CN106658595B - A kind of positioning problems method and device - Google Patents
A kind of positioning problems method and device Download PDFInfo
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- CN106658595B CN106658595B CN201611096366.9A CN201611096366A CN106658595B CN 106658595 B CN106658595 B CN 106658595B CN 201611096366 A CN201611096366 A CN 201611096366A CN 106658595 B CN106658595 B CN 106658595B
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- 238000000034 method Methods 0.000 title claims abstract description 33
- 230000008447 perception Effects 0.000 claims abstract description 16
- 238000011835 investigation Methods 0.000 claims description 28
- 230000005540 biological transmission Effects 0.000 claims description 26
- 230000004907 flux Effects 0.000 claims description 22
- 238000012546 transfer Methods 0.000 claims description 6
- 238000004220 aggregation Methods 0.000 claims description 3
- 230000002776 aggregation Effects 0.000 claims description 3
- 241000208340 Araliaceae Species 0.000 claims description 2
- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 claims description 2
- 235000003140 Panax quinquefolius Nutrition 0.000 claims description 2
- 235000008434 ginseng Nutrition 0.000 claims description 2
- 238000013024 troubleshooting Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 238000007726 management method Methods 0.000 description 2
- 238000005457 optimization Methods 0.000 description 2
- 238000003860 storage Methods 0.000 description 2
- 210000000988 bone and bone Anatomy 0.000 description 1
- 238000004590 computer program Methods 0.000 description 1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/0215—Traffic management, e.g. flow control or congestion control based on user or device properties, e.g. MTC-capable devices
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W64/00—Locating users or terminals or network equipment for network management purposes, e.g. mobility management
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Abstract
This application discloses a kind of positioning problems method and devices, are related to the communications field, can be improved the efficiency of positioning service perception problems.The method include that determining the first business and obtaining the information that the first business carries；According to the information that business in the first business carries, the positioning of service-aware problem is carried out in non-network side profession first, then the positioning service perception problems in network side profession；In network side specialty aim problem, according to specified sequence, determine in the network side profession currently checked, the number of services with same characteristic features accounts for the ratio of business total quantity and the size relation of reference threshold；If ratio is greater than reference threshold, the positioning service perception problems in the son profession for the network side profession currently checked；If ratio is less than or equal to reference threshold, according to specified sequence, in the network side profession in addition to the network side currently checked profession, positioning service perception problems.The application is suitable for positioning service perception problems.
Description
Technical field
This application involves mobile communication technology field more particularly to a kind of positioning problems method and devices.
Background technique
With the rapid development of mobile Internet, the quantity of Internet service increases significantly.In order to reduce Internet service
The middle problem, improve the service quality of Internet service, and mobile operator is using service-aware problem as paying close attention to
One of aspect.Mobile operator get service-aware problem and determine there is the network site of the problem after, Neng Gouzhen
The network optimization is carried out to the problem location, and then improves the business experience of user.
In the prior art, mobile Internet is divided into backbone interconnection and business service provider (English: Service
Provider, referred to as: SP), local bearer network, core net, transmission network, wireless network this five network side professions, in each network
In the profession of side, and it is divided into multiple son professions.After there is service-aware problem, server can be by traversing all sons specially
Industry, to realize the detailed investigation of service-aware problem, so that it is determined that leading to the network site of above-mentioned service-aware problem.Due to upper
The investigation range for stating process is excessive, increases server and carries out checking the spent time, asks to reduce positioning service perception
The efficiency of topic.
Summary of the invention
The application provides a kind of positioning problems method and device, is able to solve asking for the low efficiency of positioning service perception problems
Topic.
