CN105472784A - Method, device and terminal for single-card double-standby telecommunications service platform management - Google Patents
Method, device and terminal for single-card double-standby telecommunications service platform management Download PDFInfo
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- CN105472784A CN105472784A CN201410419530.XA CN201410419530A CN105472784A CN 105472784 A CN105472784 A CN 105472784A CN 201410419530 A CN201410419530 A CN 201410419530A CN 105472784 A CN105472784 A CN 105472784A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
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Abstract
The invention discloses a method of single-card double-standby telecommunications service platform management. An application interface layer of the terminal sends a packet switching (PS) service request to a double-standby management layer; after the double-standby management layer receives the PS service request, according to a second network state reported by a second modulation and demodulation layer, a first modulation and demodulation layer or the second modulation and demodulation layer is selected to execute the PS service, wherein the first modulation and demodulation layer is used for being standby in the first network; the second modulation and demodulation layer is used for being standby in the second network; the first network is the network executing the circuit switching (CS) service preferentially; and the second network is the network executing the PS service. The invention also discloses a device and a terminal for single-card double-standby telecommunications service platform management.
Description
Technical field
The present invention relates to mobile communication technology, particularly relate to a kind of single deck tape-recorder pair and treat telecommunication service platform management method, device and terminal.
Background technology
Mobile network's technology fast development in recent years, 4G network is fast with its network speed, quorum sensing inhibitor is wide, can meet people whenever and wherever possible fast sharing demand and become the network schemer of main flow gradually.And for 2G network, after, 4G universal at 3G comes out, by feat of its good stability, compatible strong, still occupy consequence in a mobile network, not have by operator and each mobile terminal manufacturer abandon.How the network rapidity of 4G and the stability of 2G are perfectly merged? the demand of user's fast video, amusement whenever and wherever possible can be met; the speech quality in any place can be ensured again fully; user can be greatly facilitated again use simultaneously; in this case, single deck tape-recorder single tape bimodulus or multimode terminal arise at the historic moment.On single deck tape-recorder single tape bimodulus or multimode terminal, a kind of pattern is used for business of networking, and a kind of pattern is used for mobile phone short message business, but only uses the realization of a modulation /demodulation layer (Modem).
Summary of the invention
For solving the technical problem of existing existence, the present invention mainly provides a kind of single deck tape-recorder pair to treat telecommunication service platform management method, device and terminal.
Technical scheme of the present invention is achieved in that
The invention provides a kind of single deck tape-recorder pair and treat telecommunication service platform management method, the method comprises:
Packet switching (PS) service request is sent to two layer to be managed by the application interface layer of terminal;
After described two layer to be managed receives PS service request, according to the state of the second network that the second modulation /demodulation layer reports, the first modulation /demodulation layer or the second modulation /demodulation layer is selected to perform PS business; Described first modulation /demodulation layer is used for standby at first network, described second modulation /demodulation layer is used for standby at second network, described first network is the network that preferential executive circuit exchanges (CS) business, and described second network is the network preferentially performing PS business.
In such scheme, the state of the described second network reported according to the second modulation /demodulation layer, select the first modulation /demodulation layer or the second modulation /demodulation layer to perform PS business, comprising: when the state of second network is normal, select the second modulation /demodulation layer to perform PS business; When the state of second network is improper, the first modulation /demodulation layer is selected to perform PS business.
In such scheme, when the described state when second network is normal, the second modulation /demodulation layer is selected to perform PS business, comprise: when the state of second network is normal, PS service request is sent to the second telecommunication service ccf layer by described two layer to be managed, described PS service request is sent to the second adaptation layer by described second telecommunication service ccf layer, described second adaptation layer sends to the second modulation /demodulation layer after described PS service request is converted at order, and described second modulation /demodulation layer is according to described at command execution PS business.
In such scheme, when the described state when second network is improper, the first modulation /demodulation layer is selected to perform PS business, comprise: when the state of second network is improper, PS service request is sent to the first telecommunication service ccf layer by described two layer to be managed, described PS service request is sent to the first adaptation layer by described first telecommunication service ccf layer, described first adaptation layer sends to the first modulation /demodulation layer after described PS service request is converted at order, and described first modulation /demodulation layer is according to described at command execution PS business.
