CN102056197B - Device and method for modifying IUB interface information - Google Patents
Device and method for modifying IUB interface information Download PDFInfo
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- CN102056197B CN102056197B CN200910207826.4A CN200910207826A CN102056197B CN 102056197 B CN102056197 B CN 102056197B CN 200910207826 A CN200910207826 A CN 200910207826A CN 102056197 B CN102056197 B CN 102056197B
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Abstract
The invention provides a device and method for modifying IUB interface information. The method comprises the following steps: an IUB interface information modifying device determines IUB office directions in a system required to be modified in accordance with a received external data source, determines a modified sequence of each IUB office direction required to be modified, and modifies the parameters of the IUB office directions in the system in accordance with the parameters of the IUB office directions corresponding to the external data source. By using the technical scheme, the transmission load mode of the IUB office directions can be modified fast, thus improving working efficiency and data accuracy, and being convenient for work.
Description
Technical field
The present invention relates to moving communicating field, be specifically related to modifier and the method for a kind of IUB message breath in WCDMA.
Background technology
Along with the evolution of UMTS (Universal Mobile Telecommunications System, universal mobile telecommunications system) network, also there is evolution in the bearing mode of IUB port transmission, by initial ATM to IP again to the mixed networking of ATM and IP.In the network capacity extension or upgrading, may need to revise the transmission bearer mode of IUB mouth, but due to after the carrying of IUB mouth determines, configure with the relevant a series of data of carrying, when modification IUB mouthpiece carries, need to revise a series of configuration data.This problem is perplexing deployment personnel always.When revising carrying, can only rely on deployment personnel's manual work in the past, first delete and carry relevant data, then revise IUB mouthpiece and carry, finally reconfigure and carry relevant configuration data.This manual method is not only consuming time huge, and error in data very easily occurs, and the later stage also needs to drop into a lot of manpowers and tests.And this method of operation is almost infeasible in large batch of situation.
Summary of the invention
The technical problem to be solved in the present invention is to provide modifier and the method for a kind of IUB message breath, has effectively solved that when IUB message breath is modified in prior art, to revise speed slow, the problem that accuracy is not high.
In order to address the above problem, the invention provides a kind of amending method of IUB message breath, comprise: IUB message breath modifier is determined the intrasystem IUB office direction that need to modify according to the external data source receiving, and determine the modification order of each IUB office direction of need revising, afterwards the parameter of intrasystem IUB office direction is modified according to the relevant parameter of the corresponding IUB office direction of described external data source.
Further, describedly according to the external data source receiving, determine that the intrasystem IUB office direction that need to modify refers to:
First according to the IUB office direction existing in system and each IUB office direction numbering, filter out with the IUB office direction in system and number the IUB office direction in consistent external data source, then according to the numbering of IUB office direction, the transmission bearer mode of the IUB office direction of the transmission bearer mode of IUB office direction in the external data source filtering out and intrasystem instantiation is compared, if transmission bearer mode difference needs intrasystem IUB office direction to be revised as the transmission bearer mode of the IUB office direction of external data source.
Further, described in, determining each needs the modification of the IUB office direction of modification sequentially to refer to:
For all IUB office directions of need revising, first determine the ordinal relation between every two IUB office directions, described ordinal relation is a kind of in four kinds below: office direction A revises together with office direction B; Office direction A revises before office direction B; Office direction A revises after office direction B; Office direction A and office direction B do not have ordinal relation; When all IUB office directions, determine after modification order, will have each IUB office direction of ordinal relation as a group, the IUB office direction between every group does not have ordinal relation; Afterwards for each group is determined the sequencing that in this group, each IUB office direction is revised.
Further, to the IUB office direction in each group, according to definite sequencing, revise successively the office direction in the IUB of different order, in a plurality of IUB office directions of same order, modify simultaneously; During modification, each parameter of intrasystem IUB office direction is modified according to the parameter of the IUB office direction of the external data source consistent with its numbering.
