CN101715252A - Cluster short message center and method for shunting disaster recovery therefor - Google Patents
Cluster short message center and method for shunting disaster recovery therefor Download PDFInfo
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- CN101715252A CN101715252A CN200910174986A CN200910174986A CN101715252A CN 101715252 A CN101715252 A CN 101715252A CN 200910174986 A CN200910174986 A CN 200910174986A CN 200910174986 A CN200910174986 A CN 200910174986A CN 101715252 A CN101715252 A CN 101715252A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/08—Load balancing or load distribution
- H04W28/088—Load balancing or load distribution among core entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/18—Service support devices; Network management devices
- H04W88/184—Messaging devices, e.g. message centre
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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Abstract
The invention discloses a cluster short message center and a method for shunting disaster recovery therefore, which relates to the field of mobile communication. The method comprises that the cluster short message center collects information about the resource-processing capacity of the cluster short message center, and if the collected information about the resource-processing capacity is judged to reach a set disaster recovery configuration threshold, services are shunted to other short message centers according to a disaster recovery shunting scheme of the cluster short message center. Compared with the prior art, the technical scheme of the invention upgrades the short message center to the cluster short message center so as to separate services from control while the cluster short message center processes disaster recovery shunting.
Description
Technical field
The present invention relates to field of mobile communication, in particular, is a cluster sms center and the method that realizes shunting disaster recovery thereof.
Background technology
Abundant digging system potential, the reliability of elevator system for the user provides reliable service, is the unremitting target of communication operator at all times.Yet with regard to the sms center system, there is limitation in existing reliability engineering scheme.
1. single cover sms center reliability limitation
As shown in Figure 1, consider that from functional perspective sms center can simply be divided into three aspects in logic: signaling network inserts aspect, data network inserts aspect and Business Processing aspect.In order to promote the reliability of sms center system, generally on each aspect, consider disaster tolerance.For example, insert aspect, often use active and standby signaling veneer, adopt redundant disaster tolerance strategy at signaling network; Insert aspect and service layer at data network, often adopt two-shipper mode or N+1 mode to carry out disaster tolerance.All these strategies all are the disaster tolerances of the inner single aspect of sms center.
If the whole faults of certain aspect of sms center (hereinafter to be referred as the aspect fault) then will cause the paralysis of sms center components of system as directed or all paralysis.For example, when signaling network inserts aspect or Business Processing aspect generating surface fault, will cause the sms center system all to be paralysed.
2. overlap the limitation of sms center disaster tolerance more
In the prior art scheme, building many cover sms centers mainly is in order to satisfy the development of short message service, to overlap sms center more and share business jointly.When certain sms center generating surface fault, often by the sms center institute loaded service with the generating surface fault, the mode that allows the message backup center bear realizes disaster tolerance.This mode often needs investment construction message backup center, and the sms center available resources that break down are difficult to utilize.
3. overlap the limitation of sms center shunting more
Prior art is under the situation of building many cover sms centers, though each sms center is shared short message service jointly, the status equalization, but professional busy degree is often different, in the same period, and some sms center free time, some sms center is busy, if all sms centers can be connected to each other, circulate a notice of the busy situation of sms center mutually and estimate available resources, effectively shunt automatically.Promptly be provided with under the certain condition, the sms center that intensity of traffic is high can be diverted to partial service the low sms center of intensity of traffic automatically and handle, and nature can promote the effective processing capacity of whole communication network.Still there are not pertinent literature and patented technology to pay close attention to this intelligent shunting scheme at present.
In addition, many cover sms centers are often provided by a plurality of equipment vendors in the reality, are difficult to disaster tolerance between the sms center that is provided by the distinct device merchant.With regard to prior art, lack the total solution of considering from the whole network aspect.
Summary of the invention
Technical problem to be solved by this invention is that the method for a cluster sms center and realization shunting disaster recovery thereof is provided.
In order to address the above problem, the invention discloses the method that a cluster sms center is realized shunting disaster recovery, comprising:
The sms center of trooping is collected the ability information that the sms center of originally trooping is handled resource, reach the superfluous calamity configured threshold of setting if judge the ability information of collected processing resource, then, carry out service distributing to other sms centers according to the superfluous calamity shunting scheme of the sms center of originally trooping.