In such scheme, the method also comprises: perform in PS business procedure in terminal, the state of the second network that described two layer to be managed reports according to the second modulation /demodulation layer, moves to the second modulation /demodulation layer by PS business by the first modulation /demodulation layer or moves to the first modulation /demodulation layer by the second modulation /demodulation layer.
In such scheme, the state of the second network that described two layer to be managed reports according to the second modulation /demodulation layer, moves to the second modulation /demodulation layer by PS business by the first modulation /demodulation layer or moves to the first modulation /demodulation layer by the second modulation /demodulation layer, comprising:
Under the second modulation /demodulation layer reports the state of second network to be normal situation, described two layer to be managed determines that current PS business is attached to first network, whether inquiry packets data protocol (PDP) activates, if activated, then obtain second network signal strength signal intensity, when second network signal strength signal intensity meets threshold value, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the second modulation /demodulation layer to perform; If un-activation, then by PS business in first network attachment removal, switch asynchronous paths, and by PS business in second network network attachment, follow-up PS business sends to the second modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is opened, described two layer to be managed determines that current PS business is attached to second network, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the first modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is closed, described two layer to be managed determines that current PS business is attached to second network, inquire offline mode close and the state of first network for after normal, to second network attachment removal, switch asynchronous paths, and to first network attachment, activate PDP at first network, activation result be successfully time, follow-up PS business send to first modulation /demodulation layer perform.
In such scheme, the method also comprises:
The application interface layer of terminal is when receiving CS service request, described CS service request is sent to the first telecommunication service ccf layer, described first telecommunication service ccf layer sends to the first modulation /demodulation layer after described CS service request being converted to the at order of CS business by the first adaptation layer, and described first modulation /demodulation layer performs CS business at first network.
The invention provides a kind of single deck tape-recorder pair and treat telecommunication service platform management devices, this device comprises: application interface module, two module to be managed, the first modulation /demodulation module, the second modulation /demodulation module; Wherein,
Application interface module installation at application interface layer, for PS service request being sent to two module to be managed;
Two module installation to be managed, at two layer to be managed, for receiving PS service request, according to the state of the second network that the second modulation /demodulation module reports, selects the first modulation /demodulation module or the second modulation /demodulation module to perform PS business;
First modulation /demodulation module installation, at the first modulation /demodulation layer, for standby at first network, performs CS business and PS business under first network;
Described second modulation /demodulation module installation, at the second modulation /demodulation layer, for standby at second network, performs PS business under second network;
Wherein, described first network is the network preferentially performing CS business, and described second network is the network preferentially performing PS business.
In such scheme, described two module to be managed, specifically for being normal according to the state of second network, selects the second modulation /demodulation module to perform PS business; Be improper according to the state of second network, select the first modulation /demodulation module to perform PS business.
In such scheme, this device also comprises: the first telecommunication service frame module, the second telecommunication service frame module, the first adaptation module, the second adaptation module, wherein,
Described two module to be managed, specifically for when the state of second network is normal, sends to the second telecommunication service frame module by PS service request;
Described second telecommunication service frame module is arranged on the second telecommunication service ccf layer, for described PS service request is sent to the second adaptation module;
Described second adaptation module is arranged on the second adaptation layer, after described PS service request is converted at order, send to the second modulation /demodulation module;
Described second modulation /demodulation module, specifically for according to described at command execution PS business;
Described two module to be managed, specifically for when the state of second network is improper, sends to the first telecommunication service frame module by PS service request;
Described first telecommunication service frame module is arranged on the first telecommunication service ccf layer, for described PS service request is sent to the first adaptation module;
Described first adaptation module is arranged on the first adaptation layer, after described PS service request is converted at order, send to the first modulation /demodulation module;
Described first modulation /demodulation module, specifically for according to described at command execution PS business.
