CN100389623C - System and method for treating work resource conflict by mobile - Google Patents
System and method for treating work resource conflict by mobile Download PDFInfo
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- CN100389623C CN100389623C CNB021473358A CN02147335A CN100389623C CN 100389623 C CN100389623 C CN 100389623C CN B021473358 A CNB021473358 A CN B021473358A CN 02147335 A CN02147335 A CN 02147335A CN 100389623 C CN100389623 C CN 100389623C
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Abstract
The present invention relates to a mobile phone which needs to use a wireless transceiver to execute tasks such as call reception, position register, broadcast reception, carrier frequency measurement, etc. when the mobile phone simultaneously stands by a plurality of mobile networks. But the mobile phone is only provided with one wireless transceiver, and the mobile networks are not mutually coordinated, so wireless transceiver resources are possibly and simultaneously used for the mobile networks to execute work, and the conflict of work resources is caused. In order to process the conflict of the work resources, the present invention decides execution work according to mobile network identification or work classification of different work and delays or cancels work which is not executed before the conflict of the work resources happen.
Description
(1) technical field
The relevant a kind of mobile telephone system (Cellular System) of the present invention, especially refer to a kind of mobile phone (Mobile Station) standby simultaneously (Simultaneous Standby) when a plurality of mobile networks (MobileNetworks), the System and method for of resource contention between work of treatment.
(2) background technology
In the past, a mobile phone only had a mobile network's door number (Directory Number), caused single mobile phone to be confined to obtain single mobile network's service.If mobile phone has a plurality of mobile networks' door number (being called for short the shared unit mobile phone), then only can satisfy following user's request with single mobile phone: 1. office separates with private number, and public and expense private just can be shared individually; 2. can utilize the colony that is subjected to words door number (Callee Directory Number) difference calling object; But elasticity select different receptions that various mobile radio is served dealer (Service Provider) to be provided, charging, with service; 4. the user increases newly new number but still can use old door livery to be engaged in simultaneously, reaches the purpose of number portability (NumberPortability).Therefore, the shared unit mobile phone will bring the convenience that people use.
(as: GSM), the door information of mobile phone is to be recorded in subscriber identification module (SubscriberIdentity Module, SIM) card for Global Mobile Phone system, Global System for Mobilecommunication in the system of mobile phone.SIM card is to serve the dealer by mobile phone to issue the user, inserts in the slot of mobile phone to operate, and can make mobile phone possess door number, obtains mobile network's service.Though present SIM card can provide two doors number (as Fig. 1 (a)), serves dealer's hair fastener by single mobile phone.So under the hair fastener effects limit, these two doors number all belong to same mobile phone and serve the dealer, make the mobile phone user elasticity not select different mobile networks' services with the transmitting-receiving conversation.For making the shared unit mobile phone obtain a plurality of mobile network's services, the shared unit mobile phone must be supported a plurality of SIM card (as Fig. 1 (b)).The device of a plurality of SIM card of mobile phone product support has two big classes on the market: a class is the mobile phone of a plurality of SIM card slots, and another kind of is the battery of mobile telephone of a plurality of SIM card slots.This two class is installed on when start, can be by freely selecting one of them SIM card in a plurality of SIM card, start (Enable) selected SIM card door number then, to operate on a selected mobile network.Yet the common drawback of this two classes device is the door number that only can start maximum SIM card simultaneously, and standby (Standby) is in a mobile network.(standby is represented the present not conversation of mobile phone but the state of booting wait conversation.) if will start another SIM card, then must switching on and shutting down (Power Off and Power On) carry out switching (Switch).The action that these switching on and shutting down are switched is very inconvenient to the mobile phone user.Therefore, this two classes device can not allow the shared unit mobile phone standby simultaneously (Simultaneous Standby) of a plurality of SIM card in a plurality of mobile networks, enjoying a plurality of mobile networks' service, and then satisfies shared unit mobile phone user's demand.
