CN105340218A - Network management system, method and apparatus - Google Patents

Network management system, method and apparatus Download PDF

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Publication number
CN105340218A
CN105340218A CN201380077859.6A CN201380077859A CN105340218A CN 105340218 A CN105340218 A CN 105340218A CN 201380077859 A CN201380077859 A CN 201380077859A CN 105340218 A CN105340218 A CN 105340218A
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input
output unit
memory cell
failure
unit
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CN201380077859.6A
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CN105340218B (en
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谭巍
陈育华
张伟
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0803—Configuration setting
    • H04L41/0823—Configuration setting characterised by the purposes of a change of settings, e.g. optimising configuration for enhancing reliability
    • H04L41/083—Configuration setting characterised by the purposes of a change of settings, e.g. optimising configuration for enhancing reliability for increasing network speed

Abstract

Provided are a network management system, method and apparatus, relating to the technical field of network communications. The network management method may comprise: receiving a network management request sent by an input/output unit; setting configuration information according to the network management request; and sending the configuration information to the input/output unit, so that the input/output unit forwards the configuration information to an external network element after receiving the configuration information. The problem of low efficiency in processing a network management request in the prior art is solved, and the effect that an input/output unit with the best performance of at least two input/output units can be used to execute a forwarding operation so as to make full use of resources in a network management system and improve the resource utilization rate and the processing efficiency of the network management system is achieved.

Description

Network management system, method and apparatus
NMS, method and apparatus
Technical field
The present invention relates to network communication technology field, more particularly to a kind of NMS, method and apparatus.Background technology
NMS is the important network element in communication system, performance management, configuration management, safety management, accounting management and fault management for being responsible for whole network.Common NMS is such as
The mode of software is loaded on the basis of hardware device special SUN/HP/IBM etc. to realize, after the input-output unit of hardware device receives the network management request from network management object, network management request can be forwarded to upper layer software (applications) by input-output unit, so as to realize Network Management Function by upper layer software (applications).
But when actually realizing, when network management object is more, and a hardware device can not meet regulatory requirement, NMS would generally set many hardware devices, and every hardware device is used for realizing the management function specified.Such as, there are 2 hardware devices in NMS, wherein a hardware device is used for realizing performance management and safety management；Another hardware device is used for realizing configuration management, accounting management and fault management, so as to when network management object asks performance management, send network management request to First hardware device；When network management object asks fault management, network management request is sent to second hardware device.
During the present invention is realized, inventor has found that existing scheme at least has problems with：When network management object needs request network management, network management object can only send network management request to the input-output unit of corresponding hardware device, and the poor-performing of the input-output unit when the hardware device, when the such as input-output unit has multiple network management requests etc. pending, the network management request that rigid connection is received can not obtain efficient process, so the treatment effeciency of existing NMS is relatively low.The content of the invention
In order to solve the problem of existing NMS is low to the treatment effeciency of network management request, the embodiments of the invention provide a kind of NMS, method and apparatus.The technical scheme is as follows：
First aspect includes there is provided a kind of NMS, the system：
Resource allocation unit, by what virtualization was obtained include the input and output list of at least two input-output units Tuple and control unit；
The resource allocation unit, the performance parameter for monitoring at least two input-output unit in real time selects an input-output unit to perform forwarding operation according to the performance parameter from least two input-output unit；
The input-output unit, for when in the state selected by the resource allocation unit, forwarding the network management request from ext nal network element to described control unit；
Described control unit, the network management request for being forwarded according to the input-output unit sets configuration information, sends the configuration information to the input-output unit；
The input-output unit, is additionally operable to forward the configuration information to the ext nal network element.
In the first possible implementation of first aspect, described control unit, it is additionally operable to detect the input-output unit for whether occurring failure in running order input-output unit, if testing result is the input-output unit for occurring failure, the pending content that then will appear from the input-output unit of failure is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
In the first possible implementation with reference to first aspect or first aspect, in second of possible implementation, the system also includes：
Include the memory cell group of at least two memory cell by what virtualization was obtained；
The resource allocation unit, is additionally operable to monitor the performance parameter of at least two memory cell in real time, selects a memory cell to perform storage operation from least two memory cell according to the performance parameter；
Described control unit, is additionally operable to send the memory cell that the configuration information is selected to the resource allocation unit；
The memory cell, for when in the state selected by the resource allocation unit, preserving the configuration information that described control unit is sent.
With reference to second of possible implementation of first aspect, in the third possible implementation, described control unit, it is additionally operable to detect the memory cell for whether occurring failure in running order memory cell, if testing result is the memory cell for occurring failure, in the storage for the memory cell that will appear from failure resource allocation unit according to the performance parameter of at least two memory cell monitored in real time from it is described at least With reference to the third possible implementation of first aspect, in the 4th kind of possible implementation, described control unit, it is additionally operable to when occurring the memory cell of failure in detecting in running order memory cell, the defect content of the memory cell broken down is obtained, and sends the defect content that gets to other memory cell；
Other memory cell, are additionally operable to preserve the defect content of the memory cell for the failure that described control unit is sent.
With reference to second of possible implementation of first aspect, in the 5th kind of possible implementation, described control unit, it is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, the defect content of the input-output unit broken down is obtained, and sends the defect content that gets to the memory cell；
The memory cell, is additionally operable to preserve the defect content of the input-output unit for the failure that described control unit is sent.
Second aspect includes there is provided a kind of network management, methods described：
Receive the network management request that input-output unit is sent, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
Configuration information is set according to the network management request；
The configuration information is sent to the input-output unit, so that the input-output unit is after the configuration information is received, the configuration information is forwarded to the ext nal network element.
In the first possible implementation of second aspect, methods described also includes：
Whether the input-output unit of failure is occurred in the in running order input-output unit of detection；If testing result is the input-output unit for occurring failure, the pending content of the input-output unit is then transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
With reference to the first possible implementation of second aspect or second aspect, in second of possible implementation, after the setting configuration information according to the network management request, methods described also includes：Memory cell of the configuration information into the memory cell group obtained by virtualization is sent, so as to described Memory cell preserves the configuration information, and the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
With reference to second of possible implementation of second aspect, in the third possible implementation of second aspect, the memory cell that failure whether is occurred in running order memory cell is detected；
If testing result is the memory cell for occurring failure, the storage content of the memory cell is then transferred to other memory cell of at least two memory cell, other memory cell are the third possible implementation that the resource allocation unit combines second aspect according to the performance parameter of at least two memory cell monitored in real time from described at least two storages, in the 4th kind of possible implementation, methods described also includes：
When occurring the memory cell of failure in detecting in running order memory cell, the defect content of the memory cell broken down is obtained；
The defect content got is sent to other memory cell, so that other memory cell preserve the defect content of the memory cell broken down.
With reference to second of possible implementation of second aspect, in the 5th kind of possible implementation, methods described also includes：
When occurring the input-output unit of failure in detecting in running order input-output unit, the defect content of the input-output unit broken down is obtained；
The defect content got is sent to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
The third aspect includes there is provided a kind of network administration apparatus, described device：
Request receiving module, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
Information collocation module, the network management request for being received according to the request receiving module sets configuration information；
Information sending module, the configuration information for sending the configuration of described information configuration module, so that the input-output unit is after the configuration information is received, is matched somebody with somebody to the input-output unit described in forwarding Confidence is ceased to the ext nal network element.