Further, in the said method,
The ability information of handling resource comprise following one or more:
The ability of the ability of the ability of processing signaling resource, the resource of managing business, deal with data net.
Further, in the said method,
The content of described superfluous calamity shunting scheme comprises by shunting sms center sign, maximum shunt amount, minimum shunt volume, shunting type of service, shunting time started, shunting concluding time and shunting mode, wherein, shunting mode comprise at random, by main or called subscriber, by type of service, by the IP shunting mode.
Wherein, after the described sms center of trooping is collected the ability information of the sms center processing resource of originally trooping, the also available resources of definite sms center of originally trooping, and the coupled mutual described available resources of other sms centers of trooping;
Wherein, the available resources of the described sms center of trooping comprise following one or more:
The surplus capacity of the surplus capacity of the surplus capacity of processing signaling resource, the resource of managing business, deal with data net resource, the superfluous calamity priority of the sms center of trooping, the sms center function of trooping collection;
The described sms center function collection of trooping comprises the professional ability and the protocol capability of the sms center of trooping, and described professional ability comprises handles short message types, junk short message monitoring, SMS value-added service disposal ability.
The described available resources of sms center of trooping according to other coupled sms centers of trooping, determine the available sms center of trooping, and when the ability information of the processing resource of the sms center of originally trooping reaches the superfluous calamity configured threshold of setting, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to the determined available sms center of trooping.
The invention discloses a cluster sms center, comprise the monitoring resource subsystem at least and the control subsystem of trooping, wherein:
Described monitoring resource subsystem is used to the collection sms center of originally trooping and handles the ability information of resource;
The described control subsystem of trooping, be used to judge whether the ability information of the processing resource that described monitoring resource subsystem is collected reaches the superfluous calamity configured threshold of setting, and when the ability information of described processing resource reaches described superfluous calamity configured threshold, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to other sms centers.
Further, in the said short message in the heart, the ability information of handling resource comprise following one or more:
The ability of the ability of the ability of processing signaling resource, the resource of managing business, deal with data net.
Further, in the said short message in the heart, the content of described superfluous calamity shunting scheme comprises by shunting sms center sign, maximum shunt amount, minimum shunt volume, shunting type of service, shunting time started, shunting concluding time and shunting mode, wherein, shunting mode comprise at random, by main or called subscriber, by type of service, by the IP shunting mode.
Further, the described sms center of trooping also comprises communication subsystem,
The described control subsystem of trooping, the also ability information of handling resource according to the sms center of originally the trooping available resources of sms center of determining originally to troop;
Described communication subsystem is used for described available resources of trooping the definite sms center of originally trooping of control subsystem are sent to other coupled sms centers of trooping, and the available resources that receive described other sms centers of trooping;
Wherein, the available resources of the described sms center of trooping comprise following one or more:
The surplus capacity of the surplus capacity of the surplus capacity of processing signaling resource, the resource of managing business, deal with data net resource, the superfluous calamity priority of the sms center of trooping, the sms center function of trooping collection;
The described sms center function collection of trooping comprises the professional ability and the protocol capability of the sms center of trooping, and described professional ability comprises handles short message types, junk short message monitoring, SMS value-added service disposal ability.
Described communication subsystem, also the available resources with described other sms centers of trooping send to the described control subsystem of trooping;
The described control subsystem of trooping, available resources according to described other sms centers of trooping, determine the available sms center of trooping, and when the ability information of the processing resource of the sms center of originally trooping reaches the superfluous calamity configured threshold of setting, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to the determined available sms center of trooping.
Compared with prior art, technical solution of the present invention is by increasing the note cluster system, sms center is upgraded to the sms center of trooping, and the sms center of will trooping is interconnected, timing is the idle disposal ability of each sms center of trooping synchronously, and formulate superfluous calamity for the sms center of trooping and shunt scheme, troop sms center when the superfluous calamity of needs is shunted, according to the superfluous calamity resource of superfluous calamity shunting scheme application.When the superfluous calamity of processing is shunted, realized separating of professional and control.Stand in the height of the whole network, for operator provides the complete system-level solution of sms center shunting disaster recovery.Excavate the existing equipment potentiality, when promoting the note system reliability, also saved cost of investment for operator.
