3 results about "Network Information Service" patented technology

The invention belongs to the technical field of block chains, and discloses an internet-based network information service system, which comprises a user side, a data processing side, a server side, an alliance chain node cluster and a distributed file storage module. The user side generates and verifies data based on the on-chain template, and completes on-chain evidence storage and off-chain original text storage; the data processing end intelligently triggers horizontal or vertical elastic expansion through a scheduling contract to process data according to a credible data state synchronized on the chain, and supports privacy calculation; and the server side completes data grading distribution and response record evidence storage according to the on-chain rule. The alliance chain node cluster is used as a credible center, and by deploying and executing intelligent contracts such as data templates, scheduling, hierarchical distribution, identity and authority and multi-signature verification, service rules are solidified, and full-process evidence information is stored, it is ensured that operation of each link cannot be tampered and is traceable. According to the invention, the trusted management of the data in the whole life cycle from generation to archiving is realized, and the security, efficiency and reliability of the system are improved.

This invention discloses a comprehensive management and online output service system for geoelectric radio networks, relating to the field of geoelectric radio network informatization. It includes: a data layer that acquires and stores multi-source geoelectric observation data from various radio stations; a monitoring layer that monitors the data quality of the multi-source geoelectric observation data; an output layer that automatically generates products online based on the multi-source geoelectric observation data; a management layer that manages the network and the system; and an application layer that provides network product services based on the products generated by the output layer, and provides network information services to the management layer. This invention not only solves the core challenges of digital and networked management of geoelectric radio networks from a technical architecture perspective, but also comprehensively improves the management level, quality accuracy, and application value of geoelectric observation data through the organic combination of full-process quality control, efficient collaboration, diversified output, and standardized services. It provides strong technical support for disaster monitoring and forecasting, and related scientific research, possessing significant practical value and promotional significance.

The invention relates to the technical field of computer and machine learning, and discloses a computer network information service management method and system based on a cloud technology. The method comprises the following steps: acquiring indexes during service operation, and constructing a dynamic service dependency topological graph; extracting a multi-dimensional state vector, inputting the multi-dimensional state vector into the graph neural network model, and calculating an abnormal propagation influence score; reversely deriving a fault root cause in combination with a fault propagation attenuation rule; matching the standardized self-healing action template library, performing priority ranking according to the service key level, the influence range and the action risk, and generating an execution instruction; the self-healing operation is automatically executed through a cloud platform arrangement engine, and the effect is verified in a closed loop mode. The system comprises an index acquisition module, a topology construction module, a state coding module, an anomaly analysis module, a root cause derivation module, a strategy matching module, a decision and execution feedback module and the like. According to the system, accurate positioning and safe self-healing of micro-service faults are realized, and the availability and toughness of a cloud native system are remarkably improved.