Further, when IUB office direction is revised while makeing mistakes, the parameter of this IUB office direction is reverted to data when unmodified.
The present invention also provides a kind of modifier of IUB message breath, comprises filter and modifier;
Described filter, for receiving external data source, and determines the intrasystem IUB office direction that need to modify according to described external data source;
Described modifier, for determining the modification order of each IUB office direction that needs modification, and modifies the parameter of intrasystem IUB office direction according to the relevant parameter of the corresponding IUB office direction of described external data source.
Further, described filter comprises filtering module, adaptation module and parsing module;
Described filtering module, filters out with the IUB office direction in system and numbers the IUB office direction in consistent external data source for the IUB office direction that exists according to system and each IUB office direction numbering;
Described adaptation module, be used for according to the numbering of IUB office direction, the transmission bearer mode of the IUB office direction of the transmission bearer mode of IUB office direction in the external data source filtering out and intrasystem instantiation is compared, if transmission bearer mode difference needs intrasystem IUB office direction to be revised as the transmission bearer mode of the IUB office direction of external data source;
Described parsing module, for to revising the IUB office direction of transmission bearer mode, relatively the data of the corresponding IUB office direction in the data and system of external data source, determine other parameters except transmission bearer mode.
Further, described modifier comprises order module, for for all IUB office directions of need revising, first determines the ordinal relation between every two IUB office directions, and described ordinal relation is a kind of in four kinds below: office direction A revises together with office direction B; Office direction A revises before office direction B; Office direction A revises after office direction B; Office direction A and office direction B do not have ordinal relation; Also, for determining when all IUB office directions after modification order, will there is each IUB office direction of ordinal relation as a group, be also used to each group to determine the sequencing that in this group, each IUB office direction is revised.
Further, described modifier also comprises modified module, for the IUB office direction to each group, according to definite sequencing, revises successively the office direction in the IUB of different order, in a plurality of IUB office directions of same order, modifies simultaneously; During modification, each parameter of intrasystem IUB office direction is modified according to the parameter of the IUB office direction of the external data source consistent with its numbering.
Further, described modified module is also for revising when IUB office direction while makeing mistakes, and the parameter of this IUB office direction is reverted to data when unmodified.
In sum, adopt technical scheme of the present invention, the operation that has changed manual Update Table is constant, the low work present situation of effect, the IUB office direction numbering of existing network and the relevant parameter of amended transmission bearer mode and this bearer types needs only need to be provided, the transmission bearer mode that gets final product Modify rapidly IUB office direction, has improved operating efficiency and data accuracy, has brought work convenient.
Accompanying drawing explanation
Fig. 1 is apparatus of the present invention structural representation;
Fig. 2 is filter structure schematic representation of the present invention;
Fig. 3 is modifier structural representation of the present invention;
Fig. 4 is initialization IUB mouth data model flow chart of the present invention;
Fig. 5 is IUB port transmission bearing batch modification flow chart of the present invention;
Fig. 6 is the directed graph of the strong connected component of band of the present invention;
Fig. 7 is the strong connected component that the present invention merges directed graph, the directed acyclic graph of formation.
Embodiment
First the present invention defines a few sets of data models according to the transmission bearer mode of IUB mouth in network management system, thereby realized the unified management to IUB office direction in network management system, and the outside data source providing, the data model example of needs and IUB mouth carries out adaptation, determine the IUB office direction that needs modification in data source, the IUB office direction that needs are modified sorts, and determines the order of modification, finally modifies.The method guarantees transactional to the modification of each IUB office direction, and the IUB office direction that all need to revise is adopted to best endeavors mode.
The present embodiment provides a kind of modifier of IUB message breath, as shown in Figure 1, comprises IUB mouth data model, filter and modifier;
IUB mouth data model, for summing up the kind of the transmission bearer mode of IUB mouth, defines different data models, and transmission bearer mode comprises that ATM carrying, IP carrying, ATM and IP mix carrying;
Each concrete IUB office direction, according to its transmission bearer mode, to data model corresponding to this transmission bearer mode in memory instance.
