CN106357448A - Traffic monitoring topology generation method and traffic monitoring topology generation system - Google Patents
Traffic monitoring topology generation method and traffic monitoring topology generation system Download PDFInfo
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- CN106357448A CN106357448A CN201610842025.5A CN201610842025A CN106357448A CN 106357448 A CN106357448 A CN 106357448A CN 201610842025 A CN201610842025 A CN 201610842025A CN 106357448 A CN106357448 A CN 106357448A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/12—Discovery or management of network topologies
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/02—Standardisation; Integration
- H04L41/0246—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols
- H04L41/0266—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols using meta-data, objects or commands for formatting management information, e.g. using eXtensible markup language [XML]
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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
- H04L43/06—Generation of reports
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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
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- Data Exchanges In Wide-Area Networks (AREA)
Abstract
The invention provides a traffic monitoring topology generation method and a traffic monitoring topology generation system and relates to the technical field of communication, aiming to solve the problem that a network topology generated during network traffic characteristic analysis is a topology of the whole network in the prior art. The method includes that an EMS (element management system) generates a traffic report file from traffic monitoring data, names the traffic report file and sends the named traffic report file to an upper analysis tool server; the upper analysis tool server analyzes the traffic report file to acquire a home terminal network element name, an opposite terminal network element name and port information, generates a traffic monitoring link according to the home terminal network element name, the opposite terminal network element name and the port information, and generates a traffic monitoring topology according to the traffic monitoring link. The traffic monitoring topology generation method is used for generating the traffic monitoring topology.
Description
Technical field
The present invention relates to communication technical field, more particularly, to a kind of flow monitoring Topology g eneration method and system.
Background technology
With Long Term Evolution (English full name: long term evolution, referred to as: lte) business fast development, network
Flow explosive growth, this give support multiple service supporting procotol (English full name: internet protocol, referred to as:
Ip) the O＆M of network and multiprotocol label switching (multi-protocol label switching, mpls) network and operation
Bring stern challenge.Wherein, one of challenge is how to obtain the busy period feature of live network flow, thus rationally arranging
Base station flow convergence ratio, accurate planning network bandwidth and dilatation construction.
At present, bearer network equipment generally support flow monitoring function it is possible to will collection flow monitoring data
Report Element management system (English full name: element management system, referred to as: ems), then ems will flow again
Amount data reports comprehensive network management or third-party analysis instrument, finally by comprehensive network management or third-party analysis instrument to network
Traffic characteristic is analyzed.However, comprehensive network management or third-party analysis instrument are when carrying out Network Traffic Analysis, only
Possessing flow monitoring data is inadequate it is necessary to the topology with reference to flux monitoring region carrys out comprehensive analysis, and therefore ems must also
Report the topology of flux monitoring region to comprehensive network management or third-party analysis instrument.In prior art, ems passes through link connection
Network topology is reported comprehensive network management or third-party analysis instrument by the mode of relation form.Specifically, ems first is by network
In all link connection relations generate link connection relation forms, then by link connection relation form report comprehensive network management or
Person's third-party analysis instrument, last comprehensive network management or third-party analysis instrument parsing link annexation report generation network are opened up
Flutter.
However, due to record all link connection relations in whole ip/mpls network in link connection relation form,
Therefore comprehensive network management or third-party analysis instrument are whole network according to the network topology of link connection relation report generation
Topology, and need to report the topology only disposing flux monitoring region of comprehensive network management or third-party analysis instrument.If net
When in network, NE quantity is huge and/or link connection relation is complicated, one side which can cause the efficiency that network topology generates
Reduce；On the other hand, because flow analysis personnel are only concerned about the topology in the region of flow monitoring, therefore also need to artificially whole
The topology of specific flux monitoring region is found, this brings inconvenience to O＆M and analysis process in the topology of network.
Content of the invention
Embodiments of the invention provide a kind of flow monitoring Topology g eneration method and system, for solve in prior art
Carry out the problem for the topology of whole network for the network topology of generation during Network Traffic Analysis.
For reaching above-mentioned purpose, embodiments of the invention adopt the following technical scheme that
In a first aspect, providing a kind of flow monitoring Topology g eneration method, comprising:
Ems is named by flow monitoring data genaration traffic reports file and to described traffic reports file；After name
The title of described traffic reports file includes: the corresponding local terminal element name of described flow monitoring data, described flow monitoring
Data corresponding opposite end element name and the corresponding port information of described flow monitoring data；
Traffic reports file after naming is sent supreme layer analysis tool server by ems；
Described upper strata analytical tool server carries out parsing to the traffic reports file after name and obtains described local terminal network element
Title, described opposite end element name and described port information；
Described upper strata analytical tool server is according to described local terminal element name, described opposite end element name and described end
Message breath generates flow monitoring link；
Described upper strata analytical tool server generates described flow monitoring topology according to described flow monitoring link.