When previous simple gate mobile phone standby during in a mobile network, the work (Task) of using radio transmitter and receiver (Radio Transceiver) to carry out comprises following operation class (of an amplifying stage) (Task Classes): call out and receive (Paging Reception), Location Registration (Location Registration), broadcast reception (Broadcast Reception) and carrier frequency measurement (Carrier Measurement) etc.Mobile phone is carried out to call out in calling opportunity (Paging Occasions) and is received to confirm to have or not calling (Call Termination).When mobile phone caused registration area (Location Area) change because of the user moves, location registration was to notify mobile network's current position.Mobile phone is carried out broadcast reception to read mobile network's system information in broadcasting control channel (Broadcast Control Channel).Mobile phone is carried out carrier frequency measurement and is searched preferred cell (Better Cell), keeps the reception quality to login (Camping On) preferred cell.About the execution details of above-mentioned work, can consult GSM specification 04.64,05.02 and 5.08.
Yet, must individually carry out above-mentioned work at these mobile networks when shared unit mobile telephone system standby simultaneously during in a plurality of mobile network.Because mobile phone of the present invention only possesses a radio transmitter and receiver, and operate independently of one another between a plurality of mobile networks and do not coordinate mutually, so this mobile phone may be carried out the work of using radio transmitter and receiver resource to different mobile networks simultaneously, thereby causes the working resource conflict.
(3) summary of the invention
The objective of the invention is to propose a kind of working resource distribution method of mobile phone in order to solve the working resource collision problem.
The system of resource contention between a kind of mobile phone work of treatment is provided according to an aspect of the present invention, is characterized in, comprise at least: first mobile network; Second mobile network; A mobile phone, standby simultaneously is in first mobile network and second mobile network, simultaneously first mobile network is carried out first work and second mobile network is carried out second work, when first work and second work the term of execution overlapped and use same asset in the mobile phone, when the working resource conflict takes place and mobile phone is discerned the preferential work of carrying out of decision according to the mobile network.
The method of resource contention between a kind of mobile phone work of treatment is provided according to a further aspect of the invention, this method is used in the standby simultaneously of a mobile phone in first mobile network and second mobile network, simultaneously first mobile network is carried out first work and second mobile network is carried out second work, when first work and second work the term of execution overlapped and use same asset in the mobile phone and when working resource taking place conflict, mobile phone is discerned the preferentially work of execution of decision according to the mobile network.
Mobile telephone system of the present invention is before the conflict of multinomial work generation working resource, and the decision Resources allocation gives the preferential work of carrying out, and postpones or cancel unenforced other work.Wherein the foundation of priority allocation working resource is identified as the master with the mobile network, is auxilliary with operation class (of an amplifying stage) again.The mobile network of a job discerns this working needle of expression the mobile network who is discerned is carried out.In general mobile telephone system, use mobile phone door number (as: 0953405980 and 0912345678) or mobile network's code name (as: 0953 or 0912) expression mobile network identification.In two plug-in card mobile telephone systems of Fig. 1 (b), mobile network's identification also can be used SIM card code name (as: 101 and 102) expression.Basically, mobile network's identification is just in order to distinguish that this working needle to certain specific mobile network's execution, does not limit presentation format.
For clearer understanding purpose of the present invention, characteristics and advantage, preferred embodiment of the present invention is elaborated below in conjunction with accompanying drawing.
(4) description of drawings
Fig. 1 (a) is the single plug-in card mobile phone schematic diagram of two-door number of prior art.
Fig. 1 (b) is two-door according to an embodiment of the invention number two plug-in card mobile phone schematic diagram.
Fig. 2 is the moving network architecture diagram of two-track according to an embodiment of the invention.
Fig. 3 is the working resource conflict process chart of mobile telephone system of the present invention.
Fig. 4 is the present invention discerns the distribution conflict resource according to the mobile network a embodiment.
Fig. 5 is the present invention discerns the distribution conflict resource according to the mobile network another embodiment.