Description of drawings
Fig. 1 is the function logic structural representation of existing sms center;
Fig. 2 is the sms center system construction drawing of trooping in the present embodiment;
Fig. 3 is the structural representation of note cluster system shown in Figure 2;
Fig. 4 is a sms center of the present invention StarNet clustering technique system architecture;
Fig. 5 is the superfluous calamity shunting of the sms center of trooping an of the present invention process chart.
Embodiment
Below in conjunction with drawings and the specific embodiments, technical solution of the present invention is further described.
One cluster sms center as shown in Figure 2, comprises sms center and note cluster system.
Wherein, the note cluster system further comprises the monitoring resource subsystem, the control subsystem of trooping, communication subsystem and maintenance subsystem, as shown in Figure 3, and wherein:
Monitoring resource subsystem 320, link to each other with sms center 200, be used for monitoring short message center 200 and handle the ability information of various resources, further, the monitoring resource subsystem can comprise signaling process monitoring resource module 321, business processing resources monitoring module 322 and data network processing monitoring resource module 323;
Wherein, signaling process monitoring resource module 321 is used to collect ability that the signal resource of sms center 200 handles that links to each other (as, the quantity of processing signaling in the unit interval) and running state information;
Business processing resources monitoring module 322 is used to collect ability that the service resources of sms center 200 handles that links to each other (as, the quantity of managing business in the unit interval) and running state information;
Data network is handled monitoring resource module 323, is used to collect ability that the data network resource of sms center 200 handles that links to each other (as, the quantity of deal with data in the unit interval) and running state information.
The control subsystem 340 of trooping, be used to receive the ability information of the various resources of processing of the collected sms center 200 of above-mentioned monitoring resource subsystem 320, and determine the available resource information of sms center 200 according to this ability information, for sms center 200 is formulated superfluous calamity shunting scheme, and according to the superfluous calamity configured threshold of configured in advance, whether the real-time judge sms center of originally trooping aspect fault or overload (being that current one or more parameter values are lower than superfluous calamity configured threshold) occur, when whether the sms center of originally trooping aspect fault or overload occur, carry out service distributing according to the superfluous calamity shunting scheme of being formulated;
Wherein, the content of the superfluous calamity shunting scheme that the control subsystem of trooping 340 is formulated comprises by shunting sms center sign, maximum shunt amount, minimum shunt volume, shunting type of service, shunting time started, shunts information such as concluding time and shunting mode, and shunting mode comprises at random, by calling/called user, by type of service, by modes such as IP; Superfluous calamity configured threshold comprises following one or more threshold values:
The sms center signaling processing ability of trooping threshold value, traffic handing capacity threshold value, data network reason capacity threshold.
Communication subsystem 360 is used to note cluster system 300 that communication interface is provided, and further, communication subsystem 360 can comprise control communication module 361, newsletter module 362 and standard communication module 363;
Control communication module 361, control communication between the control subsystem 340 is used to realize trooping, for example, mutual sms center 200 states between the control subsystem 340 that are used to troop also realize that maintenance subsystem 380 and the communication of trooping between the control subsystem 340 are mutual simultaneously;
Newsletter module 362, the newsletter between the control subsystem 320 of realizing trooping is applied to the short message shunting;
Standard communication module 363, realization is based on SMPP (Simple Network Management Protocol, Simple NetworkManagement Protocol), one or more of UCP, CIMD (message issue computer interface, Computer InterfaceMessage Distribution) agreement.
Maintenance subsystem 380 is used to note cluster system 300 that Operation and Maintenance is provided, and further, maintenance subsystem 380 can comprise Configuration Manager 381, alarm management module 382 and log pattern 383;
Configuration Manager 381 is used to note cluster system 300 to preserve configuration setting;
Wherein, strategy of superfluous calamity shunting scheme or the like is formulated in the configuration of other sms centers that configuration device comprises superfluous calamity configured threshold, received, superfluous calamity configured threshold comprise following one or more:
The superfluous calamity configured threshold of the superfluous calamity configured threshold of processing signaling resource, the resource of managing business, the superfluous calamity configured threshold of deal with data net.