Second aspect, provides a kind of flow monitoring Topology g eneration system, comprising: ems and upper strata analytical tool server；
Described ems is used for ordering by flow monitoring data genaration traffic reports file and to described traffic reports file
Name；After name, the title of described traffic reports file includes: the corresponding local terminal element name of described flow monitoring data, described
Flow monitoring data corresponding opposite end element name and the corresponding port information of described flow monitoring data；
Described ems is also with sending supreme layer analysis tool server by the traffic reports file after name；
Described upper strata analytical tool server is used for the traffic reports file after name is carried out with the parsing described local terminal of acquisition
Element name, described opposite end element name and described port information and according to described local terminal element name, described opposite end net
First title and described port information generate flow monitoring link；
Described upper strata analytical tool server is also with generating described flow monitoring topology according to described flow monitoring link.
Flow monitoring Topology g eneration method provided in an embodiment of the present invention, ems first is by flow monitoring data genaration flow
Report file is simultaneously named to flow report file, and secondly the traffic reports file after naming is sent supreme layer analysis by ems
Instrument, again, upper strata analytical tool carries out parsing to the traffic reports file after name and obtains local terminal element name, opposite end network element
Title and port information, then upper strata analytical tool is according to the life of local terminal element name, opposite end element name and port information
Become flow monitoring link, last upper strata analytical tool generates flow monitoring topology according to flow monitoring link, because the present invention is real
It is corresponding right according to flow monitoring data corresponding local terminal element name, flow monitoring data for applying the flow monitoring link in example
End element name and the corresponding port information of flow monitoring data generate, so generate flow monitoring link belong to flow
Monitored area, and then the flow monitoring topology being generated according to flow monitoring link also only comprises the topology of flux monitoring region, institute
The topology of flux monitoring region can only be generated with the embodiment of the present invention when carrying out Network Traffic Analysis, and then avoid net
The efficiency of network Topology g eneration reduces and O＆M and the problem analyzing process inconvenience.
Brief description
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
Have technology description in required use accompanying drawing be briefly described it should be apparent that, drawings in the following description be only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, acceptable
Other accompanying drawings are obtained according to these accompanying drawings.
One of flow chart of steps of flow monitoring Topology g eneration method that Fig. 1 provides for embodiments of the invention；
The two of the flow chart of steps of the flow monitoring Topology g eneration method that Fig. 2 provides for embodiments of the invention；
The three of the flow chart of steps of the flow monitoring Topology g eneration method that Fig. 3 provides for embodiments of the invention；
The four of the flow chart of steps of the flow monitoring Topology g eneration method that Fig. 4 provides for embodiments of the invention；
The schematic diagram of the ems that Fig. 5 provides for embodiments of the invention and upper strata analytical tool server；
The five of the flow chart of steps of the flow monitoring Topology g eneration method that Fig. 6 provides for embodiments of the invention；
The schematic diagram of the flow monitoring Topology g eneration system that Fig. 7 provides for embodiments of the invention.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation description is it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of not making creative work
Embodiment, broadly falls into the scope of protection of the invention.
In embodiments of the present invention, the word such as " exemplary " or " such as " makees example, illustration or explanation for expression.This
It is described as any embodiment of " exemplary " or " such as " in inventive embodiments or design is not necessarily to be construed as comparing
Other embodiments or design more preferably or more advantage.Specifically, use the word purport such as " exemplary " or " such as "
Assuming related notion in a concrete fashion.
Embodiment one
The enforcement of the present invention provides a kind of flow monitoring Topology g eneration method, specifically, shown in reference Fig. 1, the method bag
Include following steps:
S11, ems are named by flow monitoring data genaration traffic reports file and to flow report file.
Wherein, after name, the title of traffic reports file includes: flow monitoring data corresponding local terminal element name, stream
Amount Monitoring Data corresponding opposite end element name and the corresponding port information of flow monitoring data.
Exemplary, opposite end element name may include that the name of station of opposite end network element, the name of station of base station, net are outer and unknown；
Wherein, if opposite end element name is the name of station of opposite end network element then it represents that opposite end network element is belonging to flow monitoring data
A certain network element in network；If opposite end element name is base station then it represents that opposite end network element is base station；If opposite end element name is net
Outward then it represents that opposite end network element is a certain network element outside flow monitoring data belonging network；If opposite end element name is unknown, table
Show and cannot know opposite end network element.
That is, opposite end element name is chosen as: " name of station of opposite end network element ", " name of station of base station ", " net is outer " and " unknown "
One of.
Further, the local terminal element name in above-described embodiment can be expressed as character string.Also, it should be noted being
The different local terminal network element of differentiation, represents that the character string of the title of each local terminal network element should be unique, that is, local terminal network element and
Represent that the character string of local terminal element name corresponds.