Fig. 6 is that the present invention is according to the embodiment of mobile network's identification with operation class (of an amplifying stage) distribution conflict resource.
(5) embodiment
The mobile telephone system of following examples possesses a radio transmitter and receiver, double SIM card and two-door number, and standby simultaneously is in two GSM mobile networks.Fig. 1 (b) is two-door according to an embodiment of the invention number two plug-in card mobile phone schematic diagram.Mobile phone 100 includes two SIM card, the information of SIM card 101 record door number 0953405980 wherein, the information of SIM card 102 record doors number 0912345678.Mobile phone 100 can be by SIM card 101 information, obtain the Communications service that the mobile network 0953 of door number 0953405980 is provided; Mobile phone 100 also can be by SIM card 102 information, obtain the Communications service that the mobile network 0912 of door number 0912345678 is provided.So mobile phone 100 possesses double SIM card, can utilize two-door information, obtain two net services.
Fig. 2 is the moving network architecture diagram of two-track according to an embodiment of the invention.In Fig. 2, mobile phone 100 can receive from the signal of base station 110 with base station 120.Wherein, base station 110 belongs to mobile network 0953 (as: TWM mobile network), and base station 120 belongs to mobile network 0912 (as: Hinet mobile network).Mobile network 0953 all is connected with public exchanging telephone network 130 (Public Switch Telephone Network) with mobile network 0912, make mobile phone 100 set up conversation with phone 140 via above-mentioned base station, mobile network and public exchanging telephone network.It should be noted that mobile network 0953 and mobile network's 0912 separate running.
For more detailed description mobile telephone system of the present invention, we adopt following form to represent a job:
For example work code name (starting time, concluding time, mobile network's identification, operation class (of an amplifying stage)): work 1 (t
1B, t
1E, 0953, call out reception) represent have a job to be called work 1 in the mobile telephone system of the present invention, will be in starting time t
1BWith concluding time t
1EThe term of execution (Execution Interval) in, mobile network 0953 is carried out the reception work of calling out.The working resource conflict then is defined as the work that a job and other use same asset (as: radio transmitter and receiver), each other the term of execution overlapped (Overlap).For example, work 1 (t
1B, t
1E, 0953, call out reception) and work 2 (t
2B, t
2E, 0912, calling receives) all need to use the radio transmitter and receiver to receive to carry out to call out, as if the term of execution (t of work 1
1B, t
1E) with work 2 the term of execution (t
2B, t
2E) overlapped, then work and 1 with work 2 working resources take place and conflict.
Fig. 3 is the working resource conflict process chart of mobile telephone system of the present invention.When work is predetermined begin to carry out before (step 300), at first confirm this work whether conflict (step 310) with other work generation working resources.If the working resource conflict does not take place, then carry out this work (step 330).If the working resource conflict takes place, confirm again then whether this work has precedence over other work and carry out (step 320).As previously mentioned, the foundation that its pro-jobs of mobile telephone system of the present invention is carried out is identified as the master with the mobile network, is auxilliary with operation class (of an amplifying stage).If preferential the execution then carried out this work (step 330).If not preferential the execution, then this work has to be delayed (Delay) or cancellation (Cancel) execution (step 340 is to step 380) according to operation class (of an amplifying stage).
Because the execution of work of all categories is different with the time limit (Deadline) opportunity, so postpone or cancellation work (step 340) according to operation class (of an amplifying stage).In all kinds of work when the mobile phone standby, call out reception and belong to instant work (Real Time Task).Fix the opportunity that receives and the time limit of call response (PagingResponse) is urgent because call out, if delayed call reception work then may cause calling out loss (Paging Loss) and miss calling (Incoming Call).Lose for avoiding calling out, mobile telephone system of the present invention cooperates mobile network's repeated call (Repaging) mechanism, can carry out the calling reception again opportunity in next call, therefore cancels the calling reception work (step 350) of non-preferential execution.In other work when standby (as: Location Registration, carrier frequency measurement or broadcast reception),, suitably postpone the normal operation that these work just can not have a strong impact on mobile telephone system because the work execution has elasticity an opportunity and the working life is comparatively loose.(step 360) carried out in Location Registration can be deferred to preferential execution work after finishing the next one registration opportunity.Carrier frequency measurement can be deferred to preferential execution work carries out (step 370) after finishing immediately.Because the mobile network understands regular repeated broadcast information, so can cancel the broadcast reception work (step 380) of non-preferential execution.
