Network resource co-allocation method and device, and Internet network

Abstract

The invention discloses a network resource co-allocation method and device and an Internet network. The network resource co-allocation device is used to make a service scenario template for a service. When a resource allocation request of the service is received, the network resource co-allocation device is used to generate resource allocation control information corresponding to the service according to the service scenario template, the resource allocation control information is issued to all kinds of equipment participating in the execution of the service, and the control operation is executed by the all kinds of equipment to provide network resources for the service. According to the network resource co-allocation method and device and the Internet network of the invention, resource allocation is realized based on the service scenario template, all kinds of heterogeneous resources required by the access of a user are allocated in the co-allocation manner by adopting a centralized resource allocation method, so the end-to-end service experience of the user can be improved, and advantages of cooperativity and height automation can be realized, so the network resource co-allocation method and device and the Internet network not only can be used in the end-to-end resource guarantee of the service, and but also can be used in the cloud computing service for providing a guaranteed end-to-end service scenario for computing resources.

Description

technical field [0001] The present invention relates to the technical field of communication networks, in particular to a network resource collaborative allocation method, device and Internet network. Background technique [0002] Improving users’ Internet service experience is an end-to-end performance optimization process in a network environment. For example, when users access Internet video services, the content playback is not smooth. The reason behind this may be congestion in the routers of network access, aggregation, and IDC egress. , it may also be that too many visitors to the content server lead to system performance degradation. This shows that the user experience effect involves the congestion and service quality of various resources and multi-point resources on the user service path. In most cases, simply providing guarantee from one link and node cannot fundamentally solve the problem. [0003] Therefore, overall optimization of the network resource allocati...

AI Technical Summary

Problems solved by technology

However, most of the current solutions are partial or single-point and single resource allocation solutions. For example, only network-based resource allocation solutions can only dynamically adjust network bandwidth and improve network performance; only terminal-server-based resource adaptation solutions , such as the optimization between terminal clients and business platforms of ordinary Internet companies, cannot improve network performance; there is also a resource adaptation solution based on access network and terminals, such as AP (wireless access point) equipment for local WiFi users QoS adjustment, lack of ability to improve remote network and service platform performance

[0005] In general, the industry lacks an end-to-end overall network resource allocation method

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