CN106572484A - Frequent online/offline user mobility management method and device, SCOP and MME - Google Patents
Frequent online/offline user mobility management method and device, SCOP and MME Download PDFInfo
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- CN106572484A CN106572484A CN201510658226.5A CN201510658226A CN106572484A CN 106572484 A CN106572484 A CN 106572484A CN 201510658226 A CN201510658226 A CN 201510658226A CN 106572484 A CN106572484 A CN 106572484A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/02—Arrangements for optimising operational condition
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- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
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- H04W28/08—Load balancing or load distribution
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Abstract
The invention provides a frequent online/offline user mobility management method and device, a SCOP and a MME. The method applied to the network self-configuration self-optimization platform (SCOP) comprises steps that signaling information of multiple users within a preset time segment is acquired; according to the signaling information, frequent online/offline users are screened from the multiple users; a first configuration message used for prolonging duration of inactive timers of the frequent online/offline users is sent to the mobile management entity (MME). Through the method, the frequent online/offline users are configured with different network-in and network-out parameters, network-in and network-out signaling sending frequency is reduced, signaling storm impact on the network can be avoided, network burden is reduced, and network resources are saved.
Description
Technical field
The present invention relates to communication technical field, more particularly to frequently go up offline user motion management method,
Device, SCOP and MME.
Background technology
Third generation partner program (3rd Generation Partnership Project, 3GPP) tissue is in order to increase
The competitiveness of strong future network, in the R8 stages Long Term Evolution (Long Term Evolution, LTE) is started
With the standard formulation of System Architecture Evolution (System Architecture Evolution, SAE) two big big events
Work.In terms of core net, brand-new pure packet domain core network architectural framework is introduced, as shown in Figure 1.
Wherein, in Fig. 1 access network (E-UTRAN) mainly realizes radio resource management function, correspondence
Network element be base station (eNodeB).Mobile management entity (MME) is provided is used for LTE access networks
Major control, and be responsible for the mobile management of core network, including paging, security control, core net
Carry the mobility control etc. of control and terminal in idle condition.Gateway (S-GW) is responsible for user
The transmission of the user plane data of terminal (UE), forwarding and route handoff etc., while also serving as eNodeB
Between mutually during transmission user plane mobile anchor point, and as the shifting of LTE and other 3GPP technologies
Dynamic property anchor point.Public data network gateway (P-GW) is the gateway towards public data network (PDN), main
It is responsible for based on the packet filtering function of user, the agreement (IP) interconnected between Lawful intercept function, the network of UE
Address allocation function, the packet marking of downstream transmission layer, charging, gate, service quality (QoS) control
System, carrying control etc..The CAMEL-Subscription-Information management of the main responsible user of home signature user server (HSS),
Authentication.Policy and Charging Rules Function (PCRF) the mainly policy, billing of responsible user and strategy control
System.
Now the LTE network of each operator's actual deployment is essentially all to be disposed according to above-mentioned framework,
Individual operators are optional to deploy PCRF.
For the normally and efficiently operation of Logistics networks, eNodeB, MME, S-GW, P-GW, HSS,
All need to configure various parameters in the network elements such as PCRF, carry out each network element energy collaborative work in Logistics networks.These
Configuration parameter includes the length of the various timers, size of various thresholdings, the height of various priority, various
Local control strategy etc..These configuration parameters are all at present the local static configurations on network element, or by behaviour
Make the long-range static configuration of maintenance system (Operation Administration and Maintenance, OAM),
And major part is the other configuration of NE-level, seldom has and configure different parameters for individual consumer.
Thus existing network element parameter configuration mode has some limitations, e.g., can only static configuration, nothing
Method according to number of users or user behavior or user type etc. in running status, the network of network element come dynamic adjustment,
The different network element parameter of different user configurings cannot be directed to.Especially, when the user in network frequently reaches the standard grade
With it is offline when, many signalings can be transmitted across, so as to cause network burden, cause signaling storm to rush network
Hit so that network operation inefficiency, network resources waste.
The content of the invention
Because user frequently goes up offline caused network operation inefficiency, network money in order to overcome prior art
The problem that source wastes, The embodiment provides frequently going up the motion management method of offline user, dress
Put, SCOP and MME, can frequently go up the different networking of offline user configuring and logout for belonging to
Parameter, so as to reduce the transmission networked with logout signaling, it is to avoid signaling storm is impacted to network.