In the first possible implementation of the third aspect, described device also includes：
Whether fault detection module, the input-output unit of failure is occurred for detecting in running order input-output unit；
Fault processing module, when for the testing result in the fault detection module being the input-output unit for occurring failure, the pending content of the input-output unit is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
With reference to the first possible implementation of the third aspect or the third aspect, in second of possible implementation, described information sending module, for sending memory cell of the configuration information of described information configuration module configuration into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
With reference to second of possible implementation of the third aspect, in the third possible implementation, the fault detection module is additionally operable to detect the memory cell for whether occurring failure in running order memory cell；
The fault processing module, is additionally operable to the testing result in the fault detection module to occur failure its memory cell, other memory cell are the resource allocation unit according to the memory cell outside at least storage unit monitored in real time.
With reference to the third possible implementation of the third aspect, in the 4th kind of possible implementation, described device also includes：
Failure acquisition module, for being detected in the fault detection module during memory cell that failure is occurred in running order memory cell, obtains the defect content of the memory cell broken down；
Defect content sending module, for sending defect content that the failure acquisition module gets to second of possible implementation of the combination third aspect, in the 5th kind of possible implementation, the failure acquisition module, it is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, obtains the defect content of the input-output unit broken down； The defect content sending module, is additionally operable to send defect content that the failure acquisition module gets to the memory cell, so that the memory cell preserves paddy in the failure of the input-output unit broken down.
Fourth aspect includes there is provided a kind of network administration apparatus, described device：
Receiver, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
Processor, the network management request for being received according to the receiver sets configuration information；Emitter, the configuration information for sending the processor setting, so that the input-output unit is after the configuration information is received, forwards the configuration information to the sunset fore-telling portion network element to the input-output unit.
In the first possible implementation of fourth aspect, the processor is additionally operable to detect the input-output unit for whether occurring failure in running order input-output unit；
The emitter, it is additionally operable to when the testing result of the processor is the input-output unit for occurring failure, the pending content of the input-output unit is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
With reference to the first possible implementation of fourth aspect or fourth aspect, in second of possible implementation, the emitter, it is additionally operable to send memory cell of the configuration information of the processor setting into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
With reference to second of possible implementation of fourth aspect, in the third possible implementation, the processor is additionally operable to detect the memory cell for whether occurring failure in running order memory cell；
The emitter, it is additionally operable to when the testing result of the processor is the memory cell for occurring failure, the storage content of the memory cell is transferred to other memory cell of at least two memory cell, other memory cell are the resource allocation unit according at least two storage monitored in real time Outer memory cell.
With reference to the third possible implementation of fourth aspect, in the 4th kind of possible implementation, the processor, is additionally operable to when occurring the memory cell of failure in detecting in running order memory cell, obtains the defect content of the memory cell broken down；
The emitter, it is additionally operable to send second of possible implementation that the defect content that the processor gets closes fourth aspects to other storage unijunctions, in the 5th kind of possible implementation, the processor, it is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, obtains the defect content of the input-output unit broken down；
The emitter, is additionally operable to send defect content that the processor gets to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
5th aspect is there is provided a kind of NMS, and it includes the network administration apparatus described in the various possible implementations of the third aspect and the third aspect.
6th aspect is there is provided a kind of NMS, and it includes the network administration apparatus described in the various possible implementations of fourth aspect and fourth aspect.
The beneficial effect of technical scheme provided in an embodiment of the present invention is：
By receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, the accompanying drawing used required in being described below to embodiment is made cylinder and singly introduced, apparently, drawings in the following description are only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work Other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation for the NMS that the embodiment of the present invention one is provided；
Fig. 2A is the structural representation for the NMS that the embodiment of the present invention two is provided；
Fig. 2 B are another structural representations for the NMS that the embodiment of the present invention two is provided；Fig. 3 is the method flow diagram for the network management that the embodiment of the present invention three is provided；
Fig. 4 is the method flow diagram for the network management that the embodiment of the present invention four is provided；
Fig. 5 is the method flow diagram for the network management that the embodiment of the present invention five is provided；
Fig. 6 is the block diagram for the network administration apparatus that the embodiment of the present invention six is provided；
Fig. 7 is the block diagram for the network administration apparatus that the embodiment of the present invention seven is provided；
Fig. 8 is the block diagram for the network administration apparatus that the embodiment of the present invention eight is provided.Embodiment
In order that the object, technical solutions and advantages of the present invention are clearer, below in conjunction with accompanying drawing, the present invention is described in further detail, it is clear that described embodiment is only embodiment of the invention a part of, rather than whole embodiments.Based on the embodiment in the present invention, all other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.Embodiment one
Fig. 1 is refer to, the block diagram of the NMS provided it illustrates the embodiment of the present invention one, the NMS can include：Resource allocation unit 110, the input-output unit group 120 and control unit 130 including at least two input-output units obtained by virtualization;
Resource allocation unit 110, the performance parameter for monitoring at least two input-output units in real time selects an input-output unit to perform forwarding operation according to performance parameter from least two input-output units；
Input-output unit, for when in the state selected by resource allocation unit 110, forwarding the network management request from ext nal network element to control unit；
Control unit 130, the network management request for being forwarded according to input-output unit sets configuration information, send configuration information to input-output unit；
Input-output unit, is additionally operable to forwarding configuration information to ext nal network element.
In summary, the NMS that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the asking from ext nal network element that input-output unit is received Ask, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.Embodiment two
Fig. 2 Α are refer to, the block diagram of the NMS provided it illustrates the embodiment of the present invention two, the NMS can include：Resource allocation unit 210, the input-output unit group 220 and control unit 230 including at least two input-output units obtained by virtualization;
Resource allocation unit 210, the performance parameter for monitoring at least two input-output units in real time selects an input-output unit to perform forwarding operation according to the performance parameter of each input-output unit from least two input-output units；Concretely, at least two input-output units in input-output unit group 220 can register current performance parameter to resource allocation unit 210 in real time or at predetermined time intervals, corresponding resource allocation unit 210 can monitor the performance parameter of at least two input-output units in real time, and select an input-output unit from least two input-output units to perform forwarding operation according to the performance parameter of monitoring.Preferably, in order to improve the utilization ratio of the input-output unit of each in NMS, resource allocation unit 210 can select the optimal input-output unit of a performance according to the performance parameter of at least two input-output units of monitoring from least two input-output units, and be operated by the optimal input-output unit of the performance for selecting to obtain to perform forwarding.
When actually realizing, because at least two input-output units in input-output unit group are the input-output units that are obtained by virtualization, simultaneously in virtualized environment, Hypervisior intermediate layers between hardware device and virtual machine can cause multiple virtual machines and Application sharing hardware, and the access of hardware resource can be responsible for, so Hypervisior intermediate layers can monitor the performance parameter of each input-output unit in real time, namely the resource allocation unit 210 in the present embodiment can be the Hypervisior intermediate layers in virtualized environment when actually realizing, concrete structure refer to Fig. 2 B.
