CN103167544B - Pipeline intellectualization method and system based on segment tag generation of communication pipeline - Google Patents
Pipeline intellectualization method and system based on segment tag generation of communication pipeline Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
- H04L43/0876—Network utilisation, e.g. volume of load or congestion level
Abstract
The invention discloses a pipeline intellectualization method and a system based on segment tag generation of a communication pipeline. According to a degree of granularity, a pipeline from one end to another end is segmented according to nodes where information flows, and segmented pipelines are obtained; communication processes of the segmented pipelines of user services are tracked, pipeline tags are generated on terminal nodes of the segmented pipelines; tag contents of the pipeline tags are obtained; the tag contents are fed back to a user or a relative communication source management control system, or the tag contents in a certain time range are stored to be used for processing such as statistical data mining of communication pipeline information. According to the pipeline intellectualization method and the system based on the segment tag generation of the communication pipeline, segment marking is conducted to an end-to-end communication process in the pipeline, the information tags of the segmented communication pipelines are generated, the communication pipeline can be monitored, controlled and managed more flexibly and specifically; uniform and formative monitoring information is generated conveniently to segment networks by an operator, the comparative analysis of communication pipeline situations is benefited, and the count of situations such as link quality, resource occupancy and user behavior of the communication pipeline is benefited.
Description
Technical field
The present invention relates to telecommunications and internet arena, particularly relate to the pipeline intelligent method and system based on communication pipe section generating labels.
Background technology
Current wireless mobile communication technology develops rapidly, in research and on realizing, all obtain great technological break-through.Meanwhile, various broadband access technology continues to bring out, and constitutes multiple heterogeneous network in future wireless system and the communication network general layout of depositing.In addition, along with the deployment of various broadband access and carrying out of commercialized services, and the development of various intelligent terminal and mobile service is popularized, the high speed development of mobile Internet, and operator obtains constantly soaring data traffic.The role of Incumbent is occurring to change unconsciously.In order to tackle COS from single speech in conjunction with a small amount of data communication, develop to the multi-service such as multimedia, IPTV overlay model, and the change of industry value chain, operator has in the face of numerous and in the ISP progressively grown and application provider.
The network pipeline offered load of current operator is unbalanced, and network traffics are increased sharply and network design issue directly causes network congestion.Flow on network presents serious lack of uniformity: load is uneven between the fixed mobile network of same overlay area and between different mobile network; System busy idle flow difference is large, and system availability is low; A large amount of Internet resources of low value CU etc.Traditional communication pipe does not have related mechanism to provide unified flag information to situations such as the resource occupation of each section of whole communication network, " label information " report ununified to the signal intelligence of each section of network.Do not provide the information such as delay, error code, resource occupation of user data service at each section of communication network on the one hand.On the other hand network quality is just generally evaluated end to end, not specific to the signal intelligence of each section of network, be unfavorable for evaluating and optimizing targetedly network each section of link-quality and occupation condition.
How being made a profit by communication pipe operation, how to carry out flow management, how " dumb pipe " is become more intelligent, to create the higher value income of network, is the current Tough questions faced of operator.For addressing these problems, Ericsson proposes intelligent pipeline concept, and power-assisted operator realizes the transition of network.
Intelligent pipeline, as the basis of carrying out " flow operation ", is just being subject to the favor of operator.Under intelligent pipeline, operator can implement the priority policy based on customer location; Meanwhile, operator can also implement the priority policy based on business, and such as some users show special preference to video class business, and operator can be the traffic service that its customized bandwidth is higher.
It can thus be appreciated that will realize flow operation, prerequisite allows the pipeline of operator can accomplish " user's identifiable design, business can be distinguished, quality controllable system, network ALARA Principle ".To this, the target architecture of intelligent pipeline should be divided into bearer control layer and bearer network network layers, namely on existing network basis, realizes carrying and is separated with the organic of control.Wherein, PCC (strategy and charging control) framework becomes the canonical reference framework of intelligent and networked control.Based PC C framework, can realize the policy control based on each dimensions such as user gradation, time, region, integrated flow, use duration, type of service, bandwidth.Except PCC, DPI(deep packet inspection technical) technology placed high hopes by operator equally.The process such as DPI equipment normally can forward according to the business game preset, block, limiting bandwidth, priority-labeled.But PCC framework and DPI technology are for user and business, do not provide corresponding management method to the overall planning of the communication pipe overall situation.
