CN110086640A

CN110086640A - The enabled method and apparatus of business

Info

Publication number: CN110086640A
Application number: CN201810076567.5A
Authority: CN
Inventors: 苏偌宇; 武绍芸; 李卓明
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2018-01-26
Filing date: 2018-01-26
Publication date: 2019-08-02
Anticipated expiration: 2038-01-26
Also published as: CN110086640B

Abstract

The embodiment of the present application provides a kind of method and apparatus that business is enabled, this method comprises: virtualization or cloud layout management function entity send multiple resource files for disposing multiple network entities of target network to network slice manager, multiple resource files include multiple deployment configuration items；Network is sliced manager and generates each corresponding target data structure of deployment configuration item, and target data structure includes the title and Configuration Values of deployment configuration item；Sub-network is sliced manager and generates neutral model instance according to all target data structures and neutral model, and neutral model is network topology template；Element management system generates the configuration file of at least one corresponding target network entity of core net, normal operation of the configuration file for business process in target network entity according to neutral model instance.The formation efficiency of the enabled method of the business of the embodiment of the present application, configuration file is high, and user would know that the topological business configuration of clearly network level.

Description

The enabled method and apparatus of business

Technical field

This application involves the enabled method and apparatus of communication engineering technical field more particularly to a kind of business.

Background technique

Network function virtualizes (Network Function Virtualization, abbreviation NFV) using virtualization skill The function of network node is divided into several mac functions, is operated respectively with software mode, be no longer limited to hardware structure by art. The network service function that NFV technology enables service providers to rapid deployment network entity, dynamic updates.

Under NFV technology, network function is from user is designed into really using needing by service design, network entity portion Administration, business enable several stages.Service design refers to for network function to be provided, design and the required network of planning Network link information required for entity and network entity and service configuration information etc.；After service design, need to calculate net Resource required for network entity, deployed position etc., and network entity is deployed on virtual machine according to service design；In network After the completion of entity deployment, configuration file need to be obtained according to network deployment information, configuration file is sent to corresponding network entity On, realize that business is enabled.Currently, Operation Support System (Operation Support System, abbreviation OSS) receives network reality After body deployment information, user disposes message composition configuration file according to the received network of OSS, then by configuration file through network element pipe Reason system (Element Management System, abbreviation EMS) is issued to corresponding network physically, makes on network entity Business process operates normally, and realizes that business is enabled.

Existing user writes configuration file, and manpower consumption is big and allocative efficiency is low, simultaneously because configuration file can only table Up to the configuration of single network entity, user can not directly acquire clearly network and open up and business configuration.

Summary of the invention

The embodiment of the present application provides a kind of method and apparatus that business is enabled, the acquisition for the configuration file that business enables It is high-efficient, and user can directly acquire clearly network and open up and business configuration.

In a first aspect, the embodiment of the present application provides a kind of method that business is enabled, comprising:

Network slice manager receives multiple resource files for disposing multiple network entities of target network, described more A resource file includes multiple deployment configuration items；

The network slice manager parses the multiple resource file, and it is corresponding to generate each deployment configuration item Target data structure；The target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item；

Each target data structure is sent to each sub-network and is sliced manager by the network slice manager, so that respectively Sub-network is sliced manager and sends by the neutral model instance obtained according to each target data structure and neutral model After to corresponding Element management system, Element management system generates and respective subnet network pair according to the neutral model instance The respective configuration file of at least one network entity answered, normal operation of the configuration file for business process on network entity； The neutrality model is network topology template.

In above process, the configuration file enabled for business, which automates, to be generated, and formation efficiency is higher；Simultaneously as Neutral model is network topology template, according to the neutral model instance that neutral model generates, so that user matches without inquiring storage The configuration database for setting file can directly acquire clearly network and open up and business configuration, that is, the topological business of network level is matched It sets.

In a kind of possible design, the network slice manager receives the sub-network slice manager and sends more New request；It is described to update the title and at least one that request includes the corresponding target deployment configuration item of at least one configuration item to be updated A updated Configuration Values of target deployment configuration item；The configuration item to be updated is configuration to be updated in respective profiles ?；The title and the updated Configuration Values of target deployment configuration item of the target deployment configuration item are the sub-network slice management Device is obtained according to configuration more new information, and the configuration more new packets include the title and update of at least one configuration item to be updated Configuration Values afterwards；

The network slice manager updates corresponding resource file according to update request.

In a kind of possible design, if including at least one set of configuration item in configuration more new information, every group of configuration item includes Multiple first configuration items to be updated, same group of the multiple first configuration items to be updated, which correspond to, same belongs to Service Level Agreement The first object deployment configuration item of SLA parameter；

Then the network slice manager receives the first request message that the sub-network slice manager is sent；Described One request message includes the multiple first neutral model configurations of configuration item corresponding first to be updated that every group of configuration item includes The title of item and updated Configuration Values；First request message is used to indicate network slice manager and obtains every group of configuration item The corresponding updated Configuration Values of first object deployment configuration item；Wherein, formwork erection in the first configuration item corresponding first to be updated The title of type configuration item is that the sub-network slice manager is got according to the first corresponding relationship stored in database；Institute State the corresponding relationship between the title that the first corresponding relationship is the configuration item in configuration file and the title of neutral model configuration item；

The network slice manager is obtained according to the second corresponding relationship stored in first request message and database Take the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；Second corresponding relationship is to belong to SLA Relationship between the Configuration Values of the deployment configuration item of parameter and the Configuration Values of neutral model configuration item；

The network is sliced manager for the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item It is sent to the sub-network slice manager.

In above-mentioned possible design, network is sliced manager can be real-time according to change information of the user to configuration file Resource file is updated, is updated high-efficient.

Second aspect, the embodiment of the present application provide a kind of method that business is enabled, comprising:

Sub-network is sliced manager and receives multiple target data structures that network slice manager is sent, the multiple target Data structure is that the network slice manager is matched according to multiple deployment relevant to deployment multiple network entities of target network Set what item obtained, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item, each deployment Configuration item corresponds to a target data structure；

The sub-network slice manager generates neutral model instance according to all target data structures and neutral model, The neutrality model is network topology template；

Neutral model instance is sent to corresponding Element management system by the sub-network slice manager, so that network element pipe Reason system generates the configuration file of at least one target network entity corresponding with sub-network according to neutral model instance, and will match It sets file and is sent to corresponding target network entity, normal operation of the configuration file for business process in target network entity.

In a kind of possible design, the sub-network slice manager is according to all target data structure and middle formwork erection Type generates neutral model instance, comprising:

If the corresponding first deployment configuration Xiang Buwei Service Level Agreement SLA parameter of target data structure, the subnet Network is sliced manager according to the third corresponding relationship stored in database, obtains in neutral model and in the target data structure The first deployment configuration item the corresponding second neutral model configuration item of title title；The third corresponding relationship is that deployment is matched Set the corresponding relationship between the title of item and the title of neutral model configuration item；

The Configuration Values of first deployment configuration item in the target data structure are added to and the second neutral model configuration item The corresponding position of title at, obtain the Configuration Values of the second neutral model configuration item；

If the corresponding second deployment configuration item of target data structure is SLA parameter, the sub-network is sliced manager root According to the third corresponding relationship stored in database, obtains in neutral model and disposed with second in the target data structure The respective title of the corresponding multiple third neutrality model configuration items of the title of configuration item；

The sub-network slice manager obtains the respective Configuration Values of each third neutrality model configuration item；

For each third neutrality model configuration item, the sub-network is sliced manager for third neutrality model configuration item Configuration Values are added at position corresponding with the title of third neutrality model configuration item；

According to the neutral model after the Configuration Values for adding neutral model configuration item, neutral model instance is obtained.

It is described if the corresponding second deployment configuration item of target data structure is SLA parameter in a kind of possible design Sub-network is sliced manager and obtains the respective Configuration Values of each third neutrality model configuration item, comprising:

The sub-network is sliced manager and sends the second request message, second request to network slice manager The Configuration Values in title and corresponding target data structure in message including each third neutrality model configuration item, described second Request message is used to indicate network slice manager and obtains each described the according to the second corresponding relationship stored in database The three respective Configuration Values of neutral model configuration item；Second corresponding relationship is the configuration for belonging to the deployment configuration item of SLA parameter Relationship between value and the Configuration Values of neutral model configuration item；

Sub-network slice manager receives each third neutrality model configuration item that the network slice manager is sent Respective Configuration Values.

In a kind of possible design, if including the 4th neutral model configuration item in neutral model, the multiple deployment is matched Set does not include the described 4th neutral model configuration item, the sub-network slice management in the corresponding neutral model configuration item of item Device generates neutral model instance according to all target data structures and neutral model, further includes:

The sub-network slice manager obtains the Configuration Values of the 4th neutral model configuration item from the database of storage；

The Configuration Values of described 4th neutral model configuration item are added in neutral model by the sub-network slice manager At position corresponding with the title of the described 4th neutral model configuration item.

In a kind of possible design, after configuration file generation, sub-network is sliced manager and receives Element management system The configuration of transmission more new information, the configuration more new packets include the title of at least one configuration item to be updated and updated match Value is set, configuration item to be updated is the configuration item in respective profiles；

The sub-network slice manager obtains each configuration to be updated according to the first corresponding relationship stored in database The title of the neutral model configuration item of item corresponding first, first corresponding relationship is the name of the configuration item in configuration file Claim the corresponding relationship between the title of neutral model configuration item；

Sub-network slice manager according to the titles of all first neutral model configuration items and it is corresponding more Configuration Values after new update neutral model instance；The first neutral updated Configuration Values of model configuration item be it is corresponding to Update the updated Configuration Values of configuration item；

If including at least one second configuration item to be updated for being not belonging to SLA parameter in configuration more new information, for each It is to be updated to obtain each second according to the third corresponding relationship for second configuration item to be updated, the sub-network slice manager The title of the corresponding second target deployment configuration item of configuration item；

If configuring in more new information includes at least one set of configuration item, every group of configuration item includes the multiple first configurations to be updated , same group of the multiple first configuration items to be updated correspond to the same first object deployment configuration item for SLA parameter, for every Group configuration item, sub-network slice manager according to the third corresponding relationship, obtain that this group of configuration item include multiple the The title of the corresponding first object deployment configuration item of one configuration item to be updated, and obtain the first object deployment configuration item and update Configuration Values afterwards；

The sub-network slice manager transmission updates request to network slice manager, and the update request includes each The title of the corresponding second target deployment configuration item of second configuration item to be updated and each second configuration item to be updated are updated Configuration Values, and/or, the title of at least one first object deployment configuration item and at least one first object deployment configuration item update Configuration Values afterwards, the update request are used to indicate the network slice manager and update accordingly for disposing target network The resource file of network entity.

In this kind of possible design, sub-network is sliced manager can be real-time according to change information of the user to configuration file Neutral model instance is updated, update is high-efficient, and then ensure that user can get newest network topological information and business is matched Confidence breath；Network slice manager can update in real time resource file according to change information of the user to configuration file, update effect Rate is high.

In a kind of possible design, the sub-network slice manager obtains the first object deployment configuration item and updates Configuration Values afterwards, comprising:

The sub-network is sliced manager and sends the first request message to network slice manager；First request Message includes the multiple first neutral model configuration of configuration item corresponding first to be updated that respective sets configuration item includes The title of item and corresponding updated Configuration Values；First request message be used to indicate network slice manager according to Second corresponding relationship obtains the updated Configuration Values of first object deployment configuration item；

The sub-network slice manager receives the first object deployment configuration that the network slice manager is sent The updated Configuration Values of item.

Third aspect the embodiment of the present application provides a kind of method that business is enabled, comprising:

Element management system receives the neutral model instance that sub-network slice manager is sent；The neutrality model instance packet The title of neutral model configuration item and the Configuration Values of neutral model configuration item are included, the neutrality model instance is sub-network slice pipe Reason device is obtained according to neutral model and multiple target data structures, and multiple target data structures are the network slice pipes Reason device is obtained according to multiple deployment configuration items of multiple network entities with deployment target network, and each deployment configuration item is corresponding One target data structure, the target data structure include the title of deployment configuration item and the Configuration Values of deployment configuration item；

The Element management system generates at least one corresponding target of respective subnet network according to the neutral model instance The configuration file of network entity；

Configuration file is sent to corresponding target network entity by the Element management system, and configuration file is used for target network The normal operation of network physically business process.

In a kind of possible design, the Element management system generates respective subnet network according to the neutral model instance The configuration file of at least one corresponding target network entity, comprising:

For each target network entity, the Element management system obtain in neutral model instance with target network entity Relevant each target neutrality model configuration item, and obtain the corresponding configuration order of each target neutrality model configuration item and configuration Parameter；

The Element management system is respectively corresponded to according to all target neutrality model configuration items of respective objects network entity Configuration order, configuration parameter and Configuration Values generate the corresponding allocation models example of respective objects network entity；Formwork erection in target The corresponding Configuration Values of type configuration item are Configuration Values of the target neutrality model configuration item in the neutral model instance；

The Element management system generates respective objects net according to the corresponding allocation models example of respective objects network entity The configuration file of network entity.

In a kind of possible design, the Element management system obtains the corresponding configuration of each target neutrality model configuration item Order and configuration parameter, comprising:

The Element management system sends inquiry request to sub-network slice manager, and the inquiry request includes every The title of a target neutrality model configuration item；It is each described that the inquiry request is used to indicate the sub-network slice manager acquisition The corresponding configuration order of target neutrality model configuration item and configuration parameter；

The Element management system receives each target neutrality model configuration that the sub-network slice manager is sent The corresponding configuration order of item and configuration parameter.

In a kind of possible design, the method also includes:

The Element management system receives the configuration more new information that network entity is sent, the configuration more new packets include to The title of a few configuration item to be updated and updated Configuration Values；

The configuration more new information is sent to sub-network slice manager by the Element management system, so that the subnet Network is sliced manager and updates information update neutrality model instance according to configuration, and is obtaining at least one according to configuration more new information The title and at least one updated Configuration Values of target deployment configuration item of the corresponding target deployment configuration item of configuration item to be updated Afterwards, it sends and updates request to network slice manager, update request is used to indicate network slice manager and updates for disposing mesh Mark the resource file of the network entity of network；Updating request includes the corresponding target deployment configuration of at least one configuration item to be updated The title and at least one updated Configuration Values of target deployment configuration item of item.