In order to solve above-mentioned technical problem, the present invention is adopted the following technical scheme that：
According to the one side of the embodiment of the present invention, there is provided a kind of mobile management for frequently going up offline user
Method, is applied to aspect of network self-configuration self-optimizing platform (SCOP), the SCOP and evolution block core
Network element connection in EPC networks, and/or detect the Data Synthesis service in DPI systems with uniform depth bag
Device connects；
Methods described includes：
Obtain signaling information of multiple users in preset time period；
According to the signaling information, filter out from the plurality of user and frequently go up offline user；
Send for extending the inactive timing for frequently going up offline user to mobile management entity MME
First configuration message of the duration of device.
Wherein, in such scheme, the signaling information includes that user sets up and discharge radio resource control RRC
The signaling of connection.
Wherein, it is described according to the signaling information in such scheme, frequency is filtered out from the plurality of user
The step of numerous offline user, includes：
The signaling of RRC connections is set up and discharged according to the user, and the statistics user is when described default
Between upper offline number of times in section, obtain the state change frequency of the user；
The state change frequency of the user is judged whether more than the first predetermined threshold, if so, the then user
Belong to and frequently go up offline user.
Wherein, in such scheme, it is described obtain multiple users in preset time period signaling information the step of
For：
Receive the signaling information of multiple users that the MME reports in the preset time period；Or
Multiple users are received in Data Synthesis server from the unified DPI systems when described default
Between signaling information in section.
Wherein, in such scheme, according to the signaling information, filter out from the plurality of user on frequently
After the step of offline user, methods described also includes：
Whether the duration for judging the non-inactive timer for frequently going up offline user is original duration, wherein, institute
The acquiescence duration of inactive timer described in a length of EPC networks when stating original；
If it is not, then to the MME send by recover it is described it is non-frequently go up offline user it is inactive based on
When device when a length of original duration second configuration message；
If so, flow process is then terminated.
According to the other side of the embodiment of the present invention, a kind of mobility for frequently going up offline user is additionally provided
Management method, is applied to mobile management entity MME, and methods described includes：
Receive aspect of network self-configuration self-optimizing platform SCOP transmissions frequently goes up the non-of offline user for extending
First configuration message of the duration of active timer, wherein, it is described that frequently to go up offline user be the SCOP
According to signaling information of multiple users in preset time period, filter out from the plurality of user, it is described
SCOP is connected with the network element in evolution block core EPC networks, and/or detects DPI with uniform depth bag
Data Synthesis server connection in system；
According to the described first configuration message, extend the duration of the inactive timer for frequently going up offline user.
Wherein, in such scheme, it is described receive that aspect of network self-configuration self-optimizing platform SCOP sends for prolonging
After the step of length frequently goes up the first configuration message of the duration of the inactive timer of offline user, the side
Method also includes：
Signaling information of the plurality of user in the preset time period is reported to the SCOP.
Wherein, in such scheme, the signaling information includes that user sets up and discharge radio resource control RRC
The signaling of connection.
Wherein, in such scheme, it is described receive that aspect of network self-configuration self-optimizing platform SCOP sends for prolonging
After the step of length frequently goes up the first configuration message of the duration of the inactive timer of offline user, the side
Method also includes：
Receive that the SCOP sends for recovering the non-inactive timer for frequently going up offline user
When a length of original duration second configuration message, wherein, when described original in a length of EPC networks
The acquiescence duration of the inactive timer；
According to the described second configuration message, recover the non-inactive timer for frequently going up offline user when
A length of original duration.
According to the other side of the embodiment of the present invention, a kind of mobility for frequently going up offline user is additionally provided
Managing device, is applied to aspect of network self-configuration self-optimizing platform SCOP, the SCOP and evolution block core
Network element connection in EPC networks, and/or detect the Data Synthesis service in DPI systems with uniform depth bag
Device connects；
Described device includes：
Acquisition module, for obtaining signaling information of multiple users in preset time period；
Screening module, for according to the signaling information, filter out from the plurality of user frequently go up it is offline
User；
First sending module, for mobile management entity MME send for extend it is described frequently go up it is offline
First configuration message of the duration of the inactive timer of user.
Wherein, in such scheme, the signaling information includes that user sets up and discharge radio resource control RRC
The signaling of connection.
Wherein, in such scheme, the screening module includes：
Statistic unit, for the signaling of RRC connections to be set up and discharged according to the user, counts the use
Upper offline number of times of the family in the preset time period, obtains the state change frequency of the user；
Performance element, for whether judging the state change frequency of the user more than the first predetermined threshold, if
It is that then the user belongs to and frequently goes up offline user.
