15 results about "Resource center" patented technology

The invention belongs to the field of transformer pile head recognition, and particularly relates to a distribution transformer pile head automatic recognition system which comprises a data integration module, a data processing module, a system control module, a waveform parameter calculation module, an excitation circuit analysis module, an equivalent inductance conversion module and a looseness recognition algorithm module. According to the scheme, the high-cost limitation of a traditional vibration sensor or 3D modeling is broken through, and remote monitoring of looseness of the transformer pile head can be achieved through equivalent excitation inductance conversion and waveform similarity analysis without additional hardware transformation based on voltage and current data collected by an existing digital platform (a resource middle platform, a marketing middle platform and the like) of a power grid. Compared with the traditional scheme in the industry, the method has the advantages that the hardware transformation cost is reduced by more than 70%, the problem of missing inspection of manual inspection is avoided, the average recognition time of the pile head loosening fault is shortened to be within 15 minutes from 4 hours of traditional manual inspection, the monitoring efficiency is remarkably improved, and non-intrusive and low-cost accurate sensing of the state of the transformer is realized.

The invention discloses a data storage method and device, equipment, a storage medium and a program product, and the method comprises the steps: obtaining data features and data attributes of to-be-stored data when the to-be-stored data is received; obtaining node information of all nodes in the resource center, and screening out candidate nodes from all the nodes according to the node information; according to the data features and the node information of the candidate nodes, target nodes matched with the to-be-stored data are screened out; determining a target storage hierarchy corresponding to the target node according to the data attribute; and storing the to-be-stored data to the target storage hierarchy. By adopting the embodiment of the invention, the dynamic scheduling of data storage can be realized, the problem of non-uniform node load of the traditional centralized architecture is effectively solved, and the resource utilization rate of the node is improved.

The invention discloses an online classroom interaction system based on a business and video separation technology, which relates to the technical field of online classroom, and comprises a video capability service layer used for receiving online classroom video streams, uploading the video streams to an OSS object and storing the video streams as teaching materials of a resource center, or on the basis of CDN acceleration private network video stream pushing, online live broadcast is realized; and the business layer is used for receiving a business request sent by a client, calling the video capability service layer to carry out corresponding business logic processing according to the business request, and sending a business logic processing result to the client. According to the invention, a traditional service-video strong coupling mode is broken, the flexibility and expandability of the system are improved, the maintenance cost and fault risk of the system are reduced, the user experience and the service quality are optimized, the online live broadcast course can be smoothly carried out, and the teaching quality of a school is guaranteed.

The application discloses a kind of digital twin development service systems for multi-source service, system includes resource center, for gathering, management and sharing digital twin resource;Developer center, for providing low code development tool chain;Three kinds of general support services, including analysis calculation service, associated mapping service and simulation service;And N business extension capabilities.In technical architecture, the system is divided into basic environment layer, twin resource layer, development service layer and system function layer, and cloud edge fusion deployment mode is used.The application extracts common capabilities of twin application, realizes the unified management of twin resource and the unity of technical route, solves the problems of insufficient resource sharing, inconsistent secondary development interface standards and poor computing power adaptation in the prior art, reduces the development threshold through scene engineering assembly and micro-service capability packaging, realizes the rapid adaptation of cross-domain business and efficient development of twin application.

This disclosure relates to the field of computer technology, specifically to a cross-domain authentication method and system, computer program products, and electronic devices. The cross-domain authentication method is applied to a cross-domain authentication system and includes: responding to a client's access request for computing resources within a target resource center; generating the client's fingerprint information based on client characteristics and generating a temporary token for the computing resources; sending a redirection response to the client pointing to the target resource center, instructing the client to set a credential containing the temporary token and fingerprint information in a cookie corresponding to the domain name of the target resource center; and responding to the client's access to the target resource center by providing authentication services for the cookie carried by the client. This disclosure reduces the interaction complexity and latency of cross-domain authentication and authorization, and enhances the reliability of authentication and authorization in cross-domain scenarios.