Fourth aspect, the embodiment of the present application provide a kind of device that business is enabled, comprising:

Receiving module is described more for receiving multiple resource files of multiple network entities for disposing target network A resource file includes multiple deployment configuration items；

It is each to generate each deployment configuration item for parsing the multiple resource file for target data structure generation module Self-corresponding target data structure；The target data structure includes the title of deployment configuration item and the configuration of deployment configuration item Value；

Sending module is sliced manager for each target data structure to be sent to each sub-network, so that each subnet Network is sliced manager and is sent to respectively by the neutral model instance obtained according to each target data structure and neutral model After self-corresponding Element management system, Element management system generates corresponding with respective subnet network according to the neutral model instance The respective configuration file of at least one network entity, normal operation of the configuration file for business process on network entity；It is described Neutral model is network topology template.

In a kind of possible design, the receiving module is also used to receive the sub-network slice manager and sends more New request；It is described to update the title and at least one that request includes the corresponding target deployment configuration item of at least one configuration item to be updated A updated Configuration Values of target deployment configuration item；The configuration item to be updated is configuration to be updated in respective profiles ?；The title and the updated Configuration Values of target deployment configuration item of the target deployment configuration item are the sub-network slice management Device is obtained according to configuration more new information, and the configuration more new packets include the title and update of at least one configuration item to be updated Configuration Values afterwards；

Described device further includes update module, and the update module is used to update corresponding resource according to update request File.

In a kind of possible design, the receiving module is matched in more new information including at least one set if being also used to configure Item is set, every group of configuration item includes the multiple first configuration items to be updated, and same group of the multiple first configuration items to be updated correspond to same A first object deployment configuration item for belonging to Service Level Agreement SLA parameter then receives the sub-network slice manager and sends The first request message；First request message includes that every group of configuration item the multiple first configuration items to be updated for including are respectively right The title of the neutral model configuration item of first answered and updated Configuration Values；First request message is used to indicate the business Enabled device obtains the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；Wherein, first is to be updated The title of the corresponding first neutral model configuration item of configuration item is that the sub-network slice manager is stored according in database What the first corresponding relationship was got；First corresponding relationship is that the title of the configuration item in configuration file and neutral model configure Corresponding relationship between the title of item；

Described device further includes obtaining module, and the acquisition module is used for according in first request message and database Second corresponding relationship of storage, obtains the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；It is described Second corresponding relationship is the pass belonged between the Configuration Values of the deployment configuration item of SLA parameter and the Configuration Values of neutral model configuration item System；

The sending module is also used to the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item It is sent to the sub-network slice manager.

5th aspect, the embodiment of the present application provide a kind of device that business is enabled, comprising:

Receiving module, the multiple target data structures sent for receiving network slice manager, the multiple number of targets It is the network slice manager according to multiple deployment configurations relevant to deployment multiple network entities of target network according to structure What item obtained, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item, and each deployment is matched Set the corresponding target data structure of item；

Neutral model instance generation module, for generating neutral model according to all target data structures and neutral model Example, the neutrality model is network topology template；

Sending module, for neutral model instance to be sent to corresponding Element management system, so that Element management system Generate the configuration file of corresponding with sub-network at least one target network entity according to neutral model instance, and by configuration file It is sent to corresponding target network entity, normal operation of the configuration file for business process in target network entity.

In a kind of possible design, the neutrality model instance generation module is specifically used for,

If the corresponding first deployment configuration Xiang Buwei Service Level Agreement SLA parameter of target data structure, according to data The third corresponding relationship stored in library obtains the name in neutral model with the first deployment configuration item in the target data structure Claim the title of the corresponding second neutral model configuration item；The third corresponding relationship is the title and neutrality model of deployment configuration item Corresponding relationship between the title of configuration item；

If the corresponding second deployment configuration item of target data structure is SLA parameter, according to storing in database Third corresponding relationship obtains corresponding more with the title of the second deployment configuration item in the target data structure in neutral model The respective title of a third neutrality model configuration item；

Obtain the respective Configuration Values of each third neutrality model configuration item；

For each third neutrality model configuration item, by the Configuration Values of third neutrality model configuration item be added to in third At the corresponding position of title of formwork erection type configuration item；

In a kind of possible design, the neutrality model instance generation module is specifically used for, if target data structure pair The the second deployment configuration item answered is SLA parameter, then sends the second request message to network slice manager, described second asks Seek the Configuration Values in the title and corresponding target data structure in message including each third neutrality model configuration item, described the It is each described according to the second corresponding relationship acquisition stored in database that two request messages are used to indicate the network slice manager The respective Configuration Values of third neutrality model configuration item；Second corresponding relationship is to belong to the deployment configuration item of SLA parameter to match Set the relationship between value and the Configuration Values of neutral model configuration item；

Receive the respective Configuration Values of each third neutrality model configuration item that the network slice manager is sent.

In a kind of possible design, the neutrality model instance generation module, also particularly useful for if being wrapped in neutral model The 4th neutral model configuration item is included, does not include described the in the corresponding neutral model configuration item of the multiple deployment configuration item Four neutral model configuration items then obtain the Configuration Values of the 4th neutral model configuration item from the database of storage；

The Configuration Values of described 4th neutral model configuration item are added in neutral model and are matched with the described 4th neutral model It sets at the corresponding position of title of item.

In a kind of possible design, the receiving module is also used to, and is received the configuration that Element management system is sent and is updated Information, it is described configuration more new packets include at least one configuration item to be updated title and updated Configuration Values, it is to be updated to match Setting item is the configuration item in respective profiles；

Described device further includes obtaining module, and the module that obtains is used for according to the store in database first corresponding pass System, obtains the title of the neutral model configuration item of each configuration item to be updated corresponding first, and first corresponding relationship is Corresponding relationship between the title of configuration item in configuration file and the title of neutral model configuration item；

Described device further includes update module, and the update module is used for the name according to all first neutral model configuration items Title and corresponding updated Configuration Values update neutral model instance；After described first neutral model configuration item updates Configuration Values be the corresponding updated Configuration Values of configuration item to be updated；

The acquisition module, if be also used to configure more new information in include be not belonging to SLA parameter at least one second to Configuration item is updated, configuration item to be updated for each second, according to the third corresponding relationship, acquisition each second is to be updated to match Set the title of the corresponding second target deployment configuration item of item；

The acquisition module, if being also used to configure in more new information includes at least one set of configuration item, every group of configuration item includes Multiple first configuration items to be updated, same group of the multiple first configuration items to be updated correspond to same the first mesh for SLA parameter Deployment configuration item is marked, this group of configuration item includes multiple first are obtained according to the third corresponding relationship for every group of configuration item The title of the corresponding first object deployment configuration item of configuration item to be updated, and obtain after the first object deployment configuration item updates Configuration Values；

The sending module is also used to transmission and updates request to network slice manager, and the update request includes each The title of the corresponding second target deployment configuration item of second configuration item to be updated and each second configuration item to be updated are updated Configuration Values, and/or, the title of at least one first object deployment configuration item and at least one first object deployment configuration item update Configuration Values afterwards, the update request are used to indicate the network slice manager and update accordingly for disposing target network The resource file of network entity.

In a kind of possible design, the acquisition module is specifically used for sending first to network slice manager Request message；First request message includes that respective sets configuration item the multiple first configuration item to be updated for including is respectively right The title of the neutral model configuration item of first answered and corresponding updated Configuration Values；First request message is for referring to Show that network slice manager obtains the updated Configuration Values of first object deployment configuration item according to second corresponding relationship；

Receive the updated Configuration Values of first object deployment configuration item that the network slice manager is sent.

6th aspect, a kind of enabled device of business of the embodiment of the present application, comprising:

Receiving module, the neutral model instance sent for receiving sub-network slice manager；The neutrality model instance The Configuration Values of title and neutral model configuration item including neutral model configuration item, the neutrality model instance are sub-network slices Manager is obtained according to neutral model and multiple target data structures, and multiple target data structures are the network slices Manager is obtained according to multiple deployment configuration items of multiple network entities with deployment target network, and each deployment configuration item is right A target data structure is answered, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item；

Configuration file generation module, for according to the neutral model instance generate respective subnet network it is corresponding at least one The configuration file of target network entity；

Sending module, for being sent to corresponding target network entity, configuration file is for business in target network entity The normal operation of process.

In a kind of possible design, the configuration file generation module is specifically used for,

For each target network entity, it is neutral to obtain each target relevant to target network entity in neutral model instance Model configuration item, and obtain the corresponding configuration order of each target neutrality model configuration item and configuration parameter；

According to the corresponding configuration order of all target neutrality model configuration items of respective objects network entity, configuration ginseng Several allocation models examples corresponding with Configuration Values generation respective objects network entity；The corresponding configuration of target neutrality model configuration item Value is Configuration Values of the target neutrality model configuration item in the neutral model instance；

According to the corresponding allocation models example of respective objects network entity, the configuration text of respective objects network entity is generated Part.

Inquiry request is sent to sub-network slice manager, the inquiry request includes that each target neutrality model is matched Set the title of item；The inquiry request is used to indicate the sub-network slice manager and obtains each target neutrality model configuration The corresponding configuration order of item and configuration parameter；

Receive the corresponding configuration of each target neutrality model configuration item that the sub-network slice manager is sent Order and configuration parameter.

In a kind of possible design, the receiving module is also used to receive the configuration more new information of network entity transmission, It is described configuration more new packets include at least one configuration item to be updated title and updated Configuration Values；

The sending module is also used to for the configuration more new information being sent to sub-network slice manager, so that described Sub-network is sliced manager and updates information update neutrality model instance according to configuration, and obtains at least according to configuration more new information The title of the corresponding target deployment configuration item of one configuration item to be updated and at least one target deployment configuration item is updated matches After setting value, transmission updates request to network slice manager, and update request is used to indicate network slice manager and updates for portion Affix one's name to the resource file of the network entity of target network；Updating request includes the corresponding target deployment of at least one configuration item to be updated The title of configuration item and at least one updated Configuration Values of target deployment configuration item.

7th aspect, the embodiment of the present application also provides a kind of computer readable storage medium, including instruction, when it is being calculated When being run on machine, so that computer executes method described in any possible design in first aspect.

Eighth aspect, the embodiment of the present application also provides a kind of computer readable storage medium, including instruction, when it is being calculated When being run on machine, so that computer executes method described in any possible design in second aspect.

9th aspect, the embodiment of the present application also provides a kind of computer readable storage medium, including instruction, when it is being calculated When being run on machine, so that computer executes method described in any possible design in the third aspect.

Tenth aspect, the embodiment of the present application also provides a kind of network slice manager, including processor and memory, described For storing program instruction, the processor is used to read the program instruction in the memory memory, and is deposited according to described Program instruction in reservoir executes method described in any possible design in first aspect.

Tenth on the one hand, and one seed network of the embodiment of the present application is sliced manager, including processor and memory, described to deposit Reservoir is used to read the program instruction in the memory for storing program instruction, the processor, and according to the storage Program instruction in device executes method described in any possible design in second aspect.

12nd aspect, a kind of Element management system of the embodiment of the present application, including processor and memory, the memory For storing program instruction, the processor is used to read the program instruction in the memory, and according in the memory Program instruction execute method described in any possible design in second aspect.

Detailed description of the invention

Fig. 1 is the architecture diagram of NFV provided by the embodiments of the present application；

Fig. 2 is the first possible system architecture diagram provided by the embodiments of the present application；

Fig. 3 is second provided by the embodiments of the present application possible system architecture diagram；

Fig. 4 is the third possible system architecture diagram provided by the embodiments of the present application；

Fig. 5 is the signaling process figure one for the method that business provided by the embodiments of the present application enables；

Fig. 6 be the invention relates to network update method signaling process figure one；

Fig. 7 is the signaling process figure two for the method that business provided by the embodiments of the present application enables；

Fig. 8 be the invention relates to network update method signaling process figure two；

Fig. 9 is the signaling process figure three for the method that business provided by the embodiments of the present application enables；

Figure 10 be the invention relates to network update method signaling process figure three；

Figure 11 is the structural schematic diagram one for the device that business provided by the embodiments of the present application enables；

Figure 12 is the structural schematic diagram two for the device that business provided by the embodiments of the present application enables；

Figure 13 is the structural schematic diagram three for the device that business provided by the embodiments of the present application enables；

Figure 14 is the structural schematic diagram four for the device that business provided by the embodiments of the present application enables；

Figure 15 is the structural schematic diagram five for the device that business provided by the embodiments of the present application enables；

Figure 16 is the structural schematic diagram that network provided by the embodiments of the present application is sliced manager；

Figure 17 is the structural schematic diagram that sub-network provided by the embodiments of the present application is sliced manager；

Figure 18 is the structural schematic diagram of Element management system provided by the embodiments of the present application.

Specific embodiment

The professional term being related in the embodiment of the present application is illustrated first.

Operation Support System (Operation Support System, abbreviation OSS): it is a comprehensive service operation It while being also really to have merged the comprehensive management platform of Traditional IP data service and mobile value-added service with management platform.OSS is The integrations of telecom operators, information resources share support system, it is mainly by network management, system administration, charging, battalion The part such as industry, account and customer service forms, between system together by unified bus organic combination.It can not only be Operator is helped to work out the developing direction for assisting in system while meeting the Operation Support System of own characteristic, moreover it is possible to help The integration standard of user's brakstaff, improve the service level of user.

Network function virtualizes (Network Function Virtualization, abbreviation NFV): using virtualization Method realizes the mode of the function of being operated in conventional communication networks equipment originally software.

Fig. 1 is the architecture diagram of NFV provided by the embodiments of the present application；It include 3 part entity functions: network referring to Fig. 1, NFV Virtualization of function resource infrastructure (Network Function Virtualization Infrastructure, referred to as NFVI) 11, virtual network function (Virtualized Network Function, abbreviation VNF) 12 and management and layout function (Management and Orchestration, abbreviation MANO) 13.