The patent that application number is " 201210049747.7 " provides a kind of intelligent pipeline control method based on intelligent terminal.But this patent is just for the business of intelligent terminal, select corresponding flow control policy by type of service classification, business value category and flow grade classification.And the patent that another section of application number is " 201210010674.0 " provides a kind of intelligent pipeline flow control method based on user behavior.This patent, according to user behavior and business statistics flow information, by user behavior cluster, is extracted user behavior data, thus is generated flow and charging control strategy.Similarly, this patent is a kind of charge on traffic control method for user behavior.Above two patents all do not have from communication pipe overall situation angle, the monitoring of communication pipe itself, control and management are carried out to the design of related mechanism method.
Summary of the invention
(1) technical problem that will solve
For above-mentioned defect, the technical problem to be solved in the present invention is in communication pipe end to end, how design a kind of paragraph " label " of communication pipe, with the mechanism and method assessing each section of communication network and manage, realize intelligentized communication pipe, and segmented monitor and managment is carried out to communication pipe.
(2) technical scheme
For solving the problem, the invention provides the pipeline intelligent method based on communication pipe section generating labels, described Intelligentized method comprises:
A: according to large or fine granule degree, the node that communication pipe flows through according to information is end to end carried out segmentation, obtain each segmented conduit;
B: follow the tracks of the communication process of each customer service in each segmented conduit end to end, and generate pipeline label at the terminal node place of every section of segmented conduit, described pipeline label represents the communications status of this section of segmented conduit;
C: the label substance obtaining described pipeline label;
D: according to the feedback of the pipeline label of each network segment, know Internet usage situation;
Or the feedback of pipeline label according to each network segment, carry out network resource management;
Or the pipeline tag storage within the scope of a period of time is got up, the resource utilization that com-parison and analysis network is each section and link-quality;
Preferably, describedly according to large or fine granule degree, communication pipe is end to end carried out segmentation according to the node that information flows through and specifically comprise coarse-grain segmentation and fine granularity segmentation, communication pipe is segmented into terminal to the access network segment by wherein said coarse-grain segmentation, first Access Network inner segment, Access Network is to core network segment, first core net inner segment, core net is to the outer network segment, outer net inner segment, outer net is to core network segment, second core net inner segment, core net is to the access network segment, the second access network segment and Access Network are to end section, described fine granularity segmentation is that the communication pipe in each the segmentation described coarse-grain segmentation obtained between key node divides again.
Preferably, the method for described acquisition label substance comprises:
Described label substance is obtained with calculating by the statistics at terminal node place;
Or label substance described in the information acquisition to be transmitted by other nodes or related function module;
Or obtain described label substance by the information interaction of described terminal node and other nodes.
Preferably, described label substance comprises: whether information arrives, the geographical position at user place, start node title, the title of terminal node, the network segment at place, communication use network type, type of service, take at least one in resource time, the error rate, packet loss, average bandwidth and frame rate.
For solving the problem, present invention also offers the pipeline intelligent system based on communication pipe section generating labels, described intellectualizing system comprises: segmentation module, generation pipeline label model, acquisition label substance module and label processing module;
Described segmentation module, for the node that communication pipe flows through according to information end to end being carried out segmentation according to the large large or fine granule degree of setting, obtains each segmented conduit;
Described generation pipeline label model, for following the tracks of the communication process of each customer service in each segmented conduit end to end, and generate pipeline label at the terminal node place of every section of segmented conduit, described pipeline label represents the communications status of this section of segmented conduit;
Described acquisition label substance module, for obtaining the label substance of described pipeline label;
Described label processing module, comprises the first feedback module, the second feedback module and memory module;
Described first feedback module, for the feedback of the pipeline label according to each network segment, knows Internet usage situation;
Described second feedback module, for the feedback of the pipeline label according to each network segment, carries out network resource management;
Described memory module, for the pipeline tag storage within the scope of a period of time is got up, the resource utilization that com-parison and analysis network is each section and link-quality.
