CN102740319A - Method and apparatus for monitoring key performance indexes - Google Patents
Method and apparatus for monitoring key performance indexes Download PDFInfo
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- CN102740319A CN102740319A CN2011100955413A CN201110095541A CN102740319A CN 102740319 A CN102740319 A CN 102740319A CN 2011100955413 A CN2011100955413 A CN 2011100955413A CN 201110095541 A CN201110095541 A CN 201110095541A CN 102740319 A CN102740319 A CN 102740319A
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Abstract
The invention discloses a method and an apparatus for monitoring key performance indexes to overcome a defect of relative loose monitoring of KPI indexes in the prior art. The method comprises: determining network element instances a to-be-monitored business relates to, obtaining a connecting relationship of each network element instance; determining a first KPI of the to-be-monitored business, according to the connecting relationship of each network element instance, unfolding an index-tree model of the first KPI to obtain an index tree of the first KPI; and monitoring the business according to the index tree. The monitoring apparatus comprises an obtaining module, a first establishing module and a monitoring module. The method and the apparatus make use of the connecting relationships of the network elements, an association of the KPIs, etc. to establish the three-dimensional index tree for the KPI indexes, effectively integrate a positional relation of the network element of the KPI indexes and the association among the KPI indexes, and effectively solve problems that the KPI indexes are dispersed and that the association among the KPI indexes is not reflected and put to use.
Description
Technical field
The present invention relates to the network performance management technology, relate in particular to the method for supervising and the device of a kind of Key Performance Indicator (KPI).
Background technology
Performance management is one of several big management functions in the telecommunication network management.The purpose of performance management is that network, NE or equipment are carried out performance monitoring, acquisition performance statistics, the validity of evaluating network, NE, the state of report telecommunication apparatus, network enabled planning and network analysis or the like.
They in the existing communication network, no matter be that the type or the quantity of the network equipment of the network equipment is all numerous, and each network equipment loaded service type is also more and more, thereby causes Key Performance Indicator (KPI) index in the network management system to become complicated.Current KPI index all is independently to appear each other mostly, is spaced point independently one by one basically, and prior art is comparatively loose to the monitoring of KPI index, is unfavorable for totally observing and analyzing.
Summary of the invention
Technical problem to be solved by this invention is method for supervising and the device that a kind of Key Performance Indicator need be provided, and overcomes prior art to the comparatively loose defective of the monitoring of KPI index.
In order to solve the problems of the technologies described above, the invention provides the method for supervising of a kind of Key Performance Indicator (KPI), comprising:
Confirm the network element instance that business to be monitored is related, obtain the annexation of each network element instance;
Confirm a KPI of business to be monitored,, the metric tree model of a said KPI is launched, obtain the metric tree of performance the one KPI according to the annexation of each network element instance;
According to said metric tree said business is monitored.
Further, behind a KPI who confirms business to be monitored, said method also comprises: the metric tree model of setting up the corresponding KPI of this business for said business to be monitored.
Further, the said metric tree model of setting up the corresponding KPI of this business for business to be monitored comprises:
According to the annexation of the related network element of said business and the incidence relation between KPI; A said KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI; The common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
Further; Comprise a said KPI is successively decomposed: have the KPI of incidence relation according to the annexation of the related network element of said business and with a said KPI; A said KPI is decomposed, and the one or more KPI that obtain having incidence relation with a said KPI judge said ground floor KPI if can decompose as ground floor KPI; The KPI that then each KPI has an incidence relation among basis and the said ground floor KPI decomposes each KPI among the said ground floor KPI one by one; Obtain second layer KPI, by that analogy, till the KPI that obtains can not decompose again.
Further; Said metric tree model to a KPI launches; The step that obtains the metric tree of performance the one KPI comprises: according to the annexation of each network element instance; Each KPI in the said metric tree model is expanded into the KPI of one or more network element instances that NE type is corresponding under this KPI, and in the metric tree that obtains after the expansion, each KPI belongs to a network element instance.
In order to solve the problems of the technologies described above, the present invention also provides the supervising device of a kind of Key Performance Indicator (KPI), comprises that acquisition module, first sets up module and monitoring module, wherein:
Said acquisition module is used for confirming the related network element instance of business to be monitored, obtains the annexation of each network element instance;
Said first sets up module, is used for confirming a KPI of business to be monitored, according to the annexation of each network element instance, the metric tree model of a said KPI is launched, and obtains the metric tree of performance the one KPI;
Said monitoring module is used for according to said metric tree said business being monitored.