In such scheme, described two module to be managed, also in execution PS business procedure, according to the state of the second network that the second modulation /demodulation module reports, PS business is moved to the second modulation /demodulation module by the first modulation /demodulation module or moves to the first modulation /demodulation module by the second modulation /demodulation module.
In such scheme, described two module to be managed specifically for: under the second modulation /demodulation layer reports the state of second network to be normal situation, determine that current PS business is attached to first network, whether inquiry PDP activates, if activated, then obtains second network signal strength signal intensity, when second network signal strength signal intensity meets threshold value, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the second modulation /demodulation layer to perform; If un-activation, then by PS business in first network attachment removal, switch asynchronous paths, and by PS business in second network network attachment, follow-up PS business sends to the second modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is opened, determine that current PS business is attached to second network, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the first modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is closed, determine that current PS business is attached to second network, inquire offline mode close and the state of first network for after normal, to second network attachment removal, switch asynchronous paths, and to first network attachment, activate PDP at first network, activation result be successfully time, follow-up PS business send to first modulation /demodulation layer perform.
In such scheme, described application interface module, also for when receiving CS service request, sends to the first telecommunication service frame module by described CS service request;
Described first telecommunication service frame module, also for by the first adaptation module described CS service request is converted to CS business at order after send to the first modulation /demodulation module.
The present invention also provides a kind of terminal, and this terminal comprises above-mentioned single deck tape-recorder pair and treats telecommunication service platform management devices.
The invention provides a kind of single deck tape-recorder pair and treat telecommunication service platform management method, device and terminal, packet switching (PS) service request is sent to two layer to be managed by the application interface layer of terminal, after described two layer to be managed receives PS service request, according to the state of the second network that the second modulation /demodulation layer reports, the first modulation /demodulation layer or the second modulation /demodulation layer is selected to perform PS business, described first modulation /demodulation layer is used for standby at first network, described second modulation /demodulation layer is used for standby at second network, described first network is the network that preferential executive circuit exchanges (CS) business, described second network is the network preferentially performing PS business, so, realize based on independently two modulation /demodulation layers that single deck tape-recorder is two treats telecommunication service, can, while the guarantee high-quality business of networking of user and telephone service, can transplant general on any modulation /demodulation layer platform, there is very strong portability, there is the wide market space.
Accompanying drawing explanation
The two schematic flow sheet treating telecommunication service platform management method of single deck tape-recorder that Fig. 1 provides for the embodiment of the present invention;
The configuration diagram that telecommunication service platform manages treated by the single deck tape-recorder pair that Fig. 2 provides for the embodiment of the present invention;
The PS business migration schematic flow sheet that Fig. 3 provides for the embodiment of the present invention;
The two structural representation treating telecommunication service platform management devices of single deck tape-recorder that Fig. 4 provides for the embodiment of the present invention.
Embodiment
In the embodiment of the present invention, PS service request is sent to two layer to be managed by the application interface layer of terminal, after described two layer to be managed receives PS service request, according to the state of the second network that the second modulation /demodulation layer reports, the first modulation /demodulation layer or the second modulation /demodulation layer is selected to perform PS business, described first modulation /demodulation layer is used for standby at first network, described second modulation /demodulation layer is used for standby at second network, described first network is the network preferentially performing CS business, and described second network is the network preferentially performing PS business.
Here, the network of described preferential execution CS business refers to that process CS professional ability is more stable, the network that process PS professional ability is slightly poorer than second network; The network of described preferential execution PS business refers to that only providing the network of PS traffic handing capacity or process CS professional ability to be not so good as first network stablizes, but the network that process PS professional ability is slightly better than first network.
Below by drawings and the specific embodiments, the present invention is described in further detail.