Preferably, described segmentation module comprises coarse-grain segmentation module and fine granularity segmentation module, and communication pipe is segmented into terminal to accessing the network segment, the first Access Network inner segment, Access Network to core network segment, the first core net inner segment, core net to the outer network segment, outer net inner segment, outer net to core network segment, the second core net inner segment, core net to the access network segment, the second access network segment and Access Network to end section by wherein said coarse-grain segmentation module;
Described fine granularity segmentation module is that the communication pipe in each segmentation described coarse-grain segmentation obtained between key node divides again.
Preferably, washability setting module and user right setting module is also comprised in described generation pipeline label model, wherein said washability setting module is for setting the washability of described pipeline label substance, and described user right setting module is for setting user right.
Preferably, described acquisition label substance module comprises: the first acquisition module, the second acquisition module and the 3rd acquisition module;
Described first acquisition module, obtains described label substance for the statistics by terminal node place with calculating;
Described second acquisition module, for label substance described in the information acquisition by other nodes or related function module transmission;
Described 3rd acquisition module, for obtaining described label substance by the information interaction of described terminal node and other nodes.
(3) beneficial effect
The present invention proposes the pipeline intelligent method and system based on communication pipe section generating labels, by carrying out section mark in communication process end to end in communication pipe, generate segmented conduit label, can more specifically monitor communication pipe, control and manage more flexibly; Facilitate operator to generate the monitoring information of unified format to each section of network, be conducive to comparative analysis communication pipe situation, the situations such as the link-quality to communication pipe, resource occupation and user behavior that contribute to are added up.
Accompanying drawing explanation
Bearer network configuration diagram based on Fig. 1;
Fig. 2 is the flow chart of the pipeline intelligent method based on communication pipe section generating labels of the embodiment of the present invention one;
Fig. 3 be the embodiment of the present invention one based on the schematic diagram of coarse-grain segmentation in the pipeline intelligent method of communication pipe section generating labels to the process of communication pipe section and interdependent node;
Fig. 4 be the embodiment of the present invention one based on fine granularity segmentation example schematic in the pipeline intelligent method of communication pipe section generating labels;
Fig. 5 be the embodiment of the present invention one carry out the schematic diagram of fine granularity segmentation based on Access Network inside in the pipeline intelligent method of communication pipe section generating labels;
Fig. 6 is the composition schematic diagram of the pipeline intelligent system based on communication pipe section generating labels of the embodiment of the present invention two.
Embodiment
Below in conjunction with drawings and Examples, the specific embodiment of the present invention is described in further detail.Following examples for illustration of the present invention, but are not used for limiting the scope of the invention.
Embodiment one
Provide the pipeline intelligent method based on communication pipe section generating labels in the embodiment of the present invention one, steps flow chart as shown in Figure 2, specifically comprises the following steps:
Steps A: according to large or fine granule degree, the node that communication pipe flows through according to information is end to end carried out segmentation, obtain each segmented conduit.
Concrete, according to large or fine granule degree, communication pipe is end to end carried out segmentation according to the node that information flows through and specifically comprise coarse-grain segmentation and fine granularity segmentation.
Wherein, communication pipe is segmented into terminal to the access network segment (node T1 to node A1i section) by coarse-grain segmentation, first Access Network inner segment (node A1i to node A1o section), Access Network is to core network segment (node A1o to node Ii section), first core net inner segment (node C1i to node C1o section), core net is to the outer network segment (node C1o to node Ii section), outer net inner segment (node Ii to node Io section), outer net is to core network segment (node Io to node C2i section), second core net inner segment (node C2i to node C2o section), core net is to the access network segment (node C2i to node A2i section), the second access network segment (node A2i to node A2o section) and Access Network are to end section (node A2o to node T2 section), as shown in Figure 3.Wherein above-mentioned is conveniently flow through according to information the logical partitioning that the network segment carries out to the first access network segment, the second the access network segment, the first core network segment, the second core network segment and outer net inner segment.
