CN105812414A - VNF deployment method and device - Google Patents
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Abstract
The invention discloses an VNF deployment method, comprising steps of creating a deployment member of an VNF by a cloud management system according to a preset VNF template, starting up the deployment member of the VNF, loading configuration parameters, operating the functions of the VND deployment member, establishing the other VNF members according to the VNF deployment members, and accessing the established VNF deployment member and the other VNF members to the VNF business management system according to the loaded configuration parameters. The invention also discloses a VNF deployment device. The VNF deployment method and device effectively solve the creation and deployment of the complex virtual network functions, enables the VNF to form a self-organization, does not need to consider the logic structure inside the VNF, the edition, the business and the manufacture difference, and simplifies the complexity of the creation of the VNF.
Description
Technical field
The present invention relates to network field, particularly relate to dispositions method and the equipment of VNF (VirtualNetworkFunctions, virtual network function).
Background technology
Network function virtualization (NetworkFunctionsVirtualization, NFV) target is, by the virtual network device based on the x86 server of industry standard, storage and switching equipment, replace those privately owned special network element devices of communication network.Some advantages that arise therefrom is: with low cost based on the information technoloy equipment of x86 standard on the one hand, it is possible to save huge cost of investment for operator；Standard and open API (ApplicationProgrammingInterface, application programming interfaces) interface on the other hand, also can help operator to obtain more, more flexible network capabilities.By network function Intel Virtualization Technology, how mobile operator will set up the network of oneself, and implements the change that the upper generation of new service is earth-shaking.Network virtualization mask data and control plane, by deployment criteria network hardware platform so that the software in many mobile network appliances on-demand can be installed, revises, unloaded, and variable body is the equipment that operator needs, it is achieved operation expanding.By network virtualization technology, it is possible to allow operator be added as needed on rapidly and to control virtual unit, application program and the service of various differentiation are provided on this basis, are greatly shortened lower deployment cost and cycle.
Network function virtualization needs on cloud platform basis, according to operator's needs, cloud management system sets up a series of virtual machine, and disposes virtual network function on a virtual machine.For disposing a simple virtual network device, can simply first set up a virtual machine, dispose network functions more thereon, but for the network function that some are extremely complex, such as virtual RNC/BSC (RadioNetworkController/BaseStationController, network controller/base station controller), cannot simply apply mechanically above-mentioned flow process, because the internal structure of this kind of virtual network function equipment is complicated, not only need to use the virtual machine of a great deal of different size, also need to set up contact between virtual machine, even actually required virtual resource (virtual machine, virtual network etc.) possibly cannot determine in advance, as virtual resource possibly relies on the business configuration of this network function, logical structure.Especially, virtual network function is likely to be provided by multiple different vendors, and its internal structure and traffic performance certainly exist certain difference.Therefore cloud management system is not appropriate for directly creating whole complicated virtual network function (VirtualNetworkFunctions, VNF).Therefore, how to simplify the VNF complexity created, be a problem demanding prompt solution.
Summary of the invention
Present invention is primarily targeted at dispositions method and equipment that a kind of VNF is provided, it is intended to solve the establishment problem of complicated virtual network function.
For achieving the above object, the dispositions method of a kind of virtual network function VNF provided by the invention, the dispositions method of described VNF comprises the following steps:
According to VNF template set in advance, the deployment parts of VNF described in cloud management system creation；
Start the deployment parts of described VNF, load configuration parameter, run the function disposing parts of described VNF；
Deployment parts according to VNF, set up the miscellaneous part of VNF；
Configuration parameter according to described loading, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up.
Preferably, described according to VNF template set in advance, include before the step disposing parts of VNF described in cloud management system creation:
Preset VNF template, described VNF template is provided with the example disposing parts setting up described VNF.
Preferably, the described VNF of described startup disposes parts, loads configuration parameter, run described VNF the function disposing parts step after also include:
Configuration parameter according to described loading, it is determined that the virtual resource needed for the miscellaneous part of described VNF.
Preferably, the described configuration parameter according to described loading, it is determined that include after the step of the virtual resource needed for the miscellaneous part of described VNF:
Whether the virtual resource needed for detection is legal and whether exceeds restriction scope；
If legal and without departing from limit scope, then set up the miscellaneous part of described VNF by described cloud management system；If illegal or beyond restriction scope, then notifying the deployment parts of VNF described in described cloud management system-kill, described VNF creates unsuccessfully.
