CN101626612B - Method and system for realizing mobility management - Google Patents
Method and system for realizing mobility management Download PDFInfo
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- CN101626612B CN101626612B CN200810133203A CN200810133203A CN101626612B CN 101626612 B CN101626612 B CN 101626612B CN 200810133203 A CN200810133203 A CN 200810133203A CN 200810133203 A CN200810133203 A CN 200810133203A CN 101626612 B CN101626612 B CN 101626612B
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Abstract
The invention discloses a method and a system for realizing a mobility management. The method comprises that: a setting party sets wireless access technology priority levels corresponding to various services respectively; and a user carries out the mobility management according to the wireless access technology priority level of the used service. The method and the system for realizing the mobility management can realize the equal distribution of network resources on the premise of guaranteeing the service quality and improve the service efficiency of the network.
Description
Technical field
The present invention relates to the communications field, particularly, relate to a kind of implementation method and system of mobile management.
Background technology
Wireless access technology (Radio Access Technology; RAT) have a variety of; In present wireless communication system; Network form with the composition that relates to various RAT alternately with mutual, these RAT mainly comprise move special group (Group Special Mobile, GSM), GSM EDGE Radio Access Network (GSM/EDGE Radio Access Network; GERAN; Wherein, the full name of EDGE is enhanced data rates for gsm evolution technology (Enhanced Data rate for GSM Evolution)), code division multiple access (Code DivisionMultiple Access, CDMA), synchronous code division multiple access (TimeDivision-Synchronous Code Division Multiple Access of time-division; TD-SCDMA) technology, wideband code division multiplex (MUX) access (Wideband CDMA; WCDMA), UMTS (Universal Mobile Telecommunications System, UMTS), the industrial standard of WIMAX (Worldwide Interoperability for Microwave Access micro-wave access global inter communication), wireless communication (Wireless Fidelity, WIFI), wideband wireless access (Broadband Wireless Access; BWA), Long Term Evolution (LongTerm Evolution, the wherein a kind of or combination of LTE) etc. various RAT technology.
In the existing wireless communications system, particularly in the LTE wireless communication system, usually relate to the mobile management between the RAT, comprise the operations such as foundation again behind switching, cell selecting, district reselecting, the Radio Link Failure.
Develop into GERAN, UMTS from traditional G SM wireless access technology; And current LTE communication system, in the mobile management between RAT, all adopt the special priority level mechanism that belongs in sub-district always; Just priority level is based on that the sub-district is provided with; That is, the priority level of different districts is provided with maybe be different, and same terminal gets into different districts possibly use different priority level parameters; And that the priority level under the same sub-district is provided with is identical, and different terminals gets into same sub-district will use identical priority level parameter.
For example, suppose following scene:
Sub-district A, setting the LTE priority level is 10, and GERAN is 8, and UMTS is 3;
Sub-district B, setting the LTE priority level is 9, and GERAN is 2, and UMTS is 7;
So, all get into the terminal of sub-district A, and no matter which kind of professional or which kind of collection of services of the current use in terminal is all preferentially selected LTE, is GERAN secondly, is UMTS at last.And in a single day this terminal gets into sub-district B, and no matter which kind of professional or which kind of collection of services of the current use in this terminal then changes to preferential selections LTE, and next is UMTS, is GERAN at last.
Along with the development of operation, a lot of operation scenes that originally do not have consideration have appearred, for example; Have an operator under the situation of network of a plurality of wireless access technologys; Suppose that the network that is had is the mixed networking of LTE, UMTS and GERAN, for the ability and the performance of abundant Operation Network; For high-speed data service, will preferentially select the LTE wireless access technology that realizes that the high-speed data service performance is best; And for low-speed data service, preferential selection has been built up for many years, and traffic carrying capacity is relatively low, thereby causes resource allocation unequal.
The reason that this phenomenon occurs is that different business or the incompatible realization difference of services sets that existing various wireless access technologys can't be distinguished under the sub-district are treated, and can not between different districts, keep putting on an equal footing of same business or collection of services.At present, do not propose to avoid occurring the problem of above-mentioned phenomenon as yet.
Summary of the invention
Consider the problems referred to above and make the present invention, for this reason, main purpose of the present invention is to provide a kind of realization mechanism of mobile management, to solve the problem that Resource Allocation in Networks is uneven, the network service efficiency is low that exists in the correlation technique.
A kind of implementation method of mobile management is provided according to an aspect of the present invention.
Implementation method according to mobile management of the present invention comprises: the side of setting is provided with corresponding wireless access technology priority level respectively to multiple business; The user carries out mobile management according to the wireless access technology priority level of the business of its use.