In order to achieve the above objectives, the application adopts the following technical scheme that
In a first aspect, the application provides a kind of positioning problems method, which comprises
It determines the first business, and obtains the information that first business carries, first business is to connect in a period of time
Continuous the business of the first service-aware problem occur, the first service-aware problem is not inconsistent for indicating that business has at least one
Close the information of reference index；
The positioning of the first service-aware problem is carried out in non-network side factor, the non-network side factor is at least wrapped
Terminal speed ability, user's signing speed limit and business packet size are included, it is what terminal limited that user's signing speed limit, which is operator,
Data maximum transfer speed；
If the first service-aware problem cannot navigate to the non-network side factor, positioned in network side profession
The first service-aware problem；
According to specified sequence, according to the information that first business carries, determination is special in the network side currently checked
In industry, the number of services with same characteristic features accounts for the first ratio of business total quantity and the size relation of the first reference threshold, bone
Dry interconnection and business service provider SP, local bearer network, core net, transmission network and putting in order for wireless network are described specified
Sequentially；
If first ratio is greater than first reference threshold, in the network side profession currently checked
The first service-aware problem is positioned in sub- profession；
If first ratio is less than or equal to first reference threshold, according to the specified sequence, except described
In network side profession other than the network side profession currently checked, the investigation of the first service-aware problem is carried out, directly
To navigating to the first service-aware problem.
Second aspect, the application provide a kind of positioning problems device, and described problem positioning device includes:
Determining module, for determining that the first business, first business are the first business sense continuously occur in a period of time
Know the business of problem；
Module is obtained, the information carried for obtaining first business, the first service-aware problem is for indicating
There is at least one information for not meeting reference index in business；
Locating module is asked for carrying out first service-aware that the determining module determines in non-network side factor
The positioning of topic, the non-network side factor includes at least terminal speed ability, user contracts speed limit and business packet size, the use
It is the data maximum transfer speed that terminal limits that family signing speed limit, which is operator,；
The locating module, if being also used to the first service-aware problem that the determining module determines cannot navigate to
The non-network side factor then positions the first service-aware problem in network side profession；
The determining module is also used to be taken according to specified sequence according to first business that the acquisition module obtains
The information of band determines that in the network side profession currently checked, the number of services with same characteristic features accounts for business total quantity
The first ratio and the first reference threshold size relation, backbone interconnection and business SP, local bearer network, core net, transmission network
With putting in order as the specified sequence for wireless network；
The locating module, if being also used to first ratio that the determining module determines is greater than described first with reference to threshold
Value then positions the first service-aware problem in the son profession of the network side profession currently checked；
The locating module, if being also used to first ratio that the determining module determines is less than or equal to described first
Reference threshold, then according to the specified sequence, in the network side profession in addition to the network side profession currently checked
In, the investigation of the first service-aware problem is carried out, until navigating to the first service-aware problem.
Positioning problems method and device provided by the present application is compared to and in the prior art service-aware problem is occurring
Later, server is by traversing all son professions, to realize the detailed investigation of service-aware problem, so that it is determined that generating above-mentioned industry
The network site for perception problems of being engaged in, the application can account for industry according to the number of services with same characteristic features in each network side profession
The ratio for total quantity of being engaged in, by above-mentioned service-aware positioning problems in a certain network side profession, later in network side profession
All son professions are checked one by one, by the service-aware positioning problems into specific son profession.Therefore, the application institute
In the investigation scheme of proposition, the network side profession that first locking is led to the problem of, to reduce the range of traversal investigation, and due to checking model
It encloses reduced, therefore, when antithetical phrase profession carries out traversal investigation, drastically reduces in troubleshooting procedure the spent time, from
And improve the efficiency of positioning service perception problems.
Detailed description of the invention
It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to needed in the embodiment
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ability
For the those of ordinary skill of domain, without creative efforts, it can also be obtained according to these attached drawings other attached
Figure.
Fig. 1 is a kind of flow chart of positioning problems method provided in an embodiment of the present invention；
Fig. 2 to Fig. 4 is the flow chart of another positioning problems method provided in an embodiment of the present invention；
Fig. 5 is a kind of structural schematic diagram of positioning problems device provided in an embodiment of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts all other
Embodiment shall fall within the protection scope of the present invention.
The embodiment of the present invention can be used for a kind of positioning problems method, and this method can be applied to the network of such as server
Equipment.As shown in Figure 1, this method process includes:
Step 101 determines the first business, and obtains the information that the first business carries.
Wherein, the first business is the business of the first service-aware problem, the first service-aware continuously occur in a period of time
Problem is used to indicate that business to have the information that at least one does not meet reference index.
It should be noted that the information that the first business carries includes at least type of service, terminal models etc..It is set in server
The reference index for having set each business of assessment determines the industry when business, which has at least one, does not meet the information of reference index
There is the first service-aware in business.Service-aware problem is low including at least service rate, service delay is big and service success rate
It is low.