Further, said device comprises that also second sets up module, and said second sets up module also is used to the metric tree model that said business to be monitored is set up the corresponding KPI of this business.
Further; Said second sets up module, and to adopt following mode be the metric tree model that said business to be monitored is set up the corresponding KPI of this business: according to the annexation of the related network element of said business and the incidence relation between KPI; A said KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI; The common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
Further; Said second sets up module adopts following mode that a said KPI is successively decomposed: have the KPI of incidence relation according to the annexation of the related network element of said business and with a said KPI; A said KPI is decomposed, and the one or more KPI that obtain having incidence relation with a said KPI judge said ground floor KPI if can decompose as ground floor KPI; The KPI that then each KPI has an incidence relation among basis and the said ground floor KPI decomposes each KPI among the said ground floor KPI one by one; Obtain second layer KPI, by that analogy, till the KPI that obtains can not decompose again.
Further; Said first sets up module is used to adopt following mode that the metric tree model of a said KPI is launched; Obtain the metric tree of performance the one KPI: according to the annexation of each network element instance; Each KPI in the said metric tree model is expanded into the KPI of one or more network element instances that NE type is corresponding under this KPI, and in the metric tree that obtains after the expansion, each KPI belongs to a network element instance.
Compared with prior art; The embodiment of the invention utilizes incidence relation of network element annexation and KPI etc. to set up three-dimensional metric tree for the KPI index; The position relation and the KPI index incidence relation each other of the said network element of KPI index have been incorporated into together effectively; Effectively solve the problem that the KPI index is disperseed and incidence relation each other can not embody and be used; Supported the network planning and analysis effectively, made network element position relation, KPI data and KPI incidence relation be presented in the metric tree and be used for the monitoring of KPI index with the form of solid.Technical scheme of the present invention is applicable to the performance management in the multi-disciplinary network management of field of telecommunications.
Other features and advantages of the present invention will be set forth in specification subsequently, and, partly from specification, become obvious, perhaps understand through embodiment of the present invention.The object of the invention can be realized through the structure that in specification, claims and accompanying drawing, is particularly pointed out and obtained with other advantages.
Description of drawings
Accompanying drawing is used to provide the further understanding to technical scheme of the present invention, and constitutes the part of specification, is used to explain technical scheme of the present invention with embodiments of the invention, does not constitute the restriction to technical scheme of the present invention.In the accompanying drawings:
Fig. 1 is the schematic flow sheet of the method for supervising of embodiment of the invention Key Performance Indicator;
Fig. 2 is the schematic flow sheet of concrete application embodiment illustrated in fig. 1;
Fig. 3 is the MSC annexation sketch map in the concrete application shown in Figure 2;
Fig. 4 is that the MSC position is updated to the power decomposing schematic representation in the concrete application shown in Figure 2;
Fig. 5 is the metric tree sketch map that mortality is upgraded in the MSC position in the concrete application shown in Figure 2;
Fig. 6 is the composition sketch map of the supervisory control system of embodiment of the invention Key Performance Indicator.
Embodiment
Consider in the identical scope of business; Most of KPI index all is that certain incidence relation is arranged and is interactional; Therefore the present invention generates the KPI metric tree through the KPI index for the related network element of monitoring business; Effectively the incidence relation between each KPI index of performance makes things convenient for the O&M personnel to safeguard.
For making the object of the invention, technical scheme and advantage clearer, hereinafter will combine accompanying drawing that embodiments of the invention are elaborated.Need to prove that under the situation of not conflicting, embodiment among the application and the characteristic among the embodiment be combination in any each other.
The method for supervising of embodiment one, Key Performance Indicator
As shown in Figure 1, present embodiment mainly comprises the steps:
Step S110 confirms the network element instance that business to be monitored is related, obtains the annexation of each network element instance;
Every kind of business relates to polytype network element, and a kind of NE type has a plurality of network element instances.For example the NE type that relates to of certain business comprises mobile switching centre (MSC) and base station controller (BSC), and wherein type is that the network element instance of MSC comprises MSC1, MSC2, and type is that the network element instance of BSC comprises BSC1, BSC2, BSC3 and BSC4.
In this step, the annexation figure on a plane can also be each network element instance basis annexation each other be organized into, the expansion of the network element aspect of the follow-up KPI metric tree of setting up can be this graph of a relation be regarded as.And, can further this graph of a relation be persisted in the database, the mode with plane graph on the interface represents.
