Method and system for managing media surface resource sheet

Abstract

The invention discloses a method and a system for managing a media surface resource sheet. The method comprises the following steps that: a device unit acquires a self embodiment configuration number from a resource manager, and reports a self running state to the resource manager after initializing a service process according to the configuration number of the embodiment; the resource manager receives a service establishment requirement and allocates resources according to configuration number of the embodiment and the running state of the device unit; and a machine frame back board detects self data exchange to process load and transmits a corresponding message to the resource manager according to a detection result, and associates the load detection of the machine frame back plate with the resource allocation admittance of the resource manager. According to the method and the system for managing the media surface resource sheet, disclosed by the invention, through methods of regulating a running process embodiment number of a large-capacity media surface single plate according to the capability of a back plate and associating the load detection of the back plate with the admittance of the resource allocation, a beneficial effect that a large-capacity resource plate is compatible on a machine frame of the existing smaller-capacity back plate is achieved, thus the additional hardware investment or service abnormality due to the process capability of the back plate is prevented.

Description

technical field [0001] The present invention relates to the field of communication technologies, in particular to a management method and system for media plane resource boards. Background technique [0002] The media plane processing board in the communication system installs the universal slot in the chassis, and the backplane of the chassis provides data exchange capability; different types of chassis have different processing capabilities of the backplane. With the advancement of technology and the improvement of chip integration, the processing capability of the single board on the media plane is also continuously improving, and the full-load processing capability of the single board on the media plane has higher and higher requirements on the switching processing capability of the backplane. When the processing capacity of the single board in the chassis exceeds the processing capacity of the backplane, abnormalities such as transmission packet loss will occur due to t...

AI Technical Summary

Problems solved by technology

When the processing capacity of the single board in the chassis exceeds the processing capacity of the backplane, abnormalities such as transmission packet loss will occur due to the high business load, which directly affects the normal data transmission function of the communication system

[0003] In the prior art, the general processing method is: it is strictly required that the large-capacity media plane board can only be used in the chassis with large-capacity switching capabilities, and cannot be used in chassis with small-capacity switching capabilities.

Therefore, when the operator has a demand for capacity expansion and there are free slots in the original small-capacity chassis, the large-capacity media plane board cannot be used directly; Purchase a large-capacity chassis for capacity expansion

This processing method causes a great waste of equipment, and also greatly increases the investment cost of operators

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