The embodiment of the present invention realizes a kind of single deck tape-recorder pair and treats telecommunication service platform management method, and as illustrated in fig. 1 and 2, the method comprises following step:
Step 101: PS service request is sent to two layer to be managed by the application interface layer of terminal;
Step 102: after described two layer to be managed receives PS service request, according to the state of the second network that the second modulation /demodulation layer reports, selects the first modulation /demodulation layer or the second modulation /demodulation layer to perform PS business;
In this step, described first modulation /demodulation layer is used for standby at first network, and described second modulation /demodulation layer is used for standby at second network, described first network is the network preferentially performing CS business, as 2G network, described second network is the network preferentially performing PS business, as 3G or 4G network;
Concrete, the state of described second network can be represented by ZPsstat, when ZPsstat is normal, as ZPsstat=1, selects the second modulation /demodulation layer to perform PS business; When ZPsstat is improper, as ZPsstat=2, the first modulation /demodulation layer is selected to perform PS business.Can normal and improper referring to here carry out exchanges data by second network, includes and whether open data cube computation etc. without in the size of the signal of second network, signal strength signal intensity, terminal.
It is described when ZPsstat is normal, the second modulation /demodulation layer is selected to perform PS business, comprise: when ZPsstat is normal, PS service request is sent to the second telecommunication service ccf layer by described two layer to be managed, described PS service request is sent to the second adaptation layer by described second telecommunication service ccf layer, described second adaptation layer sends to the second modulation /demodulation layer after described PS service request is converted at order, and described second modulation /demodulation layer is according to described at command execution PS business;
It is described when ZPsstat is improper, the first modulation /demodulation layer is selected to perform PS business, comprise: when ZPsstat is improper, PS service request is sent to the first telecommunication service ccf layer by described two layer to be managed, described PS service request is sent to the first adaptation layer by described first telecommunication service ccf layer, described first adaptation layer sends to the first modulation /demodulation layer after described PS service request is converted at order, and described first modulation /demodulation layer is according to described at command execution PS business.
Said method also comprises: perform in PS business procedure in terminal, the state of the second network that described two layer to be managed reports according to the second modulation /demodulation layer, PS business is moved to the second modulation /demodulation layer by the first modulation /demodulation layer or moves to the first modulation /demodulation layer by the second modulation /demodulation layer, generally there will be the migration that three kinds of situations need to carry out PS business, as shown in Figure 3, wherein, the state representation of first network is ZPsstatGMS, the state representation of second network is ZPsstat, described ZPsstatGMS is for be just often expressed as ZPsstatGMS=1, ZPsstatGMS is improperly expressed as ZPsstatGMS=2, described ZPsstat is for be just often expressed as ZPsstat=1, ZPsstat is improperly expressed as ZPsstat=2, GSM network is first network, LTE network is second network:
Flow process 1 represents that the second modulation /demodulation layer reports the state ZPsstat of LTE network to be normal situation:
Described two layer to be managed determines that SOT state of termination is Idle state (IDLE) and after not having packet data protocol (PDP) activation process, SOT state of termination is set to carry out state (doing), and the PS business attach to network that inquiry terminal is current:
Whether, when being attached to LTE network, SOT state of termination is set to IDLE state by described two layer to be managed, and continues to detect ZPsstat, as ZPsstat=2, activate select to perform flow process 2 or flow process 3 according to PDP;
When being attached to GSM network, whether inquiry PDP activates, if activated, then obtain LTE signal strength signal intensity, judging whether LTE signal strength signal intensity meets the threshold value arranged, when meeting, switching asynchronous paths, and it is synchronous to carry out PDP Context, follow-up PS business sends to the second modulation /demodulation layer to perform, and again SOT state of termination is set to IDLE state, continues to detect ZPsstat, as ZPsstat=2, perform flow process 2; When not meeting, continuing to detect ZPsstat whether ZPsstat=2, if so, performing flow process 2, if not, whether inquiry offline mode closes, and if so, continues to obtain LTE signal strength signal intensity, if not, terminates; If un-activation, then to GSM network attachment removal, switch asynchronous paths, and to LTE network attachment, follow-up PS business sends to the second modulation /demodulation layer to perform, and again SOT state of termination is set to IDLE state, continue to detect ZPsstat, as ZPsstat=2, perform flow process 3.