It should be noted that when the different hardware devices of the virtual machine occupancy of each input-output unit in input-output unit group 220, namely during each one Hypervisior intermediate layer of input-output unit correspondence, be It can realize the monitoring to the performance parameter of each input-output unit, one virtual Hypervisior intermediate layer can be set in NMS, the performance parameter of each input-output unit in multiple Hypervisior intermediate layers is monitored by using the virtual Hypervisior intermediate layers, the present embodiment implements form to it and do not limited.
Input-output unit, for when in the state selected by resource allocation unit 210, forwarding the network management request from ext nal network element to control unit；Concretely, when ext nal network element needs request network management, ext nal network element can send network management request to NMS, accordingly, the hardware device that NMS is used is after network management request is received, Hypervisior intermediate layers between hardware device and virtual machine can forward network management request to control unit 230 by the input-output unit for selecting to obtain, namely, input-output unit, for when in the state selected by resource allocation unit 210, the network management request from ext nal network element is forwarded to control unit 230.When actually realizing, network management request can be any of performance management request, configuration management request, fault management request, safety management request and accounting management request, this is similar with the network management request in existing NMS, and the present embodiment no longer herein more to be repeated；Simultaneously, in order to handle various network management requests, control unit 230 can specifically include at least one subelement in performance management subelement, configuration management subelement, fault management subelement, safety management subelement and accounting management subelement, so as to which when the network management request from ext nal network element that input-output unit is received is that performance management is asked, input-output unit can be with sending performance management request to performance management subelement；When network management request is that fault management is asked, input-output unit can send fault management and ask to fault management subelement；When network management request is that accounting management is asked, input-output unit can send accounting management and ask to accounting management subelement etc..
It should be noted that, the present embodiment simply shares same virtual machine instance with each subelement in control unit 230, when actually realizing, each subelement in control unit 230 can also be each accounted for a virtual machine, and each virtual machine can share same hardware device, it can also each account for a hardware device, the present embodiment is not limited this.
Control unit 230, the network management request for being forwarded according to input-output unit sets configuration information, send configuration information to input-output unit；Specifically, after the network management request that control unit 230 receives input-output unit forwarding, the network management request that control unit 230 can be forwarded according to input-output unit sets configuration information, and after configuration information is set, send configuration information to input-output unit.When actually realizing, when the performance management subelement in control unit 230 receives performance management request, whether performance management subelement exception can occurs according to performance management request detection ext nal network element, in performance pipe When reason subelement detects ext nal network element and property abnormality occurs, troubleshooting request is sent to fault management subelement, and the backward configuration management subelement send configuration management request of troubleshooting is carried out by fault management subelement, so as to set configuration information according to the configuration management request received by configuration management subelement, configuration information is concurrently sent to input-output unit；And when the fault management subelement in control unit 230 receives fault management request, fault management subelement can carry out troubleshooting according to fault management request to ext nal network element, and asked according to result transmission fault configuration to configuration management subelement, so as to set configuration information by configuration management subelement, configuration information is concurrently sent to input-output unit.Similar, when other subelements in control unit receive management request, similar handling process can be used, the present embodiment is no longer praised state herein one by one.
Input-output unit, is additionally operable to forwarding configuration information to ext nal network element.After the configuration information that input-output unit receives the transmission of control unit 230, input-output unit can also forward configuration information to ext nal network element.
In the first possible implementation of the present embodiment,
Control unit 230, it is additionally operable to detect the input-output unit for whether occurring failure in running order input-output unit, if testing result is the input-output unit for occurring failure, the pending content that then will appear from the input-output unit of failure is transferred to other input-output units at least two input-output units, other input-output units are the input-output unit in addition to the input-output unit of failure that resource allocation unit is selected according to the performance parameter of at least two input-output units monitored in real time from least two input-output units.
Specifically, because input-output unit is when in running order, the hardware device damage that virus or virtual machine be used etc. a variety of causes may be infected because of the virtual machine where input-output unit and is broken down, so in order to avoid when input-output unit breaks down, the input-output unit needs content to be processed to handle in time, so as to reduce the treatment effeciency of NMS, control unit 230 can detect the input-output unit that failure whether is occurred in running order input-output unit in real time or at predetermined time intervals, and when testing result is the input-output unit for occurring failure, the pending content that will appear from the input-output unit of failure is transferred to other input-output units at least two input-output units；Realized due to the generally faulty management subelement of fault detect, so above-mentioned steps can detect the input-output unit that failure whether is occurred in running order input-output unit by fault management subelement including control unit 230, when testing result is the input-output unit for occurring failure, fault management subelement can be asked with send configuration to configuration management subelement, so that the pending content that the input-output unit of failure is will appear from by configuration management subelement is transferred at least two input-output units Other input-output units.When actually realizing, in order to preferably utilize the resource in NMS, a portion input-output unit is avoided there are multiple network management requests to need processing, and another part input-output unit is in idle condition, when control unit 230 shifts pending content to other input-output units of the input-output unit broken down, resource allocation unit 210 can select the optimal input-output unit of the performance parameter in addition to the input-output unit of failure as other input-output units according to the performance parameter of at least two input-output units monitored in real time from least two input-output units.Wherein, in running order input-output unit refers to the input-output unit of the network management request of current processing in need.
In second of possible implementation of the present embodiment, system also includes：
Include the memory cell group 240 of at least two memory cell by what virtualization was obtained;
Resource allocation unit 210, is additionally operable to the performance parameter of at least two memory cell of monitoring in real time, selects a memory cell to perform storage operation from least two memory cell according to performance parameter；Specifically, performance parameter, corresponding resource allocation unit 210 can also monitor the performance parameter at least connecting memory cell in real time, and select one memory cell from least two memory cell according to performance parameter and operated to perform storage.
Control unit 230, is additionally operable to the memory cell that send configuration information is selected to resource allocation unit 210；Specifically, when there is memory cell in NMS, for the ease of checking that the history management of NMS is recorded after user, after control unit 230 sets configuration information, the memory cell that control unit 230 can be selected with send configuration information to resource allocation unit 210.
Memory cell, for when in the state selected by resource allocation unit 210, the configuration information that preserve and control unit 230 is sent.And memory cell is when in the state selected by resource allocation unit 210, the configuration information that preserve and control unit 230 is sent.
In the third possible implementation of the present embodiment, control unit 230, it is additionally operable to detect the memory cell for whether occurring failure in running order memory cell, if testing result is the memory cell for occurring failure, the storage content that then will appear from the memory cell of failure is transferred to other memory cell at least two memory cell, and other memory cell are that resource allocation unit stores memory cell according at least two monitored in real time.Content Chu Xian Lost lose, whether control unit 230 can also be detected in running order memory cell has The memory cell of failure, and when testing result is the memory cell for occurring failure, the storage content that will appear from the memory cell of failure is transferred to other memory cell at least two memory cell；Detect similar with the presence or absence of the implementation of the input-output unit broken down in running order input-output unit with control unit 230, control unit 230 can be detected in running order memory cell by fault management subelement with the presence or absence of the memory cell broken down, and when testing result is the memory cell for occurring failure, send configuration management request is to configuration management subelement, so that the storage content in the memory cell that will appear from failure by configuration management subelement is transferred to other memory cell.Because resource allocation unit 210 can monitor the performance parameter of at least two memory cell in real time, so when other memory cell in few two memory cell are deposited in NMS in order to improve, resource allocation unit can be used as other memory cell according to the performance storage unit monitored in real time.