Log pattern 383 is used for the register system daily record.
In other application scenarioss, as shown in Figure 4, aforesaid some sms centers of trooping are that Y-connection is formed at the center with the non-sms center of trooping, and the promptly non-sms center and trooping between the sms center of trooping can be based on any or several connecting in standard SMPP, UCP, the CIMD agreement.Like this, when the non-sms center of trooping broke down, the sms center of trooping just can receive the shunting business of the non-sms center of trooping; And dispose according to the superfluous calamity of the sms center of trooping, when the sms center of trooping breaks down, also can carry out service distributing to the non-sms center of trooping.Promptly, the control subsystem 340 of trooping, also the available resource information of the sms center of originally trooping is sent to other sms centers of trooping by communication subsystem 360, receive the available resource information of other sms centers of trooping simultaneously, available resources according to other sms centers of trooping, determine the available sms center of trooping, and when the ability information of the processing resource of the sms center of originally trooping reaches the superfluous calamity configured threshold of setting, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to the determined available sms center of trooping.In the preferred scheme, the control subsystem of trooping can also be adjusted superfluous calamity shunting scheme according to the available resource information of other sms centers of trooping, for example, and according to the available resource information of all sms centers of trooping in the whole network, adjust superfluous calamity shunting scheme, to increase network utilization.
Be example with the network architecture shown in Figure 4 below, illustrate that the above-mentioned sms center of trooping realizes the detailed process of superfluous calamity shunting, this process comprises the steps: as shown in Figure 5
In this step, the control subsystem of trooping by the note cluster system starts timer, the monitoring resource subsystem is collected the ability information that the sms center of originally trooping is handled various resources, the ability information of handling various resources comprises the information of processing signaling resource, the information of the information of the resource of managing business and deal with data net resource, wherein, the information of processing signaling resource further comprises the ability and the running state information of processing signaling resource, the information of the resource of managing business further comprises the ability and the running state information of the resource of managing business, and the information of deal with data net resource further comprises the ability and the running state information of deal with data net resource;
In this step, the resource information of the sms center of originally trooping that the control subsystem of trooping of sms center of trooping is collected according to the monitoring resource subsystem, the available resource information of definite sms center of originally trooping, wherein, available resource information comprises the signaling process surplus capacity, the Business Processing surplus capacity, data network is handled surplus capacity, information such as the superfluous calamity priority of the sms center of trooping and the sms center function collection of trooping, the sms center function of trooping collection information, comprise troop sms center professional ability and protocol capability, professional ability comprises the processing short message types, the junk short message monitoring, SMS value-added service disposal ability etc., protocol capability comprises MAP, SMPP, UCP, CIMD etc.
In this step, after the control subsystem of trooping is collected the available resource information of other sms centers of trooping, adjust and formulate superfluous calamity shunting scheme, wherein, the content of the superfluous calamity shunting scheme after adjusting or formulating comprises by shunting sms center sign, maximum shunt amount, minimum shunt volume, shunting type of service, shunting time started, shunts information such as concluding time and shunting mode, and shunting mode comprises at random, by calling/called user, by type of service, by modes such as IP.
In this step, the control subsystem of trooping of sms center of trooping is carried out decision operation, particularly, the control subsystem of trooping judges whether the ability of the sms center processing resource of originally trooping reaches superfluous calamity configured threshold, if, think that then aspect fault or overload have appearred in the sms center of originally trooping, wherein, superfluous calamity configured threshold comprises following one or more threshold values:
The sms center signaling processing ability of trooping threshold value, traffic handing capacity threshold value, data network reason capacity threshold.
In this step, troop troop in the sms center control subsystem by the control communication module to the superfluous calamity shunting of other available sms center applications of trooping resource, wherein, originally troop the control subsystem of trooping of sms center according to the available resource information that other sms centers of trooping send, determine which sms center of trooping is the available sms center of trooping.
