14 results about "Virtual cluster" patented technology

An example Radio Access Network Intelligent Controller (RIC) determines that operation of a first instance of an application satisfies one or more criteria for scaling the application, the first instance of the application processing cluster messages generated by the RAN. The RIC, in response to determining that the operation of the first instance of the application satisfies the one or more criteria, determines a first virtual cluster and a second virtual cluster of the RAN. The first virtual cluster includes first one or more resources of the RAN and the second virtual cluster includes second one or more resources of the RAN. The RIC instantiates a second instance of the application. The RIC routes cluster messages from the second one or more resources of the second virtual cluster to the second instance of the application.

Embodiments of the present disclosure disclose a virtual cluster-based crowd scheduling system and device. A specific implementation of the system includes: a trace synchronization module that automatically identifies a load object created by a user in a virtual cluster, synchronizes task annotation metadata corresponding to the load object to a corresponding execution unit in a host cluster, and writes address annotation metadata corresponding to the load object in the execution unit; a scheduling module that reads task annotation metadata of each execution unit, generates a scheduling score value corresponding to each execution unit in each execution unit according to the read task annotation metadata set, and batches each execution unit to a corresponding resource adaptation node, the scheduling module being deployed in the host cluster; and a billing module configured to generate a task billing sheet. The implementation improves the versatility and resource utilization efficiency of the system.

The application discloses an electric two-wheeled vehicle charging system and method based on dynamic allocation and adjustment, and a storage medium, relates to the electric two-wheeled vehicle charging management technical field, and the system and the method realize digital modeling and dynamic correlation analysis of electric two-wheeled vehicle charging pile cluster by building a virtual cluster system, rely on multi-dimensional data integration of geographical distribution, capacity scale and power consumption attribute, combine the comprehensive computer mechanism of space correlation and load correlation, form the digital twin model that can map the physical cluster state in real time, through the deep learning of the historical charging demand time sequence characteristics of the LSTM model, combine the quantitative analysis of the dynamic connection index and the pre-connection reasonable value, build the smooth transition mechanism of the current strategy and the prediction strategy, ensure that the current charging allocation and adjustment strategy not only meets the current demand, but also maximizes the convenience of subsequent strategy connection and switching.

The embodiment of the invention relates to a creating method, device and system based on a GPU virtual cluster. The creating method based on the GPU virtual cluster comprises the following steps: acquiring configuration information of a network topology corresponding to a current GPU physical cluster; according to the available nodes of the current GPU physical cluster and the number of nodes required by the GPU virtual cluster, a node combination is selected based on the configuration information of the network topology to create the GPU virtual cluster, and the node combination comprises at least one available node in the available nodes of the current GPU physical cluster. Therefore, when the GPU virtual cluster is created, the current optimal node combination can be selected according to the network topology, so that the resource utilization rate is improved, and the operation and maintenance operation is simplified.

Embodiments of the present disclosure relate to extensions of open radio access network applications. An example Radio Access Network Intelligent Controller (RIC) determines that operation of a first instance of an application meets one or more criteria for extending the application, the first instance of the application handling a cluster message generated by the RAN. In response to determining that the operation of the first instance of the application satisfies one or more criteria, the RIC determines a first virtual cluster and a second virtual cluster of the RAN. The first virtual cluster includes a first one or more first resources of the RAN, and the second virtual cluster includes a second one or more second resources of the RAN. The RIC instantiates a second instance of the application. The RIC routes the cluster message from a second one or more resources of the second virtual cluster to a second instance of the application.

The embodiment of the invention discloses a group scheduling system and device based on a virtual cluster. A specific embodiment of the system comprises a traceability synchronization module which automatically identifies a load object created by a user in a virtual cluster, synchronizes task annotation metadata corresponding to the load object to a corresponding execution unit in a host cluster, and writes address annotation metadata corresponding to the load object in the execution unit; the scheduling module is used for reading the task annotation metadata of each execution unit, generating a scheduling score value corresponding to each execution unit in each execution unit according to the read task annotation metadata set, scheduling each execution unit to the corresponding resource adaptation node in batches, and deploying the scheduling module in a host cluster; the charging module is configured to generate a task charging list. According to the embodiment, the universality and the resource utilization efficiency of the system are improved.

This invention discloses a hierarchical mobility management method and system for satellite-ground collaboration in low-Earth orbit (LEO) satellite networks. It primarily addresses the problems of excessive mobility signaling overhead and over-reliance on ground stations leading to network robustness issues in existing technologies for user mobility management. The solution involves: selecting key nodes for deploying Mobility Management Functions (AMFs) through network deployment planning to eliminate the maintenance overhead of virtual clusters; decoupling location updates from high-speed satellite movement by constructing dynamic activity areas for users and implementing a lazy location update strategy; establishing a mapping relationship between user identifiers and multiple nodes to achieve distributed on-board storage of user data, avoiding strong dependence on ground stations; and establishing a hierarchical paging mechanism, calculating the PCI index based on the user mobility model, and dynamically selecting paging strategies to achieve an optimal balance between paging overhead and paging latency. This invention can significantly reduce the overall signaling interaction cost while ensuring service continuity and eventual data consistency, effectively improving the robustness and autonomous operation efficiency of large-scale LEO satellite networks in scenarios with limited satellite-ground links, and can be applied to satellite communication networks.