Wherein, NFVI is a kind of comprising server, storage hardware, virtual management program, operating system, virtual machine, void The cloud data center of quasi- interchanger and Internet resources.NFVI is needed physical computing/storage/exchange resource by being virtualized into void Quasi- calculating/storage/exchange resource pond.

VNF is accomplished that the function of each Telecommunication Network Element of tradition, and resource required for VNF needs to be decomposed into virtual calculating/deposit Storage/exchange resource is carried by NFVI.

MANO is responsible for management to NFVI and VNF and editor, is a kind of virtualization or cloud layout management function entity. Include inside MANO Virtual base facilities management (Virturalized Infrastructure Management, abbreviation VIM), Virtual network function controller (Virtualized Network Function Management, abbreviation VNFM) and composer Orchestrator3 entity, respectively to the management of tri- levels of NFVI, VNF and NS.

Orchestrator: composer is the control centre in the entire domain MANO, responsible to NFV- infrastructure resources and soft The unified management and layout of part resource.Usual whole network disposes 1 set of composer.

VNFM is responsible for being managed the life cycle of VNF, including instantiation/upgrading/dilatation/capacity reducing/termination etc..VNF It is exactly network entity, mobile management entity (Mobility Management Entity, abbreviation MME), grouping control after instantiation Function (Packet Control Function, abbreviation PCF) processed, home subscriber server (Home Subscriber Server, abbreviation HSS) etc. belong to network entity.Each network or network slice include multiple network entities.

VIM: including management and O&M function, management function includes resource management function, resource pool function, resource management And distribution.O&M function includes management to NFVI and visual, from NFVI level to performance and failure carry out basic reason analysis, It the collection of fault message and reports, capacity planning and performance statistics.

In conclusion the MANO of NFV can receive the order of OSS, it is responsible on virtualization resource infrastructure NFVI as net Network on-premise network entity is simultaneously connected to network, while being responsible for the management of the life cycle of network entity, and network entity herein is NVF example.

Element management system (Element Management System, abbreviation EMS) be management it is certain types of one or The system of multiple telecommunication network elements (Network Element, abbreviation NE).In general, EMS manages the function of each NE And capacity, but and ignore the exchange in network between difference NE.In order to support the exchange between NE, EMS needs and higher level-one Network Management System (Network Management System) communicated, NMS is also telecommunication management network Unitary in (Telecommunications Management Network, abbreviation TMN) hierarchical model.EMS is based on TMN The basis of the OSS framework of hierarchical model, this framework enable service providers to meet service of the client to high speed development Demand, while be also able to satisfy severe service quality (Quality of Service, abbreviation QOS) requirement.

Network slice: the demand in order to meet different Internet of Things applications establishes different networks to meet different objects The demand of working application, different networks here can be referred to as network slice.

Network is sliced manager: being responsible for the load and management of network slice template, creates network according to network slice template Slice example and the management for being responsible for its life cycle.The corresponding network of each network slice is sliced manager, each net Network slice may include multiple sub-networks.

Sub-network is sliced manager: sub-network slice manager is responsible for the load and management of subnet slice template, according to son Net stencil creation subnet slice example and the management for being responsible for its life cycle.Each network involved in the embodiment of the present application is cut The sub-network that piece includes can include: access net, transmission network and core net, the corresponding sub-network slice management of each sub-network Device.

Then, the method enabled to the business of the embodiment of the present application is introduced.

Under NFV technology, network function is from user is designed into really using needing by service design, network entity portion Administration, business enable several stages.

Wherein, service design refers to for network function to be provided, network entity required for design and planning, and Network link information and service configuration information required for network entity；Wherein, service configuration information includes: link information (chain Information required for road itself includes IP address or IP address section, port numbers etc.), global basis information (such as: time-zone information), License application template, rule required for user (such as: when user access network, preferably 5G is secondary to select 4G) etc..License Refer to the achievable function of network entity, there are multiple functions in license application template, user can choose license application At least one function in template, the function of choosing are the achievable function of network entity.

Network entity deployment, refers to resource, deployed position according to required for network entity etc., according to service design by net Network entity is deployed on server or virtual machine.

After network entity deployment, business is entered and has enabled the stage, that is, according to network each in on-premise network The resource file of entity obtains the configuration file of corresponding network entity, and configuration file is sent to network entity, so that in network The business progress physically run can operate normally.

Fig. 2 is the first possible system architecture diagram provided by the embodiments of the present application；Referring to fig. 2, which includes Network is sliced the corresponding sub-network of manager 21, core net and is sliced manager 22, corresponding 23 and of Element management system of core net Virtualization or cloud layout management function entity 24.Wherein, virtualization or cloud layout management function entity 24 can be above-mentioned MANO functional entity.

Specifically, in conjunction with the above-mentioned elaboration to NFV framework, virtualization or cloud layout management function entity 24 are for disposing Multiple network entities of network, therefore, network are sliced manager 21 and receive virtualization or the hair of cloud layout management function entity 24 Multiple resource files of the multiple network entities for disposing target network sent；It wherein, include above-mentioned in multiple resource files Service design information and network topological information, it may also be said to multiple deployment configuration items in multiple resource files, virtualization or cloud Change layout management function entity 24 each network entity of target network is deployed on virtual machine according to multiple deployment configuration item, Complete building for target network.

After network slice manager 21 receives the resource file, which is parsed, each deployment is generated and matches The corresponding target data structure of item is set, and each target data structure is sent to the corresponding sub-network slice management of core net Device 22；It is stored with neutral model in the corresponding sub-network slice manager 22 of core net, neutral model is the network of target network Topological template, sub-network are sliced manager 22 according to each target data structure neutrality corresponding with neutral model generation target network Model instance, and the neutrality model instance is sent to the corresponding Element management system 23 of core net, the corresponding network element of core net Management system 23 generates at least one target network entity corresponding with core net in target network according to neutral model instance Configuration file is sent to corresponding target network entity, configuration text by configuration file, the corresponding Element management system 23 of core net Normal operation of the part for business process in target network entity, so that it is enabled to realize business.Wherein, neutral model be one A network topology template unrelated with manufacturer.

The embodiment of the present application automation generates configuration file, is not necessarily to manual compiling, and the formation efficiency of configuration file is high；And by Being in neutral model is a network topology template unrelated with manufacturer, and user and operator can be by checking neutral model instance Obtain clearly network level topology.

Fig. 3 is second provided by the embodiments of the present application possible system architecture diagram；Referring to Fig. 3, which includes The corresponding Element management system 32 of operation support system 31, core net and virtualization or cloud layout management function entity 33.Its In, virtualization or cloud layout management function entity 33 can be above-mentioned MANO functional entity.

Specifically, what the reception of operation support system 31 virtualization or cloud layout management function entity 33 were sent is used to dispose The resource file of multiple network entities of target network；After operation support system 31 receives the resource file, to resource text Part is parsed, and each corresponding target data structure of deployment configuration item is generated；Neutrality is stored in operation support system 31 Model, neutral model are the network topology template of target network, then, operation support system 31 according to each target data structure and Neutral model generates the corresponding neutral model instance of target network, and the neutrality model instance is sent to the corresponding net of core net First management system 32, the corresponding Element management system 32 of core net according to neutral model instance generate target network in core net The configuration file of at least one corresponding target network entity, the corresponding Element management system 32 of core net send configuration file To corresponding target network entity, normal operation of the configuration file for business process in target network entity, to realize Business is enabled.Wherein, neutral model be a network topology template unrelated with manufacturer.

Fig. 4 is the third possible system architecture diagram provided by the embodiments of the present application；Referring to fig. 4, which includes Corresponding second network element 42 of first network element 41, core net and virtualization or cloud layout management function entity 43.Wherein, it virtualizes Or cloud layout management function entity 33 can be above-mentioned MANO functional entity.

What the first network element 41 reception virtualization or cloud layout management function entity 43 were sent is used to dispose target network The resource file of multiple network entities；After first network element 41 receives the resource file, which is parsed, is generated Each corresponding target data structure of deployment configuration item, and each target data structure is sent to corresponding second net of core net Member 42；Neutral model is stored in corresponding second network element 42 of core net, neutral model is the network topology template of target network, Corresponding second network element 42 of core net is according to each target data structure neutral model corresponding with neutral model generation target network Example generates corresponding with core net at least one target network entity in target network then according to neutral model instance and matches File is set, configuration file is sent to corresponding target network entity by corresponding second network element 42 of core net, and configuration file is used for The normal operation of business process in target network entity, so that it is enabled to realize business.Wherein, neutral model be one and factory The unrelated network topology template of quotient.

It is described in detail below using the enabled method of business of the specific embodiment to the application.

It is described in detail first against the enabled method of the business using the first possible system architecture.

Fig. 5 is the signaling process figure one for the method that business provided by the embodiments of the present application enables, referring to Fig. 5, the present embodiment Method may include:

Step S101, virtualization or cloud layout management function entity are sent to network slice manager for disposing target Multiple resource files of multiple network entities of network, multiple resource files include multiple deployment configuration items；

Step S102, network slice manager parses multiple resource files, generates each corresponding mesh of deployment configuration item Data structure is marked, target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item；

Step S103, each target data structure is sent to the corresponding sub-network slice pipe of core net by network slice manager Manage device；

Step S104, the corresponding sub-network slice manager of core net is according to all target data structure and neutral model Neutral model instance is generated, neutral model is network topology template；

Step S105, it is corresponding to be sent to core net by core net corresponding sub-network slice manager for neutral model instance Element management system；

Step S106, the corresponding Element management system of core net is corresponding at least according to neutral model instance generation core net The configuration file of one target network entity；

Step S107, corresponding configuration file is sent to corresponding target network by the corresponding Element management system of core net Entity, normal operation of the configuration file for business process in target network entity.

Specifically, network entity involved in the present embodiment is the VNF example under NFV technology, at this point, network entity Deployment is completed by virtualization or cloud layout management function entity.

Step S101, virtualization or cloud layout management function entity are sent to network slice manager for disposing Multiple resource files of multiple network entities of target network；Virtualization or cloud layout management function entity are according to multiple Each network entity of target network is deployed on virtual machine by resource file, completes building for target network.Wherein, resource text Part is that network is sliced example and sub-network is sliced NFV, network service descriptor (Network Service used in example Descriptor, abbreviation NSD) etc. resource deployments template file.Multiple resource files embody network level topology and business configuration Information.

Wherein, multiple resource files include the chain in multiple deployment configuration items, such as the corresponding service design of target network Road is S1 link, then the deployment configuration item that multiple resource bundles include can are as follows: E-UTRAN NodeB (E-UTRAN NodeB, Abbreviation eNodeB) mark, eNodeB IP, the corresponding port numbers of eNodeB, the mark of MME, MME IP, the corresponding end MME Slogan, service IP address, Service Level Agreement (Service Level Agreement, abbreviation SLA) parameter etc..

Wherein, business SLA parameter refers to the demand that communication service is sliced network, including area traffic capacity requirement Parameter, accounting requirements parameter, region overlay demand parameter, degree of isolation demand parameter, end-to-end time delay demand parameter, movement need Ask parameter, overall user density requirement parameter, priority requirements parameter, service availability demand parameter, service reliability demand Parameter, user equipment (User Equipment, abbreviation UE) movement speed demand parameter etc..

Above-mentioned SLA parameter is style class parameter, the portion that service reliability demand parameter is conceptualized as in resource file Administration's configuration item includes connection reliability deployment configuration item, connection sensibility deployment configuration item.In fact, connection reliability includes: Routing index, routing mode, destination entity domain name, correspondent entity index, routing title, priority, weight, but in resource text This deployment configuration item of connection reliability is conceptualized as in part；Connecting sensibility includes: Retransmission timeout (Retransmission Timeout, abbreviation RTO) minimum value, RTO maximum value, RTO initial value, eartbeat interval, coupling maximum number of retransmissions, path maximum Sending times, but connection this deployment configuration item of sensibility is conceptualized as in resource file.

Step S102, the manager reception virtualization of network slice or cloud layout management function entity are sent multiple Resource file parses multiple resource files, generates each corresponding target data structure of deployment configuration item, target data structure The Configuration Values of title and deployment configuration item including deployment configuration item, the corresponding target data structure of each deployment configuration item.

That is the deployment configuration item in resource file includes the title and Configuration Values of deployment configuration item, network slice pipe Reason device extracts the title of the deployment configuration item of resource file and Configuration Values, generates the corresponding target data of deployment configuration item Structure.Such as deployment configuration item " the corresponding port numbers of eNodeB ", corresponding target data structure can include: " eNodeB pairs The port numbers (title, certain actual name can be other forms) answered, 2000 (Configuration Values) "；" connection is sensitive for deployment configuration item Property ", corresponding target data structure can include: " connection sensibility (title), high (Configuration Values) ".

In addition, under non-NFV scene, network entity be physical function network element (Physical Network Function, Abbreviation PNF) example, it is not virtualization or cloud layout management function entity that the deployment to network entity, which is that user completes, It completes, then at this point, the network slice received multiple resource files of manager are no longer just virtualization or cloud layout management What functional entity was sent.

For step S103~step S104: each target data structure is sent to core net and corresponded to by network slice manager Sub-network be sliced manager；The corresponding sub-network slice manager of core net is according to all target data structure and middle formwork erection Type generates neutral model instance, and neutral model is network topology template.

Specifically, neutral model is a network topology template, uncorrelated to manufacturer's implementation method, complete for expressing Network topology.

Wherein, may include neutral model configuration item in neutral model: local terminal mark, opposite end mark, local terminal IP, opposite end IP, Local terminal port, Peer-Port, RTO maximum value, RTO minimum value, RTO initial value, eartbeat interval, coupling maximum number of retransmissions, road Diameter maximum number of retransmissions etc..It wherein, is the corresponding sub-network of core net by sub-network slice manager in this present embodiment It is sliced manager, therefore, in the case where the link in the corresponding service design of above-mentioned target network is the scene of S1 link, what local terminal referred to It is the end MME.