Preferably, the described configuration parameter according to described loading, also include after the miscellaneous part disposing parts and VNF of the VNF of foundation is accessed the step of VNF business management system:
Whether that detects described VNF disposes parts it remains desirable that if it is not, then notify the deployment parts of VNF described in described cloud management system-kill.
In order to solve above-mentioned technical problem, the present invention further provides the deployment facility of a kind of VNF, the deployment facility of described VNF includes:
Creation module, is used for according to VNF template set in advance, the deployment parts of VNF described in cloud management system creation；
Start module, for starting the deployment parts of described VNF, load configuration parameter；
Set up module, for the deployment parts according to VNF, set up the miscellaneous part of VNF；
The deployment parts of described VNF, for the configuration parameter according to described loading, are accessed VNF business management system by link block.
Preferably, the deployment facility of described VNF also includes:
Presetting module, is used for presetting VNF template, is provided with the example disposing parts virtual machine setting up described VNF in described VNF template.
Preferably, the deployment facility of described VNF also includes:
Determine module, for the configuration parameter according to described loading, it is determined that the virtual resource needed for the miscellaneous part of described VNF.
Preferably, the deployment facility of described VNF also includes:
Detection module, whether legal and whether beyond restriction scope for detecting required virtual resource；
Perform module, if for legal and without departing from limit scope, then set up the miscellaneous part of described VNF by described cloud management system；If illegal or beyond restriction scope, then notifying the deployment parts of VNF described in described cloud management system-kill, described VNF creates unsuccessfully.
Preferably, the deployment facility of described VNF also includes:
Whether removing module, dispose parts it remains desirable that if it is not, then notify the deployment parts of VNF described in described cloud management system-kill for detecting described VNF.
The dispositions method of VNF provided by the invention, according to VNF template set in advance, the deployment parts of VNF described in cloud management system creation；Start the deployment parts of described VNF, load configuration parameter, run the function disposing parts of described VNF；Deployment parts according to VNF, set up the miscellaneous part of VNF；Configuration parameter according to described loading, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up.The present invention efficiently solves establishment and the deployment of complicated virtual network function, makes VNF form self-organizing, it is not necessary to consider the logical structure within VNF, version, business and manufacturer's difference, thus simplifying the VNF complexity created.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the dispositions method first embodiment of VNF of the present invention；
Fig. 2 is the VNF structural representation managing system；
Fig. 3 is the schematic flow sheet of dispositions method second embodiment of VNF of the present invention；
Fig. 4 is the schematic flow sheet of dispositions method the 3rd embodiment of VNF of the present invention；
Fig. 5 is the schematic flow sheet of dispositions method the 4th embodiment of VNF of the present invention；
Fig. 6 is the schematic flow sheet of dispositions method the 5th embodiment of VNF of the present invention；
Fig. 7 is the high-level schematic functional block diagram of the deployment facility first embodiment of VNF of the present invention；
Fig. 8 is the high-level schematic functional block diagram of deployment facility second embodiment of VNF of the present invention；
Fig. 9 is the high-level schematic functional block diagram of deployment facility the 3rd embodiment of VNF of the present invention；
Figure 10 is the high-level schematic functional block diagram of deployment facility the 4th embodiment of VNF of the present invention；
Figure 11 is the high-level schematic functional block diagram of deployment facility the 5th embodiment of VNF of the present invention.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
The present invention provides dispositions method and the equipment of a kind of VNF, and the dispositions method of this VNF is realized by the deployment facility of VNF.With reference to the schematic flow sheet of the dispositions method first embodiment that Fig. 1, Fig. 1 are VNF of the present invention, in the first embodiment, the dispositions method of described VNF comprises the following steps:
Step S100, according to VNF template set in advance, the deployment parts of VNF described in cloud management system creation.
As shown in Figure 2, Fig. 2 is the VNF structural representation managing system, and described VNF manages system and includes cloud management system, VNF and VNF business management system, in the present embodiment, the deployment facility of VNF, according to VNF template set in advance, controls the deployment parts of cloud management system creation VNF.Wherein, described VNF template is provided with the example disposing parts setting up described VNF, as long as the deployment facility of VNF is according to described VNF template, just can quickly be created that, according to the operation instruction of example, the virtual machine disposing parts building described VNF.
Step S200, start the deployment parts of described VNF, load configuration parameter, run the function disposing parts of described VNF.
