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Pipeline intellectualization method and system based on segment tag generation of communication pipeline
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A segmentation and pipeline technology, applied in the field of intelligent pipeline methods and systems
Active Publication Date: 2015-07-22
临沂未来科技城开发建设集团有限公司
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Neither of the above two patents has designed relevant mechanisms and methods for the monitoring, control and management of the communication pipeline itself from the overall perspective of the communication pipeline.
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Embodiment 1
[0049] Embodiment 1 of the present invention provides a pipeline intelligent method for generating tags based on communication pipeline segmentation, and the steps are as follows figure 2 As shown, it specifically includes the following steps:
[0050] Step A: Segment the end-to-end communication pipeline according to the nodes through which the information flows according to the granularity to obtain each segmented pipeline.
[0051] Specifically, the end-to-end communication pipeline is segmented according to the nodes through which information flows according to the granularity, which specifically includes coarse-grained segmentation and fine-grained segmentation.
[0052] Among them, coarse-grained segmentation divides the communication pipeline into segments from terminal to access network (node T1 to node A1i segment), first access network internal segment (node A1i to node A1o segment), access network to core network Segment (node A1o to node Ii segment), first ...
Embodiment 2
[0077] In order to achieve the above purpose, Embodiment 2 of the present invention also provides a pipeline intelligent system based on segmentation of communication pipelines to generate labels. The schematic diagram of the composition is as follows Figure 6 shown, including:
[0079] The segmentation module is used to segment the end-to-end communication pipeline according to the nodes through which the information flows according to the set granularity, so as to obtain each segmented pipeline.
[0080] The segmentation module 610 includes: a coarse-grained segmentation module 611 and a fine-grained segmentation module 612 .
[0081] Among them, the coarse-grained segmentation module 611 segments the communication pipeline into a segment from the terminal to the access network, a segment from the first access network, a segment fro...
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Abstract
Disclosed are a pipeline intellectualization method and system based on segment tagging of a communication pipeline. The method comprises: segmenting, according to a degree of granularity, an end-to-end communication pipeline according to nodes through which information flows, to obtain pipeline segments; tracking communication processes of user services in the pipeline segments, and generating pipeline tags at terminal nodes of different pipeline segments; obtaining tag contents of the pipeline tags; and feeding back the tag contents to a user or a relative communication resource management control system, or storing the tag contents in a certain time range for later use in processing such as statistical information mining of the communication pipeline. According to the present invention, segment tagging is performed in an end-to-end communication process of a communication pipeline to generate information tags of the communication pipeline segments, so that the communication pipeline can be monitored, controlled, and managed more flexibly and specifically; and uniform and formatted monitoring information is generated conveniently for network segments by an operator, which facilitates comparative analysis of conditions of the communication pipeline, and facilitates statistics collection of situations such as link quality, resource occupancy, and user behaviors of the communication pipeline.
Description
technical field [0001] The invention relates to the fields of telecommunications and the Internet, in particular to a pipeline intelligent method and system for generating tags based on communication pipeline segmentation. Background technique [0002] The current wireless mobile communication technology is developing rapidly, and major technological breakthroughs have been obtained in both research and implementation. At the same time, various broadband access technologies continue to emerge, forming a communication network pattern in which multiple heterogeneous networks coexist in future wireless communications. In addition, with the deployment of various broadband access and the development of commercial services, as well as the development and popularization of various smart terminals and mobile services, and the rapid development of the mobile Internet, operators have obtained ever-increasing data traffic. The role of traditional operators is changing unconsciously. ...
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