Method for measuring network application performance supporting internet high bandwidth real time video application

Abstract

An expandable measurement method which supports the application of high bandwidth video of Internet belongs to the technical field of the network performance measuring method. The invention is characterized in that an inquiry method for the number of autonomous zone with IP address, an inquiry method for the name of zone with the number of autonomous zone and a testing performance ranking on the testing server are added. The server which has optimum testing performance in each autonomous zone can be taken as a preferred server that provides automatic measurement along each autonomous zone on the transmission path. The subscriber can find a measuring server which can provide a certain item of measurement service in each autonomous zone through a zone name mapping service. The subscriber adopts an active mode and a reflecting mode which combine the service with the application system of client system. The measurement method for intercommunicating network with the application is effectively realized. The description languages used by the video application subscriber, the application system engineer and the network engineer to the network problem are unified. A surrounding which has the advantage of full time automatic and distributed independent measurement is established. The measurer is provided with a data report based on the command line and a subjective evaluation based on video / audio.

Description

Scalable measurement method supporting Internet high-bandwidth real-time video applications Technical field A scalable measurement method that supports Internet high-bandwidth video applications belongs to the technical field of IPv4 / IPv6 network fault diagnosis and performance testing methods Background technique In recent years, with the development of next-generation Internet technologies, an interconnected network infrastructure platform based on the IPv4 / IPv6 protocol has initially formed around the world, and revolutionary applications are in the ascendant. High-bandwidth and strong real-time video transmission applications (UDP: 20Mbps-1200Mbps) and high-speed file transmission (TCP: 500Mbps-5000Mbps) are important components. Compared with the existing ordinary H.323 protocol video applications (the bandwidth occupied by each video stream is less than 3Mbps), this type of video application requires that the bandwidth occupied by each video stream is greater than 20Mbps...

AI Technical Summary

Problems solved by technology

However, using this method and tool, there are many configurable parameters and complicated use; the measurement "probe" data flow characteristics have nothing to do with a specific application data flow format, and the measurement results are not targeted; it cannot be interoperable with real application systems Measurement and other issues

Images