Further, the port in above-described embodiment is physical interface, and port information refers specifically to the port thing of port
The information such as reason speed, slot number, pilot trench item, port numbers.Additionally, multiple sub-interfaces can be included under a physical interface, and
Sub-interface includes again: l2 sub-interface and l3 sub-interface.Represent that granularity is sub-interface (l2 sub-interface when flow monitoring data is corresponding
Or during l3 sub-interface), port information also should include subport information.
Exemplary, after name, the structure of the title of traffic reports file is:
Flow _ business information _ flow granularity _ port information _ local terminal element name _ opposite end element name _ ring information _ equipment
Model _ report generation time .csv.
Exemplary, business information is shown with xx form；Flow granularity is represented with yy；Port information is represented with zz；Local terminal net
The entitled locaname of unit；Opposite end element name is remotename；Ring information is represented with rxx；Unit type is represented with rxx；
The report generation time is represented with time, then the structure of the title of traffic reports file is:
Flow _ xx_yy_zz_locaname_remotename_rxx_rxx_time.csv
Traffic reports file after naming is sent supreme layer analysis tool server by s12, ems.
Exemplary, ems can be by file transfer protocol (FTP) (English full name: file transfer protocol, letter
Claim: ftp) mode by traffic reports file send supreme layer analysis tool server.Certainly, ems spy can pass through its other party
Traffic reports file is sent supreme layer analysis tool server by formula, in the embodiment of the present invention, this is not limited, with can be by
Traffic reports file sends supreme layer analysis tool server and is defined.
S13, upper strata analytical tool server to name after traffic reports file carry out parsing obtain local terminal element name,
Opposite end element name and port information.
It should be noted that upper strata analytical tool server can be according to traffic messages after traffic messages are parsed
Content obtaining flow monitoring data and the name acquiring local terminal element name according to traffic messages, opposite end element name and end
Message ceases.Exemplary, flow monitoring data can be saved in data on flows storehouse by obtain by upper strata analytical tool server
In.
S14, upper strata analytical tool server generate stream according to local terminal element name, opposite end element name and port information
Amount monitoring link.
Specifically, according to local terminal element name, analytical tool server in upper strata can determine that flow monitoring data is corresponding
Local terminal network element, determines flow monitoring data corresponding opposite end network element according to opposite end element name, determines further according to port information
The corresponding port information of outflow Monitoring Data, i.e. upper strata analytical tool server can be according to local terminal element name, opposite end net
First title and port information determine each node on the corresponding link of flow monitoring data, finally by each on link
Node connection can obtain flow monitoring link.
S15, upper strata analytical tool server generate flow monitoring topology according to flow monitoring link.
Ems multiple may generate traffic reports files, and multiple traffic reports files are respectively sent to upper layer analysis work
Tool server, and upper strata analytical tool server all can generate a flow monitoring chain according to each traffic reports file
Road, and upper strata analytical tool server may be identical according to the flow monitoring link of multiple traffic reports file generateds, also may be used
Can differ.After obtaining multiple monitoring link, upper strata analytical tool server is by identical network element in multiple flow monitoring links
Merge arrangement, you can generate flow monitoring topology.
Flow monitoring Topology g eneration method provided in an embodiment of the present invention, ems first is by flow monitoring data genaration flow
Report file is simultaneously named to flow report file, and secondly the traffic reports file after naming is sent supreme layer analysis by ems
Instrument, again, upper strata analytical tool carries out parsing to the traffic reports file after name and obtains local terminal element name, opposite end network element
Title and port information, then upper strata analytical tool is according to the life of local terminal element name, opposite end element name and port information
Become flow monitoring link, last upper strata analytical tool generates flow monitoring topology according to flow monitoring link, because the present invention is real
It is corresponding right according to flow monitoring data corresponding local terminal element name, flow monitoring data for applying the flow monitoring link in example
End element name and the corresponding port information of flow monitoring data generate, so generate flow monitoring link belong to flow
Monitored area, and then the flow monitoring topology being generated according to flow monitoring link also only comprises the topology of flux monitoring region, institute
The topology of flux monitoring region can only be generated with the embodiment of the present invention when carrying out Network Traffic Analysis, and then avoid net
The efficiency of network Topology g eneration reduces and O＆M and the problem analyzing process inconvenience.
Embodiment two
On the basis of above-described embodiment one, the embodiment of the present invention additionally provides in a kind of concrete implementation above-mentioned steps 14
The method that layer analysis instrument generates flow monitoring link according to local terminal element name, opposite end element name and port information.Tool
Body, with reference to shown in Fig. 2, the method includes:
S141, confirmation opposite end element name.