Flow process 2 represents that the second modulation /demodulation layer reports the state ZPsstat of LTE network to be improper and data cube computation situation about opening:
Described two layer to be managed determines that SOT state of termination is IDLE and after not having PDP activation flow process, SOT state of termination is set to doing state, and the PS business attach to network that inquiry terminal is current:
When being attached to GSM network, described two layer to be managed continues to detect ZPsstat, as ZPsstat=1, selects to perform flow process 1;
When being attached to LTE network, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the first modulation /demodulation layer to perform, and again SOT state of termination is set to IDLE state, continues to detect ZPsstat, as ZPsstat=1, performs flow process 1.
Flow process 3 represents that the second modulation /demodulation layer reports the state of second network to be improper and the situation of data cube computation closedown:
Described two layer to be managed determines that SOT state of termination is IDLE state and after not having PDP activation flow process, SOT state of termination is set to doing state, and the PS business attach to network that inquiry terminal is current:
When being attached to GSM network, SOT state of termination is set to IDLE state by described two layer to be managed, and continues to detect ZPsstat, as ZPsstat=1, selects to perform flow process 1;
When being attached to LTE network, inquire about whether ZPsstat=1, if, then SOT state of termination is set to IDLE state, perform flow process 1, if not, then inquire about whether ZPsstatGMS=1, if not, when then inquiring offline mode for closing, continue to inquire about whether ZPsstat=1, if ZPsstatGMS=1, then to LTE network attachment removal, switch asynchronous paths, and GSM network is adhered to, PDP is activated in GSM network, obtain activation result, SOT state of termination is set to IDLE state, activation result be successfully time, follow-up PS business sends to the first modulation /demodulation layer to perform, continue to detect ZPsstat, migration flow process is performed according to the value of ZPsstat, when activation result is unsuccessful, continue to detect ZPsstat, the value according to ZPsstat performs flow process 1 or flow process 3.
Said method also comprises: the application interface layer of terminal is when receiving CS service request, described CS service request is sent to the first telecommunication service ccf layer, described first telecommunication service ccf layer sends to the first modulation /demodulation layer after described CS service request being converted to the at order of CS business by the first adaptation layer, and described first modulation /demodulation layer performs CS business at first network.
In Fig. 2, described first telecommunication service ccf layer is also for reporting the display of application interface layer by the message etc. of the signal strength signal intensity of first network, first network standard, informing; Described second telecommunication service ccf layer is also for reporting the display of application interface layer by the signal strength signal intensity of second network, second network standard etc.; The message of described informing comprises call-in reporting, SMS notification etc.
Based on said method, the present invention also provides a kind of single deck tape-recorder pair to treat telecommunication service platform management devices, and as shown in Figure 4, this device comprises: application interface module 41, two module 42, first modulation /demodulation module 43, second modulation /demodulation module 44 to be managed; Wherein,
Application interface module 41 is arranged on application interface layer, for PS service request being sent to two module 42 to be managed;
Two module to be managed 42 is arranged on two layer to be managed, for receiving PS service request, according to the state of the second network that the second modulation /demodulation module 44 reports, selects the first modulation /demodulation module 43 or the second modulation /demodulation module 44 to perform PS business;
First modulation /demodulation module 43 is arranged on the first modulation /demodulation layer, for standby at first network, performs CS business and PS business under first network;
Described second modulation /demodulation module 44 is arranged on the second modulation /demodulation layer, for standby at second network, performs PS business under second network;
Wherein, described first network is the network preferentially performing CS business, and described second network is the network preferentially performing PS business.
Described two module 42 to be managed, specifically for being normal according to the state of second network, selects the second modulation /demodulation module 44 to perform PS business; Be improper according to the state of second network, select the first modulation /demodulation module 43 to perform PS business;
This device also comprises: the first telecommunication service frame module 45, second telecommunication service frame module 46, first adaptation module 47, second adaptation module 48, wherein,
Described two module 42 to be managed, specifically for when the state of second network is normal, sends to the second telecommunication service frame module 46 by PS service request;
Described second telecommunication service frame module 46 is arranged on the second telecommunication service ccf layer, for described PS service request is sent to the second adaptation module 48;
Described second adaptation module 48 is arranged on the second adaptation layer, after described PS service request is converted at order, send to the second modulation /demodulation module 44;
Described second modulation /demodulation module 44, specifically for according to described at command execution PS business;
Described two module 42 to be managed, specifically for when the state of second network is improper, sends to the first telecommunication service frame module 45 by PS service request;
Described first telecommunication service frame module 45 is arranged on the first telecommunication service ccf layer, for described PS service request is sent to the first adaptation module 47;
Described first adaptation module 47 is arranged on the first adaptation layer, after described PS service request is converted at order, send to the first modulation /demodulation module 43;
Described first modulation /demodulation module 43, specifically for according to described at command execution PS business.