Step S120 confirms a KPI of business to be monitored, according to the annexation of each network element instance, the metric tree model of a KPI is launched, and obtains the metric tree of performance the one KPI;
The metric tree model of an above-mentioned KPI can be set up in advance, when monitoring, calls, and also can when monitoring, set up again.If monitoring the time is set up again, then after confirming a KPI, also comprise step: the metric tree model of setting up the corresponding KPI of this business for said business to be monitored.Set up no matter set up when still monitoring in advance, the method for setting up the metric tree model is identical.
After business to be monitored was confirmed, the KPI of business to be monitored can confirm that also this KPI is used to weigh this professional index.And the metric tree model of KPI need combine the annexation of the related network element of this business and the incidence relation between KPI to obtain, and the incidence relation between KPI described herein comprises functional relation or other influence relations.For example as KPI_A=f (KPI_B), wherein the f representative function thinks that then this KPI_A and KPI_B have incidence relation.When this incidence relation was functional relation, upper strata KPI was calculated by the KPI of lower floor, and the KPI of lower floor is the set or the subclass of the factor of upper strata KPI.Other influence relations are meant as KPI_C and KPI_D does not have definite functional relation, but the value of KPI_D can influence the value of KPI_C, thinks also that then KPI_C and KPI_D have incidence relation, and KPI_D is the KPI of lower floor of KPI_C.For example (KPI_1 KPI_2), can confirm directly that then ground floor KPI comprises KPI_1 and KPI_2 to a KPI=f.For example a KPI and KPI_1, KPI_2 have incidence relation (for example influence relation again; KPI_1 and KPI_2 can have influence on the value of a KPI); Can confirm that then ground floor KPI comprises KPI_1 and KPI_2, wherein a KPI and KPI_1, KPI_2 belong to the different network elements type respectively.Upper strata KPI and the KPI of lower floor are considered to have direct correlation to concern.
Has the KPI of incidence relation according to the annexation of the related network element of business to be monitored and with a KPI; The one KPI is decomposed; The one or more KPI that obtain having incidence relation with a said KPI are as ground floor KPI; Judge said ground floor KPI if can decompose, the KPI that then each KPI has an incidence relation among basis and this ground floor KPI decomposes each KPI among the said ground floor KPI one by one, obtains second layer KPI; By that analogy, till the KPI that obtains can not decompose again.Through above-mentioned decomposition successively; Finally obtain having the one deck or the multilayer KPI of incidence relation with a KPI; The metric tree model that the one KPI (can be considered to the 0th layer of KPI) and the one deck that obtains or multilayer KPI form a KPI jointly; Each KPI in the metric tree model belongs to a kind of NE type, corresponding in other words a kind of NE type.
Upper strata KPI and the KPI of lower floor possibly belong to same NE type, also possibly belong to different NE types.
In the management process of performance, each business all can have different performance measurement objects (PO), and the performance measurement object has associated counter and comes basic service is counted, and on the basis of PO, can obtain Key Performance Indicator KPI value.Generally speaking, KPI has a plurality of, and generally all has incidence relation each other.Therefore; Obtain the KPI index according to the performance of services measuring object, and, can put out corresponding KPI metric tree model in order according to the type of business through extracting layer by layer and putting in order; Describe the level and the relation of KPI system through this KPI model, and show and show with tree-like form.
What KPI metric tree model embodied is the relation between index KPI, and the network element under actual each KPI type has a plurality of instances.That is to say; In the These parameters tree-model, the KPI of lower floor with the relevant relation of upper strata KPI is only arranged, the KPI of this lower floor only representes the KPI to certain NE type; Because every kind of NE type has a plurality of network element instances, therefore need list the KPI of all network element instances.
Because each KPI in the metric tree model has the corresponding net element type,, each KPI in the metric tree model is expanded into the KPI of one or more network element instances that NE type is corresponding under this KPI therefore according to annexation.Each KPI in the metric tree that obtains after the expansion belongs to a network element instance, corresponding in other words network element instance.
Such as NE type is that the KPI of BSC is a call successful rate; If BSC has 3 network element instances, will monitor BSC_1. call successful rate (call successful rate of first BSC network element instance), BSC_2. call successful rate (call successful rate of second BSC network element instance) and BSC_3. call successful rate (call successful rate of the 3rd BSC network element instance) so.So, on KPI metric tree model based, the network element instance is launched, just obtain a complete metric tree.
Step S130 monitors this business according to metric tree.
