7 results about "Hierarchical design" patented technology

The application provides an asset simulation system for threat awareness, comprising a simulation module, a decision module, a semantic mapping library, a response agent, a resource storage module and a session library, when an access request of an attacker is received, the decision module first matches the resource type corresponding to the request through the semantic mapping library, if it is static resource access, the decision module directly calls the static simulation resource in the resource storage module and returns the response, if it is dynamic resource access, the decision module triggers the response agent, so that the response agent is started and dynamically interacts with the attacker, records the interaction log, and synchronously updates the session context to the session library. The application realizes high-fidelity replication of static and dynamic resources of the protected assets relying on a vertical large model, and through hierarchical design, can quickly respond to static resource access and deeply interact with dynamic resource access.

The application belongs to the technical field of AI development, and particularly relates to a localized one-stop AI development platform and method, which comprises at least one first control server, multiple computing power servers and a data center level Ethernet switch. The Ethernet switch and the multiple computing power servers are located at a computing interconnection layer. The at least one first control server is located at a data access layer and is a core management layer of a business network. The application adopts a hierarchical design network architecture to solve the technical problem of how to build an AI development platform with high performance, high reliability and resource isolation capability.

The application belongs to the field of intelligent classification, and specifically relates to a garbage classification method and system based on intelligent analysis, which comprises a visual feature extraction module, a structured semantic knowledge base construction module, a semantic prior generation module, a classifier training module and a garbage classification module; the application introduces double-flow coding of local texture and global shape into a semantic enhancement framework, and realizes adaptive fusion through a learnable gate to dynamically adjust the degree of dependence on the two kinds of features; the application proposes a four-dimensional semantic ontology as a semantic framework for garbage classification, and designs a two-level routing network to realize dimension-aware expert decomposition, so that hierarchical design makes semantic modeling of garbage classification more fine; through retrieval and optimization of the dimension gate, the application ensures that the retrieved garbage classification text and the sample are highly matched in important dimensions, and further enhances the consistency and class discriminability of cross-view representation through comparison of semantic consistency loss, so as to finally improve the garbage classification efficiency.

The application discloses a somatotype robot domain control system and method adopting heterogeneous computing hierarchical design, and relates to the technical field of robots.The system comprises a heterogeneous hardware platform taking RZ / T2H chips as carriers, a scheduling system, and a physical-computing fusion control algorithm framework.The scheduling system and the physical-computing fusion control algorithm framework are both arranged on the heterogeneous hardware platform.The heterogeneous hardware platform integrates intelligent computing wings, real-time control wings, special-purpose acceleration units, and deterministic data pipelines.The application realizes deep decoupling and efficient cooperation of intelligent decision-making and real-time control, guarantees full-link timing determinacy and task priority, and processes hardware of the special-purpose acceleration units, thereby greatly improving the sensing and execution efficiency, eliminating data jitter and synchronization errors, and realizing deep cooperation of the physical-computing fusion control algorithm framework in the interaction between computation and physics, thereby significantly improving the control performance.The parallel initialization, cooperative diagnosis and safety monitoring mechanism improve the system reliability and safety, and are suitable for multiple types of somatotype robot scenes.

The application discloses a kind of overall architecture design methods of intelligent tendering auxiliary system, belong to tendering auxiliary technical field, including S1. Architecture requirement hierarchical analysis;S2. Intelligent core layer module design;S3. Data support layer architecture design;S4. Interface adaptation layer and interactive layer collaborative design;S5. Security protection layer embedded design;S6. Architecture linkage debugging and iterative optimization;Five-layer architecture hierarchical design is adopted, the function orientation and requirement of each layer architecture are clear;The overall architecture design method of the intelligent tendering auxiliary system establishes the corresponding relationship of each layer requirement and module by requirement-module correlation matrix, solves the problem of existing architecture design fragmentation, realizes the close linkage between each layer architecture and each module, ensures the seamless connection and efficient operation of tendering whole process.

The application discloses an interface automatic test method and system for HIS and a medium, and the method comprises the following steps: obtaining project function requirements, configuring interface specification information, and configuring interface development documents based on the project function requirements and the interface specification information; configuring development modules, input parameter format databases and parameter generation tools; configuring interface test specification information and functional interface modules based on the interface development documents, the development modules, the input parameter format databases and the parameter generation tools; configuring test modules and obtaining test requirements; and performing interface test operations based on the interface test specification information, the functional interface modules, the test modules and the test requirements; the application can develop various business interfaces meeting project requirements, and can automatically perform batch testing on the calling and running of the business interfaces based on the hierarchical design among the business interfaces, so that the test duration is greatly reduced and the test efficiency is improved.