From the explanation of above-mentioned opposite end element name, the title of opposite end network element may be " the station of opposite end network element
One of name ", " name of station of base station " " net outer " and " unknown "；When the entitled " station of opposite end network element confirming opposite end network element
During name ", execution step s142.
S142, judge in flow monitoring topology with the presence or absence of comprising local terminal network element and the link of opposite end network element.
Due to determining entitled " name of station of opposite end network element " of opposite end network element in step s141, therefore can directly determine
The two ends of this flow monitoring data corresponding flow monitoring link are all in flow monitoring data belonging network.When flow monitoring chain
When the two ends on road are all in flow monitoring data belonging network, first determine whether whether contained this chain in flow monitoring topology
Road, if so, then need not repeatedly generate；If it is not, then needing to generate, i.e. further execution step s143.
S143, according to local terminal element name, opposite end element name and port information generate the affiliated net of flow monitoring data
Flow monitoring link in network.
Embodiment three
On the basis of above-described embodiment one, the embodiment of the present invention additionally provides in a kind of concrete implementation above-mentioned steps 14
The method that layer analysis instrument generates flow monitoring link according to local terminal element name, opposite end element name and port information.Tool
Body, with reference to shown in Fig. 3, the method includes:
S141, confirmation opposite end element name.
Equally, the title of opposite end network element may for " name of station of opposite end network element ", " name of station of base station " " net outer " and " not
One of know "；When entitled " name of station of base station " confirming opposite end network element or " net is outer ", execution step s144.
S144, generation opposite end NE icon.
Due to determine in step s141 opposite end network element entitled " name of station of base station " or " net outer " when it may be determined that
The opposite end network element of this flow monitoring data corresponding flow monitoring link outside flow monitoring data belonging network, so giving birth to
Mr. is needed to become opposite end NE icon before becoming flow monitoring topology.Further according to local terminal network element name after the NE icon of generation opposite end
Claim, opposite end NE icon and port information generate flow monitoring link, i.e. execution step s145.
S145, according to local terminal element name, opposite end NE icon and port information generate flow monitoring link.
Example IV,
On the basis of above-described embodiment one, the embodiment of the present invention additionally provides in a kind of concrete implementation above-mentioned steps 14
The method that layer analysis instrument generates flow monitoring link according to local terminal element name, opposite end element name and port information.
Specifically, also include in the title of traffic reports file after name: the corresponding business information of flow monitoring data；
Business information includes: 3g, 4g, set-off and general；
Wherein, if business information is 3g then it represents that opposite end network element is 3g base station；If business information is 4g then it represents that opposite end
Network element is 4g base station；If business information is set-off then it represents that opposite end network element is group customer special line；If business information is general,
Then represent that type of service is unknown or opposite end network element is not 3g base station, 4g base station and group customer special line
That is, business information can elect one of " 3g ", " 4g ", " set-off ", " general " as.Name when traffic reports file
Also including the corresponding business information of flow monitoring data in title is at least to include in the title of traffic reports file: flow monitoring
Data corresponding local terminal element name, flow monitoring data corresponding opposite end element name, the corresponding port of flow monitoring data
Information and the corresponding business information of flow monitoring data.
With reference to shown in Fig. 4, provided in an embodiment of the present invention realize above-mentioned steps 14 at the middle and upper levels analytical tool according to local terminal net
The method that first title, opposite end element name and port information generate flow monitoring link includes:
S141, confirmation opposite end element name.
Equally, the title of opposite end network element may for " name of station of opposite end network element ", " name of station of base station " " net outer " and " not
One of know "；When confirming entitled " unknown " of opposite end network element, execution step s146.
S146, confirmation business information.
From the above-mentioned explanation to business information, business information is " 3g ", " 4g ", " set-off ", in " general "
One；When determining that business information is " 3g " or " 4g " or " set-off ", can go to determine that local terminal network element is user network
Side interface (English full name: user networks interface, referred to as: uni interface), and opposite end element name one is set to
The name of station of base station or the router of group's big customer's special line, thus the title of opposite end network element should be " name of station of base station " or
" net is outer ".Due to now can determine that opposite end element name is " name of station of base station " or " net is outer ", upper strata analytical tool can
Generate stream with generation opposite end NE icon and according to opposite end NE icon, local terminal element name, business information and port information
Amount monitoring link.I.e. execution step s147 and s148.
S147, generation opposite end NE icon.
The type of opposite end network element can be obtained by business information, when business information is " 3g " or " 4g " or " set-off "
When it may be determined that opposite end network element is respectively as follows: 3g base station, 4g base station and group's big customer's special line.Now generate opposite end network element figure
Mark, then generates flow monitoring link further according to opposite end NE icon, local terminal element name, business information and port information,
I.e. execution step s148.