Fine granularity segmentation is that the communication pipe in each segmentation coarse-grain segmentation obtained between key node divides again.On the basis that can divide at the network segment of above-mentioned coarse-grain segmentation, divide again in each network segment, divide thinner less by the network segment.Present mobile communications network development trend increases the small cell such as femtocell, picocell, wlan at edge, macro cells or hot zones, realize horizontal multi-modulation scheme, longitudinal multitiered network covers, to improve the data rate of cell capacity and edge and hot spot region user.Such as at the access network segment, Cell Edge User can pass through first to access femtocell, more this indirect cut-in method by one deck, even multilayer of access cell base station accesses indirectly.The fine granularity network segment divides as shown in Figure 4.Terminal produces signal in the access network segment, can amplify node, indirect access base station through signals such as one or more relayings (relay).Radio node can be the access node indirectly such as femtocecell base station, picocell base station, relaying, and being segmented into example with Access Network interior detail granularity in the present embodiment is described, as shown in Figure 5.
Each section in figure is not necessarily experienced in each communication, and such as certain communication process may through outer net, only just to be completed with core net by Access Network and communicates.Legend just provides one situation more completely.
Step B: follow the tracks of the communication process of each customer service in each segmented conduit end to end, and generate pipeline label at the terminal node place of every section of segmented conduit.Pipeline label is in order to represent the communications status of this section of segmented conduit.
Wherein, washability and the setting user right of label substance is also comprised in pipeline label.Because the problem such as network overhead and communication efficiency considered by needs, therefore the label substance of each pipeline label is not all essential for operator, neither all can select for user.Operator according to the actual demand of the actual conditions of different segment, different times, different Monitoring and Controlling targets etc., can select targetedly and sets in all the elements of each pipeline label.User also can according to the demand of self, selects related service to obtain each network segment, or signal intelligence label end to end.For user, the label substance of certain limit can be selected, but its label substance that can obtain at most arranges associated rights by operator limits.The setting to washability and user right is comprised in label.
Step C: the label substance obtaining each pipeline label.
Concrete, the method obtaining label substance comprises:
Label substance is obtained with calculating by the statistics arriving Nodes;
Or pass through the information acquisition label substance of other nodes or related function module transmission;
Or obtain label substance by the information interaction arriving node and other nodes.
Label substance comprises: whether information arrives, the geographical position at user place, start node title, the title of terminal node, the network segment at place, communication use network type, type of service, take at least one in resource time, the error rate, packet loss, average bandwidth and frame rate.Information is flowing through the start node of each section of segmented network (sending node) to terminal node (arrival node), and finally all label substances are aggregated into the duct size information label of this section of segmented network.
Wherein, the network segment at place be terminal in steps A to the access network segment, the first Access Network inner segment, Access Network to core network segment, the first core net inner segment, core net to the outer network segment, outer net inner segment, outer net to core network segment, the second core net inner segment, core net to access the network segment, second access the network segment, Access Network to end section and each network internal key node between fine granularity segmentation.Such as in terminal to Access Network, the network type that Access Network uses to the communication of core network segment comprises GSM, WLAN, TD-SCDMA, WCDMA, LTE etc.Take resource time comprise the start-up time of this section of communication and reach the time.
Step D: according to the feedback of the pipeline label of each network segment, know Internet usage situation;
Or the feedback of pipeline label according to each network segment, carry out network resource management;
Or the pipeline tag storage within the scope of a period of time is got up, the resource utilization that com-parison and analysis network is each section and link-quality.
Information in label substance can be used for rapid feedback, to make guidance to user behavior and Internet resources allotment rapidly; Also can store for statistics, analyze and excavate, to carry out communication pipe and the network optimization in later stage.Whether the information in label substance is fed back; Feed back to user or network resource management functional module; Whether information stores, and memory time, length all can be undertaken setting and selecting by operator, or carried out dynamic self-adaptative adjustment according to different pipe condition.
Such as, operator can select in label substance information whether rapid feedback is to network resource managing module, to optimize allocation of resources; Also whether rapid feedback is to user, to strengthen Consumer's Experience can to select associated tag information; Operator also can select to store each pipeline label in the communication pipe within the scope of a period of time, for the statistics under the long period dimension to network each section of link-quality and occupation condition and excavation, to make guidance to the optimization of whole network.