Wherein, in such scheme, the acquisition module specifically for：
Receive the signaling information of multiple users that the MME reports in the preset time period；Or
Multiple users are received in Data Synthesis server from the unified DPI systems when described default
Between signaling information in section.
Wherein, in such scheme, described device also includes：
Judge module, for judging whether the duration of the non-inactive timer for frequently going up offline user is original
Duration, wherein, the acquiescence duration of inactive timer described in a length of EPC networks when described original；
Second sending module, for when the judged result of the judge module is no, sending out to the MME
Send the when a length of original duration for recovering the non-inactive timer for frequently going up offline user
Second configuration message, when the judged result of the judge module is to be, terminates flow process.
According to the other side of the embodiment of the present invention, a kind of aspect of network self-configuration self-optimizing platform is additionally provided
SCOP, including the mobile management device for frequently going up offline user described above.
According to the other side of the embodiment of the present invention, a kind of mobility for frequently going up offline user is additionally provided
Managing device, is applied to mobile management entity MME, and described device includes：
First receiver module, for receive aspect of network self-configuration self-optimizing platform SCOP transmission for extend frequency
The duration of the inactive timer of numerous offline user first configuration message, wherein, it is described frequently go up it is offline
User is signaling informations of the SCOP according to multiple users in preset time period, from the plurality of user
In filter out, the SCOP is connected with the network element in evolution block core EPC networks, and/or with system
Data Synthesis server connection in one deep-packet detection DPI system；
Extend module, for according to the described first configuration message, extending the non-live for frequently going up offline user
The duration of dynamic timer.
Wherein, in such scheme, described device also includes：
Reporting module, for reporting letter of the plurality of user in the preset time period to the SCOP
Make information.
Wherein, in such scheme, the signaling information includes that user sets up and discharge radio resource control RRC
The signaling of connection.
Wherein, in such scheme, described device also includes：
Second receiver module, non-offline use is frequently gone up for receiving that the SCOP sends for recovering described
The inactive timer at family when a length of original duration second configuration message, wherein, it is a length of when described original
The acquiescence duration of inactive timer described in the EPC networks；
Recovery module, for according to the described second configuration message, recovering described and non-frequently going up the non-of offline user
When a length of original duration of active timer.
According to the other side of the embodiment of the present invention, a kind of mobile management entity MME is additionally provided, wrapped
Include the mobile management device for frequently going up offline user described above.
The beneficial effect of the embodiment of the present invention is：
The motion management method for frequently going up offline user of the embodiment of the present invention, can lead in network busy
Cross and obtain the user being in EPC in a certain region signaling information within a predetermined period of time, and according to letter
Information is made, is filtered out to belong in the multi-user that comforms and is frequently gone up offline user, and then frequently gone up for these offline
User configuring network accordingly and logout parameter, reduce the transmission into signaling, reduce the burden of network, from
And impact of the signaling storm to network is avoided, and then network operation efficiency is improved, save Internet resources.
Description of the drawings
Fig. 1 represents the system architecture diagram of EPC networks in prior art；
Fig. 2 represents the mobile management side for frequently going up offline user for being applied to SCOP of the embodiment of the present invention
The flow chart of method；
Fig. 3 represents the mobile management side for frequently going up offline user for being applied to MME of the embodiment of the present invention
The flow chart of method；
Fig. 4 represents the mobile management dress for frequently going up offline user for being applied to SCOP of the embodiment of the present invention
The structured flowchart put；
Fig. 5 represents the structured flowchart of the screening module of the embodiment of the present invention；
Fig. 6 represents the mobile management dress for frequently going up offline user for being applied to MME of the embodiment of the present invention
The structured flowchart put；
Fig. 7 is represented involved by the motion management method for frequently going up offline user of the embodiment of the present invention
The connection diagram of existing network element in SCOP and EPC networks；
Fig. 8 is represented involved by the motion management method for frequently going up offline user of the embodiment of the present invention
The system architecture diagram of SCOP.
Specific embodiment
The exemplary embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although showing in accompanying drawing
The exemplary embodiment of the disclosure, it being understood, however, that may be realized in various forms the disclosure and should not be by
Embodiments set forth here is limited.On the contrary, there is provided these embodiments are able to be best understood from this
It is open, and can by the scope of the present disclosure it is complete convey to those skilled in the art.