Step 102, the positioning that the first service-aware problem is carried out in non-network side factor.
Wherein, non-network side factor includes at least terminal speed ability, user's signing speed limit and business packet size, user's label
It is the data maximum transfer speed that terminal limits that about speed limit, which is operator,.
If step 103, the first service-aware problem cannot navigate to non-network side factor, positioned in network side profession
First service-aware problem.
Step 104 is determined according to the information that the first business carries in the network currently checked according to specified sequence
In the profession of side, the number of services with same characteristic features accounts for the first ratio of business total quantity and the size of the first reference threshold is closed
System.
Wherein, backbone interconnection and business SP, local bearer network, core net, transmission network and wireless network put in order to refer to
Fixed sequence.
It should be noted that according to the aggregation extent of each network side profession referent and the intensity of inner capacities
Determine specified sequence.Wherein, backbone interconnection and business SP profession referent are backbone links；Pair that local bearer network is related to
As for local bearing link；Core net referent is core link；Transmission network referent is transmission link；Wireless network
Referent is to be wirelessly connected；Inner capacities is to access the content of each network side profession, for example, the inner capacities of wireless network is eventually
End.
Feature is to indicate the network architecture of each network side profession, for example, the network architecture of local bearer network is local holds
Carry link, then the feature of local bearer network first is that interconnected between network on local bearer network protocol link (English:
Internet Protocol, referred to as: IP link).
First reference threshold is used to judge whether there is the first service-aware to ask in the network side currently checked profession
Topic.
It is special in the son for the network side profession currently checked if step 105, the first ratio are greater than the first reference threshold
The first service-aware problem is positioned in industry.
It should be noted that if the first ratio of the network side profession currently checked is greater than the first reference threshold, then
By the first service-aware positioning problems in network side profession, but due to having multiple son professions in network side profession,
Therefore the network site for leading to the problem of the first service-aware is positioned there is still a need for further.Since the prior art may be implemented sub special
The process positioned in industry, this will not be repeated here.
If step 106, the first ratio are less than or equal to the first reference threshold, according to specified sequence, removing currently
In network side profession other than the network side profession of investigation, the investigation of the first service-aware problem is carried out, until navigating to first
Service-aware problem.
The application can account for the ratio of business total quantity according to the number of services with same characteristic features in each network side profession
Example, by above-mentioned service-aware positioning problems in a certain network side profession, later to all son professions in network side profession
It is checked one by one, by the service-aware positioning problems into specific son profession.Therefore, the investigation side that the application is proposed
In case, the network side profession that first locking is led to the problem of, to reduce the range of traversal investigation, and since investigation range is reduced, because
This drastically reduces the time spent in troubleshooting procedure, to improve positioning industry when antithetical phrase profession carries out traversal investigation
The efficiency for perception problems of being engaged in.
It ensures that the positioning for realizing service-aware problem, in an implementation of the embodiment of the present invention, needs
The non-network factor except network side profession is checked, it therefore, can also be real on the basis of implementation as shown in Figure 1
It is now implementation as shown in Figure 2.Wherein, step 102 positions the first service-aware problem in non-network side factor, may be used also
To be implemented as step 1021 to step 1022:
Step 1021 determines each non-network side in non-network side factor according to the information that the first business carries respectively
Number of services in factor with identical factor information accounts for the second ratio of business total quantity and the size of the second reference threshold is closed
System.
It should be noted that the second reference threshold is for distinguishing in each non-network factor with the presence or absence of the first service-aware
Problem.
For example, terminal speed ability is divided into according to terminal models, in, it is poor, then respectively determine terminal speed ability
It is good, in, the number of services that generates of the terminal of difference account for the second ratio of the first business total quantity, judge respectively each second ratio with
Second reference threshold size relation.
Second ratio of step 1022, if it exists at least one non-network side factor is greater than the second reference threshold, then by the
One service-aware positioning problems are in non-network side factor.
Based on example shown in step 1021, if the number of services that the terminal of terminal speed ability difference generates accounts for the first business
Second ratio of total quantity be greater than the second reference threshold, then by the first service-aware positioning problems non-network side factor terminal
Rate capacity.
From the foregoing, it can be seen that also having checked non-network factor, in this way except investigation network side profession in the embodiment of the present invention
Just checked that all there may be the aspects of the first service-aware problem, it is ensured that the first service-aware problem can be by successfully fixed
Position.