These label substances can help user's awareness network communication conditions, strengthen Consumer's Experience; Also for occupation condition and the link-quality of each section of com-parison and analysis network; Also be used to guide allocation schedule and the management of Internet resources; Promote the global optimization of communication network.By to communication pipe section, can more specifically monitor communication pipe, control and manage more flexibly; By monitoring and the statistics of the label type of each segment pipe information, operator can be facilitated to generate the monitoring information of unified format to each section of network, be conducive to comparative analysis communication pipe situation, and contribute to the situations such as link-quality, resource occupation and the user behavior to communication pipe and analyze and excavate.
(1) for the statistics of the different time span of storage tags: can utilize label information for certain section of link instant messages, 24 hours, one week, January, the link-quality of the first quarter, a year and occupation condition add up, and generates the following tutorial message optimizing pipeline.
(2) for different segment: terminal to the access network segment, the first Access Network inner segment, Access Network to core network segment, the first core net inner segment, core net to the outer network segment, outer net inner segment, outer net to core network segment, the second core net inner segment, core net to access the network segment, second access the network segment, Access Network to end section and each network internal key node between fine granularity segmentation, the information labels of each segment pipe generated, can be used for link-quality and the resource occupation situation of adding up each section of network.
(3) for different network type: GSM, WLAN, TD-SCDMA, WCDMA, LTE etc. of such as accessing the network segment, generate statistics label, contribute to statistical information load in each internetwork distribution, and provide Data support to information loads in internetwork distribution and scheduling.
(4) to the statistical analysis of originating subscriber geographic location label substance, can diverse geographic location be obtained, the information such as the user density in different time sections, can be network capacity extension concurrent heating etc. and relevant foundation is provided.
In a word, the duct size information label of section, can promote that operator changes from " dumb pipe " to intelligent pipeline, for the monitoring of communication pipe, can control, ALARA Principle provides auxiliary and scheme, realizes power-assisted for " intelligent pipeline ".
By using above-mentioned Intelligentized method, by carrying out section mark in communication process end to end in communication pipe, generating segmented conduit label, can more specifically monitor communication pipe, control and manage more flexibly; Facilitate operator to generate the monitoring information of unified format to each section of network, be conducive to comparative analysis communication pipe situation, the situations such as the link-quality to communication pipe, resource occupation and user behavior that contribute to are added up.
Embodiment two
For achieving the above object, additionally provide the pipeline intelligent system based on communication pipe section generating labels in embodiments of the invention two, composition schematic diagram as shown in Figure 6, specifically comprises:
Segmentation module 610, generation pipeline label model 620, acquisition label substance module 630 and label processing module 640.
Segmentation module, for the node that communication pipe flows through according to information end to end being carried out segmentation according to the large large or fine granule degree of setting, obtains each segmented conduit.
Segmentation module 610 comprises: coarse-grain segmentation module 611 and fine granularity segmentation module 612.
Wherein communication pipe is segmented into terminal to accessing the network segment, the first Access Network inner segment, Access Network to core network segment, the first core net inner segment, core net to the outer network segment, outer net inner segment, outer net to core network segment, the second core net inner segment, core net to the access network segment, the second access network segment and Access Network to end section by coarse-grain segmentation module 611.
Fine granularity segmentation module 612 is that the communication pipe in each segmentation coarse-grain segmentation obtained between key node divides again.
Each section of coarse-grain segmentation is not necessarily experienced in each communication, and such as certain communication process may through outer net, only just to be completed with core net by Access Network and communicates.
Generating pipeline label model 620, for following the tracks of the communication process of each customer service in each segmented conduit end to end, and generating pipeline label at the terminal node place of every section of segmented conduit.Pipeline label is in order to represent the communications status of this section of segmented conduit.
Generate in pipeline label model 620 and also comprise washability setting module 621 and user right setting module 622, wherein washability setting module 621 is for setting the washability of label substance, and user right setting module 622 is for setting user right.
Obtain label substance module 630, for obtaining the label substance of each pipeline label.
Obtain label substance module 630 to comprise: the first acquisition module 631, second acquisition module 632 and the 3rd acquisition module 633.
First acquisition module 631, obtains label substance for the statistics by terminal node place with calculating.
Second acquisition module 632, for the information acquisition label substance transmitted by other nodes or related function module.
3rd acquisition module 633, obtains label substance for the information interaction by terminal node and other nodes.