In the 4th kind of possible implementation of the present embodiment, control unit 230 is additionally operable to detecting the defect content of member, and send the defect content that gets to other memory cell；Specifically, for the defect content of the memory cell that records failure, so as to which accident analysis can be carried out according to defect content after convenient, detected in control unit 230 and the memory cell of failure is occurred in running order memory cell hinder content to other memory cell.
Other memory cell, are additionally operable to the defect content of the memory cell of the failure of preserve and control unit transmission.Accordingly, other memory cell, are additionally operable to the defect content of the memory cell of the failure of the transmission of preserve and control unit 230.
In the 5th kind of possible implementation of the present embodiment, control unit 230, it is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, the defect content of the input-output unit broken down is obtained, and sends the defect content that gets to memory cell；With memory cell similarly, the defect content of input-output unit is checked after for convenience, when the input-output unit that failure is occurred in running order input-output unit is detected in control unit 230, control unit 230 can also obtain the defect content of the input-output unit of failure, and send the defect content that gets to memory cell.
Memory cell, is additionally operable to the defect content of the input-output unit of the failure of preserve and control unit transmission.Accordingly, memory cell is additionally operable to the input and output list of the failure of the transmission of preserve and control unit 230 The defect content of member.
It should be noted is that, resource allocation unit, input-output unit, memory cell and control unit in the present embodiment can be the units being present in virtual machine, and every virtual machine can share same hardware device or each account for a hardware device, and the present embodiment is not limited this.And when sharing same hardware device in the presence of at least two virtual machines, the number for the hardware device that NMS in the present embodiment is needed to use is just less than the number of the hardware device needed to use in the prior art, so the NMS in the present embodiment greatly reduces development cost.
Need explanation on the other hand, because the input-output unit in the present embodiment, memory cell and control unit are construed as operating in the application program in virtual machine, so when actually realizing, the various technological means of the communication performance between two application programs of optimization in communication system also may be used in above-mentioned unit, so as to further improve the performance of NMS, may be referred to existing relevant technical literature for its concrete implementation details, the present embodiment herein no longer --- repeat.
In summary, the NMS that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.
The present embodiment is by the way that input-output unit, memory cell and control unit are decoupled, so that when needing to use input-output unit or memory cell, the wherein best unit of performance can flexibly be selected, without using corresponding input and output and storage when asking a certain network management, the resource utilization in system is improved, so as to substantially increase treatment effeciency of the NMS to network management request.
Whether the unit of failure is occurred in the present embodiment input-output unit in running order by detecting or memory cell, and will appear from the storage content of the pending content of the input-output unit of failure or the memory cell of failure and be transferred to other units that similar function is provided, avoid can not be treated in time due to failure process content handled or believed breath Lost mistake, to network management request caused by The problem for the treatment of effeciency is low, improves the treatment effeciency of NMS.Embodiment three
Fig. 3 is refer to, the method flow diagram of the network management provided it illustrates the embodiment of the present invention three, the network management can be used in embodiment one or NMS described in embodiment two, and the network management can include：
Step 301, the network management request that input-output unit is sent is received；
Wherein, network management request is the request from ext nal network element that input-output unit is received, input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units；
Step 302, configuration information is set according to network management request；
Step 303, send configuration information is to input-output unit, so that input-output unit is after configuration information is received, forwarding configuration information to ext nal network element.
In summary, the network management that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.The example IV network management can be used in embodiment one or NMS described in embodiment two, and the network management can include：
Step 401, the network management request that input-output unit is sent is received；
When ext nal network element needs request network management, ext nal network element can send network management request to network Network management request can be forwarded to control unit by the input-output unit in management system, input-output unit after network management request is received, so control unit can receive the network management request of input-output unit transmission accordingly.
Wherein, network management request is the request from ext nal network element that input-output unit is received, input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units.
Concretely, at least two input-output units in input-output unit group can register current performance parameter to resource allocation unit in real time, so resource allocation unit can monitor the performance parameter of at least two input-output units in real time, and select an input-output unit from least two input-output units to perform forwarding operation according to the performance parameter of monitoring.Preferably, in order to improve the utilization ratio of the input-output unit of each in NMS, resource allocation unit can select the optimal input-output unit of a performance according to the performance parameter of at least two input-output units of monitoring from least two input-output units, and the input-output unit obtained by selection operates to perform forwarding.And when actually realizing, because at least two input-output units in input-output unit group are the input-output units that are obtained by virtualization, simultaneously in virtualized environment, Hypervisior intermediate layers between hardware device and virtual machine can cause multiple virtual machines and Application sharing hardware, and the access of hardware resource can be responsible for, so Hypervisior intermediate layers can monitor the performance parameter of each input-output unit in real time, namely resource allocation unit can be the Hypervisior intermediate layers in virtualized environment when actually realizing, when the hardware device in NMS is receiving network management request, Hypervisior intermediate layers between hardware device and virtual machine can just be asked by the input-output unit for selecting to obtain come receiving network managing, and the network management request received is forwarded to control unit, accordingly, control unit can receive the network management request of the input-output unit selected from resource allocation unit.
In addition, network management request can be any of performance management request, fault management request, safety management request, configuration management request and accounting management request, simultaneously in order to handle various network management requests, control unit can include at least one subelement in performance management subelement, configuration management subelement, fault management subelement, safety management subelement and accounting management subelement；So as to which when the network management request from ext nal network element that input-output unit is received is that performance management is asked, input-output unit can be with sending performance management request to performance management subelement；When network management request is that fault management is asked, input-output unit can send fault management and ask to fault management subelement；When network management request is that accounting management is asked, input-output unit can send accounting management and ask to accounting management subelement Etc..
It should be noted is that, each subelement in control unit can share same virtual machine, can also respectively take a virtual machine, and each virtual machine can share same hardware device, it can also each account for a hardware device, the present embodiment is not limited this.
Need explanation on the other hand, when the virtual machine of each input-output unit in input-output unit group takes different hardware devices, namely during each one Hypervisior intermediate layer of input-output unit correspondence, in order to realize the monitoring to the performance parameter of each input-output unit, one virtual Hypervisior intermediate layer can be set in NMS, the performance parameter of each input-output unit in multiple Hypervisior intermediate layers is monitored by using the virtual Hypervisior intermediate layers, the present embodiment implements form to it and not limited.
Step 402, configuration information is set according to network management request；
After control unit receives network management request, control unit can set configuration information according to network management request.