The invention discloses a task-based guarantee resource configuration method, and relates to the technical field of guarantee resource optimization, and the method comprises the steps: based on a task type and an equipment type, calling a preset task-resource mapping library, preliminarily determining the type and the number of required resources, combining execution environment parameters, and carrying out the dynamic correction of resource demands. Outputting a precise task resource demand list; constructing a guarantee resource pool model; evaluating the availability of the resources; a'priority priority-on-demand allocation 'strategy is adopted, and a high-priority task preferentially enters a resource matching process; establishing a multi-objective optimization function by taking the highest matching degree of resources and task requirements, the lowest resource transportation cost and the shortest task waiting time as objectives; a resource reuse coefficient is introduced, and a preliminary'task-resource 'allocation relation table is output. The method can overcome the defects of inaccurate task matching, insufficient time sequence overall planning and poor dynamic adaptability caused by a resource center mode in the prior art.

This invention provides a cloud computing power analysis method, cloud computing power platform, and system. It includes constructing a cloud computing power resource center to effectively acquire optimal cloud computing power resources when achieving a target task, thereby ensuring efficiency in completing the target task and saving resources, improving adaptability to different target tasks, and dynamically updating cloud computing power resources according to the execution process until the target task is completed. This effectively ensures that the target task standard is met within the expected completion time, thus effectively guaranteeing the accuracy and effectiveness of task completion.

1. The name of the design product: human resource service terminal. 2. The use of the design product: the design product is used in human resource center to realize a series of query functions such as recruitment query, business query, regional comparison query, etc. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

The present application relates to the technical field of data processing, in particular to a medical community business interconnection method and system based on platform and data double bus, through the double mode of timing and real-time collection and standardization of each institution heterogeneous business data, a unified data resource center is constructed; a double bus architecture of platform service bus and data exchange bus cooperation is established, respectively realizing intelligent scheduling of business service and reliable transmission of data; the core business capability is packaged as a standardized reusable service, and the business request is dynamically distributed through the intelligent routing mechanism; through the unified interface layer, the protocol and semantic double adaptive access with external systems are realized; finally, through full link monitoring and multi-modal intelligent diagnosis, abnormal early warning and root cause positioning are realized. The problems such as low data flow efficiency, slow business response, lack of unified scheduling and intelligent routing mechanism in the existing medical community system are solved, and the overall operation efficiency and service capability of the medical community are improved.

The application provides a micro-service deployment and scheduling method and system based on an improved genetic algorithm, relates to the technical field of micro-service architecture, and encodes chromosomes based on deployment substrings and scheduling substrings; initializes a population; calculates fitness, and performs selection operation based on the combination of optimal preservation and roulette; performs two-point crossover operation based on self-adaption; performs basic bit mutation operation based on self-adaption; judges whether a termination condition is reached; if the termination condition is reached, performs catastrophe operation, so that the population iteratively evolves to a preset number of times, the individual with the highest fitness is saved, and the deployment substrings and scheduling substrings in the remaining individuals are subjected to mutation operation with a very high probability. The application establishes the deployment substrings and the scheduling substrings, the length of the deployment substrings depends on the number of resource centers and the number of micro-service types, and is much smaller than the number of tasks brought by user requests, so that the coding length of each individual is reduced, and the search efficiency is improved.

The invention relates to the technical field of medical data processing, and provides a data management method and device based on a medical instrument popularization platform, equipment and a medium, and the method comprises the steps: determining a target service provider corresponding to a business data request when the business data request sent by any terminal equipment is received; determining whether target master data corresponding to the business data request exists in a first master data pool or a to-be-settled master data pool of a corresponding resource center; when it is determined that the target main data does not exist, storing the target main data to a to-be-settled main data pool according to a received target main data adding instruction; according to a received target main data precipitation instruction, target main data is precipitated into the first main data pool and sent to the platform center at the same time, and the platform center stores the target main data into the main data pool to be associated. Through the technical scheme of the invention, service providers can carry out services in advance without relying on the integrity of main data and carry out post-association and precipitation through the platform center, and cross-service-provider data intercommunication and privacy protection are taken into account.