The deployment facility of VNF opens the virtual machine disposing parts of the described VNF set up, and starts the deployment parts of VNF, loads configuration parameter, and described configuration parameter can be customer parameter, and runs the function disposing parts of described VNF.
Step S300, deployment parts according to VNF, set up the miscellaneous part of VNF.
The deployment facility of VNF is according to the virtual resource needed for the miscellaneous part of the described VNF obtained, and request management system sets up the miscellaneous part of described VNF.Such as after the deployment facility of VNF gets the respective fictional resource of business components of described VNF, set up the business components of described VNF.
Step S400, configuration parameter according to described loading, access VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up.
The deployment facility of the VNF configuration parameter disposing parts loading according to VNF, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up, thus successfully creating complete VNF.
The dispositions method of the VNF that the present embodiment provides can effectively solve establishment and the deployment of complicated virtual network function, makes VNF form self-organizing, thus without the concern for the logical structure within VNF, version, business and manufacturer's difference, simplifying the VNF complexity created.
As described in Figure 3, Fig. 3 is the schematic flow sheet of dispositions method second embodiment of VNF of the present invention, on the basis of first embodiment, includes before described step S100:
Step S100A, preset VNF template, described VNF template is provided with the example disposing parts setting up described VNF.
The deployment facility of VNF presets VNF template, wherein, described VNF template is provided with the example disposing parts setting up described VNF, the deployment parts of described VNF can be known VNF parts, can also be the VNF parts that can not predict, known VNF parts can be the O&M (operationandmaintenance that existing physical network device exists, Operation and Maintenance) module, the VNF parts that can not predict can be business function parts, the deployment facility of the VNF example disposing parts according to VNF set in advance, thus quickly setting up the deployment parts of described VNF.If existing physical network device exists O&M, O&M only need to be built into the deployment parts of VNF, can easily network function be transplanted to Virtual Networking System from physical network function.
As described in Figure 4, Fig. 4 is the schematic flow sheet of dispositions method the 3rd embodiment of VNF of the present invention, on the basis of first embodiment, includes after described step S200:
Step S310, configuration parameter according to described loading, it is determined that the virtual resource needed for the miscellaneous part of described VNF.
The deployment facility of the VNF configuration parameter according to described loading, determine the virtual resource needed for the miscellaneous part of described VNF, wherein said VNF parts include known VNF parts and the VNF parts that can not predict, known VNF parts can be the O&M module that existing physical network device exists, the VNF parts that can not predict can be the business function parts of unknown VNF, port information including mode and the virtual link connected between type and quantity, the virtual machine of the virtual machine of required foundation of the virtual resource needed for the miscellaneous part of described VNF etc..
The dispositions method of the VNF that the present embodiment provides, the deployment parts of virtual network function are set up, after these deployment parts are set up, it is determined that the virtual resource needed for the miscellaneous part of described VNF by cloud management system, and notify the miscellaneous part of cloud management system creation VNF, to dispose whole virtual network function.Efficiently solve establishment and the deployment of complicated virtual network function, make VNF form self-organizing, thus without the concern for the logical structure within VNF, version, business and manufacturer's difference, simplifying the VNF complexity created.
As described in Figure 5, Fig. 5 is the schematic flow sheet of dispositions method the 4th embodiment of VNF of the present invention, on the basis of the 3rd embodiment, includes after described step S310:
Whether the virtual resource needed for step S320, detection is legal and whether exceeds restriction scope.
Legitimacy and the restriction scope of the virtual resource needed for the miscellaneous part of described VNF are detected by the deployment facility of VNF.
If step S330 is legal and without departing from the scope of restriction, is then set up the miscellaneous part of described VNF by described cloud management system；If illegal or beyond restriction scope, then notifying the deployment parts of VNF described in described cloud management system-kill, described VNF creates unsuccessfully.
The deployment facility of VNF if be detected that described VNF miscellaneous part needed for virtual resource legal and without departing from the scope of restriction, then set up the miscellaneous part of described VNF by described cloud management system；If be detected that the virtual resource needed for the miscellaneous part of described VNF is illegal or beyond restriction scope, then the deployment parts of VNF described in notice cloud management system-kill, described VNF creates unsuccessfully.
The dispositions method of the VNF that the present embodiment provides, by required virtual resource carries out legitimacy and the detection of the scope of restriction, filters out the virtual resource being suitable for creating miscellaneous part, so that it is guaranteed that successfully create VNF；And identify inappropriate virtual resource simultaneously, delete the deployment parts of described VNF, to reduce the redundancy of system.