S148, according to opposite end NE icon, local terminal element name, business information and port information generate flow monitoring chain
Road.
Embodiment five,
On the basis of above-mentioned enforcement one, flow monitoring Topology g eneration method provided in an embodiment of the present invention, divide on upper strata
Before analysis instrument generates flow monitoring link according to local terminal element name, opposite end element name and port information, also further
Including: link connection relation table is sent supreme layer analysis instrument by ems.
Wherein, link relation table includes the whole link connection relations in ems data base.
Specifically, link relation table can be sent supreme layer analysis tool server together with traffic reports file by ems,
Individually link relation table can also be sent supreme layer analysis tool server, in the embodiment of the present invention, this is not construed as limiting.This
Outward, ems can also be by the way of ftp by the link relation table supreme layer analysis tool server of transmission.
Exemplary, with reference to shown in Fig. 5, Fig. 5 is the schematic diagram of ems and upper strata analytical tool server.Wherein,
Ems 51 includes: ems topological database 511, flow monitoring data base 512, and upper strata analytical tool server 52 includes: storage stream
The data on flows storehouse 521 of amount Monitoring Data.Ems 51 generates link according to the link relation of storage in ems topological database 511
Link relation table is simultaneously sent supreme layer analysis tool server 52, upper strata analytical tool reception chain in the way of ftp by relation table
Road relation table is for inquiry；Ems 51 is according to the flow monitoring data genaration traffic reports file in flow monitoring data base 512
And be named to by traffic reports file, in the way of ftp, then send supreme layer analysis tool server 52, upper layer analysis
Instrument parses to the traffic reports file receiving, by flow monitoring data storage in data on flows storehouse 521.
With reference to shown in Fig. 6, provided in an embodiment of the present invention realize above-mentioned steps 14 at the middle and upper levels analytical tool according to local terminal net
The method that first title, opposite end element name and port information generate flow monitoring link includes:
S146, confirmation business information.
Equally, from the above-mentioned explanation to business information, business information is " 3g ", " 4g ", " set-off ", in " general "
One；When determining that business information is " general ", execution step s149.
S149, in link relation table, search key is the link connection relation of local terminal element name and port information.
When determining that business information is " general ", carrying out query key word by inquiry is local terminal element name and port information
Link connection relation, if can inquire the link connection that keyword is local terminal element name and port information in link relation table
During relation, opposite end element name can be obtained according to the link inquiring, i.e. execution step s1410.
S1410, according to keyword for local terminal element name and port information link connection Relation acquisition opposite end network element name
Claim.
Further, if the link that keyword is local terminal element name and port information can be inquired in link relation table
Annexation, then can determine a certain network element that opposite end network element one is set in flow monitoring data belonging network.Now, with reference to upper
State the method life generating flow monitoring link in embodiment two according to local terminal element name, opposite end element name and port information
Become flow monitoring link.I.e. execution step s142 and s143.
S142, judge in flow monitoring topology with the presence or absence of comprising local terminal network element and the link of opposite end network element.
When the two ends of flow monitoring link are all in flow monitoring data belonging network, first determine whether flow monitoring topology
In whether contained this link, if so, then need not repeatedly generate；If it is not, then needing to generate, i.e. further execution step
s143.
S143, according to local terminal element name, opposite end element name and port information generate the affiliated net of flow monitoring data
Flow monitoring link in network.
Additionally, in step 149, if cannot find keyword in link relation table is local terminal element name and port
During the link connection relation of information, then can determine a certain net that opposite end network element one is set to outside flow monitoring data belonging network
Unit, at this time, it may be necessary to generate NE icon, and generates flow monitoring link according to the NE icon generating.I.e. execution step
Ss1411 and step s1412.
S1411, generation opposite end NE icon.
S1412, according to opposite end NE icon, local terminal element name and port information generate flow monitoring link.
Embodiment six
Yet another embodiment of the invention provided a kind of flow monitoring Topology g eneration system, shown in reference Fig. 7, this flow monitoring
Topology g eneration system 700 includes: ems 71 and upper strata analytical tool server 72.
Ems 71 is used for being named by flow monitoring data genaration traffic reports file and to flow report file；Name
The title of traffic reports file includes afterwards: flow monitoring data corresponding local terminal element name, flow monitoring data are corresponding
Opposite end element name and the corresponding port information of flow monitoring data；
Ems 71 is also with sending supreme layer analysis tool server by the traffic reports file after name；
Upper strata analytical tool server 72 is used for the traffic reports file after name is carried out with parsing acquisition local terminal network element name
Claim, opposite end element name and port information and generated according to local terminal element name, opposite end element name and port information
Flow monitoring link；
Upper strata analytical tool server 72 is also with generating flow monitoring topology according to flow monitoring link.