Label substance wherein comprises: whether information arrives, the geographical position at user place, start node title, the title of terminal node, the network segment at place, communication use network type, type of service, take at least one in resource time, the error rate, packet loss, average bandwidth and frame rate.Information is flowing through the start node of each section of segmented network (sending node) to terminal node (arrival node), and finally all label substances are aggregated into the pipeline label of this section of segmented network.
Wherein, the network segment at place be terminal in steps A to the access network segment, the first Access Network inner segment, Access Network to core network segment, the first core net inner segment, core net to the outer network segment, outer net inner segment, outer net to core network segment, the second core net inner segment, core net to access the network segment, second access the network segment, Access Network to end section and each network internal key node between fine granularity segmentation.Such as access the network segment communicate with core network segment use network type comprise GSM, WLAN, TD-SCDMA, WCDMA, LTE etc.Take resource time comprise the start-up time of this section of communication and reach the time.
Label processing module 640, comprises the first feedback module 641, second feedback module 642 and memory module 643.
First feedback module 641, for the feedback of the pipeline label according to each network segment, knows Internet usage situation.
Second feedback module 642, for the feedback of the pipeline label according to each network segment, carries out network resource management.
Memory module 643, for the pipeline tag storage within the scope of a period of time is got up, the resource utilization that com-parison and analysis network is each section and link-quality.
By above-mentioned intellectualizing system, by carrying out section mark in communication process end to end in communication pipe, generating segmented conduit label, can more specifically monitor communication pipe, control and manage more flexibly; Facilitate operator to generate the monitoring information of unified format to each section of network, be conducive to comparative analysis communication pipe situation, the situations such as the link-quality to communication pipe, resource occupation and user behavior that contribute to are added up.
Above execution mode is only for illustration of the present invention; and be not limitation of the present invention; the those of ordinary skill of relevant technical field; without departing from the spirit and scope of the present invention; can also make a variety of changes and modification; therefore all equivalent technical schemes also belong to category of the present invention, and scope of patent protection of the present invention should be defined by the claims.
Claims (8)
1. based on the pipeline intelligent method of communication pipe section generating labels, it is characterized in that, described Intelligentized method specifically comprises:
A: according to large or fine granule degree, the node that communication pipe flows through according to information is end to end carried out segmentation, obtain each segmented conduit;
B: follow the tracks of the communication process of each customer service in each segmented conduit end to end, and generate pipeline label at the terminal node place of every section of segmented conduit, described pipeline label represents the communications status of this section of segmented conduit;
C: the label substance obtaining described pipeline label;
D: according to the feedback of the pipeline label of each network segment, know Internet usage situation;
Or the feedback of pipeline label according to each network segment, carry out network resource management;
Or the pipeline tag storage within the scope of a period of time is got up, the resource utilization that com-parison and analysis network is each section and link-quality;
Wherein, the washability that described pipeline label substance is set and setting user right is also comprised in described pipeline label.
2. Intelligentized method as claimed in claim 1, it is characterized in that, describedly according to large or fine granule degree, communication pipe is end to end carried out segmentation according to the node that information flows through and specifically comprise coarse-grain segmentation and fine granularity segmentation, communication pipe is segmented into terminal to the access network segment by wherein said coarse-grain segmentation, first Access Network inner segment, Access Network is to core network segment, first core net inner segment, core net is to the outer network segment, outer net inner segment, outer net is to core network segment, second core net inner segment, core net is to the access network segment, the second access network segment and Access Network are to end section, described fine granularity segmentation is that the communication pipe in each the segmentation described coarse-grain segmentation obtained between key node divides again.
3. Intelligentized method as claimed in claim 1, it is characterized in that, the label substance of the described pipeline label of described acquisition comprises:
Described label substance is obtained with calculating by the statistics at terminal node place;
Or label substance described in the information acquisition to be transmitted by other nodes or related function module;
Or obtain described label substance by the information interaction of described terminal node and other nodes.
4. Intelligentized method as claimed in claim 1, it is characterized in that, described label substance comprises: whether information arrives, the geographical position at user place, start node title, the title of terminal node, the network segment at place, communication use network type, type of service, take at least one in resource time, the error rate, packet loss, average bandwidth and frame rate.