Present embodiment is served as theme with business, under the prerequisite of multi-disciplinary net, effectively KPI relation and network element position relation etc. is incorporated into together, and the display systems amount of information after the integration is more comprehensive and more with practical value.
One of the foregoing description is specifically used, and is that the position renewal mortality of MSC is that example describes with KPI.As shown in Figure 2, should be with specifically comprising the steps:
Step S210; The NE type that the present embodiment business relates to comprises MSC and BSC; Wherein the network element instance of MSC is MSC1, and MSC1 has connected 3 BSC network element instance BSC1, BSC2 and BSC3, and the annexation of setting up MSC1 and these three BSC network element instances is as shown in Figure 3;
Step S220 sets up the MSC position and upgrades the corresponding tree-like KPI index model of mortality;
As shown in Figure 4, this step specifically comprises following decomposable process and obtains the process of KPI index accordingly following:
(1) the 1st layer of decomposition
The KPI index is decomposed, upgrade following one deck KPI index of mortality to obtain the MSC position.The KPI index of upgrading the relevant relation of mortality with the position comprises two following MSC positions renewal mortalitys:
1), mortality is upgraded in MSC intra-office position;
2), mortality is upgraded in MSC interoffice position;
(2) the 2nd layers of decomposition
Continuation is decomposed to the KPI index, upgrades following one deck KPI index of mortality to obtain MSC intra-office position, and the KPI index of upgrading the relevant relation of mortality with MSC intra-office position comprises four following MSC intra-office positions renewal mortalitys:
1), the position renewal mortality that user's reason causes is upgraded in MSC intra-office position;
2), the position renewal mortality that inner reason causes is upgraded in MSC intra-office position;
3), the position renewal mortality that wireless reason causes is upgraded in MSC intra-office position;
4), the position renewal mortality that HLR (attaching position register) reason causes is upgraded in MSC intra-office position;
And continuation is decomposed to the KPI index, upgrades following one deck KPI index of mortality to obtain MSC interoffice position, and the KPI index of upgrading the relevant relation of mortality with MSC interoffice position comprises four following MSC interoffice positions renewal mortalitys:
1), the position renewal mortality that the HLR reason causes is upgraded in MSC interoffice position;
2), the position renewal mortality that wireless reason causes is upgraded in MSC interoffice position;
3), mortality is upgraded in the position that causes of the inner reason of MSC;
4), mortality is upgraded in the position that causes of MSC user's reason;
(3) the 3rd layers of decomposition
Further above-mentioned KPI index is continued to decompose; Upgrade following one deck KPI index that mortality is upgraded in position that wireless reason causes to obtain MSC intra-office position, upgrade position that wireless reason causes with MSC intra-office position and upgrade the KPI index of the relevant relation of mortality and comprise that two following MSC intra-office positions upgrade the position that wireless reason causes and upgrade mortality:
1), BSC intra-office position is upgraded wireless active and is discharged the position renewal mortality that causes;
2), BSC intra-office position is upgraded the position that authentication or ID request timed out cause and is upgraded mortality;
And; Further the KPI index is continued to decompose; Upgrade following one deck KPI index that mortality is upgraded in position that wireless reason causes to obtain MSC interoffice position, upgrade position that wireless reason causes with MSC interoffice position and upgrade the KPI index of the relevant relation of mortality and comprise that two following MSC interoffice positions upgrade the position that wireless reason causes and upgrade mortality:
1), BSC interoffice position is upgraded wireless active and is discharged the position renewal mortality that causes;
2), BSC interoffice position is upgraded the position that authentication or ID request timed out cause and is upgraded mortality;
Step S230 relates to the node place of a plurality of network element instances in KPI metric tree model, KPI metric tree model is launched, and obtains the metric tree that the KPI index of mortality is upgraded in performance MSC position, utilizes this metric tree can carry out the monitoring of follow-up KPI index.
The actual index tree graph of Fig. 5 for adopting said method to generate, last classifies the value of each KPI in the tree as.
The O&M personnel can find out intuitively according to this metric tree the KPI index that mortality has the greatest impact is upgraded in the MSC1 position, perhaps carry out the network investigation according to this metric tree.
In the present embodiment, realize that the KPI supervising device of said method is as shown in Figure 6, present embodiment comprises that mainly acquisition module 610, first sets up module 620 and monitoring module 640, wherein:
Said acquisition module 610 is used for confirming the related network element instance of business to be monitored, obtains the annexation of each network element instance;
Said first sets up module 620, is used for confirming a KPI of business to be monitored, according to the annexation of each network element instance, the metric tree model of a said KPI is launched, and obtains the metric tree of performance the one KPI;
Preferably, this device comprises that also second sets up module 630, and this second is set up module 630 and also be used to the metric tree model that said business to be monitored is set up the corresponding KPI of this business.