Flow monitoring Topology g eneration system provided in an embodiment of the present invention, comprising: ems and upper strata analytical tool, wherein ems
It is named for by flow monitoring data genaration traffic reports file and to flow report file, ems is additionally operable to after name
Traffic reports file send supreme layer analysis instrument；Upper strata analytical tool is used for the traffic reports file after name is solved
Analysis obtains local terminal element name, opposite end element name and port information, then upper strata analytical tool according to local terminal element name,
Opposite end element name and port information generate flow monitoring link, and last upper strata analytical tool generates according to flow monitoring link
Flow monitoring topology, because the flow monitoring link in the embodiment of the present invention is according to flow monitoring data corresponding local terminal network element
Title, flow monitoring data corresponding opposite end element name and the corresponding port information of flow monitoring data generate, so
The flow monitoring link generating belongs to flux monitoring region, and then the flow monitoring topology being generated according to flow monitoring link is also only
Comprise the topology of flux monitoring region, so the embodiment of the present invention can only generate flow when carrying out Network Traffic Analysis
The topology of monitored area, and then avoid the efficiency reduction of network topology generation and the problem of O＆M and the inconvenience of analysis process.
Optionally, port information includes: ports physical speed, slot number, pilot trench item, port numbers；
Opposite end element name includes: the name of station of opposite end network element, the name of station of base station, net are outer and unknown；
Wherein, if opposite end element name is the name of station of opposite end network element then it represents that opposite end network element is belonging to flow monitoring data
A certain network element in network；If opposite end element name is base station then it represents that opposite end network element is base station；If opposite end element name is net
Outward then it represents that opposite end network element is a certain network element outside flow monitoring data belonging network；If opposite end element name is unknown, table
Show and cannot know opposite end network element.
Optionally, upper strata analytical tool is specifically for when determining the name of station that opposite end element name is opposite end network element, judging
Whether there is in flow monitoring topology and comprise local terminal network element and the link of opposite end network element；If it is not, then according to local terminal element name, right
End element name and port information generate the flow monitoring link in flow monitoring data belonging network.
Optionally, upper strata analytical tool is specifically for when the name of station that determination opposite end element name is base station or net are outer, raw
Become opposite end NE icon；Flow monitoring link is generated according to local terminal element name, opposite end NE icon and port information.
Optionally, also include in the title of traffic reports file after name: the corresponding business information of flow monitoring data；
Business information includes: 3g, 4g, set-off and general；
Wherein, if business information is 3g then it represents that opposite end network element is 3g base station；If business information is 4g then it represents that opposite end
Network element is 4g base station；If business information is set-off then it represents that opposite end network element is group customer special line；If business information is general,
Then represent that type of service is unknown or opposite end network element is not 3g base station, 4g base station and group customer special line；
Upper strata analytical tool specifically for when determine opposite end element name be unknown and business information be 3g or 4g or
During set-off, generate opposite end NE icon；Given birth to according to opposite end NE icon, local terminal element name, business information and port information
Become flow monitoring link.
Optionally, also with link connection relation table is sent supreme layer analysis instrument, its link relation table includes ems
Whole link connection relations in ems data base；
Upper strata analytical tool specifically for when determining that opposite end element name is unknown and when business information is general, in link
In relation table, search key is the link connection relation of local terminal element name and port information；
Close when the link connection for local terminal element name and port information for the keyword can be found in link relation table
When being, according to keyword for local terminal element name and port information link connection Relation acquisition opposite end element name；
Judge to whether there is in flow monitoring topology and comprise local terminal network element and the link of opposite end network element；
If it is not, then according to belonging to local terminal element name, opposite end element name and port information generate flow monitoring data
Flow monitoring link in network；
Close when the link connection for local terminal element name and port information for the keyword cannot be found in link relation table
When being, generate opposite end NE icon；
Flow monitoring link is generated according to opposite end NE icon, local terminal element name and port information.
Optionally, after name, the structure of the title of traffic reports file is:
Flow _ business information _ flow granularity _ port information _ local terminal element name _ opposite end element name _ ring information _ equipment
Model _ report generation time .csv.
The above, the only specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, and any
Those familiar with the art the invention discloses technical scope in, the change or replacement that can readily occur in, all answer
It is included within the scope of the present invention.Therefore, protection scope of the present invention should be defined by scope of the claims.
Claims (14)
1. a kind of flow monitoring Topology g eneration method is it is characterised in that include:
Ems is named by flow monitoring data genaration traffic reports file and to described traffic reports file；Described after name
The title of traffic reports file includes: the corresponding local terminal element name of described flow monitoring data, described flow monitoring data
Corresponding opposite end element name and the corresponding port information of described flow monitoring data；
Traffic reports file after naming is sent supreme layer analysis tool server by ems；
Described upper strata analytical tool server to name after traffic reports file carry out parsing obtain described local terminal element name,
Described opposite end element name and described port information；
Described upper strata analytical tool server is believed according to described local terminal element name, described opposite end element name and described port
Breath generates flow monitoring link；
Described upper strata analytical tool server generates described flow monitoring topology according to described flow monitoring link.