In Fig. 6, we will enumerate three embodiment and specifically describe the present invention's resource contention of how dealing with the work at Fig. 4.The mobile phone of these embodiment have two-door number (door number be 0953405980 with another door number be 0912345678), standby simultaneously is in the moving network of two-track (just mobile network 0953 and mobile network 0912).Fig. 4 is the present invention discerns the distribution conflict resource according to the mobile network a embodiment.In the present embodiment, the mobile network is identified as 0912 pro-jobs execution, and the operation class (of an amplifying stage) of two conflict work is identical.As shown in Figure 4, during this section standby, a total quadrinomial job is predetermined in regular turn to be carried out:
Work 1 (t
1B, t
1E, 0953, call out reception)
Work 2 (t
2B, t
2E, 0912, call out reception)
Work 3 (t
3B, t
3E, 0953, call out reception)
Work 4 (t
4B, t
4E, 0912, call out reception)
For convenience, these embodiment to mobile network 0953 work indicating on 0953 time shaft; To mobile network 0912 work indicating on 0912 time shaft.So work 1 and work 3 are on mobile network's 0953 time shaft, work 2 and work 4 are on mobile network's 0912 time shaft.According to working resource conflict handling process (Fig. 3) of the present invention, before the work 1 of present embodiment began to carry out, whether affirmation work 1 conflicted with other work generation working resources.Clearly, work 1 conflicts and (just two is operated in t with work 2 generation working resource
2BWith t
1EOverlapped during this time).Therefore, must confirm again whether work 1 has precedence over work 2 and carry out.But have precedence over work 1 because of the mobile network is identified as 0912 work 2 in the present embodiment, 2 preferentially carry out so work.In addition, because the operation class (of an amplifying stage) of work 1 is for calling out reception, so cancel the work 1 of non-preferential execution.Up to one 0953 mobile network's calling week after date, cooperate mobile network 0953 repeated call, the calling of execution work 3 receives again.
Fig. 5 is the present invention discerns the distribution conflict resource according to the mobile network another embodiment.In the present embodiment, the mobile network is identified as 0912 pro-jobs execution, the operation class (of an amplifying stage) difference of two conflict work.As shown in Figure 5, during this section standby, one has the predetermined in regular turn execution of three work:
Work 5 (t
5B, t
5E, 0912, carrier frequency measurement)
Work 6 (t
6B, t
6E, 0953, call out reception)
Work 7 (t
7B, t
7E, 0953, call out reception)
According to working resource conflict handling process (Fig. 3) of the present invention, before the work 5 of present embodiment began to carry out, whether affirmation work 5 conflicted with other work generation working resources.Clearly, work 5 conflicts and (just two is operated in t with work 6 generation working resource
6BWith t
5EOverlapped during this time).Therefore, must confirm again whether work 5 has precedence over work 6 and carry out.Have precedence over work 6 because of the mobile network is identified as 0912 work 5 in the present embodiment, 5 preferentially carry out so work.In addition, because the operation class (of an amplifying stage) of work 6 is for calling out reception, so cancel the work 6 of non-preferential execution.Up to one 0953 mobile network's calling week after date, cooperate mobile network's repeated call, the calling of execution work 7 receives again.
