Method for monitoring resource

Abstract

The present invention discloses resource monitoring method, configuring call limit threshold. Said method includes A, after existing bearing establishment successful or bearing dismantling successful service, calculating current IP channel total occupying resource; B, judging current IP channel total occupying resource whether exceeding call limit threshold, if exceed then determining IP channel as congestion state, otherwise determining current IP channel non-congestion state. Said invented method realizes media gateway monitoring oneself bearing resource, to make network service provider capable of in time obtaining bearing resource congestion status, and then to make adjusting according to resource congestion status. Said invention makes admission controlling to congestion generating IP channel, ensuring quality of service.

Description

technical field [0001] The invention relates to a resource monitoring method. Background technique [0002] The 3rd Generation Partnership Project (3GPP) protocol specification is formulated by the 3GPP organization, and describes the relevant technical specifications of the mobile communication technology in the 3rd Generation Universal Telecommunications System (UMTS). In the current 3GPP protocol specification, the circuit resource allocation of the Mobile Switching Center (MSC) server is all in a first-come-first-served manner. However, even if the service of the logic circuit of the MSC server is obtained first, the media gateway (MGW) will still Encountered bearer resource congestion. This is because the IP bandwidth in the MGW may be similar to statistical multiplexing, so that when the logical circuit is sufficient, the bandwidth on the logical circuit is not enough, resulting in the congestion of bearer resources on the logical circuit, making the resources of high...

AI Technical Summary

Problems solved by technology

In the current 3GPP protocol specification, the circuit resource allocation of the Mobile Switching Center (MSC) server is all in a first-come-first-served manner. However, even if the service of the logic circuit of the MSC server is obtained first, the media gateway (MGW) will still In case of bearer resource congestion

This is because the IP bandwidth in the MGW may be similar to statistical multiplexing, so that when the logical circuit is sufficient, the bandwidth on the logical circuit is not enough, resulting in the congestion of bearer resources on the logical circuit, making the resources of high-priority users Application failed

As far as the current 3GPP protocol specifications are concerned, there is no solution for monitoring the bearer resources in the MGW, which leads to the inability of network service providers to guarantee the service quality of high-priority customers, and also fails to enable network service providers to achieve market segmentation

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