So, the corresponding sub-network slice manager of core net is generated according to all target data structures and neutral model Neutral model instance, comprising:

If the corresponding first deployment configuration Xiang Buwei SLA parameter of target data structure, the corresponding sub-network of core net are cut Piece manager according to the third corresponding relationship stored in database, obtain in neutral model with first in target data structure Affix one's name to the title of the corresponding second neutral model configuration item of title of configuration item；Third corresponding relationship be deployment configuration item title with Corresponding relationship between the title of neutral model configuration item；The corresponding sub-network of core net is sliced manager for target data structure In the Configuration Values of the first deployment configuration item be added at position corresponding with the title of the second neutral model configuration item, obtain third The Configuration Values of neutral model configuration item.

Such as: deployment configuration item " the corresponding mark of eNodeB " is non-style class parameter in neutral model, then disposing Configuration item " the corresponding mark of eNodeB " can be described as the first deployment configuration item, according to third corresponding relationship, obtain in neutral model Entitled " the opposite end mark " of corresponding with the title of the first deployment configuration item second neutral model configuration item, at this time by first Configuration Values " XX " in the corresponding target data structure of deployment configuration item " the corresponding mark of eNodeB " are added to formwork erection in second At the corresponding position of title " opposite end mark " of type configuration item.Equally, deployment configuration item " the corresponding mark of MME " is in neutral model In also be non-style class parameter, then deployment configuration item " the corresponding mark of MME " can be described as the first deployment configuration item, according to third Corresponding relationship obtains the title of the corresponding with the title of the first deployment configuration item second neutral model configuration item in neutral model For " local terminal mark ", at this time by the Configuration Values " YY " in the target data structure of the first deployment configuration item " the corresponding mark of MME " It is added at the corresponding position of title " local terminal mark " of the second neutral model configuration item.

Deployment configuration item " IP of eNodeB ", " the corresponding port numbers of eNodeB ", " IP of MME ", " the corresponding port MME Number ", " service IP address " etc. be non-style class parameter in neutral model, processing method is same as above.

Wherein, if deployment configuration item " IP of eNodeB " corresponding Configuration Values in target data structure are IP sections, root A configuration as the second neutral model configuration item " opposite end IP " is selected from IP sections according to the resource service condition in resource pool Value.It is equally applicable for " IP of MME " in this case.

If the corresponding second deployment configuration item of target data structure is SLA parameter, the corresponding sub-network slice of core net Manager according to the third corresponding relationship stored in database, obtain in neutral model with second in the target data structure The respective title of the corresponding multiple third neutrality model configuration items of the title of deployment configuration item；The corresponding sub-network slice of core net Manager obtains the respective Configuration Values of each third neutrality model configuration item；For each third neutrality model configuration item, core net The Configuration Values of third neutrality model configuration item are added to and third neutrality model configuration item by corresponding sub-network slice manager The corresponding position of title at.

If the corresponding second deployment configuration item of target data structure is SLA parameter, the corresponding sub-network slice of core net Manager obtains the respective Configuration Values of each third neutrality model configuration item, comprising:

The corresponding sub-network of core net is sliced manager and sends the second request message, the second request to network slice manager The Configuration Values in title and corresponding target data structure in message including each third neutrality model configuration item, the second request message It is used to indicate network slice manager and each third neutrality model configuration item is obtained according to the second corresponding relationship stored in database Respective Configuration Values；Second corresponding relationship is the Configuration Values and neutral model configuration item for belonging to the deployment configuration item of SLA parameter Relationship between Configuration Values；The corresponding sub-network slice manager of core net receives in each third that network slice manager is sent The Configuration Values of formwork erection type configuration item.

For example deployment configuration item " connection sensibility " is SLA parameter, deployment configuration item " connection sensibility " can be described as second Deployment configuration item, the Configuration Values in corresponding target data structure are "high", then the corresponding sub-network slice management of core net Device obtains in neutral model formwork erection in multiple thirds corresponding with the title of the second deployment configuration item according to third corresponding relationship The title of type configuration item: RTO maximum value, RTO minimum value, RTO initial value, eartbeat interval, coupling maximum number of retransmissions, path are most Big sending times.Core net corresponding sub-network slice manager sends the second request message to network and is sliced manager, and second It include that " RTO maximum value, RTO minimum value, RTO initial value, eartbeat interval, coupling maximum number of retransmissions, path are most in request message Big sending times, high "；Network is sliced manager according to the second request message, obtains when it is high for connecting sensibility, RTO is maximum The Configuration Values of value, the Configuration Values of RTO minimum value, the Configuration Values of RTO initial value, the Configuration Values of eartbeat interval, coupling maximum retransmission The Configuration Values of the Configuration Values of number, path maximum number of retransmissions, and by " Configuration Values of RTO maximum value, the configuration of RTO minimum value Value, the Configuration Values of the Configuration Values of RTO initial value, eartbeat interval, the Configuration Values for being coupled maximum number of retransmissions, path maximum retransmission time Several Configuration Values " are sent to the corresponding sub-network slice manager of core net, and the corresponding sub-network slice manager of core net connects After receiving, for each third neutrality model configuration item, by the Configuration Values of third neutrality model configuration item be added to in third Respective Configuration Values are added to corresponding middle formwork erection in neutral model at the corresponding position of title of formwork erection type configuration item " Configuration Values of RTO maximum value " are added to title " the RTO maximum of third neutrality model configuration item by the position of type configuration item At the corresponding position of value ", " Configuration Values of RTO minimum value " are added to title " the RTO minimum of third neutrality model configuration item At the corresponding position of value ", " Configuration Values of RTO initial value " are added to the title of third neutrality model configuration item, and " RTO is initial At the corresponding position of value "；" Configuration Values of eartbeat interval " are added to the title " eartbeat interval " of third neutrality model configuration item At corresponding position；" Configuration Values of coupling maximum number of retransmissions " are added to the title " coupling of third neutrality model configuration item " Configuration Values of path maximum number of retransmissions " are added to third neutrality model configuration item at the corresponding position of maximum number of retransmissions " The corresponding position of title " path maximum number of retransmissions " at.

Further, if including the 4th neutral model configuration item in neutral model, multiple deployment configuration items are corresponding It does not include the 4th neutral model configuration item in neutral model configuration item, sub-network is sliced manager according to all target data knots Structure and neutral model generate neutral model instance, further includes:

For the 4th neutral model configuration item of neutral model, sub-network slice manager is obtained from the database of storage The Configuration Values of 4th neutral model configuration item；Sub-network is sliced manager and adds the Configuration Values of the described 4th neutral model configuration item It adds in neutral model at position corresponding with the title of the described 4th neutral model configuration item.

Specifically, the corresponding neutral model configuration item of multiple deployment configuration items does not include the 4th neutral model configuration , it is understood that not include deployment configuration item corresponding with the 4th neutrality model configuration item in resource file；Core net pair The Configuration Values of the 4th neutral model configuration item are stored in the database in sub-network slice manager answered, core net is corresponding Sub-network slice manager obtains the Configuration Values of the 4th neutral model configuration item from database, and the 4th neutral model is configured The Configuration Values of item are added in neutral model at position corresponding with the title of the 4th neutral model configuration item.

According to the neutral model after the Configuration Values for adding neutral model configuration item, for neutral model instance.

Centering formwork erection type is further detailed below.

Neutrality model is a network topology template as previously described, uncorrelated to manufacturer's implementation method, for having expressed Whole network topology in the middle after the Configuration Values addition of the neutral model configuration item in formwork erection type, that is, forms neutral model reality Example after, can express complete network topology and and service configuration information, be model of the opening to user.Wherein formwork erection type The source of the Configuration Values of configuration item is as described below:

A, the second neutral model configuration item, third neutrality model configuration item, the 4th neutral model configuration are obtained as previously described The method of the respective Configuration Values of item.

B, external interface: the core net open RESTFUL interface of corresponding sub-network slice manager to exterior, for The Configuration Values for the neutral model configuration item for needing to input after opposite end planning, global coordination, are added to neutral model in this way In；

In conclusion neutral model has hierarchical structure, comprising: global basis Information Level, license configuration layer, letter Enable articulamentum and regular configuration layer.Global basis Information Level includes global basic information, such as time-zone information；License matches Set the license information (being chosen by template license application template) or license application template that layer includes configuration Information.Signaling connection layer includes local terminal IP address, port numbers, transport layer configuration information etc..Routing iinformation includes that route-type is (dynamic State or static state), if two-way converting detection, load sharing mode (polling, principal and subordinate, priority weighting)).Regular configuration layer includes It is handed down to the rule of rule control function (Policy Control Function, abbreviation PCF), such as: user preferred 5G, it is secondary Select 4G.

It is for step S105~step S107, the corresponding sub-network slice manager of core net that obtained neutral model is real Example is sent to the corresponding Element management system of core net；The corresponding Element management system of core net receives neutral model instance Afterwards, the configuration file of at least one corresponding target network entity of core net is generated according to neutral model instance.

Specifically, since sub-network slice manager is that the corresponding sub-network of core net is sliced manager, NE management system System is the corresponding Element management system of core net, then the configuration file that Element management system generates is the core that target network includes At least one target network entity of net side.

The corresponding Element management system of core net generates at least one corresponding target of core net according to neutral model instance The configuration file of network entity, comprising:

For each target network entity, the corresponding Element management system of core net obtain in neutral model instance with target The relevant each target neutrality model configuration item of network entity, and obtain the corresponding configuration life of each target neutrality model configuration item Order and configuration parameter；The corresponding Element management system of core net is matched according to all target neutrality models of respective objects network entity It sets the corresponding configuration order of item, configuration parameter and Configuration Values and generates the corresponding allocation models example of corresponding network entity；Mesh Marking neutral model configuration item and corresponding to Configuration Values is Configuration Values of the target neutrality model configuration item in neutral model instance；Core net Corresponding Element management system generates the configuration file of target network entity according to allocation models example.

Two S1 links are devised, every S1 link pair answers a MME, at this point, target There are two network entity just has；If the two S1 link pairs designed in target network answer MME or only one MME, Target network entity is with regard to only one.

For each target network entity, the corresponding Element management system of core net obtains the mesh according to neutral model instance Mark the corresponding configuration file of network entity.Below for obtaining the acquisition process of configuration file of a target network entity, Illustrate the acquisition process of configuration file.

The corresponding Element management system of core net obtains each target relevant to target network entity in neutral model instance Neutral model configuration item, then the corresponding Element management system of core net sends inquiry to the sub-network of core net slice manager Request, inquiry request includes the title of above-mentioned each target neutrality model configuration item；Inquiry request is used to indicate the subnet of core net Network is sliced manager acquisition and the corresponding configuration order of above-mentioned each target neutrality model configuration item and configuration parameter；Core net Corresponding Element management system receives the target neutrality model configuration item pair that the corresponding sub-network slice manager of core net is sent The configuration order and configuration parameter answered；The corresponding Element management system of core net is according in all targets of the target network entity The corresponding configuration order of formwork erection type configuration item, configuration parameter and Configuration Values generate the corresponding allocation models of corresponding network entity Example；It is configuration of the target neutrality model configuration item in neutral model instance that target neutrality model configuration item, which corresponds to Configuration Values, Value；The corresponding Element management system of core net generates the configuration file of the target network entity according to allocation models example.

Illustrate the acquisition process of configuration order and configuration parameter with example below.

Such as: entitled " Service_IP " in neutral model with business IP configuration item in neutral model obtains industry When the configuration order and configuration parameter of business IP configuration item, it is sent in the inquiry request of the sub-network slice manager of core net and wraps It includes " Service_IP ", after the sub-network slice manager of core net receives inquiry request, it is right with " Service_IP " to obtain The configuration order answered: " S1APLE " and configuration parameter: " localIP ", will " configuration order: S1APLE and configuration parameter: LocalIP " is sent to the corresponding Element management system of core net.

After the corresponding configuration file of each target network entity generates, the corresponding Element management system of core net will configure text Part is sent to corresponding target network entity, normal operation of the configuration file for business process in target network entity.

In the embodiment of the present application is input with the resource file for disposing the network entity of target network, is sliced by network The processing of manager, core net corresponding sub-network slice manager, the corresponding Element management system of core net finally obtains core The configuration file of heart net side network entity, the business for realizing core-network side network entity is enabled, that is, the life of configuration file It is automation generating process at process, formation efficiency is high.In addition, having firstly generated neutral model before generating configuration file Example, since neutral model instance embodies network topological information and service configuration information, user can be by checking neutrality Model instance knows clearly network topology information and service configuration information.

The enabled method of the business of the present embodiment, comprising: virtualization or cloud layout management function entity are sliced to network Manager sends multiple resource files for disposing multiple network entities of target network, and multiple resource files include multiple portions Affix one's name to configuration item；Network is sliced manager and parses multiple resource files, generates the corresponding target data knot of each deployment configuration item Structure, target data structure include the title of deployment configuration item and the Configuration Values of deployment configuration item, each deployment configuration item corresponding one A target data structure；Network is sliced manager and each target data structure is sent to the corresponding sub-network slice management of core net Device；The corresponding sub-network slice manager of core net is real according to all target data structures and the neutral neutral model of model generation Example, neutral model are network topology template；Neutral model instance is sent to core by the corresponding sub-network slice manager of core net The corresponding Element management system of heart net；The corresponding Element management system of core net generates core net according to neutral model instance and corresponds to At least one target network entity configuration file；Configuration file is sent to accordingly by the corresponding Element management system of core net Target network entity, normal operation of the configuration file for business process in target network entity.The business of the present embodiment makes The formation efficiency of the method for energy, configuration file is high, and user would know that clearly network topological information and service configuration information.

In actual application, it is sometimes desirable to planned again network, for example, deleting in a link or change network The IP etc. of network entity is updated below with reference to specific embodiment pair network corresponding with the application embodiment shown in fig. 5 Method is illustrated.