Step 506 is received the application that other available sms centers of trooping send when the sms center of trooping and is responded, and then begins to carry out superfluous calamity shunting to this available sms center of trooping;
In this step, after the control subsystem of trooping of the sms center of trooping receives that application is responded, carry out superfluous calamity shunting to the available sms center of trooping by the newsletter module.
In other application scenarioss, the sms center of trooping can also carry out superfluous calamity shunting to other non-sms centers of trooping, particularly, the ability that can set in advance the sms center of will trooping when the sms center of trooping needs service distributing is divided a part to the non-sms center of trooping, and sms center is realized shunting disaster recovery for trooping.
From the foregoing description as can be seen, technical solution of the present invention is by increasing the note cluster system, sms center is upgraded to the sms center of trooping, and the sms center of will trooping is interconnected, timing is the idle disposal ability of each sms center of trooping synchronously, and formulate superfluous calamity for the sms center of trooping and shunt scheme, troop sms center when the superfluous calamity of needs is shunted, according to the superfluous calamity resource of superfluous calamity shunting scheme application.When the superfluous calamity of processing is shunted, realized separating of professional and control.And for operator provides the complete system-level solution of sms center shunting disaster recovery.Excavate the existing equipment potentiality, when promoting the note system reliability, also saved cost of investment for operator.
More than describe operation principle of the present invention in detail, but this just for the ease of understanding for the embodiment of a visualization, do not constitute qualification to protection range of the present invention.Under the situation that does not deviate from spirit of the present invention and essence thereof, those skilled in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. a cluster sms center is realized the method for shunting disaster recovery, it is characterized in that this method comprises:
The sms center of trooping is collected the ability information that the sms center of originally trooping is handled resource, reach the superfluous calamity configured threshold of setting if judge the ability information of collected processing resource, then, carry out service distributing to other sms centers according to the superfluous calamity shunting scheme of the sms center of originally trooping.
2. the method for claim 1 is characterized in that,
The ability information of handling resource comprise following one or more:
The ability of the ability of the ability of processing signaling resource, the resource of managing business, deal with data net.
3. the method for claim 1 is characterized in that,
The content of described superfluous calamity shunting scheme comprises by shunting sms center sign, maximum shunt amount, minimum shunt volume, shunting type of service, shunting time started, shunting concluding time and shunting mode, wherein, shunting mode comprise at random, by main or called subscriber, by type of service, by the IP shunting mode.
4. as claim 1,2 or 3 described methods, it is characterized in that,
After the described sms center of trooping is collected the ability information of the sms center processing resource of originally trooping, the also available resources of definite sms center of originally trooping, and the coupled mutual described available resources of other sms centers of trooping;
Wherein, the available resources of the described sms center of trooping comprise following one or more:
The surplus capacity of the surplus capacity of the surplus capacity of processing signaling resource, the resource of managing business, deal with data net resource, the superfluous calamity priority of the sms center of trooping, the sms center function of trooping collection;
The described sms center function collection of trooping comprises the professional ability and the protocol capability of the sms center of trooping, and described professional ability comprises handles short message types, junk short message monitoring, SMS value-added service disposal ability.
5. method as claimed in claim 4 is characterized in that,
The described available resources of sms center of trooping according to other coupled sms centers of trooping, determine the available sms center of trooping, and when the ability information of the processing resource of the sms center of originally trooping reaches the superfluous calamity configured threshold of setting, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to the determined available sms center of trooping.
6. a cluster sms center is characterized in that, this system comprises the monitoring resource subsystem and the control subsystem of trooping at least, wherein:
Described monitoring resource subsystem is used to the collection sms center of originally trooping and handles the ability information of resource;
The described control subsystem of trooping, be used to judge whether the ability information of the processing resource that described monitoring resource subsystem is collected reaches the superfluous calamity configured threshold of setting, and when the ability information of described processing resource reaches described superfluous calamity configured threshold, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to other sms centers.
7. sms center as claimed in claim 6 is characterized in that,
The ability information of handling resource comprise following one or more:
The ability of the ability of the ability of processing signaling resource, the resource of managing business, deal with data net.
