Virtual resource management and control system for 5G access network

Abstract

The invention discloses a virtual resource management and control system for a 5G access network. The virtual resource management and control system comprises a management and control module and a cloud management module, wherein the management and control module is used for inputting resource configuration parameters and displaying basic information of currently managed virtual resources and network elements; and the cloud management module is used for creating, starting, closing, updating and deleting network elements according to the resource configuration parameters, monitoring cloud management platform resource information and monitoring network element resource information. The system has the advantages that a user is supported to output network element resource requirements, the resource requirements are analyzed, an arrangement template is automatically generated, and network element deployment is completed; different requirements of network elements on the network are supported, selection of a gigabit network card and a 10-gigabit network adapter is supported, and second-level adjustment of CPU and memory resources for controlling the network elements is supported; service configuration is carried out while network element creation is supported; global resource display is supported; and resource occupation conditions of a CPU, a memory, a network and storage can be monitored in real time in a network element operation process.

Description

technical field [0001] The invention relates to a virtual resource management and control system oriented to a 5G access network, and belongs to the technical field of wireless communication. Background technique [0002] In the wireless access network field, proprietary hardware and software are often used to process tasks, and it is difficult to apply resource virtualization technology to achieve efficient network element arrangement and resource management. The implementation of the existing wireless access network only configures fixed resources for network elements, and the configuration strategy is based on the highest load of the base station. Although this resource management method can meet the network needs of users, it has obvious limitations: first, when the user is idle When , the base station still occupies physical resources and cannot share the remaining resources with other base stations with high loads, resulting in a large degree of hardware waste. Second...

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Problems solved by technology

[0002] In the field of wireless access networks, proprietary hardware and software are often used to process tasks, and it is difficult to apply resource virtualization technology to achieve efficient network element arrangement and resource management

The implementation of the existing wireless access network only configures fixed resources for network elements, and the configuration strategy is based on the highest load of the base station. Although this resource management method can meet the network needs of users, it has obvious limitations: first, when the user is idle When , the base station still occupies physical resources and cannot share the remaining resources with other base stations with high loads, resulting in a large degree of hardware waste

For base station tasks, based on CPU core scheduling, the Linux kernel is tailored at the system level, and dedicated hardware drivers are adapted. Its resource management depends more on the kernel, and does not actively rely on the high-level protocol for fine-grained management and global scheduling of base station resources. Bring low resource utilization and inefficient management

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