As described in Figure 6, Fig. 5 is the schematic flow sheet of dispositions method the 5th embodiment of VNF of the present invention, on the basis of first embodiment, includes after described step S400:
Step S500, detect described VNF dispose parts whether it remains desirable that if it is not, then notify the deployment parts of VNF described in described cloud management system-kill.
The deployment facility of VNF is if be detected that whether VNF's disposes parts it remains desirable that if it is not, then notify the deployment parts of VNF described in described cloud management system-kill, if so, then protect and treat that the deployment parts of described VNF are constant.The dispositions method of the VNF that the present embodiment provides, after described VNF accesses VNF business management system, that detects VNF disposes whether parts also have the necessity existed, and detecting that VNF's disposes the deployment parts then deleting described VNF when parts do not need, reduces the information redundancy of system.
The dispositions method of the VNF that the present embodiment provides, can effectively solve establishment and the deployment of complicated virtual network function, simplify the realization of cloud management system, make VNF form self-organizing, it is not necessary to consider the logical structure within VNF, version, business and manufacturer's difference.Simultaneously taking account of existing physical network device and be usually present the structure of O&M and peripheral function, thus O&M being built into the deployment parts of VNF, can easily network function be transplanted to Virtual Networking System from physical network function.
As it is shown in fig. 7, the schematic flow sheet of the deployment facility first embodiment that Fig. 7 is VNF of the present invention, the present invention further provides the deployment facility of a kind of VNF, in the first embodiment, the deployment facility of described VNF includes:
Creation module 10, for according to VNF template set in advance, being disposed parts by cloud management system creation VNF；
Start module 20, be used for starting described VNF and dispose parts, load configuration parameter；
Set up module 30, for the deployment parts according to VNF, set up the miscellaneous part of VNF；
Link block 40, for the configuration parameter according to described loading, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up.
With further reference to such as Fig. 2, Fig. 2 is the VNF structural representation managing system, described VNF manages system and includes cloud management system, VNF and VNF business management system, in the present embodiment, the creation module 10 of the deployment facility of VNF, according to VNF template set in advance, controls the deployment parts of cloud management system creation VNF.Wherein, described VNF template is provided with the example disposing parts setting up described VNF, as long as the deployment facility of VNF is according to described VNF template, just can quickly be created that, according to the operation instruction of example, the virtual machine disposing parts building described VNF.
The startup module 20 of the deployment facility of VNF opens the virtual machine disposing parts of the described VNF set up, and starts the deployment parts of VNF, loads configuration parameter, and described configuration parameter can be customer parameter, and runs the function disposing parts of described VNF.
The deployment facility of VNF set up module 30 according to the virtual resource needed for the miscellaneous part of the described VNF obtained, request management system sets up the miscellaneous part of described VNF.Such as after the deployment facility of VNF gets the respective fictional resource of business components of described VNF, set up the business components of described VNF.
The link block 40 of the deployment facility of the VNF configuration parameter disposing parts loading according to VNF, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up, thus successfully creating complete VNF.
The deployment facility of the VNF that the present embodiment provides, can effectively solve establishment and the deployment of complicated virtual network function, make VNF form self-organizing, thus without the concern for the logical structure within VNF, version, business and manufacturer's difference, simplifying the VNF complexity created.
As shown in Figure 8, Fig. 8 is the schematic flow sheet of deployment facility second embodiment of VNF of the present invention, on the basis of first embodiment, and the deployment facility of the VNF that the second embodiment provides, also include:
Presetting module 50, is used for presetting VNF template, is provided with the example disposing parts virtual machine setting up described VNF in described VNF template.
The presetting module 50 of the deployment facility of VNF presets VNF template, wherein, described VNF template is provided with the example disposing parts setting up described VNF, the deployment parts of described VNF can be known VNF parts, can also be the VNF parts that can not predict, known VNF parts can be the O&M module that existing physical network device exists, the VNF parts that can not predict can be business function parts, the deployment facility of the VNF example disposing parts according to VNF set in advance, thus quickly setting up the deployment parts of described VNF.If existing physical network device exists O&M, O&M only need to be built into the deployment parts of VNF, can easily network function be transplanted to Virtual Networking System from physical network function.