Particularly; This second is set up module to adopt following mode is the metric tree model that said business to be monitored is set up the corresponding KPI of this business: according to the annexation of the related network element of said business and the incidence relation between KPI; A said KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI; The common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
This second is set up module and adopts following mode that a said KPI is successively decomposed: have the KPI of incidence relation according to the annexation of the related network element of said business and with a said KPI; A said KPI is decomposed; The one or more KPI that obtain having the direct correlation relation with a said KPI are as ground floor KPI; Judge this ground floor KPI if can decompose, the KPI that then each KPI has an incidence relation among basis and this ground floor KPI decomposes each KPI among this ground floor KPI one by one, obtains second layer KPI; By that analogy, till the KPI that obtains can not decompose again.
Preferably; Above-mentioned first sets up module is used to adopt following mode that the metric tree model of the one KPI is launched; Obtain the metric tree of performance the one KPI: according to the annexation of each network element instance; Each KPI in the said metric tree model is expanded into the KPI of one or more network element instances that NE type is corresponding under this KPI, and in the metric tree that obtains after the expansion, each KPI belongs to a network element instance.
Embodiment two, KPI method for establishing model
Comprise the steps:
Step 310 is confirmed a KPI of business to be monitored, and the annexation of the related network element of said business to be monitored;
Every kind of business relates to polytype network element.
Step 320; According to the annexation of the related network element of said business and the incidence relation between KPI; A said KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI, the common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
Carrying out successively to a KPI, step of decomposition comprises: have the KPI of incidence relation according to the annexation of the related network element of said business and with a said KPI; The one KPI is decomposed; The one or more KPI that obtain having the direct correlation relation with a said KPI are as ground floor KPI; Judge this ground floor KPI if can decompose, the KPI that then each KPI has an incidence relation among basis and this ground floor KPI decomposes each KPI among this ground floor KPI one by one, obtains second layer KPI; By that analogy, till the KPI that obtains can not decompose again.
The metric tree model that adopts said method to generate will be weighed professional KPI and show with tree structure, can intuitively represent the relation between each KPI on the one hand, can also utilize this model to generate metric tree on the other hand and monitor with the aspect.
In the present embodiment, realize the KPI modelling device of said method, comprise determination module and MBM, wherein:
Said determination module is used for confirming a KPI of business to be monitored, and the annexation of the related network element of said business to be monitored;
Said MBM; Be used for according to the annexation of the related network element of said business and the incidence relation between KPI; The one KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI, the common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
The technical scheme that the present invention proposes effectively integrates the KPI relevant information; The KPI data of disperseing, KPI relation and network element annexation etc. have been set up from putting face again to the interrelational form of solid; Thereby the KPI index monitoring technique of the three-dimensional monitoring of a kind of multi-angle is provided, has experienced for the user provides a kind of brand-new monitor mode and monitoring.
It is apparent to those skilled in the art that each part among the embodiment of above-mentioned system class provided by the present invention, and each step among the embodiment of method class; Can realize that they can concentrate on the single calculation element with the general calculation device, perhaps be distributed on the network that a plurality of calculation element forms; Alternatively; They can realize with the executable program code of calculation element, thereby, can they be stored in the storage device and carry out by calculation element; Perhaps they are made into each integrated circuit modules respectively, perhaps a plurality of modules in them or step are made into the single integrated circuit module and realize.Like this, the present invention is not restricted to any specific hardware and software combination.
Though the execution mode that the present invention disclosed as above, the execution mode that described content just adopts for the ease of understanding the present invention is not in order to limit the present invention.Technical staff under any the present invention in the technical field; Under the prerequisite of spirit that does not break away from the present invention and disclosed and scope; Can do any modification and variation what implement in form and on the details; But scope of patent protection of the present invention still must be as the criterion with the scope that appending claims was defined.
Claims (10)
1. the method for supervising of a Key Performance Indicator (KPI) comprising:
Confirm the network element instance that business to be monitored is related, obtain the annexation of each network element instance;
Confirm a KPI of business to be monitored,, the metric tree model of a said KPI is launched, obtain the metric tree of performance the one KPI according to the annexation of each network element instance;
According to said metric tree said business is monitored.