Fig. 6 be the invention relates to network update method signaling process figure one, referring to Fig. 6, the present embodiment Method may include:

Step S201, network entity receives the configuration more new information of user's input；Configuration more new packets include at least one The title of configuration item to be updated and updated Configuration Values；Configuration item to be updated is the configuration item in configuration file, to more Configuration item of the entitled configuration item to be updated of new configuration item in configuration file；

Step S202, network entity is sent to Element management system for more new information is configured；

Step S203, Element management system will configure more new information and be sent to sub-network slice manager；

Step S204, sub-network slice manager is obtained according to the first corresponding relationship stored in database each to more The title of the neutral model configuration item of new configuration item corresponding first, first corresponding relationship is the configuration in configuration file Corresponding relationship between the title of item and the title of neutral model configuration item；

Step S205, sub-network is sliced manager according to the title and respective correspondence of all first neutral model configuration items Updated Configuration Values update neutral model instance；The first neutral updated Configuration Values of model configuration item are corresponding to more The updated Configuration Values of new configuration item；

If step S206, configuring in more new information includes the second configuration item to be updated for being not belonging to SLA parameter, for every A second configuration item to be updated, sub-network are sliced manager according to third corresponding relationship, obtain each second configuration item to be updated The title of corresponding second target deployment configuration item；Third corresponding relationship is that the title of deployment configuration item and neutral model are matched Set the corresponding relationship between the title of item；

Include at least one set of configuration item in more new information if step S207, configuring, every group of configuration item include multiple first to Configuration item is updated, same group of the multiple first configuration items to be updated correspond to the same first object deployment for belonging to SLA parameter and match Item is set, for every group of configuration item, sub-network is sliced manager according to third corresponding relationship, and obtain that this group of configuration item include is multiple The title of the corresponding first object deployment configuration item of first configuration item to be updated, and obtain first object deployment configuration item update Configuration Values afterwards；

Step S208, the transmission of sub-network slice manager updates request to network slice manager, sub-network slice management Device transmission updates request to network slice manager, and updating request includes the corresponding target deployment of each second configuration item to be updated The title of configuration item and each second updated Configuration Values of configuration item to be updated, and/or, the deployment of at least one first object is matched Set the title and at least one updated Configuration Values of first object deployment configuration item of item.

Step S209, network slice manager updates corresponding resource file according to request is updated.

Specifically, the present embodiment is corresponding with a upper embodiment, therefore the network entity in the present embodiment can be target network Including the corresponding network entity of core net, correspondingly, Element management system be the corresponding Element management system of core net, subnet Network is sliced the corresponding sub-network of manager core net and is sliced manager.

Deployment configuration item in the present embodiment, neutral model, neutral model configuration item, neutral model instance, resource file, The meaning of configuration file is identical as a upper embodiment, repeats no more in the present embodiment.

Updating in the present embodiment includes: modification, addition, deletion.

The configuration more new information of user's input is received for step S201~step S203, network entity；Configuration updates letter Title and updated Configuration Values of the breath including configuration item to be updated；

For example, user wants to change the corresponding MME of S1 link that link number is 1₁IP address, then user can pass through network The corresponding user interface input change MME of entity₁IP address instruction, wherein input change MME₁IP address instruction Method can be as follows: user configures icon by the modification clicked in user interface, and display configuration file modifies interface, configuration Show each configuration item that configuration file includes in file modification interface, user is by MME in configuration file₁Original IP address is deleted It removes, inputs new IP address.Network entity receives change MME₁IP address instruction, update storage the configuration of configuration file Database, that is, by MME in the respective profiles stored in configuration database₁IP address be updated to user input it is new IP address.

If deleting a certain S1 link, user can input the number of the S1 link, in the more new information of configuration at this time Configuration item to be updated can be to be multinomial, that is, the corresponding all configuration items of S1 link, each updated Configuration Values of configuration item can be It is empty.

If adding a certain S1 link, user can modify in configuration file and input the corresponding institute of the S1 link on interface The Configuration Values of some configuration items, configuration item to be updated is multinomial in the more new information of configuration at this time, that is, the S1 link pair is answered All configuration items, each updated Configuration Values of configuration item can for user input value.

Network entity sends configuration update message to Element management system, and configuration update message includes: configuration item to be updated Title and updated Configuration Values, that is, MME₁Title and new IP address of the IP address in configuration file.

Element management system receives configuration update message, and configuration update message is sent to sub-network slice manager.

For step S204~step S205, sub-network slice manager according to the stored in database first corresponding pass System, obtains the title of the neutral model configuration item of each configuration item to be updated corresponding first, and the first corresponding relationship is configuration Corresponding relationship between the title of configuration item in file and the title of neutral model configuration item；Sub-network be sliced manager according to The title of all first neutral model configuration items and corresponding updated Configuration Values, update neutral model instance；The The one neutral updated Configuration Values of model configuration item are the corresponding updated Configuration Values of configuration item to be updated.

For example, for configuration item " MME to be updated₁IP address ", sub-network slice manager stored according in database The first corresponding relationship, obtain configuration item " MME to be updated₁IP address " corresponding first neutral model configuration item title, Using configuration item " MME to be updated₁IP address " updated Configuration Values-" new IP address " replacement corresponding first in Original IP address at the name location of formwork erection type configuration item.

In this way, the user other than the user of change configuration file can be by checking that updated neutral model is real Example, knows new network topological information and service configuration information, is not necessarily to queries configuration database.And the text of manual compiling configuration at present The method of part, if some user has changed a certain configuration item of certain configuration file, other users must be by inquiring phase The configuration database where configuration file is answered, obtains updated configuration file, and can only know matching for single network entity Confidence breath, can not obtain the topological business configuration of the network level of network.Especially deleting one chain of a link or addition In the case where road, that is, in the case that network re-starts planning, the effect of updated neutrality model instance is more prominent, Newest network topological information and service configuration information can be shown to user, user would know that the network after re-starting planning Topology information and service configuration information.

For step S206: right if including the second configuration item to be updated for being not belonging to SLA parameter in configuration more new information In each second configuration item to be updated, sub-network is sliced manager according to third corresponding relationship, and acquisition each second is to be updated to match Set the title of the corresponding second target deployment configuration item of item；Title and middle formwork erection of the third corresponding relationship for deployment configuration item Corresponding relationship between the title of type configuration item.

Specifically, for being not belonging to the second configuration item to be updated of SLA parameter, each second configuration item to be updated corresponding one A neutrality model configuration item (the referred to herein as first neutral model configuration item), deployment configuration item (referred to herein as second target Deployment configuration item).

If every group of configuration item includes multiple for including at least one set of configuration item in step S207, configuration more new information One configuration item to be updated, same group of the multiple first configuration items to be updated correspond to the same first object portion for belonging to SLA parameter Configuration item is affixed one's name to, for every group of configuration item, sub-network is sliced manager according to third corresponding relationship, and obtaining this group of configuration item includes The title of the corresponding first object deployment configuration item of multiple first configuration items to be updated, and obtain the first object deployment configuration item Updated Configuration Values.

Specifically, sub-network slice manager obtains each updated Configuration Values of first object deployment configuration item, comprising: Sub-network is sliced manager and sends the first request message to network slice manager, and the first request message includes every group of configuration item packet The title of the neutral model configuration item of multiple first included configuration item to be updated corresponding first and updated Configuration Values；Net After network slice manager receives the first request message, according to the second corresponding relationship stored in the first request message and database Obtain the corresponding updated configuration of first object deployment configuration item of the every group of configuration item includes multiple first configuration items to be updated Each updated Configuration Values of first object deployment configuration item are sent to sub-network slice manager by value.Wherein, second is corresponding Relationship is the relationship between the Configuration Values of the corresponding neutral model configuration item of SLA parameter and the Configuration Values of deployment configuration item.

For example user is to the Configuration Values of RTO maximum value, the Configuration Values of RTO minimum value, the Configuration Values of RTO initial value, heartbeat The Configuration Values at interval, the Configuration Values for being coupled maximum number of retransmissions, path maximum number of retransmissions Configuration Values updated, In, RTO maximum value, RTO minimum value, RTO initial value, eartbeat interval, coupling maximum number of retransmissions, path maximum number of retransmissions category In same group of configuration item, the second configuration item to be updated, the name of corresponding first object deployment configuration item each can be described as Referred to as connect sensibility.Sub-network is sliced manager for RTO maximum value, RTO minimum value, RTO initial value, eartbeat interval, coupling After the title and RTO minimum value of the neutral model of maximum number of retransmissions, path maximum number of retransmissions corresponding first update Configuration Values, the updated Configuration Values of RTO maximum value, the updated Configuration Values of RTO initial value, the updated configuration of eartbeat interval Value, the updated Configuration Values of coupling maximum number of retransmissions, the updated Configuration Values of path maximum number of retransmissions are sent to network and cut Piece manager, network are sliced manager according at the beginning of the Configuration Values of RTO maximum value, the Configuration Values of RTO minimum value, RTO of its storage The Configuration Values of initial value, eartbeat interval Configuration Values, be coupled maximum number of retransmissions Configuration Values, path maximum number of retransmissions configuration Corresponding relationship between value and the Configuration Values of connection sensibility, obtains the updated Configuration Values of RTO minimum value, RTO maximum value more Configuration Values, the updated Configuration Values of RTO initial value, the updated Configuration Values of eartbeat interval, coupling maximum number of retransmissions after new The Configuration Values of the corresponding connection sensibility of updated Configuration Values, the updated Configuration Values of path maximum number of retransmissions, such as " in ", that is, the updated Configuration Values of first object deployment configuration item-" connection sensibility " be " in "；Network slice management First object deployment configuration item-" connection sensibility " updated Configuration Values that device will acquire are sent to the slice management of subnet road Device.

Network slice manager is updated request to for step S208~step S209, sub-network slice manager transmission, Sub-network slice manager transmission updates request to network slice manager, and updating request includes each second configuration item to be updated The title of corresponding target deployment configuration item and each second updated Configuration Values of configuration item to be updated, and/or, at least one The title of first object deployment configuration item and at least one updated Configuration Values of first object deployment configuration item.Network slice pipe It manages device and updates corresponding resource file according to request is updated.

In the present embodiment in user's more new configuration file, can centering simultaneously found model instance, resource file and be updated, So that other users also would know that the service configuration information of the network topology of update, without inquiring corresponding configuration database.

Secondly, being introduced for the enabled method of the business using second of possible system architecture.

Fig. 7 is the signaling process figure two for the method that business provided by the embodiments of the present application enables, referring to Fig. 7, the present embodiment Method may include:

Step S301, virtualization or cloud layout management function entity are sent to operation support system for disposing target network Multiple resource files of multiple network entities of network, multiple resource files include multiple deployment configuration items；

Step S302, operation support system parses multiple resource files, generates each corresponding target of deployment configuration item Data structure, target data structure include the title of deployment configuration item and the Configuration Values of deployment configuration item；

Step S303, operation support system generates neutral model reality according to all target data structures and neutral model Example, neutral model are network topology template；

Step S304, neutral model instance is sent to the corresponding Element management system of core net by operation support system；

Step S305, the corresponding Element management system of core net is corresponding at least according to neutral model instance generation core net The configuration file of one target network entity；

Step S306, corresponding configuration file is sent to corresponding target network by the corresponding Element management system of core net Entity, normal operation of the configuration file for business process in target network entity.

Specifically, the enabled concrete methods of realizing of business and corresponding business in embodiment shown in fig. 5 in the present embodiment Enabled concrete methods of realizing is identical, and only executing subject is not identical, no longer implements and is illustrated to it in the present embodiment.

In actual application, it is sometimes desirable to planned again network, for example, deleting in a link or change network The IP etc. of network entity is updated below with reference to specific embodiment pair network corresponding with the application embodiment shown in Fig. 7 Method is illustrated.

Fig. 8 be the invention relates to network update method signaling process figure two, referring to Fig. 8, the present embodiment Method may include:

Step S401, network entity receives the configuration more new information of user's input；Configuration more new packets include at least one The title of configuration item to be updated and updated Configuration Values；Configuration item to be updated is the configuration item in configuration file, to more Configuration item of the entitled configuration item to be updated of new configuration item in configuration file；

Step S402, network entity is sent to Element management system for more new information is configured；

Step S403, Element management system is sent to operation support system for more new information is configured；

Step S404, operation support system is according to the first corresponding relationship stored in database, obtains each to be updated match The title of the neutral model configuration item of item corresponding first is set, the first corresponding relationship is the title of the configuration item in configuration file Corresponding relationship between the title of neutral model configuration item；

Step S405, operation support system is updated according to the title and respective correspond to of all first neutral model configuration items Configuration Values afterwards update neutral model instance；The first neutral updated Configuration Values of model configuration item are corresponding to be updated match Set the updated Configuration Values of item；

If step S406, configuring in more new information includes the second configuration item to be updated for being not belonging to SLA parameter, for every A second configuration item to be updated, operation support system obtain each second configuration item to be updated respectively according to third corresponding relationship The title of corresponding second target deployment configuration item；Third corresponding relationship is the title and neutrality model configuration item of deployment configuration item Title between corresponding relationship；

Include at least one set of configuration item in more new information if step S407, configuring, every group of configuration item include multiple first to Configuration item is updated, same group of the multiple first configuration items to be updated correspond to the same first object deployment for belonging to SLA parameter and match Item is set, for every group of configuration item, operation support system obtains this group of configuration item includes multiple first according to third corresponding relationship The title of the corresponding first object deployment configuration item of configuration item to be updated, and it is updated to obtain the first object deployment configuration item Configuration Values；

Step S408, operation support system is according to the name of the corresponding target deployment configuration item of each second configuration item to be updated Title and each second updated Configuration Values of configuration item to be updated, and/or, the title of at least one first object deployment configuration item With to the updated Configuration Values of first object deployment configuration item, corresponding resource file is updated.

Specifically, the enabled concrete methods of realizing of business and corresponding business in embodiment shown in fig. 6 in the present embodiment Enabled concrete methods of realizing is identical, and only executing subject is not identical, no longer implements and is illustrated to it in the present embodiment.