As shown in Figure 2, filter comprises filtering module, adaptation module and parsing module;
Filtering module, for receiving after external data source, filters the IUB office direction in data source, according to the office direction type existing in system and numbering, filters out the IUB office direction identical with the numbering existing in system;
The information of the IUB office direction that the needs that external data source is filled in for user are revised, this information can be to fill in EXCEL template.
Adaptation module, be used for according to the numbering of IUB office direction, the transmission bearer mode of the IUB office direction of the transmission bearer mode of IUB office direction in the external data source filtering out and intrasystem instantiation is compared, if transmission bearer mode difference needs intrasystem IUB office direction to be revised as the transmission bearer mode of the IUB office direction of external data source.
Parsing module, be used for revising the IUB office direction of transmission bearer mode, the data of the corresponding IUB office direction in the data and system of comparison external data source, determine other parameters except transmission bearer mode, judge in other parameters of IUB office direction of identical traffic bearing mode and system, whether other parameters under this transmission bearer mode change, if change, need the corresponding parameter in modification system.
As shown in Figure 3, modifier comprises order module and modified module;
Order module, sorts for each IUB office direction that system is needed revise, and correct order may have multiple, as long as use wherein any one sequentially; In the order of structure, may there be a plurality of IUB office directions in same order, need to modify simultaneously;
Modified module, for sorted each IUB office direction is modified, particularly, the one or more IUB office directions in same order are modified simultaneously, for the IUB office direction in different order, after having revised, the preceding IUB office direction of order revises again the IUB office direction of next order; Automatic rollback when mistake appears in certain IUB office direction of revising, the relevant parameter that is about to this IUB makeing mistakes reverts to the data before modification.Can not interrupt like this other IUB office directions below and revise the execution of ordering.
The present embodiment provides a kind of amending method of IUB message breath, in the time of beginning, the transmission bearer mode of IUB mouth configuration is ATM, and demand changes, the transmission bearer mode of IUB mouth need to be revised as to the mode of ATM and IP mixed transport, business and signaling all adopt ATM and two kinds of modes of IP simultaneously.
(1) initialization IUB mouth data model, as Fig. 4:
Step 401: according to the transmission bearer mode of IUB mouth, define the data model of different transmission bearer modes.As schemed, define three kinds of transmission bearer mode: ATM carryings, IP carrying, ATM and IP and mix carrying.
Step 402: the IUB office direction existing in gathering system, according to the transmission bearer mode of concrete each office direction, instantiation corresponding data model.
(2) according to external data source, revise intrasystem IUB office direction
Step 501:IUB message breath modifier receives external data source, according to the IUB office direction existing in system and each IUB office direction numbering, filters out with the IUB office direction in system and numbers the IUB office direction in consistent external data source;
Step 502: the transmission bearer mode of the data model example of IUB office direction in the transmission bearer mode of the IUB office direction data of the external data source after filtering and system is carried out to adaptation, determine this IUB office direction and whether need to carry out the modification of transmission bearer mode, according to the numbering of IUB office direction, the bearing mode of the IUB office direction of the bearing mode of IUB office direction in external data source and intrasystem instantiation is compared, if it is different with the transmission bearer mode of intrasystem IUB office direction to number the IUB office direction of identical external data source, need intrasystem IUB office direction to be revised as the transmission bearer mode of the IUB office direction of external data source.
Step 503: to revising the IUB office direction of transmission bearer mode, the data of the corresponding IUB office direction in the data and system of comparison external data source, determine other parameters except transmission bearer mode, judge in other parameters of IUB office direction of identical traffic bearing mode and system, whether other parameters under this transmission bearer mode change, if change, need the corresponding parameter in modification system.
Step 504: each IUB office direction that needs in system to revise is sorted, and correct order may have multiple, as long as used wherein any one sequentially; In the order of structure, may there be a plurality of IUB office directions in same order, need to modify simultaneously.