Wherein, carry out the user under the situation of the collection of services comprise different types of business, the highest wireless access technology priority level that the user has the business that collection of services comprised is as the wireless access technology priority level of collection of services.
And, the processing that the user carries out mobile management comprise following one of at least: rebuliding behind the switching between the wireless access technology, cell selecting, district reselecting, the Radio Link Failure.
In addition, the wireless access technology priority level that multiple business is provided with is corresponding to multiple wireless access technology, or corresponding to the frequency under the multiple wireless access technology.
Preferably, the side of setting is terminal, core net or Access Network; The user is terminal, core net or Access Network.
Preferably, the type of multiple business can comprise: voice class, data class.
On the other hand, the type of multiple business can comprise: stream class, conversation class, interactive class, background classes.
On the one hand, the type of multiple business can comprise: one type of service quality, two types of service quality, three types of service quality, four types of service quality, five types of service quality, six types of service quality, seven types of service quality, eight types of service quality, nine types of service quality again.
A kind of realization system of mobile management is provided according to another aspect of the present invention.
Realization system according to mobile management of the present invention comprises: the side of setting is used for multiple business is provided with corresponding wireless access technology priority level respectively; The user is used for carrying out mobile management according to the wireless access technology priority level of the business of its use.
Through technique scheme of the present invention, can under the prerequisite that guarantees service quality, realize the mean allocation of Internet resources, improve the service efficiency of network.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, and illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:
Fig. 1 is the flow chart according to the implementation method of the mobile management of the inventive method embodiment;
Fig. 2 is the flow chart according to the processing instance of the implementation method of the mobile management of the inventive method embodiment;
Fig. 3 is the signaling process figure of the priority level transfer mode that is provided with in the implementation method according to the mobile management of the inventive method embodiment;
Fig. 4 is the block diagram of realization system of the mobile management of system according to the invention embodiment.
Embodiment
Method embodiment
A kind of implementation method of mobile management is provided in the present embodiment.
As shown in Figure 1, comprise according to the implementation method of the mobile management of present embodiment: step S102, the side of setting is provided with corresponding wireless access technology priority level respectively to multiple business; Step S104, the user carries out mobile management according to the wireless access technology priority level of the business of its use.
Wherein, in above-mentioned steps, can be to the wireless access technology priority level that multiple business is provided with corresponding to multiple wireless access technology, perhaps corresponding to the frequency under the multiple wireless access technology; And the multiple business of the concurrent execution of user can be combined as collection of services, and collection of services can be made up of the business that has the different radio access technologies priority level, also can be made up of the business that has same wireless access technology priority level.
And; In step S104; Carry out the user under the situation of the collection of services comprise different types of business, the highest wireless access technology priority level that the user has the business that collection of services comprised is as the wireless access technology priority level of collection of services.
In addition, user's processing of carrying out mobile management comprise following one of at least: rebuliding behind the switching between the wireless access technology, cell selecting, district reselecting, the Radio Link Failure.
Preferably, in above-mentioned steps, the side of setting is terminal, core net or Access Network; The user is terminal, core net or Access Network.
The mode that multiple business is divided can have a variety of.The type of the multiple business after the division can comprise: voice class, data class.On the other hand, the type of the multiple business after the division can comprise: stream class, conversation class, interactive class, background classes.On the one hand, the type of the multiple business after the division can comprise: one type of service quality, two types of service quality, three types of service quality, four types of service quality, five types of service quality, six types of service quality, seven types of service quality, eight types of service quality, nine types of service quality again.
The performance of implementation method under the concrete scene of difference of the mobile management that present embodiment provides will be described below.
Scene one: suppose that class of service has 2 kinds, is respectively: voice class, data class;
And, the wireless access technology priority of voice class class of service is provided with as follows:
The priority level of LTE frequency one is 2, and the priority level of LTE frequency two is 1,
The priority level of UMTS frequency one is 5, and the priority level of UMTS frequency two is 3,
The priority level of GERAN frequency one is 6, and the priority level of GERAN frequency two is 7;
On the other hand, the wireless access technology priority to the data class class of service is provided with as follows:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 8, and the priority level of GERAN frequency two is 7.
Terminal A (comprises Access Network and core net) and makes a phone call in network, currently only have a business, and speech business just belongs to voice class, and so corresponding wireless access technology priority is:
The priority level of LTE frequency one is 2, and the priority level of LTE frequency two is 1,
The priority level of UMTS frequency one is 5, and the priority level of UMTS frequency two is 3,
The priority level of GERAN frequency one is 6, and the priority level of GERAN frequency two is 7.