In order to reduce the investigation range of service-aware problem, in an implementation of the embodiment of the present invention, Ke Yi
It is further positioned in backbone interconnection and business SP profession, therefore, in such as Fig. 1 to the base of implementation as shown in Figure 2
On plinth, by taking Fig. 1 as an example, it is also implemented as implementation as shown in Figure 3.Wherein, if the network side currently checked is special
Industry is backbone interconnection and business SP, then step 105 positions the first industry in the son profession for the network side profession currently checked
Business perception problems, can also be implemented as step 1051 to step 1057:
Step 1051 obtains the corresponding SP of the first business, and when executing the first business the transmission address of sender with
The reception address of recipient.
It should be noted that the corresponding SP of the first business and the transmission address of sender and reception when executing the first business
The reception address of person can be obtained from the information that the first business carries.
If step 1052, net external flux dredge ratio greater than third reference threshold, by the first service-aware positioning problems
Assignment of traffic in net and outside net.
Wherein, it is the ratio that net external flux accounts for the sum of net flow and net external flux, net outflow that net external flux, which dredges ratio,
Amount is is flow that sender or recipient provide with the operator in addition to SP.Third reference threshold is operator according to business
Determining numerical value is planned, for judging whether due to leading to the problem of the first service-aware with the assignment of traffic outside net in netting.
If net external flux dredges ratio greater than third reference threshold, it is determined that net external flux ratio is excessively high.Server can be with
Detection flows content determines whether that content source is present in net server according to flow content, if there is content source to be present in net
Net external flux can be dredged to net by dredging in net, just reduce net external flux in this way and dredge ratio by server, from
And optimize the assignment of traffic in net and outside net.Wherein, content source is the access content of terminal.
If step 1053 is sending address and receiving in all transmission paths between address, there are at least one routings
Hop count is greater than the 4th reference threshold and flow proportional is greater than the path of the 5th reference threshold, then by the first service-aware positioning problems
The assignment of traffic in path in netting.
Wherein, flow proportional be the same occupied flow of paths transmitting data be path allocation total flow
Ratio.
It is sending address and is receiving in all transmission paths between address, hop count is less than or equal to the 4th if it exists
Reference threshold and flow proportional are equal to or less than the path of the 5th reference threshold, then can be dredged, will be routed by nearest resource
It is small to hop count that hop count is greater than the traffic grooming that the 4th reference threshold and flow proportional are greater than on the path of the 5th reference threshold
It is equal to or less than the path of the 5th reference threshold, thus balance the road Wang Nei in or equal to the 4th reference threshold and flow proportional
The assignment of traffic of diameter, achievees the effect that optimization.Wherein, the 4th reference threshold is for judging whether hop count is too long, the 5th ginseng
Threshold value is examined for judging whether the flow in path is excessive.
If the reception address of all business is identical in step 1054, the first business, in the son profession of backbone interconnection profession
The middle positioning for carrying out the first service-aware problem.
After in by the first service-aware positioning problems to backbone interconnection profession, it is also necessary to the first industry of content source and execution
It enters and leaves in band width configuration and performance and backbone links configuration and performance etc. and is carried out into one of both the target local network of business
The investigation of step, to determine the network site for leading to the problem of the first service-aware.
If the reception address of all business has the first service-aware in step 1055, the first business, at this
The positioning of the first service-aware problem is carried out in the son profession of ground bearer network.
If in step 1056, the first business there is the first service-aware in the reception address of partial service, inter-provincial
The positioning of the first service-aware problem is carried out in link bandwidth.
If the type of service of all business is identical in step 1057, the first business, first is carried out in business SP profession
The positioning of service-aware problem.
Wherein, type of service includes at least browse service, streaming media service, instant messaging service, downloading service and interconnection
Network service is one such.
After determining that type of service is identical, need further to be positioned in terms of the scheduling of resource of business SP profession,
To determine the network site for the first service-aware problem occur.
The embodiment of the present invention is by the positioning in backbone interconnection and business SP profession, by the first service-aware positioning problems
In assignment of traffic, net in net and outside net in the assignment of traffic, backbone interconnection profession and business SP profession in path, server
These professions need to be checked, the investigation range of the first service-aware problem of positioning has just been further reduced in this way, has reduced server
It carries out checking the spent time, to improve the efficiency of positioning service perception problems.
