Method and system for quickly obtaining network physical bandwidth with small traffic

Abstract

The invention relates to a method and a system for quickly acquiring a network physical bandwidth with small traffic. The physical bandwidth is calculated through twice interactions between a client and a server, a test parameter can be corrected according to a first interaction result, a new test parameter is used at the second interaction for test again, and the network physical bandwidth is calculated. The network physical bandwidth is acquired through twice interactions between the client and the server, the two interactions are carried out in a continuous and uninterrupted mode, the using time is extremely little, the consumed traffic is extremely small, the user perception is greatly enhanced, and the network utilization efficiency is increased, and the network operation quality is improved.

Description

technical field [0001] The invention relates to the technical field of network speed measurement, in particular to a method and system for quickly obtaining network physical bandwidth with small traffic. Background technique [0002] Most of the current network speed measurements use HTTP or FTP file download methods. With the gradual popularization of optical fiber broadband and 4G services, the user's access bandwidth is increasing exponentially, and the original speed measurement method gradually reveals its disadvantages: First, the test traffic will occupy the bandwidth and occupy the traffic of other applications, which consumes a lot of traffic. For example, a Gigabit network measurement needs to consume 1GB of traffic, and has higher requirements on the speed test server and bandwidth. For example, a Gigabit broadband measurement will exhaust the resources of a Gigabit speed test server, which requires more servers. And higher bandwidth, resulting in a substantial i...

AI Technical Summary

Problems solved by technology

With the gradual popularization of optical fiber broadband and 4G services, the user's access bandwidth increases exponentially, and the original speed measurement method gradually reveals its disadvantages: First, the test traffic will occupy the bandwidth and crowd out the traffic of other applications, which consumes a lot of traffic. For example, a Gigabit network measurement needs to consume 1GB of traffic, and has higher requirements on the speed measurement server and bandwidth. For example, a Gigabit broadband measurement will exhaust the resources of a Gigabit speed measurement server, which requires more servers to be configured. and higher bandwidth, leading to a substantial increase in cost

The second is that the speed measurement takes a long time. The traditional test method takes more than 10 seconds, which not only seriously affects user perception, but also increases the network load.

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