Fig. 6 is that the present invention is according to the embodiment of mobile network's identification with operation class (of an amplifying stage) distribution conflict resource.In the present embodiment, according to of the work of following order Resources allocation to determine preferentially to carry out:
A) instant work of the mobile network 0912 (as: call out and receive);
B) instant work of the mobile network 0953;
C) non-instant work of the mobile network 0912;
D) non-instant work of the mobile network 0953.
During the standby in Fig. 6, one has three work predetermined execution (identical with Fig. 5) in regular turn:
Work 5 (t
5B, t
5E, 0912, carrier frequency measurement)
Work 6 (t
6B, t
6E, 0953, call out reception)
Work 7 (t
7B, t
7E, 0953, call out reception)
According to working resource conflict handling process (Fig. 3) of the present invention, before the work 5 of present embodiment began to carry out, whether affirmation work 5 conflicted with other work generation working resources.Clearly, work 5 conflicts and (just two is operated in t with work 6 generation working resource
6BWith t
5EOverlapped during this time).Therefore, must confirm again whether work 5 has precedence over work 6.Be identified as 0912 carrier frequency measurement work 5 because of mobile network's calling reception work 6 of 0953 of being identified as has precedence over the mobile network in the present embodiment, 6 preferentially carry out so work.In addition, because work 5 operation class (of an amplifying stage) is a carrier frequency measurement, so execution work immediately 8 after being deferred to work 6 and the finishing work 5 of execution (that is be delayed).
Below the present invention has been done a detailed description, but the above only is preferred embodiment of the present invention, when not limiting scope of the invention process.Though the mobile telephone system of present embodiment possesses double SIM card and two-door number, standby simultaneously is in two GSM mobile networks.But mobile telephone system of the present invention be not limited to double SIM card, two-door number, with the moving network of two-track, and can be applicable at least 1 SIM card, at least 1 door number or at least two mobile networks.In addition, mobile telephone system of the present invention is not also limited to standby simultaneously in similar GSM mobile network, also standby simultaneously is in the inhomogeneity mobile network, as: GSM with packet radio (General Packet Radio Service, GPRS) hybrid network, 802.11 radio area networks and GPRS hybrid network etc.Be that all equivalences of doing according to spirit of the present invention change and the equivalence replacement, all should still belong in the patent covering scope of the present invention.
Mobile telephone system of the present invention according to the mobile network's identification or the preferential work of carrying out of operation class (of an amplifying stage) decision of every work, and postpones or cancels unenforced work before the working resource conflict takes place.Make mobile telephone system of the present invention standby simultaneously in a plurality of mobile networks, use a radio transmitter and receiver that a plurality of mobile networks are carried out work such as calling out reception, Location Registration, broadcast reception, carrier frequency measurement, to obtain a plurality of mobile network's services.Like this, can satisfy the demand of people to the shared unit mobile phone.
Claims (20)
1. the system of resource contention is characterized in that between a mobile phone was dealt with the work, and comprised at least:
First mobile network;
Second mobile network;
A mobile phone, standby simultaneously is in first mobile network and second mobile network, simultaneously first mobile network is carried out first work and second mobile network is carried out second work, first work and second is worked the term of execution of having one respectively, a mobile network discerns, an operation class (of an amplifying stage), when first work and second work the term of execution overlapped and use same asset in the mobile phone and when working resource taking place conflict, discern the preferentially work of execution of decision according to the mobile network.
2. the system as claimed in claim 1 is characterized in that, when first work and second work working resource takes place conflict, discerns delay or cancels the work of non-preferential execution according to the mobile network.
3. the system as claimed in claim 1 is characterized in that, determines the foundation of preferential execution work, according to mobile network's identification and operation class (of an amplifying stage).
4. system as claimed in claim 3 is characterized in that, determines preferential work such as the following order of carrying out according to mobile network's identification and operation class (of an amplifying stage):
A) first mobile network's instant work;
B) second mobile network's instant work;
C) first mobile network's non-instant work;
D) second mobile network's non-instant work.