Terminal B (comprises Access Network and core net) and receives the internet mail in network, currently only have a business, and data service just belongs to data category, and so corresponding wireless access technology priority is:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 8, and the priority level of GERAN frequency two is 7.
Terminal C receives a phone when in network, (comprising Access Network and core net) and receiving the internet mail, 2 business of current existence, a speech business and a data business, and form a collection of services, corresponding voice class and data category respectively; It is next corresponding with collection of services to get wherein the highest wireless access technology priority level so, and like this, corresponding wireless access technology priority is:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 8, and the priority level of GERAN frequency two is 7.
Scene two: suppose that class of service has 2 kinds, is respectively: voice class, data class.
Wireless access technology priority to the voice class class of service is provided with as follows:
The priority level of LTE frequency one is 2, and the priority level of LTE frequency two is 1,
The priority level of UMTS frequency one is 5, and the priority level of UMTS frequency two is 3,
The priority level of GERAN frequency one is 11, and the priority level of GERAN frequency two is 12;
Wireless access technology priority to the data class class of service is provided with as follows:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 8, and the priority level of GERAN frequency two is 7.
Terminal D (comprises Access Network and core net) in network receives a phone when receiving the internet mail, 2 business of current existence, that is, and a speech business and a data business, and combine a collection of services, corresponding voice class and data category respectively; It is next corresponding with collection of services to get wherein the highest wireless access technology priority level so, and like this, corresponding wireless access technology priority is:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 11, and the priority level of GERAN frequency two is 12.
Scene three: suppose that class of service has 4 kinds, is respectively: stream class, conversation class, interactive class, background classes.
The wireless access technology priority of convection current class class of service is provided with as follows:
The LTE priority level is 15, and the UMTS priority level is 10, and the GERAN priority level is 8;
Wireless access technology priority to the session service classification is provided with as follows:
The LTE priority level is 3, and the UMTS priority level is 5, and the GERAN priority level is 10;
Wireless access technology priority to the interaction service classification is provided with as follows:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 3;
Wireless access technology priority to the background business classification is provided with as follows:
The LTE priority level is 2, and the UMTS priority level is 12, and the GERAN priority level is 9.
Terminal E (comprises Access Network and core net) in network carries out Video chat, 1 business of current existence, and stream is professional, corresponding stream class service classification, corresponding wireless access technology priority is:
The LTE priority level is 15, and the UMTS priority level is 10, and the GERAN priority level is 8.
Terminal F in network, (comprises Access Network and core net) and the household takes on the telephone, 1 business of current existence, and session service, respective session class class of service, corresponding wireless access technology priority is:
The LTE priority level is 3, and the UMTS priority level is 5, and the GERAN priority level is 10.
Terminal G (comprises Access Network and core net) in network plays the internet recreation, 1 business of current existence, and interactive service, corresponding interaction service classification, corresponding wireless access technology priority is:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 3.
Terminal H (comprises Access Network and core net) and receives the internet mail in network, 1 business of current existence, and background service, corresponding background business classification, corresponding wireless access technology priority is:
The LTE priority level is 2, and the UMTS priority level is 12, and the GERAN priority level is 9.
Receive the internet mail during terminal I (comprises Access Network and core net) in network Video chat, 2 business of current existence comprise stream business and background service; And, combine a collection of services, corresponding stream class service classification of difference and background business classification, like this, corresponding wireless access technology priority is:
The LTE priority level is 15, and the UMTS priority level is 12, and the GERAN priority level is 9.
Terminal J (comprises Access Network and core net) and plays games while taking on the telephone in network; 2 business of current existence comprise session service and interactive service, and form collection of services; Difference respective session class class of service and interaction service classification, this moment, corresponding wireless access technology priority was:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 10.
Scene four: suppose that class of service has 9 kinds, correspond to one to nine type of service quality class mark respectively; And the wireless access technology priority setting of one type and two types classs of service of service quality class mark (being usually used in conversation class) is:
The LTE priority level is 15, and the UMTS priority level is 10, and the GERAN priority level is 8;
The wireless access technology priority setting of three types and four types classs of service of service quality class mark (being usually used in the stream class) is:
The LTE priority level is 3, and the UMTS priority level is 5, and the GERAN priority level is 10;
The wireless access technology priority setting of five types, six types, seven types of service quality class marks and eight types of classs of service (being usually used in interactive class) is:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 3;
The wireless access technology priority of nine types of classs of service of service quality class mark (being usually used in background classes) is set to:
The LTE priority level is 2, and the UMTS priority level is 12, and the GERAN priority level is 9.