In order to realize the positioning of service-aware problem, in an implementation of the invention, need arranging currently
It is further positioned in the son profession for the network side profession looked into, therefore, in such as Fig. 1 to the base of implementation as shown in Figure 2
On plinth, by taking Fig. 1 as an example, it is also implemented as implementation as shown in Figure 4.Wherein, if the network side currently checked is special
Industry is local bearer network, core net, transmission network or wireless network, if then first ratio of step 105 is greater than the first reference threshold,
The first service-aware problem is positioned in the son profession for the network side profession currently checked, step can also be implemented as
1058 and step 1059:
Step 1058 has phase successively in the dimension of the determining network side profession currently checked according to specified sequence
Number of services with the information of dimension accounts for the third ratio of business total quantity and the size relation of the 6th reference threshold.
Wherein, dimension includes at least one of link dimension, network element dimension and cell dimension.
Link dimension includes at least the IP link on local bearer network；Network element dimension includes at least the service general of core net
Grouping wireless service technology (English: General Packet Radio Service, referred to as: GPRS) supporting node (English:
Serving GPRS Support Node, referred to as: SGSN), Gateway GPRS Support Node (English: Gateway GPRS
Support Node, referred to as: GGSN), gateway (English: Serving GateWay, referred to as: SGW), packet data gateway
(English: Packet Data Network Gateway, abbreviation: PGW), mobility management entity (English: Mobile
Management Entity, referred to as: MME), radio network controller (English: Radio Network Controller, letter
Claim: RNC) and base station；Cell dimension includes at least 2G, 3G or 4G cell in mobile network.
If step 1059, in dimension, there are the third ratios of at least one dimension to be greater than the 6th reference threshold, then is depositing
The positioning of the first service-aware problem is carried out in the sub- dimension that third ratio is greater than the dimension of the 6th reference threshold.
It should be noted that carrying out the first service-aware problem in local bearer network, core net, transmission network or wireless network
Positioning can be realized in the prior art, this will not be repeated here.
In addition, carrying out service-aware to network key achievement after the network site for navigating to the first service-aware problem
The mapping of index (English: Key Performance Indicator, abbreviation: KPI) is imitated, the above process can pass through existing skill
Art realizes that this will not be repeated here.
The embodiment of the present invention further positioned in local bearer network, core net, transmission network or wireless network,
The dimension that there are problems that the first service-aware can be navigated to, and is checked in the sub- dimension of the dimension, so that it is determined that producing
The network site of raw first service-aware problem, just only needs to check above-mentioned sub- dimension in this way, reduces the first business sense of positioning
The investigation range for knowing problem reduces server and carries out checking the spent time, to improve positioning service perception problems
Efficiency.
The embodiment of the present invention provides a kind of positioning problems device 1, and the positioning problems device 1 is for executing institute as shown in Figure 1 to Figure 4
Any one method flow shown, as shown in figure 5, the positioning problems device 1 includes:
Determining module 2, for determining that the first business, the first business are the first service-aware continuously occur in a period of time to ask
The business of topic.
Module 3 is obtained, for obtaining the information of the first business carrying, the first service-aware problem is for indicating that business exists
At least one does not meet the information of reference index.
Locating module 4, for being determined determining for the first determining service-aware problem of module 2 in non-network side factor
Position, non-network side factor includes at least terminal speed ability, user contracts speed limit and business packet size, user contract speed limit as fortune
Seeking quotient is the data maximum transfer speed that terminal limits.
Locating module 4, be also used to if it is determined that module 2 determine the first service-aware problem cannot navigate to non-network side because
Element then positions the first service-aware problem in network side profession.
Determining module 2 is also used to according to specified sequence, according to the information for obtaining the first business carrying that module 3 obtains, really
Be scheduled in the network side profession currently checked, the number of services with same characteristic features account for the first ratio of business total quantity with
The size relation of first reference threshold, backbone interconnection and business SP, local bearer network, core net, transmission network and wireless network row
Column sequence is specified sequence.
Locating module 4 is also used to if it is determined that the first ratio that module 2 determines is greater than the first reference threshold, then currently just
The first service-aware problem is positioned in the son profession of the network side profession of investigation.
