11 results about "Real time validation" patented technology

This application relates to the fields of artificial intelligence security and software copyright protection technology, and discloses a method and system for the encrypted deployment and operation control of large models. The method includes: loading an encrypted large language model file on the deployment end and starting a model inference service; executing parallel environment monitoring tasks during the operation of the model inference service to verify the matching status of the current operating environment with preset authorization conditions in real time; when the verification matching status is abnormal, maintaining the process running state of the model inference service and its interface response capability to external requests, while switching the operating mode to a controlled interference mode; in the controlled interference mode, intercepting intermediate probability distribution data during the model inference calculation process and executing a computational perturbation strategy to disrupt the semantic logic of the model-generated content, thereby achieving implicit degradation of the output results. This application significantly improves the concealment and resistance to reverse engineering of the authorization protection mechanism.

The application relates to the technical field of building information modeling and discloses a double-layer foamed ceramic wallboard advanced hole reservation BIM collaborative design method, which comprises the following steps: after receiving a design operation, a preprocessing transaction is generated; localized real-time verification is performed based on internal constraint rules of components to provide instant feedback; after verification, it is determined whether distributed negotiation needs to be started based on external influence rules; if so, potential influence notifications are broadcast to affected participants, and negotiation responses including approval, rejection or approval with conditions are collected; and the responses are comprehensively judged based on preset adjudication rules to determine the final disposal result of the preprocessing transaction. Through the pre-verification and negotiation mechanism, the traditional post-conflict resolution is moved forward, the strong consistency of model data and the traceability of design decisions in a multi-user environment are ensured, and the efficiency and quality of collaborative design are effectively improved.

The present application relates to the cross field of chip burning and information security encryption, and discloses a chip security burning dynamic encryption verification system and method. The system is composed of seven core modules, and seven core technologies of PUF hardware unique binding, two-way challenge-response authentication, streaming segmented chain encryption, block-by-block real-time verification, six-state adaptive security state machine, key life cycle management and control, and whole-process encryption log tracing are fused. The method is divided into three stages of preparation before burning, dynamic encryption real-time burning and post-burning, realizes one session one key, one chip one binding, whole-process ciphertext transmission and real-time verification, and triggers hierarchical processing and hardware fuse in abnormality. The present application solves the problems of low security, verification lag and key management loss in traditional burning, greatly improves the security, production efficiency and compliance of burning, and is suitable for high-security chip production burning scenes such as automotive, industry and finance.

The application discloses a product page field level dynamic generation method, device and system based on a backend, relates to the technical field of page configuration, and achieves field level dynamic configuration generation of a product page and flexible adaptation of multi-scene page construction requirements through the following steps: defining the definitions of commodity configuration, field configuration, rule configuration and resource configuration in a background management system, constructing a cache key by multi-dimensional parameter combination for strategy matching, adopting a configuration and resource separated storage architecture and dynamically assembling page configuration data through database association query, and simultaneously performing real-time verification and linkage verification on user input data according to the verification rules of field configuration by using a general component library and a rendering engine to parse configuration and dynamically generate a page.

A real-time high-fidelity preparation and logical verification method of multi-modal inference chain data, comprising the following steps: when a multi-modal large model performs an inference task for a multi-modal inference request, real-time acquisition of intermediate data generated by the multi-modal large model in the inference process as a multi-modal inference data segment; decomposition and streaming feature coding of the multi-modal inference data segment to obtain feature vectors of each modality; based on the feature vectors of each modality, real-time query of an external knowledge base through a streaming vector retrieval method to associate background knowledge related to the semantics of the multi-modal inference data segment; fusion of the multi-modal inference data segment and the background knowledge associated therewith to form a high-fidelity inference chain sample; real-time verification of the logical consistency of the high-fidelity inference chain sample based on a pre-defined logical rule set or a lightweight verification model; and continuous post-training of the multi-modal large model using the high-fidelity inference chain sample that meets the logical consistency requirement.

This application discloses a full-link intelligent event tracking system and method, relating to the fields of game development and data analysis technology. The system includes: a large model scheme generation module, a scheme review and management module, an IDE integrated development assistant module, and an MCP server. This application constructs a bidirectional direct gRPC connection channel between the "IDE-built-in MCP client" and the "independently deployed backend MCP server," placing data verification at the coding stage and significantly shortening the problem feedback cycle. Combined with a standardized scheme for large model generation and a dynamic rule engine, it constructs a full-link automated closed loop from scheme design and automatic code generation to real-time verification and feedback optimization, significantly improving event tracking development efficiency and data quality. Furthermore, it achieves intelligent data governance through a continuous learning mechanism.

This disclosure pertains to a method for real-time state-validation of entanglement between at least two independent distant quantum nodes in an extendible quantum network. Each quantum node comprises at least a communication qubit. The quantum network comprises a midpoint, comprising a measurement apparatus for measuring a herald in a quantum signal, and a digital logic unit for calculating the measurement result. The method comprises the steps of receiving a hybrid signal comprising a quantum signal and a classical signal; measuring, each of the quantum signals to validate entanglement; validating the entanglement based on the outcome of the measurement and on the state-validation information of the classical signal; sending a classical message about the validation of the entanglement attempt.

This invention relates to the field of zero-carbon operation technology in industrial parks, and more particularly to a low-carbon energy consumption management method for industrial parks based on digital twins. This method constructs an integrated digital twin for rendering and simulation using Unreal Engine as a unified platform, integrating BIM, oblique photography, and multi-source models of equipment mechanisms to achieve simultaneous engine scheduling for rendering and physical simulation. A real-time data-driven dynamic rendering closed loop is established through a dedicated data bridging middleware, mapping energy consumption data to visual changes in the twin. An improved multivariate temporal Transformer model is used to generate an energy consumption prediction baseline, combined with an energy supply and consumption topology knowledge graph to complete anomaly classification alarms and root cause localization. Based on the twin scenario, control strategies are simulated and pre-performed, then executed and their effects verified in real time. The purpose of this invention is to solve the problems of separation between rendering and simulation, insufficient data linkage, and fragmented control processes in traditional solutions.

The application discloses a kind of server component tracking method and system, it is related to information technology field, the server component tracking method and system disclosed, by obtaining the original component data of each component of server, standard component data are obtained by preprocessing, generate component digital identity certificate data, store to blockchain network, real-time verification and exception handling, the problem of low efficiency, poor security of traditional method is solved, efficient server component tracking is realized, can improve the efficiency and accuracy of server component tracking, enhance data security and real-time exception response capability, improve historical traceability reliability.

The application discloses a low-code development platform implementation method, equipment and medium, and the method comprises the following steps: receiving requirements in the form of natural language, sketches and other non-programming languages, using a large language model to analyze and generate a structured design model; in the process of visual development, an intelligent recommendation engine is used to actively recommend components and arrangement schemes, and an AI auxiliary module is used to perform real-time verification and optimization on graphical logic; finally, a pre-trained code generation model is called to output target language source code conforming to enterprise-level specifications. The application realizes intelligent assistance for the whole process from requirement description to code generation, significantly reduces the development threshold, and improves the development efficiency and code quality.