The invention discloses a network planning method based on resource dynamic data, and the method comprises the steps: collecting the dynamic data of a cloud network capability resource center in real time through an interface, and creating a routing ledger; performing security analysis on the routes in the route ledger, determining the risk levels of the routes, and removing the routes with substandard security; generating a recommended route based on index search, and outputting a safe routing scheme; and displaying the routing scheme based on the network security topological graph. The method can meet the core requirements of operators, is suitable for planning and management of various communication networks, can remarkably improve the reliability and service quality of the network especially in a large-scale and complex network environment, and has a wide application prospect.

The application discloses a network target range resource sharing method and platform based on C-D mode. The method is as follows: 1) each local target range registers on the central target range resource sharing platform to obtain corresponding identification and permission for target range resource sharing; 2) the registered local target range publishes target range resource information based on the resource sharing platform, first generates a target range information resource directory according to the characteristics of the pre-published resource information and registers the directory to the directory service system of the central target range; 3) the registered local target range j inquires the published target range resource information through the target range information resource directory on the sharing platform, then sends a shared resource request to the resource sharing platform based on the demand; the resource sharing platform acquires the information of the local target range i publishing the requested resource according to the request and sends the information to the local target range j; then the local target range j acquires the requested resource from the local target range i; and the central target range updates the contribution degree of the local target range i based on the contribution degree of the local target range i to the target range resource sharing.

The present application relates to the field of information technology, and provide a kind of based on resource self-adapting task scheduling method and system, the method of the present application includes: task data, executor data, task instance data are distributed cache;Task is evenly distributed to each executor by hash calculation to scheduling executor and task instance;By configuring adaptive, adjustable resource pool, automatically allocate resource pool and provide configurable resource;According to the data source information configured, automatically adapt multiple data sources.The system of the present application is composed of scheduling center and scheduling executor, wherein, scheduling center includes: distributed cache center, routing management module, resource center and data source center.According to the task scheduling method and system based on resource self-adapting of exemplary embodiment of the present application, the efficiency of task scheduling can be improved, and the resource occupation and error rate of task scheduling are reduced.

1. The name of the design product: geological information management graphical user interface for electronic equipment. 2. The use of the design product: for an electronic device. 3. The design features of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design features: front view. 5. The electronic device is a conventional design, and other views are omitted. 6. The use of the graphical user interface: the design product is used for geological disaster information management. The front view clicks the chart on the right side of the "fold" to display the change state chart 1, the change state chart 1 clicks the setting button on the upper right corner of the list to display the change state chart 2, the change state chart 2 clicks "add" to display the change state chart 3, the change state chart 3 closes the pop-up window and clicks "resource management" to display the change state chart 4, the change state chart 4 clicks "college organization management" to display the change state chart 5, the change state chart 5 clicks "personnel management" to display the change state chart 6, the change state chart 6 clicks "personnel authorization" to display the change state chart 7, the change state chart 7 clicks the "authorized role" on the right side of the first row of the list to display the change state chart 8, the change state chart 8 closes the pop-up window and clicks "online office" to display the change state chart 9, the change state chart 9 clicks "initiate application" to display the change state chart 10, the change state chart 10 clicks "business label" to display the change state chart 11, the change state chart 11 clicks "return home page" to display the change state chart 12, the change state chart 12 clicks "geological map" to display the change state chart 13, the change state chart 13 clicks "resource center" to display the change state chart 14, the change state chart 14 clicks the first "hidden point-application change table" in the list to display the change state chart 15, and the change state chart 15 clicks "GeoSeek" on the right side of the interface to display the change state chart 16.