The invention provides a virtual cluster creation method and device, equipment, a storage medium and a program product, and relates to the technical field of computer simulation, in particular to the technical field of large-scale cluster simulation. The method comprises the following steps: in response to a received first simulation instruction for a processor in a physical node, creating a virtual processor; in response to the received second simulation instruction for the interface associated with the processor, creating a virtual interface; creating a virtual node corresponding to the physical node based on the virtual processor and the virtual interface; a virtual cluster is created based on the plurality of virtual nodes. According to the method, the large-scale cluster environment can be effectively simulated, meanwhile, the hardware dependence can be reduced, and the cost can be saved.

This application discloses a VIP binding method and apparatus based on a database backup database, applied to read / write separation scenarios in an openGauss database cluster. The method includes: upon cluster startup, a collection and preemption phase is initiated, where the cluster management server distributes backup database VIP pool information, the proxy detects and reports any existing virtual IPs, and the server arbitrates allocation; after entering the balancing phase, only normal backup databases are allowed to hold virtual IPs, and the server evenly distributes the virtual IPs in the VIP pool to each normal backup database, prioritizing those with fewer virtual IPs; virtual IPs are released when the status is abnormal or the role is switched to the primary database; and all virtual IPs are released when the cluster shuts down. This invention, through dynamic binding of virtual IPs to backup database roles, ensures that the business side always connects to the backup database via a fixed IP, achieving IP-level load balancing and role adaptation, reducing the coupling between the business layer and the database high availability mechanism, and improving system read performance and fault tolerance.

The invention belongs to the technical field of network security verification, and particularly relates to a virtuality and reality combined cyberspace anti-mapping verification system. According to the system, a dynamically evolvable simulation verification environment is constructed through a virtual cluster dynamic recombination technology, a resource pooling scheduling engine and an anti-mapping transformation strategy. The method specifically comprises the steps that a server resource pooling module dynamically allocates physical resources; the virtualization engine generates heterogeneous nodes including a virtual machine and a virtual router; the anti-mapping module resists network scanning through dynamic topological transformation and a traffic confusion strategy; the topology management module is used for maintaining network topology information of different experiments and surveying and mapping / surveying and mapping resisting data in the experiment process through a database; the real-time visualization module monitors the cluster state and supports environment snapshot import / export; and the user authentication module realizes hierarchical authority management. The method solves the problems that the static topology of an existing verification system is easily identified by surveying and mapping and the resource utilization rate is low, and the authenticity and the concealment of network security testing are remarkably improved.

The present application relates to a kind of railway passenger virtual cluster wireless communication driver terminal simulation channel access hardware equipment, belong to railway wireless communication technical field, including FPGA core controller, speech codec chip and Ethernet transmission chip, FPGA core controller is connected with existing analog system vehicle station by UART interface, PTT line and CD line to respectively realize instruction interaction, transmission control and carrier detection, is connected with speech codec chip by I2S interface to realize the bidirectional conversion of analog voice and digital voice, is connected with Ethernet transmission chip by RMII interface to realize network data transmission, and vehicle station instruction is transmitted to FPGA core controller processing by UART interface and reply;Uplink voice is triggered by CD line, and after sampling digitization by speech codec chip by FPGA core controller, it is packaged as UDP data packet, is transmitted to server by Ethernet.The present application realizes the seamless access of analog terminal to virtual cluster system, reduces the equipment modification threshold during system transition.

The invention discloses a business virtual cluster identification method for performing fuzzy clustering on power consumption data, and belongs to the technical field of intelligent regulation and control of a power system. The method comprises the following steps: extracting a load vector from processed power consumption data based on the size of a rolling window; carrying out fuzzy clustering on the load vectors of all commercial users to obtain a fuzzy clustering result; adjusting a virtual cluster corresponding to each business user based on the fuzzy membership matrix of each business user, determining a virtual cluster center load vector corresponding to the adjusted virtual cluster, drawing a load curve based on the virtual cluster center load vector, and taking the load curve as a load mode of the adjusted virtual cluster; evaluating each adjusted virtual cluster, and outputting a load mode corresponding to the adjusted virtual cluster when the evaluation is passed; and performing power dispatching on each adjusted virtual cluster based on the corresponding load mode. The method is suitable for intelligent aggregation and dynamic classification scenes of large-scale commercial load data.

The invention provides a cluster management method and system, and the method comprises the steps: collecting the operation data of a physical cluster, and determining a virtual cluster mapping relation according to the operation data; performing spatial-temporal feature extraction on the operation data to obtain spatial-temporal feature representation, performing bidirectional feature extraction according to the spatial-temporal feature representation, and outputting a resource fluctuation matrix; calculating a factor vector and a load distribution matrix according to the resource fluctuation matrix, determining a dynamic resource distribution matrix according to the factor vector and the load distribution matrix, and determining resource prediction data according to the dynamic resource distribution matrix; and performing adaptive optimization on the virtual cluster mapping relationship and the resource prediction data to obtain a resource allocation scheme of the virtual cluster, and performing resource scheduling according to the resource allocation scheme.

Apparatus and methods for providing interference management and load balancing in a wireless network. In one embodiment, the method and apparatus utilize quasi-licensed CBRS (Citizens Broadband Radio Service) wireless spectrum in conjunction with enhanced SAS (Spectrum Access System) and base station (e.g., CBSD) components to enable creation and management of virtual clusters of bases stations connected to the network, so as to enable inter-cluster interference mitigation, while also supporting load balancing between the base stations using coverage area overlap. In one implementation, the SAS reduces the coverage area (transmit power) of one or more base stations on a cluster edge to mitigate inter-cluster interference, and increases or adjusts the coverage of one or more base stations inside of the cluster to enable load balancing.