Described two module 42 to be managed, also for performing in PS business procedure in terminal, according to the state of the second network that the second modulation /demodulation module 44 reports, PS business is moved to the second modulation /demodulation module 44 by the first modulation /demodulation module 43 or moves to the first modulation /demodulation module 43 by the second modulation /demodulation module 44.
Concrete, under the second modulation /demodulation module 44 reports the state of second network to be normal situation, described two module 42 to be managed determines that current PS business is attached to first network, whether inquiry PDP activates, if activated, then obtains second network signal strength signal intensity, when second network signal strength signal intensity meets threshold value, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the second modulation /demodulation module 44 to perform; If un-activation, then by PS business in first network attachment removal, switch asynchronous paths, and by PS business in second network network attachment, follow-up PS business sends to the second modulation /demodulation module 44 to perform;
When the second modulation /demodulation module 44 reports the state of second network to be improper and data cube computation is opened, described two module 42 to be managed determines that current PS business is attached to second network, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the first modulation /demodulation module 43 to perform;
When the second modulation /demodulation module 44 reports the state of second network to be improper and data cube computation is closed, described two module 42 to be managed determines that current PS business is attached to second network, inquire offline mode close and the state of first network for after normal, to second network attachment removal, switch asynchronous paths, and to first network attachment, activate PDP at first network, activation result be successfully time, follow-up PS business sends to the first modulation /demodulation module 43 to perform.
Described application interface module 41, also for when receiving CS service request, sends to the first telecommunication service frame module 45 by described CS service request;
Described first telecommunication service frame module 45, also for by the first adaptation module 47 described CS service request is converted to CS business at order after send to the first modulation /demodulation module 43.
Based on said apparatus, the embodiment of the present invention also provides a kind of single deck tape-recorder two terminal treated, this device comprises the single deck tape-recorder shown in Fig. 4 pair and treats telecommunication service platform management devices.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention, and all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (14)
1. single deck tape-recorder is two treats a telecommunication service platform management method, and it is characterized in that, the method comprises:
Packet switching (PS) service request is sent to two layer to be managed by the application interface layer of terminal;
After described two layer to be managed receives PS service request, according to the state of the second network that the second modulation /demodulation layer reports, the first modulation /demodulation layer or the second modulation /demodulation layer is selected to perform PS business; Described first modulation /demodulation layer is used for standby at first network, described second modulation /demodulation layer is used for standby at second network, described first network is the network that preferential executive circuit exchanges (CS) business, and described second network is the network preferentially performing PS business.
2. method according to claim 1, it is characterized in that, the state of the described second network reported according to the second modulation /demodulation layer, the first modulation /demodulation layer or the second modulation /demodulation layer is selected to perform PS business, comprise: when the state of second network is normal, select the second modulation /demodulation layer to perform PS business; When the state of second network is improper, the first modulation /demodulation layer is selected to perform PS business.
3. method according to claim 2, it is characterized in that, when the described state when second network is normal, the second modulation /demodulation layer is selected to perform PS business, comprise: when the state of second network is normal, PS service request is sent to the second telecommunication service ccf layer by described two layer to be managed, described PS service request is sent to the second adaptation layer by described second telecommunication service ccf layer, described second adaptation layer sends to the second modulation /demodulation layer after described PS service request is converted at order, and described second modulation /demodulation layer is according to described at command execution PS business.
