Method, device and system for analyzing network parameters between client and server

Abstract

The invention provides a method, device and system for analyzing the network parameter between a client and a server terminal. The method includes the following steps that first flow information of two-way transmission between the client and the server terminal is obtained from a first server used for the client, and according to the first flow information, a first network parameter of a first path between the client and the first server and a first local network parameter between the first server and the server terminal are obtained through analysis; second flow information of two-way transmission between the client and the server terminal is obtained from a second server used for the server terminal, and according to the second flow information, a second network parameter of a second path between the server terminal and the second server and a second local network parameter between the second server and the client are obtained through analysis; according to the first network parameter and the second local network parameter or the second network parameter and the first local network parameter, a third network parameter of a third path between the first server and the second server is calculated.

Description

technical field [0001] The present invention relates to a two-way transmission path between a user end and a server end, in particular to a method, a device and a system for analyzing network parameters of the two-way transmission path between the user end and the server end. Background technique [0002] see figure 1 , figure 1 It is a schematic diagram of a two-way transmission path between the client and the server in the prior art. When the client 10 and the server 13 perform bidirectional information (traffic) transmission, usually, the client 10 passes through the first path A (public Network) sends the information to the first server 11 (that is, the user server), and the first server 11 transmits the information to the second server 12 (that is, the server server) via the dynamic acceleration path D (dynamic acceleration network), and finally the second The server 12 sends the information to the server 13 via the second path B (public network). Similarly, the serv...

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Problems solved by technology

[0004] However, this sampling detection method reflects the performance of a client corresponding to a two-way transmission path between a server, and it is impossible to cover enough bidirectional transmission paths between all clients and all servers. obvious limitations

In addition, this method analyzes the performance of the entire two-way transmission path, but cannot distinguish the respective performances of the first path A, the dynamic acceleration path D, and the second path B, so it is impossible to analyze the dynamic acceleration path that the user terminal focuses on D's acceleration effect

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