8. sms center as claimed in claim 6 is characterized in that,
The content of described superfluous calamity shunting scheme comprises by shunting sms center sign, maximum shunt amount, minimum shunt volume, shunting type of service, shunting time started, shunting concluding time and shunting mode, wherein, shunting mode comprise at random, by main or called subscriber, by type of service, by the IP shunting mode.
9. as claim 6,7 or 8 described sms centers, it is characterized in that the described sms center of trooping also comprises communication subsystem,
The described control subsystem of trooping, the also ability information of handling resource according to the sms center of originally the trooping available resources of sms center of determining originally to troop;
Described communication subsystem is used for described available resources of trooping the definite sms center of originally trooping of control subsystem are sent to other coupled sms centers of trooping, and the available resources that receive described other sms centers of trooping;
Wherein, the available resources of the described sms center of trooping comprise following one or more:
The surplus capacity of the surplus capacity of the surplus capacity of processing signaling resource, the resource of managing business, deal with data net resource, the superfluous calamity priority of the sms center of trooping, the sms center function of trooping collection;
The described sms center function collection of trooping comprises the professional ability and the protocol capability of the sms center of trooping, and described professional ability comprises handles short message types, junk short message monitoring, SMS value-added service disposal ability.
10. sms center as claimed in claim 9 is characterized in that,
Described communication subsystem, also the available resources with described other sms centers of trooping send to the described control subsystem of trooping;
The described control subsystem of trooping, available resources according to described other sms centers of trooping, determine the available sms center of trooping, and when the ability information of the processing resource of the sms center of originally trooping reaches the superfluous calamity configured threshold of setting, according to the superfluous calamity shunting scheme of the sms center of originally trooping, carry out service distributing to the determined available sms center of trooping.
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| CN200910174986A CN101715252A (en) | 2009-10-27 | 2009-10-27 | Cluster short message center and method for shunting disaster recovery therefor |
| PCT/CN2010/071393 WO2010145262A1 (en) | 2009-10-27 | 2010-03-29 | Cluster short message center and method for realizing disaster tolerance shunting thereof |
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| CN102143563A (en) * | 2010-07-30 | 2011-08-03 | 华为技术有限公司 | Control method, equipment and systems of short message center cluster |
| WO2012013057A1 (en) * | 2010-07-30 | 2012-02-02 | 华为技术有限公司 | Method, equipment and system for controlling short message center cluster |
| CN102137357A (en) * | 2010-09-29 | 2011-07-27 | 华为软件技术有限公司 | Method, system and related equipment for generating status report |
| CN102681911A (en) * | 2011-03-09 | 2012-09-19 | 腾讯科技（深圳）有限公司 | System and method of disaster tolerance for configuration centers |
| CN104080120A (en) * | 2013-03-29 | 2014-10-01 | 中兴通讯股份有限公司 | Monitoring method and device and short message center local point |
| WO2014153920A1 (en) * | 2013-03-29 | 2014-10-02 | 中兴通讯股份有限公司 | Monitoring method, device and short message central office |
| CN104080120B (en) * | 2013-03-29 | 2018-05-08 | 中兴通讯股份有限公司 | A kind of monitoring method, device and short message service center office point |
| WO2019021452A1 (en) * | 2017-07-28 | 2019-01-31 | 三菱電機株式会社 | Drive device, compressor, air conditioner, and method for driving embedded permanent magnet-type electric motor |
| JPWO2019021452A1 (en) * | 2017-07-28 | 2019-11-07 | 三菱電機株式会社 | DRIVE DEVICE, COMPRESSOR, AIR CONDITIONER, AND METHOD FOR DRIVING PERMANENT MAGNET EMBEDDED MOTOR |
| CN110650059A (en) * | 2019-10-12 | 2020-01-03 | 上海陆家嘴国际金融资产交易市场股份有限公司 | Fault cluster detection method, device, computer equipment and storage medium |
| CN110650059B (en) * | 2019-10-12 | 2022-06-10 | 未鲲(上海)科技服务有限公司 | Fault cluster detection method, device, computer equipment and storage medium |
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|---|---|
| WO2010145262A1 (en) | 2010-12-23 |
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