Embodiment one
According to the one side of the embodiment of the present invention, there is provided a kind of mobile management for frequently going up offline user
Method, the method first, obtains signaling information of multiple users in preset time period；Then, according to
The signaling information, filters out from the plurality of user and frequently goes up offline user；Finally, to mobile management
Entity MME send for extend the duration of the inactive timer for frequently going up offline user first
Configuration message.
Therefore, the motion management method for frequently going up offline user of the embodiment of the present invention, can be according to user
Signaling information to comform filter out to belong in multi-user and frequently go up offline user, and for this kind of user configuring
Different networking and logout parameter so that such user reduce network and logout signaling transmission, and then reduce
Network burden, improves network operation efficiency.
The motion management method for frequently going up offline user of the embodiment of the present invention, is applied to SCOP, such as schemes
Shown in 8, the SCOP point is three layers：Interface layer, intermediate treatment layer, application layer.Wherein, bear for this three layers
The major function of duty is as follows：
Interface layer：Interface layer is responsible for being connected with each network element in EPC networks and unified DPI platforms, enters
Line link sets up collection, the net of the link managements, net element information and subscriber signaling information data surface information such as deletion
Network configuration parameter is issued.
Intermediate treatment layer is responsible for pre-processing the information that SCOP is received, and for example, filters out normal traffic
Subscriber signaling in model scope, will only fall user outside normal traffic model and its signaling issues APP
Layer.Intermediate treatment layer is also responsible for receiving the network configuration parameters from APP layers, and passes through interface layer,
Specific network element is handed down to by interface layer.
Application layer receives the net element information and subscriber signaling information data surface information from intermediate treatment layer, and leads to
Appropriate algorithm is crossed, the network configuration parameters that network can be made optimum are derived, and is handed down to intermediate treatment layer.
Wherein, the interface between application layer and intermediate treatment layer, i.e. API1, it is possible to use software architecture
(Restful) interface mode, interface message form is fixed, and facilitates third party to develop APP according to demand.
In addition, a network element of the SCOP platforms as EPC networks, its graph of a relation with existing other network elements
As shown in Figure 7.Wherein, existing network element in the network element and EPC networks (eNodeB- base stations,
The base station transceiver of the base station transceiver/3G network of BTS/NodeB-2G networks, BSC/RNC- base stations
Controller/radio network controller, MME/SGSN- Mobility Management Entity/Serving GPRS Support Node,
SAE GW/GGSN-SAE gateway/gateway GPRS Support Nodes, PCRF- strategies and charge execution function
Unit, wherein SAE GW include S-GW and P-GW) it is direct-connected, or by the transfer of OAM systems (such as
ENodeB connects wireless OAM systems, and wireless OAM systems connect SCOP).SCOP and each network element
Interface protocol using diameter, SOAP or other self-defining agreements.Another SCOP also may be used
To be connected with the Data Synthesis server in unified DPI frameworks.
As shown in Fig. 2 the method includes：
The signaling information of step 21, the multiple users of acquisition in preset time period.
In numerous users in EPC networks, according to the difference with net situation, certain user generally requires
Continually connect network within certain time, be then turned off network, i.e., continually go up offline.For example, one
In the middle of it, with the busy of net typically between early 8 points to late 10 points, therefore, if certain user during this period
Frequently go up offline, then may be such that network occurs abnormal, for example, network operation efficiency is low, so that
Obtain user experience effect on driving birds is not good.
In order to solve the above problems, it is many to obtain that the time that can occur for problem predefines a time period
Signaling information in the individual user preset time period.For example, from 8 points to late 10 points of the morning with net busy
Arbitrarily choose a time period, such as one hour or two hours.Certainly, for preset time period
Concrete duration is not limited to this.
Wherein, network user's nationwide, but for network in all parts of the country, according to certain area
Domain is managed.For example, find that network operation efficiency is low at regional A, then only need to can obtain in ground
User in area A pointedly solves being asked with net for regional A in the signaling information of preset time period with this
Topic.
Step 22, according to the signaling information, filter out from the plurality of user and frequently go up offline user.
Wherein, signaling information includes that user sets up and discharge the signaling of RRC connections.User is setting up net
When network connects, need to send and set up connection signaling, when exitting network, then need to send release connection signaling.
Therefore, offline user is frequently gone up in order to which user being filtered out from numerous network users belonging to, can
With according to these foundation connection signalings and release connection signaling.