Locating module 4 is also used to if it is determined that the first ratio of the determination of module 2 is then pressed less than or equal to the first reference threshold
It carries out the first service-aware in the network side profession in addition to the network side currently checked profession according to specified sequence and asks
The investigation of topic, until navigating to the first service-aware problem.
In an implementation of the embodiment of the present invention, determining module 2 is also used to according to obtain that module 3 obtains the
The information that one business carries, in non-network side factor, determine has identical factor information respectively in each non-network side factor
Number of services account for the second ratio of business total quantity and the size relation of the second reference threshold.
Locating module 4, the second ratio for being also used to the non-network side factor that at least one determining module 2 determines if it exists are big
In the second reference threshold, then by the first service-aware positioning problems in non-network side factor.
In an implementation of the embodiment of the present invention, module 3 is obtained, is also used to obtain the corresponding SP of the first business,
And when executing the first business sender transmission address and recipient reception address.
Locating module 4 is greater than third reference threshold if being also used to obtain the net external flux that module 3 obtains and dredging ratio,
By the first service-aware positioning problems with the assignment of traffic outside net in net, it is that net external flux accounts in net that net external flux, which dredges ratio,
The ratio of the sum of flow and net external flux, net external flux be with the operator locating for the SP in addition to sender or recipient provide
Flow.
Locating module 4, if being also used to obtaining the transmission address and receive all transmission roads between address that module 3 obtains
In diameter, it is greater than the 4th reference threshold there are at least one hop count and flow proportional is greater than the path of the 5th reference threshold, then
By the assignment of traffic in the first service-aware positioning problems path in netting, flow proportional is in same paths transmitting data institute
The ratio of the flow of occupancy and the total flow for path allocation.
Locating module 4, if the reception address for being also used to obtain all business in the first business that module 3 obtains is identical,
The positioning of the first service-aware problem is carried out in the son profession of backbone interconnection profession.
Locating module 4, if the reception address for being also used to obtain all business in the first business that module 3 obtains has the
One service-aware problem then carries out the positioning of the first service-aware problem in the son profession of local bearer network.
Locating module 4, if being also used to obtain in the first business that module 3 obtains, there are first for the reception address of partial service
Service-aware problem then carries out the positioning of the first service-aware problem in inter-provincial link bandwidth.
Locating module 4, if the type of service for being also used to obtain all business in the first business that module 3 obtains is identical,
The positioning of the first service-aware problem is carried out in business SP profession.
In an implementation of the embodiment of the present invention, determining module 2 is also used to successively determine according to specified sequence
In the dimension for the network side profession currently checked, the number of services with identical dimensional information accounts for the third of business total quantity
The size relation of ratio and the 6th reference threshold, dimension include at least one of link dimension, network element dimension and cell dimension.
Locating module 4, if being also used in dimension, there are the third ratios that the determining module 2 of at least one dimension determines
Greater than the 6th reference threshold, then the first business is carried out in the sub- dimension of dimension for being greater than the 6th reference threshold there are third ratio
The positioning of perception problems.
The application can account for the ratio of business total quantity according to the number of services with same characteristic features in each network side profession
Example, by above-mentioned service-aware positioning problems in a certain network side profession, later to all son professions in network side profession
It is checked one by one, by the service-aware positioning problems into specific son profession.Therefore, the investigation side that the application is proposed
In case, the network side profession that first locking is led to the problem of, to reduce the range of traversal investigation, and since investigation range is reduced, because
This drastically reduces the time spent in troubleshooting procedure, to improve positioning industry when antithetical phrase profession carries out traversal investigation
The efficiency for perception problems of being engaged in.
All the embodiments in this specification are described in a progressive manner, same and similar portion between each embodiment
Dividing may refer to each other, and each embodiment focuses on the differences from other embodiments.Especially for device reality
For applying example, since it is substantially similar to the method embodiment, so describing fairly simple, related place is referring to embodiment of the method
Part explanation.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with
Relevant hardware is instructed to complete by computer program, the program can be stored in computer-readable storage medium
In, the program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein, the storage medium can be magnetic
Dish, CD, read-only memory (English: Read-Only Memory, referred to as: ROM) or random access memory (English:
Random Access Memory, referred to as: RAM) etc..