As it is shown in figure 9, the schematic flow sheet of deployment facility the 3rd embodiment that Fig. 9 is VNF of the present invention, on the basis of first embodiment, the deployment facility of the VNF that the 3rd embodiment provides, also include:
Determine module 60, for the configuration parameter according to described loading, it is determined that the virtual resource needed for the miscellaneous part of described VNF.
The deployment facility of VNF is the cover half block 60 configuration parameter according to described loading really, determine the virtual resource needed for the miscellaneous part of described VNF, wherein said VNF parts include known VNF parts and the VNF parts that can not predict, known VNF parts can be the O&M module that existing physical network device exists, the VNF parts that can not predict can be the business function parts of unknown VNF, virtual resource needed for the miscellaneous part of described VNF includes type and the quantity of the virtual machine of required foundation, the mode connected between virtual machine and the port information of virtual link etc..
The deployment facility of the VNF that the present embodiment provides, the deployment parts of virtual network function are first set up by cloud management system, these deployment parts are after foundation, determine the virtual resource needed for the miscellaneous part of described VNF, and notify the miscellaneous part of cloud management system creation VNF, to dispose whole virtual network function.Efficiently solve establishment and the deployment of complicated virtual network function, make VNF form self-organizing, thus without the concern for the logical structure within VNF, version, business and manufacturer's difference, simplifying the VNF complexity created.
As shown in Figure 10, Figure 10 is the schematic flow sheet of deployment facility the 4th embodiment of VNF of the present invention, on the basis of the 3rd embodiment, and the deployment facility of the VNF that the 4th embodiment provides, also include:
Detection module 70, whether legal and whether beyond restriction scope for detecting required virtual resource；
Perform module 80, if for legal and without departing from limit scope, then set up the miscellaneous part of described VNF by described cloud management system；If illegal or beyond restriction scope, then notifying the deployment parts of VNF described in described cloud management system-kill, described VNF creates unsuccessfully.
Legitimacy and the restriction scope of the virtual resource needed for the miscellaneous part of described VNF are detected by the detection module 70 of the deployment facility of VNF.
The execution module 80 of the deployment facility of VNF if be detected that described VNF miscellaneous part needed for virtual resource legal and without departing from the scope of restriction, then set up the miscellaneous part of described VNF by described cloud management system；If be detected that the virtual resource needed for the miscellaneous part of described VNF is illegal or beyond restriction scope, then the deployment parts of VNF described in notice cloud management system-kill, described VNF creates unsuccessfully.
The deployment facility of the VNF that the present embodiment provides, by required virtual resource carries out legitimacy and the detection of the scope of restriction, filters out the virtual resource being suitable for creating miscellaneous part, so that it is guaranteed that successfully create VNF；And identify inappropriate virtual resource simultaneously, delete the deployment parts of described VNF, to reduce the redundancy of system.
As shown in figure 11, Figure 11 is the schematic flow sheet of deployment facility the 5th embodiment of VNF of the present invention, on the basis of first embodiment, and the deployment facility of the VNF that the 5th embodiment provides, also include:
Removing module 90, is used for detecting described VNF and whether disposes parts it remains desirable that if so, then described VNF creates successfully；If it is not, then notify the deployment parts of VNF described in described cloud management system-kill.
The removing module 90 of the deployment facility of VNF is if be detected that whether VNF's disposes parts it remains desirable that if it is not, then notify the deployment parts of VNF described in described cloud management system-kill, if so, then protect and treat that the deployment parts of described VNF are constant.The deployment facility of the VNF that the present embodiment provides, after described VNF accesses VNF business management system, that detects VNF disposes whether parts also have the necessity existed, and detecting that VNF's disposes the deployment parts then deleting described VNF when parts do not need, reduces the information redundancy of system.
The deployment facility of the VNF that the present embodiment provides, can effectively solve establishment and the deployment of complicated virtual network function, simplify the realization of cloud management system, make VNF form self-organizing, it is not necessary to consider the logical structure within VNF, version, business and manufacturer's difference.Simultaneously taking account of existing physical network device and be usually present the structure of O&M and peripheral function, thus O&M being built into the deployment parts of VNF, can easily network function be transplanted to Virtual Networking System from physical network function.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all in like manner include in the scope of patent protection of the present invention.
Claims (10)
1. the dispositions method of a virtual network function VNF, it is characterised in that the dispositions method of described VNF comprises the following steps:
According to VNF template set in advance, the deployment parts of VNF described in cloud management system creation；
Start the deployment parts of described VNF, load configuration parameter, run the function disposing parts of described VNF；
Deployment parts according to VNF, set up the miscellaneous part of VNF；
Configuration parameter according to described loading, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up.