Specifically, when the performance management subelement in control unit receives the performance management request of input-output unit transmission, whether performance management subelement exception can occurs according to performance management request detection ext nal network element, when performance management subelement detects ext nal network element appearance exception, fault management request is sent to fault management subelement, and the backward configuration management subelement send configuration management request of troubleshooting is carried out by fault management subelement, so as to set configuration information according to configuration management request by configuration management subelement；
When the fault management subelement in control unit receives the fault management request of input-output unit transmission, whether fault management subelement can break down according to fault management request detection ext nal network element, so as to be asked when testing result is breaks down to configuration management subelement send configuration, so as to set configuration information according to configuration management request by configuration management subelement；
Similar, when network management request is configuration management request, accounting management request or safety management request, control unit can also receive request by corresponding subelement, and management request is handled using similar handling process, and the present embodiment is repeated no more to this.
Step 403, send configuration information is to input-output unit, so that input-output unit is after configuration information is received, forwarding configuration information to ext nal network element.
After control unit sets configuration information, control unit can be with send configuration information to input-output unit, so that input-output unit is after configuration information is received, the configuration information that forwarding is received to ext nal network element.
Step 404, memory cell of the send configuration information into the memory cell group obtained by virtualization, with Just memory cell preserves configuration information.
In order that the history management record of NMS can be checked after obtaining, after control unit sets configuration information, memory cell in the memory cell group that control unit can extremely be obtained with send configuration information by virtualization, so that memory cell preserves configuration information.Wherein, memory cell is the performance parameter of at least two memory cell in the real-time monitor bit cell group of resource allocation unit, the memory cell selected according to performance parameter.Time registers current performance parameter to resource allocation unit, resource allocation unit can monitor the performance parameter of each memory cell accordingly, and select a memory cell from least two memory cell to perform storage operation according to the performance parameter of monitoring.Wherein, in order to preferably utilize the unit in NMS, so as to improve the treatment effeciency of NMS, resource allocation unit can select the optimal memory cell of performance from least two memory cell, and storage operation is realized by the memory cell for selecting to obtain, the present embodiment is not limited this.Such as when control unit send configuration information to memory cell, the Hypervisior intermediate layers between memory cell and hardware device can store the configuration information received by the optimal memory cell of the performance of selection.
In summary, the network management that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.
The present embodiment is by the way that input-output unit, memory cell and control unit are decoupled, so that when needing to use input-output unit or memory cell, the wherein best unit of performance can flexibly be selected, without using corresponding input and output and storage when asking a certain network management, the resource utilization in system is improved, so as to substantially increase treatment effeciency of the NMS to network management request. The network management of embodiment five can be used in embodiment one or NMS described in embodiment two, and the network management can include：
Step 501, the input-output unit that failure whether is occurred in running order input-output unit is detected；
In NMS, because input-output unit is when in running order, the a variety of causes such as the hardware device damage that virus or virtual machine be used may be infected because of the virtual machine where input-output unit and are broken down, so in order to avoid when input-output unit breaks down, the input-output unit needs content to be processed to handle in time, so as to reduce the treatment effeciency of NMS, control unit can detect the input-output unit that failure whether is occurred in running order input-output unit.Wherein, in running order input-output unit refers to the input-output unit of the network management request of current processing in need.
Specifically, because fault detect is typically to be completed by the fault management subelement in control unit, so control unit detects the input-output unit that failure whether is occurred in running order input-output unit, can include：Control unit detects the input-output unit that failure whether is occurred in running order input-output unit by fault management subelement.
Such as, there are tetra- input-output units of A, B, C and D in input-output unit group, and it is input-output unit A and input-output unit B to be currently at the input-output unit of working condition, then the fault management subelement in control unit can detect whether two input-output units of input-output unit A and input-output unit B break down respectively.
Step 502, if testing result is the input-output unit for occurring failure, the pending content of input-output unit is transferred to other input-output units at least two input-output units；
If the testing result of control unit is the input-output unit for occurring failure, the pending content of input-output unit can be transferred to other input-output units at least two input-output units by control unit.Wherein, other input-output units are the input-output unit in addition to the input-output unit of failure that resource allocation unit is selected according to the performance parameter of at least two input-output units monitored in real time from least two input-output units.
Specifically, control unit during in running order input-output unit is detected by fault management subelement when occurring the input-output unit of failure, fault management subelement can be asked to configuration management subelement with send configuration, so as to will appear from the pending interior of the input-output unit of failure by configuration management subelement Hold the other input-output units being transferred at least two input-output units.When actually realizing, in order to preferably utilize the resource in NMS, a portion input-output unit is avoided there are multiple network management requests to need processing, and another part input-output unit is in idle condition, when control unit shifts pending content to other input-output units of the input-output unit broken down, resource allocation unit can select the optimal input-output unit of the performance parameter in addition to the input-output unit of failure as other input-output units according to the performance parameter of at least two input-output units monitored in real time from least two input-output units.
Such as, if the testing result of fault management subelement breaks down for input-output unit A, then fault management subelement can be asked with send configuration to configuration management subelement, configuration management subelement is after receiving the configuration request, pending content in input-output unit A is transferred to other input-output units in addition to A in input-output unit group, such as, the input input-output unit of performance most preferably is C in the input-output unit C and D of resource allocation unit monitoring, then the pending content in input-output unit A can be transferred to input-output unit C by configuration management subelement.
In addition, when occurring the input-output unit of failure in detecting in running order input-output unit, obtaining the defect content of the input-output unit broken down；Specifically, in order to know the specific defect content of input-output unit, when the input-output unit that failure is occurred in running order input-output unit is detected in control unit, control unit can obtain the defect content of the input-output unit of failure.
The defect content got is sent to memory cell, so that memory cell preserves the defect content of the input-output unit broken down.Specifically, for the defect content of the input-output unit that records failure, so that after convenient accident analysis can be carried out according to defect content, after the defect content for the input-output unit that failure is got in control unit, control unit can send defect content to memory cell.Accordingly, the defect content of the input-output unit for the failure that memory cell can be sent with preserve and control unit.Wherein, memory cell is the memory cell that resource allocation unit selects to obtain according to the performance parameter of at least two memory cell monitored in real time.
Step 503, the network management request that input-output unit is sent is received；
When ext nal network element needs request network management, ext nal network element can send input-output unit of the network management request into NMS, input-output unit is after network management request is received, network management request can be forwarded to control unit, so control unit can receive the network management request of input-output unit transmission accordingly.Wherein, network management request is the request from ext nal network element that input-output unit is received, and input-output unit is that resource allocation unit monitors the input and output obtained by virtualization in real time The performance parameter of at least two input-output units in unit group, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units；
But, if selecting obtained input-output unit after network management request is received by resource allocation unit, before forwarding network management request to control unit, input-output unit breaks down, then it is known that according to the processing mode of step 501 and step 502, the pending content of the input-output unit of failure will be transferred to other input-output units by control unit, and receive the network management request that other input-output units are sent.
Such as, content pending input-output unit A etc. is asked for fault management, then input-output unit A is detected in control unit to break down, and the medium pending fault management requests of input-output unit A are transferred to the input-output unit C that resource allocation unit is reselected, so as to be asked by input and output list C forwarding fault managements to control unit, corresponding control unit receives the fault management request that input-output unit C is sent.
It should be noted that this step is similar with the step 401 in example IV, particular technique detail with reference step 401, the present embodiment will not be repeated here.