Terminal K (comprises Access Network and core net) in network plays the internet recreation, 1 business of current existence, and interactive service belongs to five types of service quality class marks, and corresponding wireless access technology priority is:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 3.
Terminal L (comprises Access Network and core net) and plays games while taking on the telephone in network; 2 business of current existence comprise session service and interactive service, and; Be combined into a collection of services; Belong to five types of one type of service quality class mark and service quality classification signs respectively, at this moment, corresponding wireless access technology priority is:
The LTE priority level is 15, and the UMTS priority level is 12, and the GERAN priority level is 8.
Particularly, suppose that the mode of the special wireless access technology priority level that belongs to of configuration service classification is above-mentioned scene one, as shown in Figure 2, processing mode is following:
Step 202, the side of setting is the terminal, the terminal through signaling with wireless access technology priority level information pass to Access Network with or core net, the side of setting notifies wireless access technology priority level can be as shown in Figure 3 to the detailed process of the non-side of setting;
Step 204 is used the special wireless access technology priority level that belongs to of class of service, and detailed process is following:
When the user is terminal A, use following the priority level information:
The priority level of LTE frequency one is 2, and the priority level of LTE frequency two is 1,
The priority level of UMTS frequency one is 5, and the priority level of UMTS frequency two is 3,
The priority level of GERAN frequency one is 6, and the priority level of GERAN frequency two is 7;
When the user is terminal C, use following the priority level information:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 8, and the priority level of GERAN frequency two is 7;
When the user be Access Network with or during core net, manipulating for terminal A so:
The priority level of LTE frequency one is 2, and the priority level of LTE frequency two is 1,
The priority level of UMTS frequency one is 5, and the priority level of UMTS frequency two is 3,
The priority level of GERAN frequency one is 6, and the priority level of GERAN frequency two is 7;
When the user be Access Network with or during core net, manipulating for terminal C so:
The priority level of LTE frequency one is 15, and the priority level of LTE frequency two is 15,
The priority level of UMTS frequency one is 10, and the priority level of UMTS frequency two is 9,
The priority level of GERAN frequency one is 8, and the priority level of GERAN frequency two is 7;
Terminal A with or terminal C with Access Network with or the process used of core net possibly be one of which of setting up again or combination behind switching, cell selecting, district reselecting, the Radio Link Failure.
Send in the process of other entities that signaling passes to wireless access technology priority level the non-side of setting in the side of setting, when the side of setting is the terminal, other entities of the non-side of setting be Access Network and or core net; When the side of setting is Access Network, other entities of the non-side of setting be the terminal with or core net; When the side of setting was core net, other entities of the non-side of setting were terminal and or Access Network.
In addition, suppose that the mode of the special wireless access technology priority level that belongs to of configuration service classification is above-mentioned scene three, as shown in Figure 2, processing procedure is following:
Step 202: the side of setting be Access Network with or core net, and, Access Network with or core net through signaling the special wireless access technology priority level information that belongs to of class of service is passed to terminal E, be specially:
The LTE priority level is 15, and the UMTS priority level is 10, and the GERAN priority level is 8;
Access Network with or core net through signaling the special wireless access technology priority level information that belongs to of class of service is passed to terminal J.
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 10;
Step 204: use the special wireless access technology priority level that belongs to of class of service, specific as follows:
When the user is terminal E, then use:
The LTE priority level is 15, and the UMTS priority level is 10, and the GERAN priority level is 8.
When the user is terminal J, then use:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 10.
When the user be Access Network with or during core net, manipulating for terminal E so:
The LTE priority level is 15, and the UMTS priority level is 10, and the GERAN priority level is 8.
When the user be Access Network with or during core net, manipulating for terminal J so:
The LTE priority level is 9, and the UMTS priority level is 12, and the GERAN priority level is 10.
Terminal E with or terminal J with Access Network with or the process used of core net possibly be one of which of setting up again or combination behind switching, cell selecting, district reselecting, the Radio Link Failure.
System embodiment
A kind of realization system of mobile management is provided in the present embodiment.
As shown in Figure 4, comprise according to the realization system of the mobile management of present embodiment: the side of setting 402 is used for multiple business is provided with corresponding wireless access technology priority level respectively; The user 404, are used for carrying out mobile management according to the wireless access technology priority level of the business of its use.