5. system as claimed in claim 4 is characterized in that, instant work is meant to call out and receives or conversation, but not instant work is meant Location Registration, carrier frequency measurement, broadcast reception thrin.
6. the system as claimed in claim 1 is characterized in that, mobile network identification is meant mobile phone door number, mobile network's code name, subscriber identification module code name thrin.
7. the system as claimed in claim 1 is characterized in that, operation class (of an amplifying stage) is meant calls out one of reception, Location Registration, carrier frequency measurement, broadcast reception.
8. the system as claimed in claim 1 is characterized in that, first mobile network and second mobile network use the Global Mobile Phone system.
9. the system as claimed in claim 1 is characterized in that, first mobile network uses Global Mobile Phone system or general packet radio, and second mobile network uses general packet radio or radio area network.
10. the system as claimed in claim 1 is characterized in that, determines mobile network's identification of preferential execution work manually to set by system's automatic setting or user.
11. the method for resource contention between a mobile phone is dealt with the work, this method is used in the standby simultaneously of a mobile phone in first mobile network and second mobile network, simultaneously first mobile network is carried out first work and second mobile network is carried out second work, first work and second is worked the term of execution of having one respectively, a mobile network discerns, an operation class (of an amplifying stage), when first work and second work the term of execution overlapped and use same asset in the mobile phone and when working resource taking place conflict, discern the preferentially work of execution of decision according to the mobile network.
12. method as claimed in claim 11 is characterized in that, when first work and second work working resource takes place conflict, discerns delay or cancels the work of non-preferential execution according to the mobile network.
13. method as claimed in claim 11 is characterized in that, determines the foundation of preferential execution work, according to mobile network's identification and operation class (of an amplifying stage).
14. method as claimed in claim 13 is characterized in that, determines preferential work such as the following order of carrying out according to mobile network's identification and operation class (of an amplifying stage):
A) first mobile network's instant work;
B) second mobile network's instant work;
C) first mobile network's non-instant work;
D) second mobile network's non-instant work.
15. method as claimed in claim 14 is characterized in that, instant work is meant to call out and receives or conversation, but not instant work is meant Location Registration, carrier frequency measurement, broadcast reception thrin.
16. method as claimed in claim 11 is characterized in that, mobile network identification is meant mobile phone door number, mobile network's code name, subscriber identification module code name thrin.
17. method as claimed in claim 11 is characterized in that, operation class (of an amplifying stage) is meant calls out one of reception, Location Registration, carrier frequency measurement, broadcast reception.
18. method as claimed in claim 11 is characterized in that, first mobile network and second mobile network use the Global Mobile Phone system.
19. method as claimed in claim 11 is characterized in that, first mobile network uses Global Mobile Phone system or general packet radio, and second mobile network uses general packet radio or radio area network.
20. method as claimed in claim 11 is characterized in that, determines mobile network's identification of preferential execution work manually to set or the method automatic setting by the user.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021473358A CN100389623C (en) | 2002-10-14 | 2002-10-14 | System and method for treating work resource conflict by mobile |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021473358A CN100389623C (en) | 2002-10-14 | 2002-10-14 | System and method for treating work resource conflict by mobile |
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| CN1491061A CN1491061A (en) | 2004-04-21 |
| CN100389623C true CN100389623C (en) | 2008-05-21 |
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| CNB021473358A Expired - Fee Related CN100389623C (en) | 2002-10-14 | 2002-10-14 | System and method for treating work resource conflict by mobile |
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| CN102014484B (en) * | 2010-12-01 | 2015-05-13 | 中兴通讯股份有限公司 | Method for realizing call and registration of dual-card double standby terminal and dual-card double standby terminal |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6178335B1 (en) * | 1997-03-27 | 2001-01-23 | Siemens Information And Communication Networks, Inc. | Wireless communication system |
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2002
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Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6178335B1 (en) * | 1997-03-27 | 2001-01-23 | Siemens Information And Communication Networks, Inc. | Wireless communication system |
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