2. method according to claim 1 it is characterised in that
Described port information includes: ports physical speed, slot number, pilot trench item, port numbers；
Described opposite end element name includes: the name of station of opposite end network element, the name of station of base station, net are outer and unknown；
Wherein, if described opposite end element name is the name of station of opposite end network element then it represents that opposite end network element is described flow monitoring data
A certain network element in belonging network；If described opposite end element name is base station then it represents that opposite end network element is base station；If described opposite end
Element name is then it represents that opposite end network element is a certain network element outside described flow monitoring data belonging network outside net；If described right
End element name is unknown then it represents that opposite end network element cannot be known.
3. method according to claim 2 it is characterised in that
Described upper strata analytical tool generates according to described local terminal element name, described opposite end element name and described port information
Flow monitoring link, comprising:
When determining the name of station that described opposite end element name is opposite end network element, judge in described flow monitoring topology with the presence or absence of bag
Network element containing local terminal and the link of opposite end network element；
If it is not, then described flow is generated according to described local terminal element name, described opposite end element name and described port information
Flow monitoring link in Monitoring Data belonging network.
4. method according to claim 2 is it is characterised in that described upper strata analytical tool is according to described local terminal network element name
Claim, described opposite end element name and described port information generate flow monitoring topology, comprising:
When the name of station that determination described opposite end element name is base station or net are outer, generate opposite end NE icon；
Flow monitoring link is generated according to described local terminal element name, described opposite end NE icon and described port information.
5. method according to claim 2 is it is characterised in that also wrap in the title of described traffic reports file after name
Include: the corresponding business information of described flow monitoring data；
Described business information includes: 3g, 4g, set-off and general；
Wherein, if described business information is 3g then it represents that opposite end network element is 3g base station；If described business information be 4g then it represents that
Opposite end network element is 4g base station；If described business information is set-off then it represents that opposite end network element is group customer special line；If described business
Information is general then it represents that type of service is unknown or opposite end network element is not 3g base station, 4g base station and group customer special line；
Described upper strata analytical tool generates according to described local terminal element name, described opposite end element name and described port information
Flow monitoring topology, comprising:
When determining described opposite end element name is that unknown and described business information is 3g or 4g or set-off, generate opposite end net
First icon；
Stream is generated according to described opposite end NE icon, described local terminal element name, described business information and described port information
Amount monitoring link.
6. method according to claim 5 is it is characterised in that in described upper strata analytical tool according to described local terminal network element name
Before title, described opposite end element name and described port information generate flow monitoring link, methods described also includes: ems will
Link connection relation table sends supreme layer analysis instrument, and wherein said link relation table includes the whole chains in ems data base
Road annexation；
Described upper strata analytical tool generates according to described local terminal element name, described opposite end element name and described port information
Flow monitoring topology, comprising:
When determining described opposite end element name is general for unknown and described business information, search crucial in link relation table
Word is the link connection relation of described local terminal element name and port information；
When the link that keyword is described local terminal element name and port information can be found in described link relation table even
When connecing relation, the link connection Relation acquisition opposite end network element name being described local terminal element name and port information according to keyword
Claim；
Judge to whether there is in described flow monitoring topology and comprise local terminal network element and the link of opposite end network element；
If it is not, then described flow is generated according to described local terminal element name, described opposite end element name and described port information
Flow monitoring link in Monitoring Data belonging network；
Close when the link connection that keyword is described local terminal element name and port information cannot be found in link relation table
When being, generate opposite end NE icon；
Flow monitoring link is generated according to described opposite end NE icon, described local terminal element name and described port information.
7. the method according to any one of claim 1-6 it is characterised in that name after described traffic reports file title
Structure be:
Flow _ business information _ flow granularity _ port information _ local terminal element name _ opposite end element name _ ring information _ equipment type
Number _ report generation time .csv.
8. a kind of flow monitoring Topology g eneration system is it is characterised in that include: ems and upper strata analytical tool server；
Described ems is used for being named by flow monitoring data genaration traffic reports file and to described traffic reports file；Life
After name, the title of described traffic reports file includes: the corresponding local terminal element name of described flow monitoring data, described flow
Monitoring Data corresponding opposite end element name and the corresponding port information of described flow monitoring data；
Described ems is also with sending supreme layer analysis tool server by the traffic reports file after name；
Described upper strata analytical tool server is used for the traffic reports file after name is carried out with the parsing described local terminal network element of acquisition
Title, described opposite end element name and described port information and according to described local terminal element name, described opposite end network element name
Claim and described port information generates flow monitoring link；
Described upper strata analytical tool server is also with generating described flow monitoring topology according to described flow monitoring link.