Step 504, configuration information is set according to network management request；
After control unit receives network management request, control unit can set configuration information according to network management request.
Specifically, when the performance management subelement in control unit receives the performance management request of input-output unit transmission, whether performance management subelement exception can occurs according to performance management request detection ext nal network element, when performance management subelement detects ext nal network element appearance exception, fault management request is sent to fault management subelement, and the backward configuration management subelement send configuration management request of troubleshooting is carried out by fault management subelement, so as to set configuration information according to configuration management request by configuration management subelement；
When the fault management subelement in control unit receives the fault management request of input-output unit transmission, whether fault management subelement can break down according to fault management request detection ext nal network element, so as to be asked when testing result is breaks down to configuration management subelement send configuration, so as to set configuration information according to configuration management request by configuration management subelement；
Similar, when network management request is configuration management request, accounting management request or safety management request, control unit can also receive request by corresponding subelement, and management request is handled using similar handling process, and the present embodiment is repeated no more to this.
Step 505, send configuration information is to input-output unit, so that input-output unit is after configuration information is received, forwarding configuration information to ext nal network element. After control unit sets configuration information, control unit can be with send configuration information to input-output unit, so that input-output unit is after configuration information is received, the configuration information that forwarding is received to ext nal network element.
Step 506, memory cell of the send configuration information into the memory cell group obtained by virtualization, so that memory cell preserves configuration information.
In order that the history management record of NMS can be checked after obtaining, after control unit sets configuration information, memory cell in the memory cell group that control unit can extremely be obtained with send configuration information by virtualization, so that memory cell preserves configuration information.Wherein, memory cell is the performance parameter of at least two memory cell in the real-time monitor bit cell group of resource allocation unit, the memory cell selected according to performance parameter.Time registers current performance parameter to resource allocation unit, resource allocation unit can monitor the performance parameter of each memory cell accordingly, and select a memory cell from least two memory cell to perform storage operation according to the performance parameter of monitoring.Wherein, in order to preferably utilize the unit in NMS, so as to improve the treatment effeciency of NMS, resource allocation unit can select the optimal memory cell of performance from least two memory cell, and storage operation is realized by the memory cell for selecting to obtain, the present embodiment is not limited this.Specifically, when control unit send configuration information to memory cell, the Hypervisior intermediate layers between memory cell and hardware device can store the configuration information received by the optimal memory cell of the performance of selection.
Step 507, the memory cell that failure whether is occurred in running order memory cell is detected；During in order to prevent that in running order memory cell from breaking down, the content Chu Xian Lost stored in memory cell lose, and control unit can also detect the memory cell that failure whether is occurred in running order memory cell.Specifically, detect similar with the presence or absence of the implementation of the input-output unit broken down in running order input-output unit with control unit, control unit can be detected in running order memory cell by fault management subelement with the presence or absence of the memory cell broken down.
Step 508, if testing result is the memory cell for occurring failure, the storage content of memory cell is transferred to other memory cell of at least two memory cell.
If the testing result of control unit is the memory cell for occurring failure, the content that control unit can will appear from storing in the memory cell of failure is transferred to other memory cell at least two memory cell.Wherein, other memory cell are performance of the resource allocation unit according at least two memory cell monitored in real time Specifically, when fault management subelement in a control unit detects the memory cell that failure is occurred in running order memory cell, fault management subelement can be asked with send configuration to the sub- memory cell of configuration management.Because resource allocation unit can monitor the performance parameter of at least two memory cell in real time, so the utilization ratio in order to improve memory cell in NMS, shifts what is broken down in control unit
The optimal memory cell of performance outside unit is used as other memory cell.
In addition, when occurring the memory cell of failure in detecting in running order memory cell, obtaining the defect content of the memory cell broken down；Specifically, for the defect content of the memory cell of knowing failure, detected in control unit and the storage single-shot of failure is occurred in running order memory cell send the defect content that gets to other memory cell, so that other memory cell preserve the defect content of the memory cell broken down.Specifically, for the defect content of the memory cell that records failure, so as to carry out accident analysis according to defect content after convenient, after the defect content for the memory cell that failure is got in control unit, control unit can also send the defect content that gets to other storages it is single it should be noted that, step 507 and step 508 can be performed at any time, and the present embodiment exemplified by performing here, is not limited its specific execution moment simply.
In summary, the network management that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.
The present embodiment is by the way that input-output unit, memory cell and control unit are decoupled so that when needing to use input-output unit or memory cell, can flexibly select the wherein best list of performance Member, without, using corresponding input and output and storage, the resource utilization in system being improved, so as to substantially increase treatment effeciency of the NMS to network management request when asking a certain network management.
Whether the unit of failure is occurred in the present embodiment input-output unit in running order by detecting or memory cell, and will appear from the storage content of the pending content of the input-output unit of failure or the memory cell of failure and be transferred to other units that similar function is provided, avoid can not be treated in time due to failure process content handled or believed breath Lost mistake, the problem of low to the treatment effeciency of network management request caused by, improve the treatment effeciency of NMS.Embodiment six
Fig. 6 is refer to, the block diagram of the network administration apparatus provided it illustrates the embodiment of the present invention six, the network administration apparatus can include：Request receiving module 610, information collocation module 620 and information sending module 630;
Request receiving module 610, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
Information collocation module 620, the network management request for being received according to the request receiving module 610 sets configuration information；
Information sending module 630, for sending the configuration information of the configuration of described information configuration module 620 to the input-output unit, so that the input-output unit is after the configuration information is received, the configuration information is forwarded to the ext nal network element.
In summary, the network administration apparatus that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input of performance at least two input-output units defeated Go out unit to perform forwarding operation, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.Embodiment seven
Fig. 7 is refer to, the block diagram of the network administration apparatus provided it illustrates the embodiment of the present invention seven, the network administration apparatus can include：Request receiving module 710, information collocation module 720 and information sending module 730;
Request receiving module 710, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
Information collocation module 720, the network management request for being received according to the request receiving module 710 sets configuration information；
Information sending module 730, for sending the configuration information of the configuration of described information configuration module 720 to the input-output unit, so that the input-output unit is after the configuration information is received, the configuration information is forwarded to the ext nal network element.
In the first possible implementation of the present embodiment, described device also includes：Fault detection module 740 and fault processing module 750;
Whether fault detection module 740, the input-output unit of failure is occurred for detecting in running order input-output unit；
Fault processing module 750, when for the testing result in the fault detection module being the input-output unit for occurring failure, the pending content of the input-output unit is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
In second of possible implementation of the present embodiment,
Described information sending module 730, for sending memory cell of the configuration information of described information configuration module configuration into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter. In the third possible implementation of the present embodiment,
740 pieces of the fault detect mould, is additionally operable to detect the memory cell for whether occurring failure in running order memory cell；
The fault processing module 750, the testing result being additionally operable in the fault detection module is the other memory cell occurred, and other memory cell are the resource allocation unit according to the memory cell outside the described memory cell monitored in real time.