Specifically, for example altogether including 90 foundation of user B in the signaling information for obtaining in step 21
RRC connects signaling, 90 release RRC connection signalings, and the default time period is a hour.Then exist
Within this hour, it is 90 that the user B goes up altogether the state change frequency of offline 90 times, i.e. the user B
Secondary/hour.But, it is general, for using net busy, the state change frequency arranged in traffic model
Reference value be 30 times/hour, it follows that the state change frequency of the user B is three times of reference value.
Additionally, through multiple statistical analysis, when the state change frequency of certain user exceedes in traffic model
When 2～3 times of the reference value of state change frequency, and when there is multiple such users in a network, so that it may
Can cause Network Abnormal.So, when offline user on frequently is screened from multiple users, can be by state
Change one threshold value of frequency setting, for example, first threshold is set as 60 times/hour, when the shape of some user
When state changes frequency and is more than the first predetermined threshold value, the user just belongs to and frequently goes up offline user, otherwise belongs to non-
Frequently go up offline user.
In addition, for signaling information, SCOP can be obtained by way of MME is reported, or from institute
State in the Data Synthesis server in unified DPI systems and receive.So, signaling information is in MME or system
In Data Synthesis server in one DPI systems, the transmission time and signaling type for every signaling,
All should correspondingly preserve.For example, what the transmission time and release RRC for setting up RRC connection signalings connected
Signaling time.So, according to user, signaling in preset time period sends the time and can count the user
In the time and the time in Idle state of connected state within this time, so as to obtain a connected state
With the duration ratio of Idle state.
Wherein, in the relevant reference value of traffic model, including the reference of connected state and Idle state ratio duration
Value, for example, generally 15%～17%.Additionally, through empirical statistics analysis, connected state and Idle state ratio
Example duration belongs to outside traffic model in user outside this range, then the user belongs to abnormal use
Network users, for example, may belong to and frequently go up offline user.Therefore, can be by connected state and Idle state duration ratio
The additional conditions of offline user are frequently gone up as screening.
Step 23, send to mobile management entity MME and described frequently go up the non-of offline user for extending
First configuration message of the duration of active timer.
Typically can be that the inactive timer of user sets an original duration, typically in EPC networks
For 10 seconds.Once more than the link that this time will be the interface that user breaks user access network, it is
Be protection interface-free resources.Certainly the foundation of link and tear chain open and be required for network signal.Therefore, by extending
The duration of inactive timer (inactive timer) preventing from frequent link setup and tearing chain open, so as to reduce net
Network signaling.
In addition, for the concrete time lengthening for needing the inactive timer by offline user frequently go up is to how much,
Need depending on existing network demand.
Wherein, for the motion management method for frequently going up offline user of the embodiment of the present invention, can basis
Depending on the use demand of network manager.For example, the network manager in somewhere was had found in some time period
There is exception in interior network, then can pass through the motion management method for frequently going up offline user of the embodiment of the present invention,
Find out and frequently go up offline user, and the duration of the inactive timer of such user is extended, so as to reduce
The burden that network signal is produced to network.Or, according to pests occurrence rule of the network manager to abnormal conditions,
Formulate an execution cycle so that SCOP can be according to the execution cycle formulated, and the cycle performs the once present invention
The motion management method for frequently going up offline user of embodiment.
Additionally, for the user of the duration for extending once inactive timer, may be when ensuing
It is interior, be no longer belong to frequently go up offline user, then after above-mentioned steps 22, the embodiment of the present invention
The motion management method of offline user is frequently gone up, also needs to include：
Whether the duration for judging the non-inactive timer for frequently going up offline user is original duration, wherein, institute
The acquiescence duration of inactive timer described in a length of EPC networks when stating original；
If it is not, then to the MME send by recover it is described it is non-frequently go up offline user it is inactive based on
When device when a length of original duration second configuration message；
If so, flow process is then terminated.
By above-mentioned steps, a certain user can be avoided when offline user on frequently is belonged to for the second time, it is another
The secondary duration for extending inactive timer, and cause network extra problem occur.
Embodiment two
According to the other side of the embodiment of the present invention, a kind of mobility for frequently going up offline user is additionally provided
Management method, is applied to MME, and the method first, receives aspect of network self-configuration self-optimizing platform SCOP
The the first configuration message for extending the duration of the inactive timer for frequently going up offline user for sending；Then,
According to the described first configuration message, extend the duration of the inactive timer for frequently going up offline user.