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by those familiar with the art, all answers
It is included within the scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (8)
1. a kind of positioning problems method, which is characterized in that the described method includes:
It determines the first business, and obtains the information that first business carries, first business is continuously to go out in a period of time
The business of existing first service-aware problem, the first service-aware problem do not meet ginseng for indicating that business has at least one
Examine the information of index；
The positioning of the first service-aware problem is carried out in non-network side factor, the non-network side factor includes at least eventually
Rate capacity, user's signing speed limit and business packet size are held, it is the data that terminal limits that user's signing speed limit, which is operator,
Maximum transfer speed；
If the first service-aware problem cannot navigate to the non-network side factor, in network side profession described in positioning
First service-aware problem；
Specified sequence is determined according to the aggregation extent of the network side profession referent and the intensity of inner capacities,
In, backbone interconnection and business service provider SP, local bearer network, core net, transmission network and wireless network put in order as institute
Specified sequence is stated, is determined according to the information that first business carries in the net currently checked according to the specified sequence
In the profession of network side, the number of services with same characteristic features accounts for the first ratio of business total quantity and the size of the first reference threshold is closed
System；
It is special in the son of the network side profession currently checked if first ratio is greater than first reference threshold
The first service-aware problem is positioned in industry；
If first ratio is less than or equal to first reference threshold, according to the specified sequence, except described current
In network side profession other than the network side profession checked, the investigation of the first service-aware problem is carried out, until fixed
The first service-aware problem is arrived in position.
2. the method according to claim 1, wherein positioning first service-aware in non-network side factor
Problem specifically includes:
It determines have in each non-network side factor respectively in non-network side factor according to the information that first business carries
There is the number of services of identical factor information to account for the second ratio of business total quantity and the size relation of the second reference threshold；
The second ratio of at least one non-network side factor is greater than second reference threshold if it exists, then by first business
Perception problems are located in the non-network side factor.
3. according to claim 1 to method described in 2 any one, which is characterized in that if first ratio is greater than described the
One reference threshold, and the currently network side profession checked is backbone interconnection and business SP, then it is described it is current
The first service-aware problem is positioned in the son profession of the network side profession of investigation, is specifically included:
Obtain the corresponding SP of first business, and the transmission address of sender and recipient when executing first business
Reception address；
If net external flux dredges ratio greater than third reference threshold, the first service-aware positioning problems are being netted into interior and net
Outer assignment of traffic, it is the ratio that net external flux accounts for the sum of net flow and net external flux, institute that the net external flux, which dredges ratio,
State net external flux be with the operator locating for the SP in addition to the flow that provides of sender or recipient；
If there are at least one hop count is big in the transmission address and all transmission paths received between address
In the 4th reference threshold and flow proportional is greater than the path of the 5th reference threshold, then the first service-aware positioning problems exists
The assignment of traffic in path in netting, the flow proportional are in the same occupied flow of paths transmitting data and are the road
The ratio of the total flow of diameter distribution；
If the reception address of all business is identical in first business, in the son profession of backbone interconnection profession described in progress
The positioning of first service-aware problem；
If in first business there is first service-aware in the reception address of all business, in local carrying
The positioning of the first service-aware problem is carried out in the son profession of net；
If the reception address of partial service has first service-aware in first business, in inter-provincial link band
The wide middle positioning for carrying out the first service-aware problem；
If the type of service of all business is identical in first business, the first business sense is carried out in business SP profession
Know the positioning of problem.
4. according to claim 1 to method described in 2 any one, which is characterized in that if first ratio is greater than described the
One reference threshold, and the currently network side profession checked is local bearer network, core net, transmission network or wireless network,
The first service-aware problem then is positioned in the son profession of the network side profession currently checked, is specifically included:
There is identical dimensional letter successively in the dimension of the determining network side profession currently checked according to the specified sequence
The number of services of breath accounts for the third ratio of business total quantity and the size relation of the 6th reference threshold, and the dimension includes at least chain
One of road dimension, network element dimension and cell dimension；
If there are the third ratios of at least one dimension to be greater than the 6th reference threshold in the dimension, then deposited described
The first service-aware problem is carried out in the sub- dimension that the third ratio is greater than the dimension of the 6th reference threshold
Positioning.