During sequence, determine the ordinal relation between every two IUB office directions of need revising, ordinal relation is a kind of in four kinds below: office direction A revises together with office direction B; Office direction A revises before office direction B; Office direction A revises after office direction B; Office direction A and office direction B do not have ordinal relation.
After the order that all IUB office directions all determine to be revised as stated above, use breadth First algorithm, that finds ordinal relation respectively organizes office direction, will have each IUB office direction of ordinal relation as a group, and the IUB office direction between every group does not have ordinal relation; Afterwards, can use Kosaraju algorithm to find the ring in figure, a plurality of IUB office directions in a ring are the IUB office direction in same modification order, have a plurality of IUB office directions to modify simultaneously, finally by topological sorting, can determine the modification order of each ring in a group.
Be illustrated in figure 6 a group, wherein IUB office direction a, IUB office direction b and IUB office direction e are in the IUB of same order office direction, IUB office direction c, IUB office direction d and IUB office direction h are in the IUB of same order office direction, and IUB office direction g and IUB office direction f are in the IUB of same order office direction.
As shown in Figure 7, regard a plurality of IUB office directions in same order as a node, in this group, IUB office direction a, IUB office direction b and IUB office direction e are the preceding a plurality of IUB office directions of modification order, IUB office direction c, IUB office direction d and IUB office direction h are a plurality of IUB office directions that modification is sequentially taken second place, and IUB office direction g and IUB office direction f are the last a plurality of IUB office directions of modification order.
Step 505: for each group, revise successively each IUB office direction according to definite sequencing, modify for the IUB office direction in same order simultaneously.
Because the office direction between each group does not have ordinal relation, therefore the modification of each group order can not be restricted.
During modification, if automatic rollback when mistake appears in certain IUB office direction, the relevant parameter that is about to this IUB makeing mistakes reverts to the data before modification.Can not interrupt like this other IUB office directions below and revise the execution of ordering.
Adopt technical solutions according to the invention, originally need to be familiar with the work that business personnel carries out loaded down with trivial details manual configuration, can complete rapidly and accurately, greatly improved operating efficiency.
Claims (8)
1. the amending method of IUB message breath, comprise: IUB message breath modifier is determined the intrasystem IUB office direction that need to modify according to the external data source receiving, and determine the modification order of each IUB office direction of need revising, afterwards the parameter of intrasystem IUB office direction is modified according to the relevant parameter of the corresponding IUB office direction of described external data source;
Wherein, describedly according to the external data source receiving, determine that the intrasystem IUB office direction that need to modify refers to:
First according to the IUB office direction existing in system and each IUB office direction numbering, filter out with the IUB office direction in system and number the IUB office direction in consistent external data source, then according to the numbering of IUB office direction, the transmission bearer mode of the IUB office direction of the transmission bearer mode of IUB office direction in the external data source filtering out and intrasystem instantiation is compared, if transmission bearer mode difference needs intrasystem IUB office direction to be revised as the transmission bearer mode of the IUB office direction of external data source.
2. the method for claim 1, is characterized in that, described in determine each IUB office direction of need revising modification sequentially refer to:
For all IUB office directions of need revising, first determine the ordinal relation between every two IUB office directions, described ordinal relation is a kind of in four kinds below: office direction A revises together with office direction B; Office direction A revises before office direction B; Office direction A revises after office direction B; Office direction A and office direction B do not have ordinal relation; When all IUB office directions, determine after modification order, will have each IUB office direction of ordinal relation as a group, the IUB office direction between every group does not have ordinal relation; Afterwards for each group is determined the sequencing that in this group, each IUB office direction is revised.
3. method as claimed in claim 2, is characterized in that:
To the IUB office direction in each group, according to definite sequencing, revise successively the office direction in the IUB of different order, in a plurality of IUB office directions of same order, modify simultaneously; During modification, each parameter of intrasystem IUB office direction is modified according to the parameter of the IUB office direction of the external data source consistent with its numbering.
