A virtual resource management and control system for 5g access network

Abstract

The invention discloses a virtual resource management and control system oriented to 5G access network, comprising: a management and control module and a cloud management module; the management and control module is used for inputting resource configuration parameters and displaying currently managed virtual resources and basic network elements. information; the cloud management module is used to create, start, close, update, delete, monitor cloud management platform resource information, and monitor network element resource information according to resource configuration parameters. Advantages: Support users to output network element resource requirements, analyze resource requirements, automatically generate layout templates, and complete network element deployment; support different network requirements of network elements, support the selection of Gigabit network cards and 10 Gigabit network cards, and control the CPU and network elements of network elements. Adjust memory resources in seconds; support service configuration while creating network elements; support global resource display; support real-time monitoring of CPU, memory, network, and storage resource usage during network element operation.

Description

technical field [0001] The invention relates to a 5G access network-oriented virtual resource management and control system, and belongs to the technical field of wireless communication. Background technique [0002] In the field of wireless access network, dedicated hardware and software are often used to process tasks, and it is difficult to apply resource virtualization technology to achieve efficient arrangement and resource management of network elements. 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 requirements of users, it has obvious limitations: first, when the user is idle , the base station still occupies physical resources and cannot share the remaining resources with other base stations with high load, resulting in a great degree of hardware waste. Secon...

AI Technical Summary

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

Images