3G (The 3rd Generation Telecommunication) traffic management and optimization platform system

Abstract

The invention relates to a 3G (The 3rd Generation Telecommunication) traffic management and optimization platform system. Aiming at the growing of video, Web 2.0 and personal audio and video, a multi-media service integrating data, audio, video and the like becomes important application crossing internet and mobile internet fields, and higher requirement on mobile internet traffic speed is required. Due to the end-to-end traffic management and optimization technology based on deep traffic analysis, application action recognition, personal action recognition, the problems of mobile internet application expansion, bandwidth management, user experience and the like are solved fundamentally; and through data detection technology, data is fully analyzed, and traffic control is carried out on a far-end sender, so that optimal traffic control effect is achieved. The 3G traffic management and optimization platform system has the beneficial effects that a personal user model is established based on the factors of network state, user position, service type, pricing strategy and the like; and the operation efficiency of the network is accelerated by utilizing the existing resources under the condition that existing hardware and software are renewed synchronously with abroad.

Description

technical field [0001] The invention relates to a 3G traffic management and optimization platform system Background technique [0002] With the development of 3G services, mobile Internet data traffic is growing explosively, and the services are extremely rich. The demand for network resources is growing infinitely, which brings challenges to the limited air interface resources of mobile networks. The current rise of video, Web2.0, and personal audio and video has made the integration of multimedia services such as data, audio, and video an important application across the Internet and mobile Internet fields, and puts forward higher requirements for mobile Internet traffic speed. Other frequent heartbeat messages and status update messages such as IM occupy a large amount of air interface wireless resources; P2P applications consume a large amount of wireless uplink bandwidth, causing a sharp decline in the communication and transmission quality of the entire cell. A small ...

AI Technical Summary

Problems solved by technology

Other frequent heartbeat messages and status update messages such as IM occupy a large amount of air interface wireless resources; P2P applications consume a large amount of wireless uplink bandwidth, causing a sharp decline in the communication and transmission quality of the entire cell

A small number of users and specific applications occupy a large amount of network resources, resulting in poor access experience for other users, which affects the fair use of network resources

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