Therefore, the motion management method for frequently going up offline user of the embodiment of the present invention, is connect by MME
The relevant configuration message that SCOP sends is received, and corresponding process is performed according to the configuration message, will be frequent
The duration of the inactive timer of upper offline user extends, and the transmission of signaling is reduced with this, is that network reduces
Burden.
As shown in figure 3, the method includes：
Step 31, receive that aspect of network self-configuration self-optimizing platform SCOP sends for extend frequently go up it is offline
First configuration message of the duration of the inactive timer of user.
Wherein, it is described frequently go up offline user be the SCOP according to multiple users in preset time period
Signaling information, filters out from the plurality of user, the SCOP and evolution block core EPC nets
Network element connection in network, and/or detect that the Data Synthesis server in DPI systems is connected with uniform depth bag.
Wherein, signaling information includes that user sets up and discharge the signaling of radio resource control RRC connection.And
The signaling information can inform SCOP by way of MME is reported so that SCOP can be according to this
Signaling information to be comformed filter out in multi-user and frequently goes up offline user.
Step 32, according to the described first configuration message, extend the inactive meter for frequently going up offline user
When device duration.
MME is received after the first configuration message, can extend its inactive timing for frequently going up offline user
The duration of device, so as to reduce network and logout signaling transmission, it is to avoid signaling storm is impacted to network,
Network burden is reduced, Internet resources are saved.
Further, after step 31, methods described also includes：
Receive that the SCOP sends for recovering the non-inactive timer for frequently going up offline user
When a length of original duration second configuration message, wherein, when described original in a length of EPC networks
The acquiescence duration of the inactive timer；
According to the described second configuration message, recover the non-inactive timer for frequently going up offline user when
A length of original duration.
In sum, the mobile management device for frequently going up offline user of the embodiment of the present invention, can comform
Filter out in multi-user and frequently go up offline user and non-frequently goes up offline user, and for different types of user
Inactive timer the different durations of configuration, so as to alleviate network burden, and it is continuous to avoid generation
Repeatedly extend the generation of the phenomenon of the duration of the inactive timer of same user.
Embodiment three
According to the other side of the embodiment of the present invention, a kind of mobility for frequently going up offline user is additionally provided
Managing device, is applied to aspect of network self-configuration self-optimizing platform SCOP, the SCOP and evolution block core
Network element connection in EPC networks, and/or detect the Data Synthesis service in DPI systems with uniform depth bag
Device connects；As shown in figure 4, the device includes：
Acquisition module 41, for obtaining signaling information of multiple users in preset time period；
Screening module 42, for according to the signaling information, filtering out from the plurality of user on frequently
Offline user；
First sending module 43, for sending described frequent for extending to mobile management entity MME
First configuration message of the duration of the inactive timer of offline user.
Alternatively, the signaling information includes that user sets up and discharge the letter of radio resource control RRC connection
Order.
Alternatively, as shown in figure 5, the screening module 42 includes：
Statistic unit 421, for the signaling of RRC connections to be set up and discharged according to the user, counts institute
Upper offline number of times of the user in the preset time period is stated, the state change frequency of the user is obtained；
Performance element 422, for whether judging the state change frequency of the user more than the first predetermined threshold,
If so, then the user belongs to and frequently goes up offline user.
Alternatively, the acquisition module 41 specifically for：
Receive the signaling information of multiple users that the MME reports in the preset time period；Or
Multiple users are received in Data Synthesis server from the unified DPI systems when described default
Between signaling information in section.
Alternatively, described device also includes：
Judge module, for judging whether the duration of the non-inactive timer for frequently going up offline user is original
Duration, wherein, the acquiescence duration of inactive timer described in a length of EPC networks when described original；
Second sending module, for when the judged result of the judge module is no, sending out to the MME
Send the when a length of original duration for recovering the non-inactive timer for frequently going up offline user
Second configuration message, when the judged result of the judge module is to be, terminates flow process.
Example IV
According to the other side of the embodiment of the present invention, a kind of SCOP is additionally provided, including above-mentioned be applied to
The mobile management device for frequently going up offline user of SCOP.