5. a kind of positioning problems device, which is characterized in that described problem positioning device includes:
Determining module, for determining that the first business, first business are the first service-aware continuously occur in a period of time to ask
The business of topic；
Module is obtained, the information carried for obtaining first business, the first service-aware problem is for indicating business
There are the information that at least one does not meet reference index；
Locating module, for carrying out determining the first service-aware problem of the determining module in non-network side factor
Positioning, the non-network side factor includes at least terminal speed ability, user contracts speed limit and business packet size, user's label
It is the data maximum transfer speed that terminal limits that about speed limit, which is operator,；
The locating module, if be also used to the first service-aware problem that the determining module determines cannot navigate to it is described
Non-network side factor then positions the first service-aware problem in network side profession；
Specified sequence is determined according to the aggregation extent of the network side profession referent and the intensity of inner capacities,
In, backbone interconnection and business service provider SP, local bearer network, core net, transmission network and wireless network put in order as institute
Specified sequence is stated, the determining module is also used to according to the specified sequence, according to described the first of the acquisition module acquisition
The information that business carries determines that in the network side profession currently checked, the number of services with same characteristic features accounts for business
First ratio of total quantity and the size relation of the first reference threshold；
The locating module, if being also used to first ratio that the determining module determines is greater than first reference threshold,
Then the first service-aware problem is positioned in the son profession of the network side profession currently checked；
The locating module, if being also used to first ratio that the determining module determines is less than or equal to first reference
Threshold value, then according to the specified sequence, in the network side profession in addition to the network side profession currently checked, into
The investigation of row the first service-aware problem, until navigating to the first service-aware problem.
6. positioning problems device according to claim 5, which is characterized in that the determining module is also used to according to
Obtain module obtain first business carry information, in non-network side factor, determine respectively each non-network side because
Number of services in element with identical factor information accounts for the second ratio of business total quantity and the size relation of the second reference threshold；
The locating module is also used to the second ratio of the non-network side factor that at least one described determining module determines if it exists
Greater than second reference threshold, then by the first service-aware positioning problems in the non-network side factor.
7. according to problem positioning device described in claim 5 to 6 any one, which is characterized in that the acquisition module is also used
In obtaining the corresponding SP of first business, and the transmission address of sender and recipient when executing first business
Receive address；
The locating module is greater than third reference threshold if being also used to the net external flux that the acquisition module obtains and dredging ratio,
The then assignment of traffic by the first service-aware positioning problems in net and outside net, it is outer for net that the net external flux dredges ratio
Flow accounts for the ratio of the sum of net flow and net external flux, the net external flux be with the operator locating for the SP in addition to hair
The flow that the person of sending or recipient provide；
The locating module, if being also used between the transmission address and the reception address that the acquisition module obtains
In all transmission paths, it is greater than the 4th reference threshold there are at least one hop count and flow proportional is greater than the 5th reference threshold
Path, then by the first service-aware positioning problems net in path assignment of traffic, the flow proportional be same
The ratio of the occupied flow of paths transmitting data and the total flow for the path allocation；
The locating module, if being also used to the reception address phase of all business in first business that the acquisition module obtains
Together, then the positioning of the first service-aware problem is carried out in the son profession of backbone interconnection profession；
The locating module, if the reception address for being also used to all business in first business that the acquisition module obtains is equal
There are problems that first service-aware, then carries out determining for the first service-aware problem in the son profession of local bearer network
Position；
The locating module, if the reception address for being also used to partial service in first business that the acquisition module obtains is deposited
In the first service-aware problem, then the positioning of the first service-aware problem is carried out in inter-provincial link bandwidth；
The locating module, if being also used to the type of service phase of all business in first business that the acquisition module obtains
Together, then the positioning of the first service-aware problem is carried out in business SP profession.
8. according to problem positioning device described in claim 5 to 6 any one, which is characterized in that the determining module is also used
In the dimension for according to the specified sequence, successively determining the network side profession currently checked, there is identical dimensional information
Number of services account for the third ratio of business total quantity and the size relation of the 6th reference threshold, the dimension includes at least link
One of dimension, network element dimension and cell dimension；
The locating module, if being also used in the dimension, there are that the determining module of at least one dimension determines
Three ratios are greater than the 6th reference threshold, then in the dimension there are the third ratio greater than the 6th reference threshold
Sub- dimension in carry out the positioning of the first service-aware problem.
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