Then, it is introduced for the enabled method of the business using the third possible system architecture.

Fig. 9 is the signaling process figure two for the method that business provided by the embodiments of the present application enables, referring to Fig. 9, the present embodiment Method may include:

Step S501, virtualization or cloud layout management function entity are sent to the first network element for disposing target network Multiple resource files of multiple network entities, multiple resource files include multiple deployment configuration items；

Step S502, the first network element parses multiple resource files, generates each corresponding target data of deployment configuration item Structure, target data structure include the title of deployment configuration item and the Configuration Values of deployment configuration item；

Step S503, each target data structure is sent to the second network element by the first network element；

Step S504, the second network element generates neutral model instance according to all target data structures and neutral model, in Formwork erection type is network topology template；

Step S505, the second network element generates at least one corresponding target network entity of core net according to neutral model instance Configuration file；

Step S506, corresponding configuration file is sent to corresponding target network entity by the second network element, and configuration file is used In the normal operation of business process in target network entity.

In actual application, it is sometimes desirable to planned again network, for example, deleting in a link or change network The IP etc. of network entity is updated below with reference to specific embodiment pair network corresponding with the application embodiment shown in Fig. 9 Method is illustrated.

Figure 10 be the invention relates to network update method signaling process figure one, referring to Figure 10, this implementation Example method may include:

Step S601, network entity receives the configuration more new information of user's input；Configuration more new packets include at least one The title of configuration item to be updated and updated Configuration Values；Configuration item to be updated is the configuration item in configuration file, to more Configuration item of the entitled configuration item to be updated of new configuration item in configuration file；

Step S602, network entity is sent to the second network element for more new information is configured；

Step S603, the second network element obtains each configuration item to be updated according to the first corresponding relationship stored in database The title of corresponding first neutral model configuration item, the first corresponding relationship are the title of the configuration item in configuration file in Corresponding relationship between the title of formwork erection type configuration item；

Step S604, the second network element corresponds to updated according to the titles of all first neutral model configuration items and respectively Configuration Values update neutral model instance；The first neutral updated Configuration Values of model configuration item are corresponding configuration item to be updated Updated Configuration Values；

If step S605, configuring in more new information includes the second configuration item to be updated for being not belonging to SLA parameter, for every A second configuration item to be updated, the second network element obtain each second configuration item to be updated and respectively correspond to according to third corresponding relationship The second target deployment configuration item title；Third corresponding relationship is the title of deployment configuration item and the name of neutral model configuration item Corresponding relationship between referred to as；

Include at least one set of configuration item in more new information if step S606, configuring, every group of configuration item include multiple first to Configuration item is updated, same group of the multiple first configuration items to be updated correspond to the same first object deployment for belonging to SLA parameter and match Item is set, for every group of configuration item, sub-network is sliced manager according to third corresponding relationship, and obtain that this group of configuration item include is multiple The title of the corresponding first object deployment configuration item of first configuration item to be updated, and obtain first object deployment configuration item update Configuration Values afterwards；

Step S607, the second network element transmission updates request to the first network element, and updating request includes each second to be updated matching Set the corresponding target deployment configuration item of item title and each second updated Configuration Values of configuration item to be updated, and/or extremely The title and at least one updated Configuration Values of first object deployment configuration item of a few first object deployment configuration item.

Step S608, the first network element updates corresponding resource file according to request is updated.

Figure 11 is the structural schematic diagram one for the device that business provided by the embodiments of the present application enables；The business enabled device can Setting is in network slice manager, and referring to Figure 11, the enabled device of business includes: receiving module 51, target data structure life At module 52 and sending module 53.

The receiving module 51, for receiving multiple resource files of multiple network entities for disposing target network, The multiple resource file includes multiple deployment configuration items；

The target data structure generation module 52 generates each deployment and matches for parsing the multiple resource file Set the corresponding target data structure of item；The target data structure includes the title and deployment configuration item of deployment configuration item Configuration Values；

The sending module 53 is sliced manager for each target data structure to be sent to each sub-network, so that Each sub-network slice manager is sent out by the neutral model instance obtained according to each target data structure and neutral model It send to corresponding Element management system, Element management system generates and respective subnet network according to the neutral model instance The corresponding respective configuration file of at least one network entity, normal fortune of the configuration file for business process on network entity Row；The neutrality model is network topology template.

The enabled device of business provided by the present application can execute technical solution shown in above method embodiment, realize Principle and beneficial effect are similar, are no longer repeated herein.

Figure 12 is the structural schematic diagram two for the device that business provided by the embodiments of the present application enables；The embodiment described in Figure 11 On the basis of, referring to Figure 12, which includes: update module 54 and acquisition module 55.

The receiving module is also used to receive the update request that the sub-network slice manager is sent；The update is asked Ask title and at least one target deployment configuration item including the corresponding target deployment configuration item of at least one configuration item to be updated Updated Configuration Values；The configuration item to be updated is configuration item to be updated in respective profiles；The target deployment is matched The title and the updated Configuration Values of target deployment configuration item for setting item are the sub-network slice managers according to configuration update letter Breath obtains, the configuration more new packets include at least one configuration item to be updated title and updated Configuration Values；

The update module is used to update corresponding resource file according to update request.

The receiving module 51, if being also used to configure in more new information includes at least one set of configuration item, every group of configuration item packet Include the multiple first configuration items to be updated, same group of the multiple first configuration items to be updated, which correspond to, same belongs to Service Level Agreement The first object deployment configuration item of SLA parameter then receives the first request message that the sub-network slice manager is sent；It is described First request message includes that every group of configuration item neutral models of the multiple first configuration items to be updated corresponding first for including are matched Set item title and updated Configuration Values；First request message is used to indicate the enabled device acquisition of the business and often assembles Set the corresponding updated Configuration Values of first object deployment configuration item of item；Wherein, in the first configuration item corresponding first to be updated The title of formwork erection type configuration item is that the sub-network slice manager is got according to the first corresponding relationship stored in database 's；First corresponding relationship is corresponding between the title of the configuration item in configuration file and the title of neutral model configuration item Relationship；

The acquisition module 55, for according to the second corresponding relationship stored in first request message and database, Obtain the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；Second corresponding relationship is to belong to Relationship between the Configuration Values of the deployment configuration item of SLA parameter and the Configuration Values of neutral model configuration item；

The sending module 53 is also used to the corresponding updated configuration of first object deployment configuration item of every group of configuration item Value is sent to the sub-network slice manager.

Figure 13 is the structural schematic diagram three for the device that business provided by the embodiments of the present application enables；The business enabled device can Setting is in sub-network slice manager, and referring to Figure 13, the enabled device of business includes: receiving module 61, neutral model instance Generation module 62 and sending module 63.

Receiving module 61, the multiple target data structures sent for receiving network slice manager, the multiple target Data structure is that the network slice manager is matched according to multiple deployment relevant to deployment multiple network entities of target network Set what item obtained, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item, each deployment Configuration item corresponds to a target data structure；

Neutral model instance generation module 62, for formwork erection in being generated according to all target data structures and neutral model Type example, the neutrality model is network topology template；

Sending module 63, for neutral model instance to be sent to corresponding Element management system, so that NE management system System generates the configuration file of at least one target network entity corresponding with sub-network according to neutral model instance, and will configuration text Part is sent to corresponding target network entity, normal operation of the configuration file for business process in target network entity.

In a kind of possible embodiment, the neutrality model instance generation module 62 is specifically used for,

If the corresponding second deployment configuration item of target data structure is SLA parameter, to network slice manager hair The second request message is sent, includes the title and respective objects of each third neutrality model configuration item in second request message Configuration Values in data structure, second request message are used to indicate the network slice manager and store according in database The second corresponding relationship obtain the respective Configuration Values of each third neutrality model configuration item；Second corresponding relationship is to belong to Relationship between the Configuration Values of the deployment configuration item of SLA parameter and the Configuration Values of neutral model configuration item；

Figure 14 is the structural schematic diagram four for the device that business provided by the embodiments of the present application enables；The embodiment described in Figure 13 On the basis of, referring to Figure 14, which includes: update module 64 and acquisition module 65.

The receiving module 61 is also used to, and receives the configuration more new information that Element management system is sent, and the configuration updates Information includes the title of at least one configuration item to be updated and updated Configuration Values, configuration item to be updated are respective profiles In configuration item；

The acquisition module 65 is used to obtain each configuration item to be updated according to the first corresponding relationship stored in database The title of corresponding first neutral model configuration item, first corresponding relationship are the title of the configuration item in configuration file Corresponding relationship between the title of neutral model configuration item；

The update module 64 is used for title and corresponding update according to all first neutral model configuration items Configuration Values afterwards update neutral model instance；The described first neutral updated Configuration Values of model configuration item are corresponding to more The updated Configuration Values of new configuration item；

The acquisition module 65, if be also used to configure more new information in include be not belonging to SLA parameter at least one second It is to be updated to obtain each second according to the third corresponding relationship for configuration item to be updated, configuration item to be updated for each second The title of the corresponding second target deployment configuration item of configuration item；

The acquisition module 65, if being also used to configure in more new information includes at least one set of configuration item, every group of configuration item packet The multiple first configuration items to be updated are included, it is the first of SLA parameter that same group of the multiple first configuration items to be updated, which correspond to same, Target deployment configuration item obtains this group of configuration item includes multiple according to the third corresponding relationship for every group of configuration item The title of the corresponding first object deployment configuration item of one configuration item to be updated, and obtain the first object deployment configuration item and update Configuration Values afterwards；

The sending module 63 is also used to transmission and updates request to network slice manager, and the update request includes every After the title of the corresponding second target deployment configuration item of a second configuration item to be updated is updated with each second configuration item to be updated Configuration Values, and/or, the title of at least one first object deployment configuration item and at least one first object deployment configuration item are more Configuration Values after new, the update request are used to indicate the network slice manager and update accordingly for disposing target network Network entity resource file.

In one possible implementation, the acquisition module 65 is specifically used for network slice manager hair Send the first request message；First request message includes the multiple first configuration item to be updated that respective sets configuration item includes The title of corresponding first neutral model configuration item and corresponding updated Configuration Values；First request message It is updated according to second corresponding relationship acquisition first object deployment configuration item to be used to indicate network slice manager Configuration Values；Receive the updated Configuration Values of first object deployment configuration item that the network slice manager is sent.

Figure 15 is the structural schematic diagram five for the device that business provided by the embodiments of the present application enables；The business enabled device can It is arranged in Element management system, referring to Figure 15, the enabled device of business includes: receiving module 71, configuration file generation module 72 and sending module 73.

Receiving module 71, the neutral model instance sent for receiving sub-network slice manager；The neutrality model is real Example includes the title of neutral model configuration item and the Configuration Values of neutral model configuration item, and the neutrality model instance is that sub-network is cut Piece manager is obtained according to neutral model and multiple target data structures, and multiple target data structures are that the network is cut Piece manager is obtained according to multiple deployment configuration items of multiple network entities with deployment target network, each deployment configuration item A corresponding target data structure, the target data structure includes the title of deployment configuration item and the configuration of deployment configuration item Value；

Configuration file generation module 72, for generating respective subnet network corresponding at least one according to the neutral model instance The configuration file of a target network entity；

Sending module 73, for being sent to corresponding target network entity, configuration file is for industry in target network entity The normal operation of business process.

In a kind of possible embodiment, the configuration file generation module 72 is specifically used for,

In a kind of possible embodiment, the receiving module 71 is also used to receive the configuration of network entity transmission more New information, it is described configuration more new packets include at least one configuration item to be updated title and updated Configuration Values；

The sending module 73 is also used to for the configuration more new information being sent to sub-network slice manager, so that institute State sub-network slice manager according to configuration update information update neutrality model instance, and according to configuration more new information obtain to The title of the corresponding target deployment configuration item of a few configuration item to be updated and at least one target deployment configuration item are updated After Configuration Values, transmission updates request to network slice manager, and update request is used to indicate network slice manager update and is used for Dispose the resource file of the network entity of target network；Updating request includes the corresponding target portion of at least one configuration item to be updated Affix one's name to the title and at least one updated Configuration Values of target deployment configuration item of configuration item.

Figure 16 is the structural schematic diagram that network provided by the embodiments of the present application is sliced manager.Referring to Figure 16, the network Being sliced manager may include receiver 81, processor 82, memory 83, transmitter 84 and communication bus 85, the memory 83 for storing program instruction, and the communication bus 85 is used for for realizing the connection between each component, the processor 82 The program instruction in the memory 83 is read, and executes described program and instructs corresponding operation, wherein

The receiver 81, for receiving multiple resource files of multiple network entities for disposing target network, institute Stating multiple resource files includes multiple deployment configuration items；

It is corresponding to generate each deployment configuration item for parsing the multiple resource file for the processor 82 Target data structure；The target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item；

The transmitter 84 is sliced manager for each target data structure to be sent to each sub-network, so that respectively Sub-network is sliced manager and sends by the neutral model instance obtained according to each target data structure and neutral model After to corresponding Element management system, Element management system generates and respective subnet network pair according to the neutral model instance The respective configuration file of at least one network entity answered, normal operation of the configuration file for business process on network entity； The neutrality model is network topology template.

Network slice manager provided by the present application can execute technical solution shown in above method embodiment, realize Principle and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the receiver 81 is also used to receive the sub-network slice manager hair The update request sent；It is described update title that request includes the corresponding target deployment configuration item of at least one configuration item to be updated and At least one updated Configuration Values of target deployment configuration item；The configuration item to be updated is to be updated in respective profiles Configuration item；The title and the updated Configuration Values of target deployment configuration item of the target deployment configuration item are the sub-network slices Manager is obtained according to configuration more new information, the configuration more new packets include at least one configuration item to be updated title and Updated Configuration Values；

The processor 82 is also used to be requested to update corresponding resource file according to the update.