Embodiment five
According to the other side of the embodiment of the present invention, a kind of mobility for frequently going up offline user is additionally provided
Managing device, is applied to MME, as shown in fig. 6, the device includes：
First receiver module 61, for receive aspect of network self-configuration self-optimizing platform SCOP transmission for prolonging
Length frequently go up first configuration message of the duration of the inactive timer of offline user, wherein, it is described it is frequent on
Offline user is signaling informations of the SCOP according to multiple users in preset time period, from the plurality of
Filter out in user, the SCOP is connected with the network element in evolution block core EPC networks, and/or
Detect that the Data Synthesis server in DPI systems is connected with uniform depth bag；
Extend module 62, for according to the described first configuration message, prolongation is described frequently to go up offline user's
The duration of inactive timer.
Alternatively, described device also includes：
Reporting module, for reporting letter of the plurality of user in the preset time period to the SCOP
Make information.
Alternatively, the signaling information includes that user sets up and discharge the letter of radio resource control RRC connection
Order.
Alternatively, described device also includes：
Second receiver module, non-offline use is frequently gone up for receiving that the SCOP sends for recovering described
The inactive timer at family when a length of original duration second configuration message, wherein, it is a length of when described original
The acquiescence duration of inactive timer described in the EPC networks；
Recovery module, for according to the described second configuration message, recovering described and non-frequently going up the non-of offline user
When a length of original duration of active timer.
Embodiment six
According to the other side of the embodiment of the present invention, a kind of MME is additionally provided, including above-mentioned be applied to
The mobile management device for frequently going up offline user of MME.
Above-described is the preferred embodiment of the present invention, it should be pointed out that for the ordinary people of the art
For member, some improvements and modifications can also be made under the premise of without departing from principle of the present invention, these
Improvements and modifications are also within the scope of the present invention.
Claims (20)
1. a kind of motion management method for frequently going up offline user, it is characterised in that be applied to network autogamy
Self-optimizing platform SCOP is put, the SCOP is connected with the network element in evolution block core EPC networks, and
/ or detect that the Data Synthesis server in DPI systems is connected with uniform depth bag；
Methods described includes：
Obtain signaling information of multiple users in preset time period；
According to the signaling information, filter out from the plurality of user and frequently go up offline user；
Send for extending the inactive timing for frequently going up offline user to mobile management entity MME
First configuration message of the duration of device.
2. the method for claim 1, it is characterised in that the signaling information include user set up and
The signaling of release radio resource control RRC connection.
3. method as claimed in claim 2, it is characterised in that described according to the signaling information, from institute
State and filter out the step of frequently going up offline user in multiple users and include：
The signaling of RRC connections is set up and discharged according to the user, and the statistics user is when described default
Between upper offline number of times in section, obtain the state change frequency of the user；
The state change frequency of the user is judged whether more than the first predetermined threshold, if so, the then user
Belong to and frequently go up offline user.
4. the method for claim 1, it is characterised in that the multiple users of the acquisition are in Preset Time
Section in signaling information the step of be：
Receive the signaling information of multiple users that the MME reports in the preset time period；Or
Multiple users are received in Data Synthesis server from the unified DPI systems when described default
Between signaling information in section.
5. the method for claim 1, it is characterised in that according to the signaling information, from described many
Filter out in individual user after the step of frequently going up offline user, methods described also includes：
Whether the duration for judging the non-inactive timer for frequently going up offline user is original duration, wherein, institute
The acquiescence duration of inactive timer described in a length of EPC networks when stating original；
If it is not, then to the MME send by recover it is described it is non-frequently go up offline user it is inactive based on
When device when a length of original duration second configuration message；
If so, flow process is then terminated.
6. a kind of motion management method for frequently going up offline user, it is characterised in that be applied to mobile management
Entity MME, methods described includes：
Receive aspect of network self-configuration self-optimizing platform SCOP transmissions frequently goes up the non-of offline user for extending
First configuration message of the duration of active timer, wherein, it is described that frequently to go up offline user be the SCOP
According to signaling information of multiple users in preset time period, filter out from the plurality of user, it is described
SCOP is connected with the network element in evolution block core EPC networks, and/or detects DPI with uniform depth bag
Data Synthesis server connection in system；
According to the described first configuration message, extend the duration of the inactive timer for frequently going up offline user.
7. method as claimed in claim 6, it is characterised in that reception aspect of network self-configuration self-optimizing is put down
The first configuration for extending the duration of the inactive timer for frequently going up offline user that platform SCOP sends
After the step of message, methods described also includes：
Signaling information of the plurality of user in the preset time period is reported to the SCOP.
8. method as claimed in claim 7, it is characterised in that the signaling information include user set up and
The signaling of release radio resource control RRC connection.