In the 4th kind of possible implementation of the present embodiment, described device also includes：Failure acquisition module 760 and defect content sending module 770;
Failure acquisition module 760, for being detected in the fault detection module during memory cell that failure is occurred in running order memory cell, obtains the defect content of the memory cell broken down；Defect content sending module 770, for sending defect content that the failure acquisition module 760 gets to other memory cell, so that other memory cell preserve the defect content of the memory cell broken down.
In the 5th kind of possible implementation of the present embodiment,
The failure acquisition module 760, is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, obtains the defect content of the input-output unit broken down；The defect content sending module 770, is additionally operable to send defect content that the failure acquisition module 760 gets to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
In summary, the network administration apparatus that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS. The present embodiment is by the way that input-output unit, memory cell and control unit are decoupled, so that when needing to use input-output unit or memory cell, the wherein best unit of performance can flexibly be selected, without using corresponding input and output and storage when asking a certain network management, the resource utilization in system is improved, so as to substantially increase treatment effeciency of the NMS to network management request.
Whether the unit of failure is occurred in the present embodiment input-output unit in running order by detecting or memory cell, and will appear from the storage content of the pending content of the input-output unit of failure or the memory cell of failure and be transferred to other units that similar function is provided, avoid can not be treated in time due to failure process content handled or believed breath Lost mistake, the problem of low to the treatment effeciency of network management request caused by, improve the treatment effeciency of NMS.It should be noted that may be constructed a NMS as the network administration apparatus described in embodiment six and embodiment seven, the corresponding embodiment of the method for particular technique detail with reference of the NMS, this implementation will not be repeated here.Embodiment eight
Fig. 8 is refer to, the block diagram of the network administration apparatus provided it illustrates the embodiment of the present invention eight, the network administration apparatus can include：
Receiver 810, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
Processor 820, the network management request for being received according to the receiver 810 sets configuration information；
Emitter 830, the configuration information for sending the setting of processor 820, so that the input-output unit is after the configuration information is received, forwards the configuration information to the ext nal network element to the input-output unit.
In summary, the network administration apparatus that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, and input-output unit is the input-output unit group obtained by virtualization that resource allocation unit is monitored in real time In at least two input-output units performance parameter, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.Embodiment nine
In a preferred embodiment of embodiment eight, receiver 810, processor 820 and emitter 830 can also be implemented function such as：
In the first possible implementation of the present embodiment,
The processor 820, is additionally operable to detect the input-output unit for whether occurring failure in running order input-output unit；
The emitter 830, the testing result being additionally operable in the processor 820 be occur failure ' T is when entering output unit, by the pending content of the input-output unit be transferred at least two inputs yarn ' other input-output units for going out in unit of T, other input-output units are that the resource allocation unit inputs the input-output unit in addition to the input-output unit of failure selected during * ' T go out unit according to the performance parameter of at least two input-output unit monitored in real time from described at least two.
In second of possible implementation of the present embodiment,
The emitter 830, it is additionally operable to send memory cell of the configuration information of the setting of processor 820 into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
In the third possible implementation of the present embodiment,
The processor 820, is additionally operable to detect the memory cell for whether occurring failure in running order memory cell；
The emitter 830, the testing result being additionally operable in the processor 820 is the memory cell for occurring failure, and other memory cell are performance of the resource allocation unit according at least two memory cell monitored in real time Memory cell outside member.
In the 4th kind of possible implementation of the present embodiment,
The processor 820, is additionally operable to when occurring the memory cell of failure in detecting in running order memory cell, obtains the defect content of the memory cell broken down；
The emitter 830, be additionally operable to send defect content that the processor 820 gets to it is described its in the 5th kind of possible implementation of the present embodiment,
The processor 820, is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, obtains the defect content of the input-output unit broken down；
The emitter 830, is additionally operable to send defect content that the processor 820 gets to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
In summary, the network administration apparatus that the present embodiment is provided, by receiving the network management request that input-output unit is sent, the network management request is the request from ext nal network element that input-output unit is received, the performance parameter of at least two input-output units in the input-output unit group obtained by virtualization that input-output unit is monitored in real time for resource allocation unit, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output units, configuration information is set according to network management request, and send the configuration information of setting to input-output unit, so that input-output unit is after configuration information is received, the configuration information received is forwarded to ext nal network element；The problem of solving low to the treatment effeciency of network management request in the prior art, having reached can use the best input-output unit of performance at least two input-output units to be operated to perform forwarding, so as to sufficiently utilize the resource in NMS, the effect for the treatment effeciency for improving resource utilization and NMS.
The present embodiment is by the way that input-output unit, memory cell and control unit are decoupled, so that when needing to use input-output unit or memory cell, the wherein best unit of performance can flexibly be selected, without using corresponding input and output and storage when asking a certain network management, the resource utilization in system is improved, so as to substantially increase treatment effeciency of the NMS to network management request.
Whether the unit of failure is occurred in the present embodiment input-output unit in running order by detecting or memory cell, and will appear from the storage content of the pending content of the input-output unit of failure or the memory cell of failure and be transferred to other units that similar function is provided, avoid can not be treated in time due to failure process content handled or believed breath Lost mistake, the problem of low to the treatment effeciency of network management request caused by, improve the treatment effeciency of NMS. It should be noted that may be constructed a NMS as the network administration apparatus described in embodiment seven and embodiment eight, the corresponding embodiment of the method for particular technique detail with reference of the NMS, this implementation will not be repeated here.The embodiments of the present invention are for illustration only, and the quality of embodiment is not represented.
One of ordinary skill in the art will appreciate that realizing all or part of step of above-described embodiment can be completed by hardware, the hardware of correlation can also be instructed to complete by program, described program can be stored in a kind of computer-readable recording medium, storage medium mentioned above can be read-only storage, disk or CD etc..
Presently preferred embodiments of the present invention is the foregoing is only, is not intended to limit the invention, within the spirit and principles of the invention, any modification, equivalent substitution and improvements made etc. should be included in the scope of the protection.

Claims (1)

  1. Claims
    1st, a kind of NMS, it is characterised in that the system includes：
    Resource allocation unit, the input-output unit group and control unit including at least two input-output units obtained by virtualization；
    The resource allocation unit, the performance parameter for monitoring at least two input-output unit in real time selects an input-output unit to perform forwarding operation according to the performance parameter from least two input-output unit；
    The input-output unit, for when in the state selected by the resource allocation unit, forwarding the network management request from ext nal network element to described control unit；
    Described control unit, the network management request for being forwarded according to the input-output unit sets configuration information, sends the configuration information to the input-output unit；
    The input-output unit, is additionally operable to forward the configuration information to the ext nal network element.