2. the dispositions method of VNF as claimed in claim 1, it is characterised in that described according to VNF template set in advance, is included by before the step disposing parts of cloud management system creation VNF:
Preset VNF template, described VNF template is provided with the example disposing parts setting up described VNF.
3. the dispositions method of VNF as claimed in claim 1, it is characterised in that the deployment parts of the described VNF of described startup, loads configuration parameter, run described VNF the function disposing parts step after also include:
Configuration parameter according to described loading, it is determined that the virtual resource needed for the miscellaneous part of described VNF.
4. the dispositions method of VNF as claimed in claim 3, it is characterised in that the described configuration parameter according to described loading, it is determined that include after the step of the virtual resource needed for the miscellaneous part of described VNF:
Whether the virtual resource needed for detection is legal and whether exceeds restriction scope；
If legal and without departing from limit scope, then set up the miscellaneous part of described VNF by described cloud management system；If illegal or beyond restriction scope, then notifying the deployment parts of VNF described in described cloud management system-kill, described VNF creates unsuccessfully.
5. the dispositions method of VNF as claimed in claim 1 or 2, it is characterised in that the described configuration parameter according to described loading, also includes after the miscellaneous part disposing parts and VNF of the VNF of foundation accesses the step of VNF business management system:
Whether detect the deployment parts of described VNF it remains desirable that if it is not, then notify that VNF described in described cloud management system-kill disposes parts.
6. the deployment facility of a VNF, it is characterised in that the deployment facility of described VNF includes:
Creation module, for according to VNF template set in advance, being disposed parts by cloud management system creation VNF；
Start module, be used for starting described VNF and dispose parts, load configuration parameter；
Set up module, for the deployment parts according to VNF, set up the miscellaneous part of VNF；
Link block, for the configuration parameter according to described loading, accesses VNF business management system by the miscellaneous part disposing parts and VNF of the VNF set up.
7. the deployment facility of VNF as claimed in claim 6, it is characterised in that the deployment facility of described VNF also includes:
Presetting module, is used for presetting VNF template, is provided with the example disposing parts setting up described VNF in described VNF template.
8. the deployment facility of VNF as claimed in claim 6, it is characterised in that the deployment facility of described VNF also includes:
Determine module, for the configuration parameter according to described loading, it is determined that the virtual resource needed for the miscellaneous part of described VNF.
9. the deployment facility of VNF as claimed in claim 8, it is characterised in that the deployment facility of described VNF also includes:
Detection module, whether legal and whether beyond restriction scope for detecting required virtual resource；
Perform module, if for legal and without departing from limit scope, then set up the miscellaneous part of described VNF by described cloud management system；If illegal or beyond restriction scope, then notifying the deployment parts of VNF described in described cloud management system-kill, described VNF creates unsuccessfully.
10. the deployment facility of VNF as claimed in claims 6 or 7, it is characterised in that the deployment facility of described VNF also includes:
Whether removing module, be used for the deployment parts detecting described VNF it remains desirable that if it is not, then notify the deployment parts of VNF described in described cloud management system-kill.
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| CN201410842919.5A CN105812414A (en) | 2014-12-29 | 2014-12-29 | VNF deployment method and device |
| PCT/CN2015/084731 WO2016107149A1 (en) | 2014-12-29 | 2015-07-21 | Vnf deploying method and device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108400940A (en) * | 2018-02-27 | 2018-08-14 | 西南交通大学 | A kind of multicast virtual network function dispositions method based on Estimation of Distribution Algorithm |
| WO2018157694A1 (en) * | 2017-03-01 | 2018-09-07 | 中兴通讯股份有限公司 | Base-station management method and device |
| CN109032751A (en) * | 2017-06-12 | 2018-12-18 | 华为技术有限公司 | A kind of virtual machine deployment method and OMM virtual machine |
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| CN109889377B (en) * | 2019-01-29 | 2022-03-25 | 京信网络系统股份有限公司 | Method and device for deploying VNF in NFV system based on Openstack |
| CN112953751A (en) * | 2019-12-11 | 2021-06-11 | 中国移动通信有限公司研究院 | Template processing method, device and equipment and computer readable storage medium |
| CN112953751B (en) * | 2019-12-11 | 2023-11-28 | 中国移动通信有限公司研究院 | Template processing method, device, equipment and computer readable storage medium |
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