9. method as claimed in claim 6, it is characterised in that reception aspect of network self-configuration self-optimizing is put down
The first configuration for extending the duration of the inactive timer for frequently going up offline user that platform SCOP sends
After the step of message, methods described also includes：
Receive that the SCOP sends for recovering the non-inactive timer for frequently going up offline user
When a length of original duration second configuration message, wherein, when described original in a length of EPC networks
The acquiescence duration of the inactive timer；
According to the described second configuration message, recover the non-inactive timer for frequently going up offline user when
A length of original duration.
10. a kind of mobile management device for frequently going up offline user, it is characterised in that be applied to network from
Configuration self-optimizing platform SCOP, the SCOP are connected with the network element in evolution block core EPC networks,
And/or detect that the Data Synthesis server in DPI systems is connected with uniform depth bag；
Described device includes：
Acquisition module, for obtaining signaling information of multiple users in preset time period；
Screening module, for according to the signaling information, filter out from the plurality of user frequently go up it is offline
User；
First sending module, for mobile management entity MME send for extend it is described frequently go up it is offline
First configuration message of the duration of the inactive timer of user.
11. devices as claimed in claim 10, it is characterised in that the signaling information is set up including user
With the signaling of release radio resource control RRC connection.
12. devices as claimed in claim 11, it is characterised in that the screening module includes：
Statistic unit, for the signaling of RRC connections to be set up and discharged according to the user, counts the use
Upper offline number of times of the family in the preset time period, obtains the state change frequency of the user；
Performance element, for whether judging the state change frequency of the user more than the first predetermined threshold, if
It is that then the user belongs to and frequently goes up offline user.
13. devices as claimed in claim 10, it is characterised in that the acquisition module specifically for：
Receive the signaling information of multiple users that the MME reports in the preset time period；Or
Multiple users are received in Data Synthesis server from the unified DPI systems when described default
Between signaling information in section.
14. devices as claimed in claim 10, it is characterised in that described device also includes：
Judge module, for judging whether the duration of the non-inactive timer for frequently going up offline user is original
Duration, wherein, the acquiescence duration of inactive timer described in a length of EPC networks when described original；
Second sending module, for when the judged result of the judge module is no, sending out to the MME
Send the when a length of original duration for recovering the non-inactive timer for frequently going up offline user
Second configuration message, when the judged result of the judge module is to be, terminates flow process.
15. a kind of aspect of network self-configuration self-optimizing platform SCOP, it is characterised in that include such as claim 10～14
The described mobile management device for frequently going up offline user.
16. a kind of mobile management devices for frequently going up offline user, it is characterised in that be applied to moving tube
Reason entity MME, described device includes：
First receiver module, for receive aspect of network self-configuration self-optimizing platform SCOP transmission for extend frequency
The duration of the inactive timer of numerous offline user first configuration message, wherein, it is described frequently go up it is offline
User is signaling informations of the SCOP according to multiple users in preset time period, from the plurality of user
In filter out, the SCOP is connected with the network element in evolution block core EPC networks, and/or with system
Data Synthesis server connection in one deep-packet detection DPI system；
Extend module, for according to the described first configuration message, extending the non-live for frequently going up offline user
The duration of dynamic timer.
17. devices as claimed in claim 16, it is characterised in that described device also includes：
Reporting module, for reporting letter of the plurality of user in the preset time period to the SCOP
Make information.
18. devices as claimed in claim 17, it is characterised in that the signaling information is set up including user
With the signaling of release radio resource control RRC connection.
19. devices as claimed in claim 16, it is characterised in that described device also includes：
Second receiver module, non-offline use is frequently gone up for receiving that the SCOP sends for recovering described
The inactive timer at family when a length of original duration second configuration message, wherein, it is a length of when described original
The acquiescence duration of inactive timer described in the EPC networks；
Recovery module, for according to the described second configuration message, recovering described and non-frequently going up the non-of offline user
When a length of original duration of active timer.
20. a kind of mobile management entity MMEs, it is characterised in that include as described in claim 16～19
Frequently go up the mobile management device of offline user.
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| CN201510658226.5A CN106572484A (en) | 2015-10-12 | 2015-10-12 | Frequent online/offline user mobility management method and device, SCOP and MME |
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| CN201510658226.5A CN106572484A (en) | 2015-10-12 | 2015-10-12 | Frequent online/offline user mobility management method and device, SCOP and MME |
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Cited By (1)
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