collection strategy, and to perform lightweight preprocessing and serialization on the collected raw data to form data blocks to be analyzed; and a core security engine on the TEE side, deployed within the TEE and physically isolated from the OLOMI-side lightweight acquisition module, configured to receive the data blocks to be analyzed through a secure channel, perform security threat analysis and decision-making, and manage security key materials. This invention provides efficient, secure, and accurate protection.

The present disclosure relates to a network component (100) for a data network of a vehicle (10), comprising: - at least one integrated PHY chip (110A, 110B, 110C, 110D); and - a control module (120) configured to set an activity state of the at least one integrated PHY chip (110A, 110B, 110C, 110D) and / or the network component (100) based on at least one vehicle state parameter.