4. method as claimed in claim 3, is characterized in that:
When IUB office direction is revised while makeing mistakes, the parameter of this IUB office direction is reverted to data when unmodified.
5. a modifier for IUB message breath, comprises filter and modifier; It is characterized in that:
Described filter, for receiving external data source, and determines the intrasystem IUB office direction that need to modify according to described external data source;
Described modifier, for determining the modification order of each IUB office direction that needs modification, and modifies the parameter of intrasystem IUB office direction according to the relevant parameter of the corresponding IUB office direction of described external data source;
Wherein, described filter comprises filtering module, adaptation module and parsing module;
Described filtering module, filters out with the IUB office direction in system and numbers the IUB office direction in consistent external data source for the IUB office direction that exists according to system and each IUB office direction numbering;
Described adaptation module, be used for according to the numbering of IUB office direction, the transmission bearer mode of the IUB office direction of the transmission bearer mode of IUB office direction in the external data source filtering out and intrasystem instantiation is compared, if transmission bearer mode difference needs intrasystem IUB office direction to be revised as the transmission bearer mode of the IUB office direction of external data source;
Described parsing module, for to revising the IUB office direction of transmission bearer mode, relatively the data of the corresponding IUB office direction in the data and system of external data source, determine other parameters except transmission bearer mode.
6. device as claimed in claim 5, is characterized in that:
Described modifier comprises order module, for for all IUB office directions of need revising, first determines the ordinal relation between every two IUB office directions, and described ordinal relation is a kind of in four kinds below: office direction A revises together with office direction B; Office direction A revises before office direction B; Office direction A revises after office direction B; Office direction A and office direction B do not have ordinal relation; Also, for determining when all IUB office directions after modification order, will there is each IUB office direction of ordinal relation as a group, be also used to each group to determine the sequencing that in this group, each IUB office direction is revised.
7. device as claimed in claim 6, is characterized in that:
Described modifier also comprises modified module, for the IUB office direction to each group, according to definite sequencing, revises successively the office direction in the IUB of different order, in a plurality of IUB office directions of same order, modifies simultaneously; During modification, each parameter of intrasystem IUB office direction is modified according to the parameter of the IUB office direction of the external data source consistent with its numbering.
8. device as claimed in claim 7, is characterized in that:
Described modified module is also for revising when IUB office direction while makeing mistakes, and the parameter of this IUB office direction is reverted to data when unmodified.
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| EP1753207A1 (en) * | 2005-08-09 | 2007-02-14 | Siemens Aktiengesellschaft | Autoconfiguration in an ATM network |
| CN101170786A (en) * | 2007-11-02 | 2008-04-30 | 中兴通讯股份有限公司 | A method for preventing Iub interface carried resource from suspending |
| CN101334654A (en) * | 2007-06-25 | 2008-12-31 | 西门子工厂自动化工程有限公司 | Parameter configuration device of numerical control system and parameter configuration method |
| CN101383989A (en) * | 2007-09-05 | 2009-03-11 | 大唐移动通信设备有限公司 | Method, apparatus, base station and wireless network controller for sharing Iub port transmission bearing |
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- 2009-10-30 CN CN200910207826.4A patent/CN102056197B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1753207A1 (en) * | 2005-08-09 | 2007-02-14 | Siemens Aktiengesellschaft | Autoconfiguration in an ATM network |
| CN101334654A (en) * | 2007-06-25 | 2008-12-31 | 西门子工厂自动化工程有限公司 | Parameter configuration device of numerical control system and parameter configuration method |
| CN101383989A (en) * | 2007-09-05 | 2009-03-11 | 大唐移动通信设备有限公司 | Method, apparatus, base station and wireless network controller for sharing Iub port transmission bearing |
| CN101170786A (en) * | 2007-11-02 | 2008-04-30 | 中兴通讯股份有限公司 | A method for preventing Iub interface carried resource from suspending |
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