In a kind of possible embodiment, the receiver 81, if being also used to configure includes at least one in more new information Group configuration item, every group of configuration item include the multiple first configuration items to be updated, and the configuration item to be updated of multiple the first of same group is corresponding The same first object deployment configuration item for belonging to Service Level Agreement SLA parameter then receives the sub-network slice manager The first request message sent；First request message includes that every group of configuration item the multiple first configuration items to be updated for including are each The title of self-corresponding first neutral model configuration item and updated Configuration Values；First request message is used to indicate the net Network is sliced manager and obtains the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；Wherein, first to The title for updating the corresponding first neutral model configuration item of configuration item is that the sub-network slice manager is deposited according in database What the first corresponding relationship of storage was got；First corresponding relationship is the title and neutrality model of the configuration item in configuration file Corresponding relationship between the title of configuration item；

The processor 82 is also used to according to the second corresponding relationship stored in first request message and database, Obtain the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；Second corresponding relationship is to belong to Relationship between the Configuration Values of the deployment configuration item of SLA parameter and the Configuration Values of neutral model configuration item；

The transmitter 84 is also used to the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item It is sent to the sub-network slice manager.

Figure 17 is the structural schematic diagram that sub-network provided by the embodiments of the present application is sliced manager.Referring to Figure 16, the son Network slice manager may include receiver 91, processor 92, memory 93, transmitter 94 and communication bus 95, described to deposit Reservoir 93 is for storing program instruction, and the communication bus 95 is for realizing the connection between each component, the processor 93 For reading the program instruction in the memory 93, and executes described program and instructs corresponding operation, wherein

The receiver 91, the multiple target data structures sent for receiving network slice manager, the multiple mesh Mark data structure is the network slice manager according to multiple deployment relevant to deployment multiple network entities of target network What configuration item obtained, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item, each portion Affix one's name to the corresponding target data structure of configuration item；

The processor 92, for generating neutral model instance, institute according to all target data structures and neutral model Stating neutral model is network topology template；

The transmitter 93, for neutral model instance to be sent to corresponding Element management system, so that NE management System generates the configuration file of at least one target network entity corresponding with sub-network according to neutral model instance, and will configuration File is sent to corresponding target network entity, normal operation of the configuration file for business process in target network entity.

In a kind of possible embodiment, the processor 92 is specifically used for,

In a kind of possible embodiment, the receiving module 91 is also used to, and receives matching for Element management system transmission Set more new information, the configuration more new packets include at least one configuration item to be updated title and updated Configuration Values, to Updating configuration item is the configuration item in respective profiles；

The processor 92 is also used to obtain each configuration to be updated according to the first corresponding relationship stored in database The title of the neutral model configuration item of item corresponding first, first corresponding relationship is the name of the configuration item in configuration file Claim the corresponding relationship between the title of neutral model configuration item；

The processor 92 is also used to title and corresponding update according to all first neutral model configuration items Configuration Values afterwards update neutral model instance；The described first neutral updated Configuration Values of model configuration item are corresponding to more The updated Configuration Values of new configuration item；

The processor 92, if be also used to configure more new information in include be not belonging to SLA parameter at least one second to Configuration item is updated, configuration item to be updated for each second, according to the third corresponding relationship, acquisition each second is to be updated to match Set the title of the corresponding second target deployment configuration item of item；

The processor 92, if being also used to configure in more new information includes at least one set of configuration item, every group of configuration item includes Multiple first configuration items to be updated, same group of the multiple first configuration items to be updated correspond to same the first mesh for SLA parameter Deployment configuration item is marked, this group of configuration item includes multiple first are obtained according to the third corresponding relationship for every group of configuration item The title of the corresponding first object deployment configuration item of configuration item to be updated, and obtain after the first object deployment configuration item updates Configuration Values；

The transmitter 93 is also used to transmission and updates request to network slice manager, and the update request includes each The title of the corresponding second target deployment configuration item of second configuration item to be updated and each second configuration item to be updated are updated Configuration Values, and/or, the title of at least one first object deployment configuration item and at least one first object deployment configuration item update Configuration Values afterwards, the update request are used to indicate the network slice manager and update accordingly for disposing target network The resource file of network entity.

In a kind of possible embodiment, the processor 93 is specifically used for sending to network slice manager First request message；First request message includes that respective sets configuration item the multiple first configuration item to be updated for including is each The title of self-corresponding first neutral model configuration item and corresponding updated Configuration Values；First request message is used Match in instruction network slice manager according to second corresponding relationship acquisition first object deployment configuration item is updated Set value；Receive the updated Configuration Values of first object deployment configuration item that the network slice manager is sent.

Sub-network slice manager provided by the present application can execute technical solution shown in above method embodiment, in fact Existing principle and beneficial effect are similar, are no longer repeated herein.

Figure 18 is the structural schematic diagram of Element management system provided by the embodiments of the present application.Referring to Figure 18, the network element pipe Reason system may include receiver 1001, processor 1002, memory 1003, transmitter 1004 and communication bus 1005, described Memory 1003 is for storing program instruction, and the communication bus 1005 is for realizing the connection between each component, the place Reason device 1003 is used to read the program instruction in the memory 1003, and executes described program and instruct corresponding operation, wherein

The receiver 1001, the neutral model instance sent for receiving sub-network slice manager；The middle formwork erection Type example includes the title of neutral model configuration item and the Configuration Values of neutral model configuration item, and the neutrality model instance is subnet Network slice manager is obtained according to neutral model and multiple target data structures, and multiple target data structures are the nets Network is sliced what manager was obtained according to multiple deployment configuration items of multiple network entities with deployment target network, and each deployment is matched The corresponding target data structure of item is set, the target data structure includes the title of deployment configuration item and matching for deployment configuration item Set value；

The processor 1002, for generating at least one corresponding mesh of respective subnet network according to the neutral model instance Mark the configuration file of network entity；

The transmitter 1003, for being sent to corresponding target network entity, configuration file is used for target network entity The normal operation of upper business process.

Element management system provided by the present application can execute technical solution shown in above method embodiment, realize former Reason and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the processor 1002 is specifically used for,

In a kind of possible embodiment, the receiver 1001 is also used to receive the configuration of network entity transmission more New information, it is described configuration more new packets include at least one configuration item to be updated title and updated Configuration Values；

The transmitter 1003 is also used to for the configuration more new information being sent to sub-network slice manager, so that institute State sub-network slice manager according to configuration update information update neutrality model instance, and according to configuration more new information obtain to The title of the corresponding target deployment configuration item of a few configuration item to be updated and at least one target deployment configuration item are updated After Configuration Values, transmission updates request to network slice manager, and update request is used to indicate network slice manager update and is used for Dispose the resource file of the network entity of target network；Updating request includes the corresponding target portion of at least one configuration item to be updated Affix one's name to the title and at least one updated Configuration Values of target deployment configuration item of configuration item.

Claims

1. a kind of enabled method of business characterized by comprising

Network slice manager receives multiple resource files for disposing multiple network entities of target network, the multiple money Source file includes multiple deployment configuration items；

The network slice manager parses the multiple resource file, generates each corresponding target of deployment configuration item Data structure；The target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item；

Each target data structure is sent to each sub-network and is sliced manager by the network slice manager, so that each subnet Network is sliced manager and is sent to respectively by the neutral model instance obtained according to each target data structure and neutral model After self-corresponding Element management system, Element management system generates corresponding with respective subnet network according to the neutral model instance The respective configuration file of at least one network entity, normal operation of the configuration file for business process on network entity；It is described Neutral model is network topology template.

2. the method according to claim 1, wherein the method also includes:

The network slice manager receives the update request that the sub-network slice manager is sent；The update is requested After the title of the corresponding target deployment configuration item of at least one configuration item to be updated and at least one target deployment configuration item update Configuration Values；The configuration item to be updated is configuration item to be updated in respective profiles；The target deployment configuration item Title and the updated Configuration Values of target deployment configuration item are that the sub-network slice manager is obtained according to configuration more new information , it is described configuration more new packets include at least one configuration item to be updated title and updated Configuration Values；

3. according to the method described in claim 2, it is characterized in that, if including at least one set of configuration item in configuration more new information, Every group of configuration item includes the multiple first configuration items to be updated, and same group of the multiple first configuration items to be updated correspond to same belong to The first object deployment configuration item of Service Level Agreement SLA parameter, the method also includes:

The network slice manager receives the first request message that the sub-network slice manager is sent；First request Message includes the name for the multiple first neutral model configuration items of configuration item corresponding first to be updated that every group of configuration item includes Claim and updated Configuration Values；It is corresponding that first request message is used to indicate network slice manager every group of configuration item of acquisition The updated Configuration Values of first object deployment configuration item；Wherein, the corresponding first neutral model configuration of the first configuration item to be updated The title of item is that the sub-network slice manager is got according to the first corresponding relationship stored in database；Described first Corresponding relationship is the corresponding relationship between the title of the configuration item in configuration file and the title of neutral model configuration item；

The network slice manager obtains every according to the second corresponding relationship stored in first request message and database The corresponding updated Configuration Values of first object deployment configuration item of group configuration item；Second corresponding relationship is to belong to SLA parameter The Configuration Values of deployment configuration item and the Configuration Values of neutral model configuration item between relationship；

The network slice manager sends the updated Configuration Values of the corresponding first object deployment configuration item of every group of configuration item Manager is sliced to the sub-network.

4. a kind of enabled method of business characterized by comprising

Sub-network is sliced manager and receives multiple target data structures that network slice manager is sent, the multiple target data Structure is the network slice manager according to multiple deployment configuration items relevant to deployment multiple network entities of target network It obtains, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item, each deployment configuration The corresponding target data structure of item；

The sub-network slice manager generates neutral model instance according to all target data structures and neutral model, described Neutral model is network topology template；

Neutral model instance is sent to corresponding Element management system by the sub-network slice manager, so that NE management system System generates the configuration file of at least one target network entity corresponding with sub-network according to neutral model instance, and will configuration text Part is sent to corresponding target network entity, normal operation of the configuration file for business process in target network entity.

5. according to the method described in claim 4, it is characterized in that, the sub-network is sliced manager according to all number of targets Neutral model instance is generated according to structure and neutral model, comprising:

If the corresponding first deployment configuration Xiang Buwei Service Level Agreement SLA parameter of target data structure, the sub-network are cut Piece manager according to the third corresponding relationship stored in database, obtain in neutral model with the in the target data structure The title of the corresponding second neutral model configuration item of the title of one deployment configuration item；The third corresponding relationship is deployment configuration item Title and neutral model configuration item title between corresponding relationship；

The Configuration Values of first deployment configuration item in the target data structure are added to the name with the second neutral model configuration item Claim the Configuration Values that the second neutral model configuration item is obtained at corresponding position；

If the corresponding second deployment configuration item of target data structure is SLA parameter, the sub-network slice manager is according to number According to the third corresponding relationship stored in library, obtain in neutral model with the second deployment configuration in the target data structure The respective title of the corresponding multiple third neutrality model configuration items of title of item；

For each third neutrality model configuration item, the sub-network is sliced manager for the configuration of third neutrality model configuration item Value is added at position corresponding with the title of third neutrality model configuration item；

6. according to the method described in claim 5, it is characterized in that, if the corresponding second deployment configuration item of target data structure is SLA parameter, then the sub-network slice manager obtains the respective Configuration Values of each third neutrality model configuration item, comprising:

The sub-network is sliced manager and sends the second request message, second request message to network slice manager In include each third neutrality model configuration item title and corresponding target data structure in Configuration Values, it is described second request Message is used to indicate the network slice manager and is obtained in each third according to the second corresponding relationship stored in database The respective Configuration Values of formwork erection type configuration item；Second corresponding relationship be belong to the Configuration Values of the deployment configuration item of SLA parameter with Relationship between the Configuration Values of neutral model configuration item；

Sub-network slice manager receives each third neutrality model configuration item of the network slice manager transmission respectively Configuration Values.

7. method according to claim 5 or 6, which is characterized in that if in neutral model including the 4th neutral model configuration , it does not include the described 4th neutral model configuration item in the corresponding neutral model configuration item of the multiple deployment configuration item, The sub-network slice manager generates neutral model instance according to all target data structures and neutral model, further includes:

The Configuration Values of described 4th neutral model configuration item are added in neutral model and institute by the sub-network slice manager At the corresponding position of title for stating the 4th neutral model configuration item.

8. according to the method described in claim 5, it is characterized in that, the method also includes:

Sub-network be sliced manager receive Element management system send configuration more new information, the configuration more new packets include to The title of a few configuration item to be updated and updated Configuration Values, configuration item to be updated are the configuration in respective profiles ?；

It is each to obtain each configuration item to be updated according to the first corresponding relationship stored in database for the sub-network slice manager The title of self-corresponding first neutral model configuration item, first corresponding relationship be the configuration item in configuration file title with Corresponding relationship between the title of neutral model configuration item；

After title and corresponding update of the sub-network slice manager according to all first neutral model configuration items Configuration Values, update neutral model instance；The described first neutral updated Configuration Values of model configuration item are corresponding to be updated The updated Configuration Values of configuration item；

If including at least one second configuration item to be updated for being not belonging to SLA parameter in configuration more new information, for each second Configuration item to be updated, the sub-network slice manager obtain each second configuration to be updated according to the third corresponding relationship The title of the corresponding second target deployment configuration item of item；

If configuring in more new information includes at least one set of configuration item, every group of configuration item includes the multiple first configuration items to be updated, together One group of the multiple first configuration items to be updated correspond to the same first object deployment configuration item for SLA parameter, for often assembling Set item, the sub-network slice manager according to the third corresponding relationship, obtain that this group of configuration item include multiple first to The title of the corresponding first object deployment configuration item of configuration item is updated, and it is updated to obtain the first object deployment configuration item Configuration Values；

The sub-network slice manager transmission updates request to network slice manager, and the update request includes each second The title and each second updated configuration of configuration item to be updated of the corresponding second target deployment configuration item of configuration item to be updated Value, and/or, the title of at least one first object deployment configuration item and at least one first object deployment configuration item are updated Configuration Values, described update request to be used to indicate the network slice manager update accordingly for disposing the network of target network The resource file of entity.