4. method according to claim 2, it is characterized in that, when the described state when second network is improper, the first modulation /demodulation layer is selected to perform PS business, comprise: when the state of second network is improper, PS service request is sent to the first telecommunication service ccf layer by described two layer to be managed, described PS service request is sent to the first adaptation layer by described first telecommunication service ccf layer, described first adaptation layer sends to the first modulation /demodulation layer after described PS service request is converted at order, described first modulation /demodulation layer is according to described at command execution PS business.
5. method according to claim 1, it is characterized in that, the method also comprises: perform in PS business procedure in terminal, the state of the second network that described two layer to be managed reports according to the second modulation /demodulation layer, moves to the second modulation /demodulation layer by PS business by the first modulation /demodulation layer or moves to the first modulation /demodulation layer by the second modulation /demodulation layer.
6. method according to claim 5, it is characterized in that, the state of the second network that described two layer to be managed reports according to the second modulation /demodulation layer, moves to the second modulation /demodulation layer by PS business by the first modulation /demodulation layer or moves to the first modulation /demodulation layer by the second modulation /demodulation layer, comprising:
Under the second modulation /demodulation layer reports the state of second network to be normal situation, described two layer to be managed determines that current PS business is attached to first network, whether inquiry packets data protocol (PDP) activates, if activated, then obtain second network signal strength signal intensity, when second network signal strength signal intensity meets threshold value, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the second modulation /demodulation layer to perform; If un-activation, then by PS business in first network attachment removal, switch asynchronous paths, and by PS business in second network network attachment, follow-up PS business sends to the second modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is opened, described two layer to be managed determines that current PS business is attached to second network, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the first modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is closed, described two layer to be managed determines that current PS business is attached to second network, inquire offline mode close and the state of first network for after normal, to second network attachment removal, switch asynchronous paths, and to first network attachment, activate PDP at first network, activation result be successfully time, follow-up PS business send to first modulation /demodulation layer perform.
7. the method according to any one of claim 1 to 6, is characterized in that, the method also comprises:
The application interface layer of terminal is when receiving CS service request, described CS service request is sent to the first telecommunication service ccf layer, described first telecommunication service ccf layer sends to the first modulation /demodulation layer after described CS service request being converted to the at order of CS business by the first adaptation layer, and described first modulation /demodulation layer performs CS business at first network.
8. single deck tape-recorder is two treats a telecommunication service platform management devices, and it is characterized in that, this device comprises: application interface module, two module to be managed, the first modulation /demodulation module, the second modulation /demodulation module; Wherein,
Application interface module installation at application interface layer, for PS service request being sent to two module to be managed;
Two module installation to be managed, at two layer to be managed, for receiving PS service request, according to the state of the second network that the second modulation /demodulation module reports, selects the first modulation /demodulation module or the second modulation /demodulation module to perform PS business;
First modulation /demodulation module installation, at the first modulation /demodulation layer, for standby at first network, performs CS business and PS business under first network;
Described second modulation /demodulation module installation, at the second modulation /demodulation layer, for standby at second network, performs PS business under second network;
Wherein, described first network is the network preferentially performing CS business, and described second network is the network preferentially performing PS business.
9. device according to claim 8, is characterized in that, described two module to be managed, specifically for being normal according to the state of second network, selects the second modulation /demodulation module to perform PS business; Be improper according to the state of second network, select the first modulation /demodulation module to perform PS business.
10. device according to claim 9, is characterized in that, this device also comprises: the first telecommunication service frame module, the second telecommunication service frame module, the first adaptation module, the second adaptation module, wherein,
Described two module to be managed, specifically for when the state of second network is normal, sends to the second telecommunication service frame module by PS service request;
Described second telecommunication service frame module is arranged on the second telecommunication service ccf layer, for described PS service request is sent to the second adaptation module;
Described second adaptation module is arranged on the second adaptation layer, after described PS service request is converted at order, send to the second modulation /demodulation module;
Described second modulation /demodulation module, specifically for according to described at command execution PS business;
Described two module to be managed, specifically for when the state of second network is improper, sends to the first telecommunication service frame module by PS service request;
Described first telecommunication service frame module is arranged on the first telecommunication service ccf layer, for described PS service request is sent to the first adaptation module;
Described first adaptation module is arranged on the first adaptation layer, after described PS service request is converted at order, send to the first modulation /demodulation module;
Described first modulation /demodulation module, specifically for according to described at command execution PS business.
