7 results about "Information resource management" patented technology

The invention relates to the technical field of industrial data scheduling and intelligent manufacturing, and provides a big-data-driven intelligent information resource management platform which adopts a closed-loop architecture composed of five modules, namely a data perception and characterization module, a knowledge cognition and constraint modeling module, an online dynamic optimization decision module, a resource execution and coordination module and a meta-cognition and evolution module. Real-time quantitative evaluation of data quality is realized through a triple quality vector; automatically converting the text business rule into a computable mathematical constraint and knowledge graph; carrying out dynamic scheduling decision making by adopting a knowledge enhancement reinforcement learning agent fused with a double reward mechanism; node-level real-time fine tuning is realized through an edge actuator; and closed-loop self-evolution of the scheduling model and the knowledge base is realized by means of a meta-cognitive mechanism. According to the method, the scheduling efficiency, the business compliance and the system adaptive capacity are cooperatively improved, and the method is suitable for industrial quality inspection data scheduling scenes with high real-time performance and high compliance requirements.

The embodiment of the invention provides a resource mounting method and device of a container, electronic equipment and a readable storage medium. The method comprises the steps that when a virtual machine initialization process of a security container is operated, a resource management plug-in extracts mounting indication information from an environment variable of the security container; the resource management plug-in generates a resource mounting request according to the mounting indication information; and the resource management plug-in calls a resource management service to process the resource mounting request. As the resource management plug-in is arranged in the virtual machine initialization process of the security container, the resource management plug-in not only can access the path in the security container, but also can access the host machine and the path of the virtual machine, the resource on the host machine, the resource on the virtual machine and the resource of the external storage object can be mounted to the security container. In addition, the mounting indication information can be dynamically adjusted to mount different resources, and a dynamic resource mounting mode is realized.

The invention relates to a coal mine disaster monitoring data acquisition system, and belongs to the technical field of coal mine disaster monitoring. The system aims to solve the problems of data islands, lack of collaborative linkage among equipment systems, untimely abnormal alarm processing and the like in coal mine safety management, and comprises a data center and a data acquisition and transmission software platform, and the data center is responsible for data storage, processing and service; and the data acquisition and transmission software platform is responsible for data acquisition, transmission and processing. The system realizes flexible integration of different monitoring subsystems through plug-in design, supports multiple data acquisition modes, and ensures timeliness, accuracy and reliability of data. Besides, strict information resource management and information safety guarantee management are set in the system, comprehensive and detailed data support is provided for coal mine disaster analysis and early warning, and the coal mine safety guarantee level is effectively improved.

The invention provides a test instruction generation method and device, electronic equipment and a storage medium, and relates to the technical field of chip design and manufacturing, and the method comprises the steps: randomly determining a target instruction; sending resource demand information of the target instruction to a resource management module, and receiving resource allocation information generated by the resource management module based on the resource demand information; the resource management module is used for managing hardware resources in the to-be-tested chip; and sending the instruction identifier of the target instruction and the resource allocation information to a preset instruction library, so that the preset instruction library generates a test instruction sequence including the target instruction and an execution expectation result corresponding to the test instruction sequence. According to the method and the device provided by the invention, various test instruction sequences and corresponding expected results are randomly generated in an automatic execution mode, a software team does not need to provide or manually compile the test instruction sequences, and the verification coverage rate and the verification efficiency in a chip system-level test are improved.

In a processing system with multiple processors, a shared cache memory is allocated. [Solution] The processing systems 100 and 100a that process tasks include a plurality of processors 10 and 20, a shared cache memory 30 shared by the plurality of processors, a resource manager 50 that allocates, for each task to be executed, an execution processor from among the plurality of processors to execute the task, and a memory area to be used in the shared cache memory, and a first profile storage unit 60 that stores a cache partitioning profile 61 in which area-related information, which is information about the memory area to be used, is set for each type of task. The resource manager uses the area-related information according to the type of task to be executed in the cache partitioning profile to perform the allocation.

The invention relates to the field of aviation medical rescue, in particular to an intelligent dispatching system of a helicopter aviation medical rescue command management platform. Comprising a data interface module, a resource management module, a scheduling decision module and an instruction generation and release module, wherein the data interface module receives a rescue request and obtains vital signs of a wounded person, an equipment state and dynamic environment information in real time; the resource management module monitors the state and availability of resources such as rescue helicopters, airborne medical equipment and rear hospitals on a GIS map in real time based on multi-source information; the scheduling decision module fuses the multi-dimensional data and generates an optimized scheduling scheme of helicopter assignment, route planning and target hospital allocation; and the instruction generating and issuing module converts the scheme into a control instruction and synchronously issues the control instruction to each related unit for cooperative rescue. The system solves the problems of data splitting, non-real-time resource monitoring, unscientific scheduling decision and poor instruction collaboration of an existing command management system.