    2nd, system according to claim 1, it is characterised in that
    Described control unit, it is additionally operable to detect the input-output unit for whether occurring failure in running order input-output unit, if testing result is the input-output unit for occurring failure, the pending content that then will appear from the input-output unit of failure is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
    3rd, system according to claim 1 or 2, it is characterised in that the system also includes：Include the memory cell group of at least two memory cell by what virtualization was obtained；
    The resource allocation unit, is additionally operable to monitor the performance parameter of at least two memory cell in real time, selects a memory cell to perform storage operation from least two memory cell according to the performance parameter；
    Described control unit, is additionally operable to send the memory cell that the configuration information is selected to the resource allocation unit；
    The memory cell, for when in the state selected by the resource allocation unit, preserving the configuration information that described control unit is sent. 4th, system according to claim 3, it is characterised in that
    Described control unit, it is additionally operable to detect the memory cell for whether occurring failure in running order memory cell, if testing result is the memory cell for occurring failure, will appear from failure memory cell for the resource allocation unit according to the performance parameter of at least two memory cell monitored in real time from described
    5th, system according to claim 4, it is characterised in that
    Described control unit, is additionally operable to when occurring the memory cell of failure in detecting in running order memory cell, obtains the defect content of the memory cell broken down, and send the defect content that gets to other memory cell；
    Other memory cell, are additionally operable to preserve the defect content of the memory cell for the failure that described control unit is sent.
    6th, system according to claim 3, it is characterised in that
    Described control unit, it is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, the defect content of the input-output unit broken down is obtained, and sends the defect content that gets to the memory cell；
    The memory cell, is additionally operable to preserve the defect content of the input-output unit for the failure that described control unit is sent.
    7th, a kind of network management, it is characterised in that methods described includes：
    Receive the network management request that input-output unit is sent, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
    Configuration information is set according to the network management request；
    The configuration information is sent to the input-output unit, so that the input-output unit is after the configuration information is received, the configuration information is forwarded to the ext nal network element. 8th, method according to claim 10, it is characterised in that methods described also includes：Whether the input-output unit of failure is occurred in the in running order input-output unit of detection；If testing result is the input-output unit for occurring failure, the pending content of the input-output unit is then transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
    9th, the method according to claim 7 or 8, it is characterised in that after the setting configuration information according to the network management request, methods described also includes：
    Send memory cell of the configuration information into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
    10th, method according to claim 9, it is characterised in that methods described also includes：Whether the memory cell of failure is occurred in the in running order memory cell of detection；
    If testing result is the memory cell for occurring failure, the storage content of the memory cell is then transferred to other memory cell of at least two memory cell, other memory cell are the memory cell in addition to the memory cell of failure that the resource allocation unit is selected according to the performance parameter of at least two memory cell monitored in real time from least two memory cell.
    11st, method according to claim 10, it is characterised in that methods described also includes：When occurring the memory cell of failure in detecting in running order memory cell, the defect content of the memory cell broken down is obtained；
    The defect content got is sent to other memory cell, so that other memory cell preserve the defect content of the memory cell broken down.
    12nd, method according to claim 9, it is characterised in that methods described also includes：When occurring the input-output unit of failure in detecting in running order input-output unit, the defect content of the input-output unit broken down is obtained； The defect content got is sent to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
    13rd, a kind of network administration apparatus, it is characterised in that described device includes：
    Request receiving module, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
    Information collocation module, the network management request for being received according to the request receiving module sets configuration information；
    Information sending module, the configuration information for sending the configuration of described information configuration module, so that the input-output unit is after the configuration information is received, forwards the configuration information to the ext nal network element to the input-output unit.
    14th, device according to claim 13, it is characterised in that described device also includes：Whether fault detection module, the input-output unit of failure is occurred for detecting in running order input-output unit；
    Fault processing module, when for the testing result in the fault detection module being the input-output unit for occurring failure, the pending content of the input-output unit is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
    15th, the device according to claim 13 or 14, it is characterised in that
    Described information sending module, it is additionally operable to send memory cell of the configuration information of described information configuration module configuration into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
    16th, device according to claim 15, it is characterised in that The fault detection module, is additionally operable to detect the memory cell for whether occurring failure in running order memory cell；
    The fault processing module, it is additionally operable to when the testing result of the fault detection module is the memory cell for occurring failure, the storage content of the memory cell is transferred to other memory cell of at least two memory cell, other memory cell are the resource allocation unit according to the memory cell outside at least unit monitored in real time.
    17th, device according to claim 16, it is characterised in that described device also includes：Failure acquisition module, for being detected in the fault detection module during memory cell that failure is occurred in running order memory cell, obtains the defect content of the memory cell broken down；
    Defect content sending module, for sending defect content that the failure acquisition module gets to other memory cell, so as to
    18th, device according to claim 15, it is characterised in that
    The failure acquisition module, is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, obtains the defect content of the input-output unit broken down；
    The defect content sending module, is additionally operable to send defect content that the failure acquisition module gets to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
    19th, a kind of network administration apparatus, it is characterised in that described device includes：
    Receiver, network management request for receiving input-output unit transmission, the network management request is the request from ext nal network element that the input-output unit is received, the input-output unit is the performance parameter that resource allocation unit monitors at least two input-output units in the input-output unit group obtained by virtualization in real time, the input-output unit for selecting to obtain according to the performance parameter of at least two input-output unit；
    Processor, the network management request for being received according to the receiver sets configuration information；Emitter, the configuration information for sending the processor setting, so that the input-output unit is after the configuration information is received, forwards the configuration information to the sunset fore-telling portion network element to the input-output unit. 20th, device according to claim 19, it is characterised in that
    The processor, is additionally operable to detect the input-output unit for whether occurring failure in running order input-output unit；
    The emitter, it is additionally operable to when the testing result of the processor is the input-output unit for occurring failure, the pending content of the input-output unit is transferred to other input-output units at least two input-output unit, other input-output units are the input-output unit in addition to the input-output unit of failure that the resource allocation unit is selected according to the performance parameter of at least two input-output unit monitored in real time from least two input-output unit.
    21st, the device according to claim 19 or 20, it is characterised in that
    The emitter, it is additionally operable to send memory cell of the configuration information of the processor setting into the memory cell group obtained by virtualization, so that the memory cell preserves the configuration information, the memory cell is the performance parameter that the resource allocation unit monitors at least two memory cell in the memory cell group in real time, the memory cell selected according to the performance parameter.
    22nd, device according to claim 21, it is characterised in that
    The processor, is additionally operable to detect the memory cell for whether occurring failure in running order memory cell；
    The emitter, it is additionally operable to when the testing result of the processor is the memory cell for occurring failure, the storage content of the memory cell is transferred to other memory cell of at least two memory cell, other memory cell are unit of the resource allocation unit according at least two memory cell monitored in real time.
    23rd, device according to claim 22, it is characterised in that
    The processor, is additionally operable to when occurring the memory cell of failure in detecting in running order memory cell, obtains the defect content of the memory cell broken down；
    The emitter, is additionally operable to send defect content that the processor gets to other memory cell, so as to；
    24th, method according to claim 19, it is characterised in that The processor, is additionally operable to when occurring the input-output unit of failure in detecting in running order input-output unit, obtains the defect content of the input-output unit broken down；
    The emitter, is additionally operable to send defect content that the processor gets to the memory cell, so that the memory cell preserves the defect content of the input-output unit broken down.
    25th, a kind of NMS, it is characterised in that it includes the network administration apparatus as described in claim 13 to 18 is any.
    26th, a kind of NMS, it is characterised in that it includes the network administration apparatus as described in claim 19 to 24 is any.
CN201380077859.6A 2013-10-25 2013-10-25 Network Management System, method and apparatus Active CN105340218B (en)

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