2. method according to claim 1 is characterized in that:
Behind a KPI who confirms business to be monitored, said method also comprises: the metric tree model of setting up the corresponding KPI of this business for said business to be monitored.
3. method according to claim 2 is characterized in that:
The said metric tree model of setting up the corresponding KPI of this business for business to be monitored comprises:
According to the annexation of the related network element of said business and the incidence relation between KPI; A said KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI; The common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
4. method according to claim 3 is characterized in that:
Comprise a said KPI is successively decomposed: have the KPI of incidence relation according to the annexation of the related network element of said business and with a said KPI; A said KPI is decomposed; The one or more KPI that obtain having incidence relation with a said KPI are as ground floor KPI; Judge said ground floor KPI if can decompose, the KPI that then each KPI has an incidence relation among basis and the said ground floor KPI decomposes each KPI among the said ground floor KPI one by one, obtains second layer KPI; By that analogy, till the KPI that obtains can not decompose again.
5. according to the described method of arbitrary claim among the claim 1-4, it is characterized in that:
Said metric tree model to a KPI launches, and the step that obtains the metric tree of performance the one KPI comprises:
According to the annexation of each network element instance, each KPI in the said metric tree model is expanded into the KPI of one or more network element instances that NE type is corresponding under this KPI, in the metric tree that obtains after the expansion, each KPI belongs to a network element instance.
6. the supervising device of a Key Performance Indicator (KPI) comprises that acquisition module, first sets up module and monitoring module, wherein:
Said acquisition module is used for confirming the related network element instance of business to be monitored, obtains the annexation of each network element instance;
Said first sets up module, is used for confirming a KPI of business to be monitored, according to the annexation of each network element instance, the metric tree model of a said KPI is launched, and obtains the metric tree of performance the one KPI;
Said monitoring module is used for according to said metric tree said business being monitored.
7. device according to claim 6 is characterized in that:
Said device comprises that also second sets up module, and said second sets up module also is used to the metric tree model that said business to be monitored is set up the corresponding KPI of this business.
8. device according to claim 7 is characterized in that:
Said second sets up module, and to adopt following mode be the metric tree model that said business to be monitored is set up the corresponding KPI of this business: according to the annexation of the related network element of said business and the incidence relation between KPI; A said KPI is successively decomposed; Obtain having the one deck or the multilayer KPI of incidence relation with a said KPI; The common metric tree model of forming a said KPI of a said KPI and said one deck or multilayer KPI, each KPI in the said metric tree model belongs to a kind of NE type.
9. device according to claim 8 is characterized in that:
Said second sets up module adopts following mode that a said KPI is successively decomposed: have the KPI of incidence relation according to the annexation of the related network element of said business and with a said KPI; A said KPI is decomposed; The one or more KPI that obtain having incidence relation with a said KPI are as ground floor KPI; Judge said ground floor KPI if can decompose, the KPI that then each KPI has an incidence relation among basis and the said ground floor KPI decomposes each KPI among the said ground floor KPI one by one, obtains second layer KPI; By that analogy, till the KPI that obtains can not decompose again.
10. according to the described device of arbitrary claim among the claim 6-9, it is characterized in that:
Said first sets up module is used to adopt following mode that the metric tree model of a said KPI is launched, and obtains the metric tree of performance the one KPI:
According to the annexation of each network element instance, each KPI in the said metric tree model is expanded into the KPI of one or more network element instances that NE type is corresponding under this KPI, in the metric tree that obtains after the expansion, each KPI belongs to a network element instance.
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| CN103797755A (en) * | 2013-11-04 | 2014-05-14 | 华为技术有限公司 | Evaluation method and device for network key performance indicators |
| CN108259255A (en) * | 2016-12-29 | 2018-07-06 | 大唐移动通信设备有限公司 | A kind of network element data analysis method and device |
| CN109684161A (en) * | 2018-11-02 | 2019-04-26 | 深圳壹账通智能科技有限公司 | Data analysing method, device, server and storage medium |
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| CN108259255B (en) * | 2016-12-29 | 2020-05-15 | 大唐移动通信设备有限公司 | Network element data analysis method and device |
| CN109684161A (en) * | 2018-11-02 | 2019-04-26 | 深圳壹账通智能科技有限公司 | Data analysing method, device, server and storage medium |
| WO2020087830A1 (en) * | 2018-11-02 | 2020-05-07 | 深圳壹账通智能科技有限公司 | Data analysis method and apparatus, server, and storage medium |
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