17 results about "Information resource management" patented technology

The invention provides a computing power center computing power scheduling method based on a multi-dimensional weight algorithm and a storage medium, and the scheduling method comprises the following steps: S1, obtaining a submitted task of a user through a scheduling portal, forwarding the task to a scheduling management service, and obtaining metadata information such as a resource demand, a priority and deadline of the task by the scheduling management service; s2, the resource management service system obtains the newest NodeMetric of each computing node through a unified monitoring service, task types are divided according to the task resource demand characteristics, and the NodeMetric is a node real-time index; and S3, the scheduling management service system generates Wfinal according to a multi-dimensional index based on the task type through a weight calculator, and sorts the candidate nodes from high to low according to the Wfinal.

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.

An environment-constructing apparatus selects a container to be a preemption target in accordance with characteristics of a workload of each of a plurality of containers in an operational environment. The environment-constructing apparatus includes a resource management unit, an operating information acquisition unit, and an environmental information storage unit. The resource management unit manages, as container deployment information, deployment of containers with respect to the operational environment. The operating information acquisition unit acquires, as container monitoring information, an operational status of resources operating in the operational environment. The environmental information storage unit stores the container deployment information and the container monitoring information. The resource management unit infers workload characteristics of running containers on the basis of the container deployment information and the container monitoring information and selects a container to be a preemption target from among the plurality of containers.

The application relates to a sensor control method and device of a vehicle, a medium, a product and a vehicle. The method is applied to a control device of the vehicle and comprises the following steps: a resource management layer determines target session identification of a target sensor to be controlled and first control information corresponding to the target sensor based on a sensor control request; the target session identification is used for identifying a target session channel; the target session channel is used for data transmission between a bus conversion layer and the target sensor; the resource management layer determines first resource information corresponding to the target session identification from first mapping information between session identification and resource information; the resource management layer generates and sends a first control instruction to the bus conversion layer by using a preset communication protocol based on the first resource information and the first control information; and the bus conversion layer generates a second control instruction by using a target communication protocol matched with the target sensor based on the first control instruction, and sends the second control instruction to the target sensor.

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.

To appropriately manage resources.SOLUTION: An environment construction device 20 selects a container to be preempted according to the characteristics of the workloads of a plurality of containers in an operation environment 30. The environment construction device 20 comprises a resource management unit 22, an operating information acquisition unit 23, and an environment information storage unit 24. The resource management unit manages the arrangement of containers in the operation environment as container arrangement information 242. The operating information acquisition unit acquires the operating situation of resources operating in the operation environment as container monitoring information 243. The environment information storage unit stores the container arrangement information and the container monitoring information. The resource management unit infers the workload characteristics of the containers under execution on the basis of the container arrangement information and the container monitoring information and selects a container to be preempted from the plurality of containers.SELECTED DRAWING: Figure 1

The present application discloses a computer system, resource sharing method, apparatus and equipment, medium and product, relating to the field of computer technology. The system includes multiple hosts and a resource management processor. The hosts are connected to multiple accelerator cards via switches. The resource management processor is connected to multiple switches, and the multiple switches are interconnected. The switches generate first local configuration information describing the identification information and connection port information of the local accelerator cards. The hosts generate second local configuration information describing the identification information and local resource allocation information of each accelerator card. The resource management processor generates global configuration information based on the first local configuration information generated by each switch and the second local configuration information generated by each host. Each host accesses its own or other hosts' accelerator cards based on the global configuration information, and each host's local accelerator card accesses the accelerator cards of other hosts based on the global configuration information. The present application improves the efficiency and reliability of multi-host computing resource sharing.

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 technical field of information management of the Internet of Things, in particular to an information resource management system based on the Internet of Things, which identifies the data property of target data by acquiring data information transmitted by data acquisition equipment, determines the data characteristic value of the target data according to the data property of the target data, and performs frequency analysis on use information. The inertia utilization rate of target data is determined, the data feature value of each target device and the inertia utilization rate are combined and analyzed to obtain the priority of the target device, the storage level of the current target device is determined based on the priority, and finally the space adjustment module can adjust the storage level of the target device according to the storage level of the current device data. According to the method, the storage position is dynamically adjusted, so that the data storage is always matched with the actual use requirement, and when the use frequency or importance of the equipment data is changed, the system can automatically migrate the data to a proper storage level, so that the rapid access of the high-frequency use data is ensured, and the overall response speed of the system is improved.

This invention discloses a distributed resource discovery and unified management method, which discovers resource providers; obtains resource information; and performs resource authorization and user access authentication. In this invention, resource providers open resource information according to resource open protocols. The resource management center automatically discovers currently online resource providers and obtains resource information according to the resource open protocols for viewing, previewing, and authorizing management operations. Resource users obtain resource authentication and access resources through authentication. The resource management center performs authentication. Resources in this invention can be distributed across different services, which can have different technical architectures, and resource information is opened through a unified network protocol. This invention can autonomously discover currently online resources. This invention integrates heterogeneous resources into a unified format for unified opening, authorization, and authentication according to resource open protocols. Resource data in this invention does not require unified storage.

The present invention discloses a geographic information resource management system and method in a domestic cloud environment. The multimodal geographic information resource access and aggregation module provides dynamically expanded geographic information resource access capabilities, while also providing real-time computing, offline computing, and in-memory computing capabilities during the access and integration process. The semantically enhanced geographic information resource efficient organization module combines distributed key-value data structures to generate an inverted index. Simultaneously, the organization and storage methods of index data are dynamically adjusted during geographic information resource query and access operations to achieve dynamic partitioning based on heat perception. The multi-granularity geographic information resource online service module divides multimodal geographic information resources at the resource level, target level, and element level, predicts the service type, interface standard, and underlying environment requirements for geographic information resource release, and achieves rapid release of multimodal geographic information resources. The present invention can achieve effective management of multimodal geographic information resources in a domestic cloud environment.

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.

The invention discloses a scientific and technological information push service system based on data analysis, and the system comprises a user behavior collection module which is used for collecting real-time click, browsing and search behavior data of a user on a terminal; the user situation awareness module is used for acquiring the current equipment type, geographic position and use scene label of the user; the emotion recognition module is used for recognizing the emotion state of the user based on the user input text or the physiological signal; the user interest model module is used for constructing a user interest model based on the behavior data, the situation data and the emotional state; and the information resource management module is used for classifying and labeling the scientific and technological information contents and establishing a searchable information resource library. According to the method, three-dimensional information of behaviors, situations and emotions is fused, multi-stage logic judgment is adopted, the content highly meeting the current demand of the user is generated from layer-by-layer screening, and the recommendation click rate and satisfaction are remarkably improved.

The invention discloses a data processing method and device, a storage medium and a program product. Relates to the field of financial science and technology, and the method comprises the steps: receiving exchange requests sent by N activity platforms through a resource management platform, obtaining M exchange requests, the activity platforms being used for issuing exchange information of to-be-exchanged resources, and the resource management platform being used for providing a resource exchange service; querying a resource platform associated with each exchange request to obtain a query result, the resource platform being used for providing resources to be exchanged; and calling S resource platforms based on the query result, and processing each exchange request. Through application of the method and the device, the problem that the performance requirements on the activity platforms and the resource platforms are high as the activity platforms and the third-party platforms need to be docked in a many-to-many mode because each activity platform of the operation system is docked with the third-party resource platform for resource distribution in the related technology is solved.