11. devices according to claim 8, it is characterized in that, described two module to be managed, also in execution PS business procedure, according to the state of the second network that the second modulation /demodulation module reports, PS business is moved to the second modulation /demodulation module by the first modulation /demodulation module or moves to the first modulation /demodulation module by the second modulation /demodulation module.
12. devices according to claim 11, it is characterized in that, described two module to be managed specifically for: under the second modulation /demodulation layer reports the state of second network to be normal situation, determine that current PS business is attached to first network, whether inquiry PDP activates, if activated, then obtain second network signal strength signal intensity, when second network signal strength signal intensity meets threshold value, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the second modulation /demodulation layer to perform; If un-activation, then by PS business in first network attachment removal, switch asynchronous paths, and PS business to be adhered at second network, follow-up PS business sends to the second modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is opened, determine that current PS business is attached to second network, switch asynchronous paths, and carry out PDP Context synchronously, follow-up PS business sends to the first modulation /demodulation layer to perform;
When the second modulation /demodulation layer reports the state of second network to be improper and data cube computation is closed, determine that current PS business is attached to second network, inquire offline mode close and the state of first network for after normal, to second network attachment removal, switch asynchronous paths, and to first network attachment, activate PDP at first network, activation result be successfully time, follow-up PS business send to first modulation /demodulation layer perform.
13. devices according to claim 10, is characterized in that, described application interface module, also for when receiving CS service request, described CS service request are sent to the first telecommunication service frame module;
Described first telecommunication service frame module, also for by the first adaptation module described CS service request is converted to CS business at order after send to the first modulation /demodulation module.
14. 1 kinds of terminals, is characterized in that, telecommunication service platform management devices treated by the single deck tape-recorder pair that this terminal comprises described in any one of claim 8 to 13.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410419530.XA CN105472784A (en) | 2014-08-22 | 2014-08-22 | Method, device and terminal for single-card double-standby telecommunications service platform management |
| PCT/CN2014/093226 WO2015117484A1 (en) | 2014-08-22 | 2014-12-08 | Single-card dual-standby telecommunication service platform management method, device and terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410419530.XA CN105472784A (en) | 2014-08-22 | 2014-08-22 | Method, device and terminal for single-card double-standby telecommunications service platform management |
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| CN105472784A true CN105472784A (en) | 2016-04-06 |
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| CN201410419530.XA Withdrawn CN105472784A (en) | 2014-08-22 | 2014-08-22 | Method, device and terminal for single-card double-standby telecommunications service platform management |
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| WO (1) | WO2015117484A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109474966A (en) * | 2018-11-29 | 2019-03-15 | 努比亚技术有限公司 | Method for controlling mobile terminal, mobile terminal and computer readable storage medium |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101977417A (en) * | 2010-10-20 | 2011-02-16 | 华为技术有限公司 | Network selection method and terminal equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102131261A (en) * | 2010-12-09 | 2011-07-20 | 华为技术有限公司 | Single card terminal and network reselection method |
| CN102026366B (en) * | 2010-12-16 | 2014-02-26 | 华为技术有限公司 | Single-card dual-standby network registering method and network control equipment |
| CN102917439A (en) * | 2011-08-03 | 2013-02-06 | 华为终端有限公司 | Single-model dual-standby terminal and data service connection method |
| CN102572794A (en) * | 2011-12-23 | 2012-07-11 | 中兴通讯股份有限公司 | Single-card double-mode double-standby mobile terminal and business conducting method thereof |
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2014
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| CN101977417A (en) * | 2010-10-20 | 2011-02-16 | 华为技术有限公司 | Network selection method and terminal equipment |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109474966A (en) * | 2018-11-29 | 2019-03-15 | 努比亚技术有限公司 | Method for controlling mobile terminal, mobile terminal and computer readable storage medium |
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| WO2015117484A1 (en) | 2015-08-13 |
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