In sum; The present invention is through adopting the method for the special wireless access technology priority level that belongs to of class of service; Wireless access technology priority level is provided with based on class of service and uses; Make and to use the different wireless access technology rank parameters that are provided with for different business or collection of services according to affiliated class of service under the sub-district; And the wireless access technology rank parameter of under different districts, keeping and use same setting for same business or same collection of services according to the class of service that belongs to; So just can reasonably arrange in pairs or groups, thereby utilize existing network resources under the operation quality requirement as far as possible satisfying, to reach the requirement of network operation.
The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.All within spirit of the present invention and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. the implementation method of a mobile management is characterized in that, comprising:
The side of setting is provided with corresponding wireless access technology priority level respectively to multiple business;
The user carries out mobile management according to the wireless access technology priority level of the business of its use;
Carry out said user under the situation of the collection of services that comprises different types of business, the highest wireless access technology priority level that said user has the business that said collection of services comprised is as the wireless access technology priority level of said collection of services.
2. method according to claim 1 is characterized in that, the processing that said user carries out said mobile management comprise following one of at least:
Rebuliding behind the switching between the wireless access technology, cell selecting, district reselecting, the Radio Link Failure.
3. method according to claim 1 is characterized in that, the said wireless access technology priority level that said multiple business is provided with is corresponding to multiple wireless access technology, or corresponding to the frequency under the said multiple wireless access technology.
4. according to each described method in the claim 1 to 2, it is characterized in that the said side of setting is terminal, core net or Access Network.
5. according to each described method in the claim 1 to 2, it is characterized in that said user is terminal, core net or Access Network.
6. according to each described method in the claim 1 to 2, it is characterized in that the type of said multiple business comprises: voice class and/or data class.
7. according to each described method in the claim 1 to 2, it is characterized in that, the type of said multiple business comprise following one of at least: stream class, conversation class, interactive class, background classes.
8. according to each described method in the claim 1 to 2; It is characterized in that, the type of said multiple business comprise following one of at least: one type of service quality, two types of service quality, three types of service quality, four types of service quality, five types of service quality, six types of service quality, seven types of service quality, eight types of service quality, nine types of service quality.
9. the realization system of a mobile management is characterized in that, comprising:
The side of setting is used for multiple business is provided with corresponding wireless access technology priority level respectively;
The user is used for carrying out mobile management according to the wireless access technology priority level of the business of its use; Carry out said user under the situation of the collection of services that comprises different types of business, the highest wireless access technology priority level that the business that said collection of services comprised is had is as the wireless access technology priority level of said collection of services.
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| CN102685710B (en) * | 2011-03-11 | 2015-05-27 | 华为技术有限公司 | Attribute information transfer method and business initiating method as well as associated equipment and system |
| CN102740388B (en) * | 2011-03-31 | 2015-07-01 | 中国移动通信集团公司 | Method and terminal for residing network |
| CN102740481B (en) * | 2012-06-26 | 2016-07-06 | 华为技术有限公司 | A kind of multimode baseband resource processing method and device |
| CN103813399B (en) * | 2012-11-14 | 2017-03-29 | 中国移动通信集团公司 | Terminal selects the method and terminal of cell |
| CN105813195B (en) * | 2016-05-13 | 2019-05-17 | 电信科学技术研究院有限公司 | A kind of method and device selecting mobility management mechanism for terminal on demand |
| CN107124742B (en) * | 2017-04-01 | 2020-08-21 | 捷开通讯(深圳)有限公司 | Method for realizing automatic switching of WLAN and LTE network and communication terminal |
| CN109327837A (en) * | 2018-11-30 | 2019-02-12 | 广东美的制冷设备有限公司 | Distribution method, apparatus, terminal device and distribution network systems |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1708153A (en) * | 2004-06-07 | 2005-12-14 | 华为技术有限公司 | Method for multimode terminal to select service network |
| CN1968535A (en) * | 2006-11-27 | 2007-05-23 | 华为技术有限公司 | Method and apparatus for selecting target cell |
| CN101453762A (en) * | 2007-11-30 | 2009-06-10 | 中国移动通信集团公司 | Method for wireless resource scheduling, apparatus and system thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1708153A (en) * | 2004-06-07 | 2005-12-14 | 华为技术有限公司 | Method for multimode terminal to select service network |
| CN1968535A (en) * | 2006-11-27 | 2007-05-23 | 华为技术有限公司 | Method and apparatus for selecting target cell |
| CN101453762A (en) * | 2007-11-30 | 2009-06-10 | 中国移动通信集团公司 | Method for wireless resource scheduling, apparatus and system thereof |
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