9. according to the method described in claim 8, it is characterized in that, sub-network slice manager obtains the first object The updated Configuration Values of deployment configuration item, comprising:

The sub-network is sliced manager and sends the first request message to network slice manager；First request message The the multiple first neutral model configuration item of configuration item corresponding first to be updated for including including respective sets configuration item Title and corresponding updated Configuration Values；First request message is used to indicate network slice manager according to Second corresponding relationship obtains the updated Configuration Values of first object deployment configuration item；

The sub-network slice manager receives the first object deployment configuration item of the network slice manager transmission more Configuration Values after new.

10. a kind of enabled method of business characterized by comprising

Element management system receives the neutral model instance that sub-network slice manager is sent；The neutrality model instance includes The Configuration Values of the title of formwork erection type configuration item and neutral model configuration item, the neutrality model instance are sub-network slice managers It is obtained according to neutral model and multiple target data structures, multiple target data structures are the network slice managers It is obtained according to multiple deployment configuration items of multiple network entities with deployment target network, each deployment configuration item is one corresponding Target data structure, the target data structure include the title of deployment configuration item and the Configuration Values of deployment configuration item；

The Element management system generates at least one corresponding target network of respective subnet network according to the neutral model instance The configuration file of entity；

Configuration file is sent to corresponding target network entity by the Element management system, and configuration file is real for target network The normal operation of business process on body.

11. according to the method described in claim 10, it is characterized in that, the Element management system is real according to the neutral model Example generates the configuration file of at least one corresponding target network entity of respective subnet network, comprising:

For each target network entity, the Element management system obtains related to target network entity in neutral model instance Each target neutrality model configuration item, and obtain the corresponding configuration order of each target neutrality model configuration item and configuration ginseng Number；

The Element management system is matched according to all target neutrality model configuration items of respective objects network entity are corresponding It sets order, configuration parameter and Configuration Values and generates the corresponding allocation models example of respective objects network entity；Target neutrality model is matched Setting the corresponding Configuration Values of item is Configuration Values of the target neutrality model configuration item in the neutral model instance；

It is real to generate respective objects network according to the corresponding allocation models example of respective objects network entity for the Element management system The configuration file of body.

12. according to the method for claim 11, which is characterized in that the Element management system obtains each target neutrality model The corresponding configuration order of configuration item and configuration parameter, comprising:

The Element management system sends inquiry request to sub-network slice manager, and the inquiry request includes each mesh Mark the title of neutral model configuration item；The inquiry request is used to indicate the sub-network slice manager and obtains each target The corresponding configuration order of neutral model configuration item and configuration parameter；

It is each that the Element management system receives each target neutrality model configuration item that the sub-network slice manager is sent Self-corresponding configuration order and configuration parameter.

13. according to the method described in claim 10, it is characterized in that, the method also includes:

The Element management system receives the configuration more new information that network entity is sent, and the configuration more new packets include at least one The title of a configuration item to be updated and updated Configuration Values；

The configuration more new information is sent to sub-network slice manager by the Element management system, so that the sub-network is cut Piece manager updates information update neutrality model instance according to configuration, and waits for more obtaining at least one according to configuration more new information After the title of the corresponding target deployment configuration item of new configuration item and at least one updated Configuration Values of target deployment configuration item, hair It send and updates request to network slice manager, update request and be used to indicate network slice manager update for disposing target network Network entity resource file；Update the name that request includes the corresponding target deployment configuration item of at least one configuration item to be updated Claim and at least one updated Configuration Values of target deployment configuration item.

14. a kind of enabled device of business characterized by comprising

Receiving module, for receiving multiple resource files of multiple network entities for disposing target network, the multiple money Source file includes multiple deployment configuration items；

It is respectively right to generate each deployment configuration item for parsing the multiple resource file for target data structure generation module The target data structure answered；The target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item；

Sending module is sliced manager for each target data structure to be sent to each sub-network, so that each sub-network is cut Piece manager the neutral model instance obtained according to each target data structure and neutral model is sent to it is respectively right After the Element management system answered, Element management system is corresponding with respective subnet network at least according to the neutral model instance generation One respective configuration file of network entity, normal operation of the configuration file for business process on network entity；The neutrality Model is network topology template.

15. device according to claim 14, which is characterized in that the receiving module is also used to receive the sub-network It is sliced the update request that manager is sent；Update request includes that the corresponding target deployment of at least one configuration item to be updated is matched Set the title and at least one updated Configuration Values of target deployment configuration item of item；The configuration item to be updated is corresponding configuration text Configuration item to be updated in part；The title and the updated Configuration Values of target deployment configuration item of the target deployment configuration item are institutes It states sub-network slice manager to be obtained according to configuration more new information, the configuration more new packets include at least one and to be updated match Set item title and updated Configuration Values；

Described device further includes update module, and the update module is used to update corresponding resource text according to update request Part.

16. device according to claim 15, which is characterized in that the receiving module, if being also used to configure more new information In include at least one set of configuration item, every group of configuration item includes the multiple first configuration items to be updated, and multiple the first of same group are to more New configuration item corresponds to the same first object deployment configuration item for belonging to Service Level Agreement SLA parameter, then receives the subnet Network is sliced the first request message that manager is sent；First request message include every group of configuration item include multiple first to The title of the neutral model configuration item of update configuration item corresponding first and updated Configuration Values；First request message It is used to indicate the business enabled device and obtains the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item； Wherein, the title of the corresponding first neutral model configuration item of the first configuration item to be updated be the sub-network slice manager according to What the first corresponding relationship stored in database was got；First corresponding relationship is the title of the configuration item in configuration file Corresponding relationship between the title of neutral model configuration item；

Described device further includes obtaining module, and the acquisition module according in first request message and database for storing The second corresponding relationship, obtain the corresponding updated Configuration Values of first object deployment configuration item of every group of configuration item；Described second Corresponding relationship is the relationship belonged between the Configuration Values of the deployment configuration item of SLA parameter and the Configuration Values of neutral model configuration item；

The sending module is also used to send the updated Configuration Values of the corresponding first object deployment configuration item of every group of configuration item Manager is sliced to the sub-network.

17. a kind of enabled device of business characterized by comprising

Receiving module, the multiple target data structures sent for receiving network slice manager, the multiple target data knot Structure is that the network slice manager is obtained according to multiple deployment configuration items relevant to deployment multiple network entities of target network It arrives, the target data structure includes the title of deployment configuration item and the Configuration Values of deployment configuration item, each deployment configuration item A corresponding target data structure；

Neutral model instance generation module, it is real for generating neutral model according to all target data structures and neutral model Example, the neutrality model is network topology template；

Sending module, for neutral model instance to be sent to corresponding Element management system so that Element management system according to Neutral model instance generates the configuration file of at least one target network entity corresponding with sub-network, and configuration file is sent To corresponding target network entity, normal operation of the configuration file for business process in target network entity.

18. device according to claim 17, which is characterized in that the neutrality model instance generation module is specifically used for,

If the corresponding first deployment configuration Xiang Buwei Service Level Agreement SLA parameter of target data structure, according in database The third corresponding relationship of storage obtains the title pair in neutral model with the first deployment configuration item in the target data structure The title of the neutral model configuration item of second answered；The third corresponding relationship is that the title of deployment configuration item and neutral model configure Corresponding relationship between the title of item；

If the corresponding second deployment configuration item of target data structure is SLA parameter, according to the third stored in database Corresponding relationship obtains corresponding with the title of the second deployment configuration item in the target data structure multiple the in neutral model The three respective titles of neutral model configuration item；

For each third neutrality model configuration item, the Configuration Values of third neutrality model configuration item are added to and formwork erection in third At the corresponding position of the title of type configuration item；

19. device according to claim 18, which is characterized in that the neutrality model instance generation module is specifically used for, If the corresponding second deployment configuration item of target data structure is SLA parameter, second is sent to network slice manager and is asked Message is sought, includes the title and corresponding target data structure of each third neutrality model configuration item in second request message In Configuration Values, second request message is used to indicate network slice manager according to second pair stored in database Answer the respective Configuration Values of each third neutrality model configuration item of Relation acquisition；Second corresponding relationship is to belong to SLA parameter The Configuration Values of deployment configuration item and the Configuration Values of neutral model configuration item between relationship；

20. device described in 8 or 19 according to claim 1, which is characterized in that the neutrality model instance generation module also has Body is used for, if in neutral model including the 4th neutral model configuration item, the multiple corresponding middle formwork erection of deployment configuration item Do not include the described 4th neutral model configuration item in type configuration item, then obtains the 4th neutral model configuration from the database of storage The Configuration Values of item；

The Configuration Values of described 4th neutral model configuration item are added in neutral model and the described 4th neutral model configuration item The corresponding position of title at.

21. device according to claim 18, which is characterized in that the receiving module is also used to, and receives NE management system It unites the configuration more new information sent, the configuration more new packets include the title of at least one configuration item to be updated and updated Configuration Values, configuration item to be updated are the configuration item in respective profiles；

Described device further includes obtaining module, and the acquisition module is used to be obtained according to the first corresponding relationship stored in database The title of the neutral model configuration item of each configuration item to be updated corresponding first is taken, first corresponding relationship is configuration text Corresponding relationship between the title of configuration item in part and the title of neutral model configuration item；

Described device further includes update module, the update module be used for according to the title of all first neutral model configuration items with And corresponding updated Configuration Values, update neutral model instance；Described first neutral model configuration item is updated to match Setting value is the corresponding updated Configuration Values of configuration item to be updated；

The acquisition module, if be also used to configure in more new information include be not belonging to SLA parameter at least one is second to be updated Configuration item, configuration item to be updated for each second obtain each second configuration item to be updated according to the third corresponding relationship The title of corresponding second target deployment configuration item；

The acquisition module, if being also used to configure in more new information includes at least one set of configuration item, every group of configuration item includes multiple First configuration item to be updated, same group of the multiple first configuration items to be updated correspond to the same first object portion for SLA parameter Configuration item is affixed one's name to, this group of configuration item includes multiple first are obtained to more according to the third corresponding relationship for every group of configuration item The title of the new corresponding first object deployment configuration item of configuration item, and obtain that the first object deployment configuration item is updated to match Set value；

The sending module is also used to transmission and updates request to network slice manager, and the update request includes each second The title and each second updated configuration of configuration item to be updated of the corresponding second target deployment configuration item of configuration item to be updated Value, and/or, the title of at least one first object deployment configuration item and at least one first object deployment configuration item are updated Configuration Values, described update request to be used to indicate the network slice manager update accordingly for disposing the network of target network The resource file of entity.

22. device according to claim 21, which is characterized in that the acquisition module, specifically for being cut to the network Piece manager sends the first request message；First request message include respective sets configuration item include the multiple first to The title of the neutral model configuration item of update configuration item corresponding first and corresponding updated Configuration Values；Described One request message is used to indicate network slice manager and obtains the first object deployment configuration according to second corresponding relationship The updated Configuration Values of item；

23. a kind of enabled device of business characterized by comprising

Receiving module, the neutral model instance sent for receiving sub-network slice manager；It is described neutrality model instance include The Configuration Values of the title of neutral model configuration item and neutral model configuration item, the neutrality model instance are sub-network slice management Device is obtained according to neutral model and multiple target data structures, and multiple target data structures are the network slice management Device is obtained according to multiple deployment configuration items of multiple network entities with deployment target network, each deployment configuration item corresponding one A target data structure, the target data structure include the title of deployment configuration item and the Configuration Values of deployment configuration item；

Configuration file generation module, for generating at least one corresponding target of respective subnet network according to the neutral model instance The configuration file of network entity；

Sending module, for being sent to corresponding target network entity, configuration file is for business process in target network entity Normal operation.

24. device according to claim 23, which is characterized in that the configuration file generation module is specifically used for,

For each target network entity, each target neutrality model relevant to target network entity in neutral model instance is obtained Configuration item, and obtain the corresponding configuration order of each target neutrality model configuration item and configuration parameter；

According to the corresponding configuration order of all target neutrality model configuration items of respective objects network entity, configuration parameter and Configuration Values generate the corresponding allocation models example of respective objects network entity；The corresponding Configuration Values of target neutrality model configuration item are Configuration Values of the target neutrality model configuration item in the neutral model instance；

According to the corresponding allocation models example of respective objects network entity, the configuration file of respective objects network entity is generated.

25. device according to claim 24, which is characterized in that the configuration file generation module is specifically used for,

Inquiry request is sent to sub-network slice manager, the inquiry request includes each target neutrality model configuration item Title；It is each that the inquiry request is used to indicate each target neutrality model configuration item of the sub-network slice manager acquisition Self-corresponding configuration order and configuration parameter；

Receive the corresponding configuration order of each target neutrality model configuration item that the sub-network slice manager is sent And configuration parameter.

26. device according to claim 23, which is characterized in that the receiving module is also used to receive network entity hair The configuration sent more new information, the configuration more new packets include the title of at least one configuration item to be updated and updated match Set value；

The sending module is also used to for the configuration more new information being sent to sub-network slice manager, so that the subnet Network is sliced manager and updates information update neutrality model instance according to configuration, and is obtaining at least one according to configuration more new information The title and at least one updated Configuration Values of target deployment configuration item of the corresponding target deployment configuration item of configuration item to be updated Afterwards, it sends and updates request to network slice manager, update request is used to indicate network slice manager and updates for disposing mesh Mark the resource file of the network entity of network；Updating request includes the corresponding target deployment configuration of at least one configuration item to be updated The title and at least one updated Configuration Values of target deployment configuration item of item.

27. a kind of network is sliced manager, which is characterized in that including processor and memory, the memory is for storing journey Sequence instruction, the processor are used to read the program instruction in the memory, and according to the program instruction in the memory Perform claim requires 1~3 described in any item methods.

28. a seed network is sliced manager, which is characterized in that including processor and memory, the memory is for storing Program instruction, the processor is used to read the program instruction in the memory, and is referred to according to the program in the memory Perform claim is enabled to require 4~9 described in any item methods.

29. a kind of Element management system, which is characterized in that including processor and memory, the memory is for storing program Instruction, the processor is used to read the program instruction in the memory, and is held according to the program instruction in the memory The described in any item methods of row claim 10~13.