5. based on the pipeline intelligent system of communication pipe section generating labels, it is characterized in that, described intellectualizing system specifically comprises: segmentation module, generation pipeline label model, acquisition label substance module and label processing module;
Described segmentation module, for the node that communication pipe flows through according to information end to end being carried out segmentation according to large or fine granule degree, obtains each segmented conduit;
Described generation pipeline label model, for following the tracks of the communication process of each customer service in each segmented conduit end to end, and generate pipeline label at the terminal node place of every section of segmented conduit, described pipeline label represents the communications status of this section of segmented conduit;
Described acquisition label substance module, for obtaining the label substance of described pipeline label;
Described label processing module, comprises the first feedback module, the second feedback module and memory module;
Described first feedback module, for the feedback of the pipeline label according to each network segment, so that Internet usage situation is known in user or operator;
Described second feedback module, for the feedback of the pipeline label according to each network segment, carries out network resource management;
Described memory module, for the pipeline tag storage within the scope of a period of time is got up, the resource utilization that com-parison and analysis network is each section and link-quality;
Wherein, also comprise washability setting module and user right setting module in described generation pipeline label model, wherein said washability setting module is for setting the washability of described pipeline label substance, and described user right setting module is for setting user right.
6. intellectualizing system as claimed in claim 5, it is characterized in that, described segmentation module comprises coarse-grain segmentation module and fine granularity segmentation module, and communication pipe is segmented into terminal to accessing the network segment, the first Access Network inner segment, Access Network to core network segment, the first core net inner segment, core net to the outer network segment, outer net inner segment, outer net to core network segment, the second core net inner segment, core net to the access network segment, the second access network segment and Access Network to end section by wherein said coarse-grain segmentation module;
Described fine granularity segmentation module is that the communication pipe in each segmentation described coarse-grain segmentation obtained between key node divides again.
7. intellectualizing system as claimed in claim 5, it is characterized in that, described acquisition label substance module comprises: the first acquisition module, the second acquisition module and the 3rd acquisition module;
Described first acquisition module, obtains described label substance for the statistics by terminal node place with calculating;
Described second acquisition module, for label substance described in the information acquisition by other nodes or related function module transmission;
Described 3rd acquisition module, for obtaining described label substance by the information interaction of described terminal node and other nodes.
8. intellectualizing system as claimed in claim 5, it is characterized in that, described label substance comprises: whether information arrives, the geographical position at user place, start node title, the title of terminal node, the network segment at place, communication use network type, type of service, take at least one in resource time, the error rate, packet loss, average bandwidth and frame rate.
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| CN201310039848.0A CN103167544B (en) | 2013-01-31 | 2013-01-31 | Pipeline intellectualization method and system based on segment tag generation of communication pipeline |
| PCT/CN2013/082096 WO2014117504A1 (en) | 2013-01-31 | 2013-08-22 | Pipeline intellectualization method and system based on segment tagging of communication pipeline |
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| CN103167544B (en) * | 2013-01-31 | 2015-07-22 | 北京邮电大学 | Pipeline intellectualization method and system based on segment tag generation of communication pipeline |
| CN103368774B (en) * | 2013-06-30 | 2018-05-18 | 成都以达通信设备有限公司 | A kind of system for dynamically managing communications Resources Reserve and quality |
| EP3949278A1 (en) * | 2019-04-03 | 2022-02-09 | Cisco Technology, Inc. | Extending enterprise trusted policy framework to cloud native applications |
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| CN102238465A (en) * | 2010-04-28 | 2011-11-09 | 北京神州泰岳软件股份有限公司 | Mobile data service end-to-end quality analysis method and system |
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| CN101350763A (en) * | 2007-07-16 | 2009-01-21 | 华为技术有限公司 | Resource management method, system and network appliance |
| CN102547648B (en) * | 2012-01-13 | 2014-08-27 | 华中科技大学 | Intelligent pipeline flow control method based on user behavior |
| CN102665187B (en) * | 2012-02-29 | 2014-11-12 | 华中科技大学 | Intelligent pipeline control method based on intelligent terminal |
| CN103167544B (en) * | 2013-01-31 | 2015-07-22 | 北京邮电大学 | Pipeline intellectualization method and system based on segment tag generation of communication pipeline |
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