9. system according to claim 8 it is characterised in that
Described port information includes: ports physical speed, slot number, pilot trench item, port numbers；
Described opposite end element name includes: the name of station of opposite end network element, the name of station of base station, net are outer and unknown；
Wherein, if described opposite end element name is the name of station of opposite end network element then it represents that opposite end network element is described flow monitoring data
A certain network element in belonging network；If described opposite end element name is base station then it represents that opposite end network element is base station；If described opposite end
Element name is then it represents that opposite end network element is a certain network element outside described flow monitoring data belonging network outside net；If described right
End element name is unknown then it represents that opposite end network element cannot be known.
10. system according to claim 9 is it is characterised in that described upper strata analytical tool is specifically for described when determining
When opposite end element name is the name of station of opposite end network element, judges to whether there is in described flow monitoring topology and comprise local terminal network element and right
The link of end network element；If it is not, then being generated according to described local terminal element name, described opposite end element name and described port information
Flow monitoring link in described flow monitoring data belonging network.
11. systems according to claim 9 are it is characterised in that described upper strata analytical tool is specifically for described when determining
Opposite end element name be the name of station of base station or net outer when, generation opposite end NE icon；According to described local terminal element name, described right
End NE icon and described port information generate flow monitoring link.
12. systems according to claim 9 are it is characterised in that also wrap in the title of described traffic reports file after name
Include: the corresponding business information of described flow monitoring data；
Described business information includes: 3g, 4g, set-off and general；
Wherein, if described business information is 3g then it represents that opposite end network element is 3g base station；If described business information be 4g then it represents that
Opposite end network element is 4g base station；If described business information is set-off then it represents that opposite end network element is group customer special line；If described business
Information is general then it represents that type of service is unknown or opposite end network element is not 3g base station, 4g base station and group customer special line；
Described upper strata analytical tool specifically for when determine described opposite end element name be unknown and described business information be 3g or
When person 4g or set-off, generate opposite end NE icon；According to described opposite end NE icon, described local terminal element name, described industry
Business information and described port information generate flow monitoring link.
13. systems according to claim 12 it is characterised in that
Also with link connection relation table is sent supreme layer analysis instrument, wherein said link relation table includes ems to described ems
Whole link connection relations in data base；
Described upper strata analytical tool is specifically for being general when determination described opposite end element name for unknown and described business information
When, in link relation table, search key is the link connection relation of described local terminal element name and port information；
Close when the link connection that keyword is described local terminal element name and port information can be found in link relation table
When being, the link connection Relation acquisition opposite end element name being described local terminal element name and port information according to keyword；
Judge to whether there is in described flow monitoring topology and comprise local terminal network element and the link of opposite end network element；
If it is not, then described flow is generated according to described local terminal element name, described opposite end element name and described port information
Flow monitoring link in Monitoring Data belonging network；
Close when the link connection that keyword is described local terminal element name and port information cannot be found in link relation table
When being, generate opposite end NE icon；
Flow monitoring link is generated according to described opposite end NE icon, described local terminal element name and described port information.
14. according to Claim 8 the system described in -13 any one it is characterised in that name after described traffic reports file name
Structure be called:
Flow _ business information _ flow granularity _ port information _ local terminal element name _ opposite end element name _ ring information _ equipment type
Number _ report generation time .csv.
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| CN201610842025.5A CN106357448B (en) | 2016-09-22 | 2016-09-22 | A kind of flow monitoring Topology g eneration method and system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110011830A (en) * | 2019-03-03 | 2019-07-12 | 北京立思辰安科技术有限公司 | Communication topology information modeling method based on data on flows |
| CN112333039A (en) * | 2020-10-12 | 2021-02-05 | 联通智网科技有限公司 | Method and device for generating flow report file, storage medium and computer equipment |
| CN113746704A (en) * | 2021-09-08 | 2021-12-03 | 迈普通信技术股份有限公司 | Fault monitoring method and device, electronic equipment and computer readable storage medium |
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| CN112333039A (en) * | 2020-10-12 | 2021-02-05 | 联通智网科技有限公司 | Method and device for generating flow report file, storage medium and computer equipment |
| CN112333039B (en) * | 2020-10-12 | 2024-05-17 | 联通智网科技股份有限公司 | Method and device for generating flow report file, storage medium and computer equipment |
| CN113746704A (en) * | 2021-09-08 | 2021-12-03 | 迈普通信技术股份有限公司 | Fault monitoring method and device, electronic equipment and computer readable storage medium |
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| Publication number | Publication date |
|---|---|
| CN106357448B (en) | 2019-08-02 |
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