CN103391522A - Method and device for processing short messages - Google Patents
Method and device for processing short messages Download PDFInfo
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- CN103391522A CN103391522A CN2012101422209A CN201210142220A CN103391522A CN 103391522 A CN103391522 A CN 103391522A CN 2012101422209 A CN2012101422209 A CN 2012101422209A CN 201210142220 A CN201210142220 A CN 201210142220A CN 103391522 A CN103391522 A CN 103391522A
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Abstract
The invention is suitable for the field of communication and provides a method and device for processing short messages. The method includes the steps that after a signal sent back by the network side and indicating successful sending of one of continuous short messages is received, the signal including prompting information is sent to the network side; the prompting information is used for prompting sending of sequential short messages of the continuous short messages at the network side and prompting the network side to select a mobile management MM to be connected and transmit the sequential short messages. The sequential short messages are connected with and sent by the selected MM. According to the technical scheme, the method and device for processing the short messages have the advantage of reducing signal transmission.
Description
Technical field
The invention belongs to the communications field, relate in particular to the technology that a kind of short message is processed.
Background technology
Short Message Service (Short Messaging Service, SMS) be the very high a kind of communication service of present popularity rate, it is a kind of point-to-point (Point To Point, P2P) or end to end serve, namely by travelling carriage (Mobile Station, MS) with SMS service center (Short Message Service Center, SC) between exchange message realize.In addition, SMS is also a kind of storage forwarding service, be that short message is not directly from transmitting terminal, to send to receiving terminal, but by SC, forward, if receiving terminal is in not-connected status, for example, terminal has been closed or out of reach, and signaling will send when receiving terminal connects again.
Short message service can comprise two kinds of following fundamental modes:
Mobile origin MO(Mobile Originated), refer to that short message is sent to SC from MS;
Mobile Termination MT(Mobile Terminated), refer to that short message is sent to MS from SC;
the transmission method of existing short message is specially: need to set up Radio Resource (Radio Resource before short message transmission, RR) connect, in the MO mode as example, MS(is transmitting terminal) need to first set up RR with network side (being receiving terminal) and be connected, rear transmission connection management service request (Connection Management Service Request, CM Service Request) give network side, the service of application short message transmission, network side can be set up reciprocity mobile management with MS and was connected this moment, as at circuit switching (Circuit Switch, CS) mobile management in territory (Mobility Management, MM) connect, and the short message transmission service that is connected to by above-mentioned foundation.
When having many short messages to transmit, can use continuous short message to transmit flow process, namely after having transmitted article one short message, keep current RR to connect constant, continue to transmit next short message, Fig. 1 is the flow chart that the continuous short message under the CS territory transmits flow process, and as shown in Figure 1, it is specific as follows that short message transmits flow process continuously:
at first MS needs and (the Mobile Switching Center of mobile switching centre, MSC) setting up RR and MM connects, again with SC management (the Connection Management that connects, CM) layer connects, then MS sends to SC in order one by one with many short messages, sends article one short message of continuous short message: sending the key-course data signaling CP-DATA(that includes relay layer data signaling (RP-DATA) is label 1), pass through CP-DATA(RP-DATA) article one short message is sent to SC after, network side (MSC) is at control protocol (Control Protocol, CP) at first layer is replied key-course to MS correctly to reply signaling CP-ACK(is label 2) (annotate: at the CP layer, each CP-DATA can have one to reply, CP-ACK or key-course wrong responses signaling CP-ERROR), then MS can receive that correctly to reply the key-course data signaling CP-DATA(of signaling (RP-ACK) be label 3 for the relay layer that includes of SC) (annotate: at the RP layer, each RP-DATA can have one and reply RP-ACK or RP-ERROR), if do not have continuous short message need to continue to send, MS directly sends CP-ACK (being label 4), article one short message is sent, if also have the follow-up short message of continuous short message to send, enter next short message service process of continuous short message,
continuously next short message service process of short message: MS need to be to send CP-ACK(be label 4) send before connection management service request signaling CM-Service Request (being label 5), tell network side (MSC) to need the new Short Message Service of application, after receiving that signaling CM Service Accept (being label 6) is accepted in connection management service that network side (MSC) issues, first send CP-ACK (being label 4), after MS sends CP-ACK (being label 4), can remove old MM connects, set up new MM connection for transmitting next continuous short message, equally, network side (MSC) also can be removed old MM and connect after receiving CP-ACK (being label 4), and set up new MM and CM and connect, then send the CP-DATA(RP-DATA of the second short message that comprises continuous short message in new MM connection) (being label 7), network side and MS have replied the transmission of next short message of continuous short message according to the flow process of article one note of continuous short message subsequently.
As also have next short message of continuous short message to send, continue to carry out next short message transmission flow process of continuous short message until whole short message of continuous short message is sent completely.
When the technical scheme of prior art transmitted flow process transmission short message by continuous short message, signaling consumption was too large, has reduced the efficiency of transmission of short message.
Summary of the invention
The purpose of the embodiment of the present invention is to provide a kind of SMS processing, is intended to solve in existing continuous short message transmission process the command transmitting expense too large, has reduced the problem of the efficiency of transmission of short message.
On the one hand, provide a kind of SMS processing, described method comprises:
After a short message of the continuous short message of indication that the reception network side returns sends successful signaling, send the signaling that comprises information to network side; Wherein, described information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
MM by described selection connects the described follow-up short message of transmission.
On the other hand, provide a kind of SMS processing, described method comprises:
After indicating a short message of continuous short message to send successful signaling to the travelling carriage transmission, the signaling that comprises information that receiving mobile sends, described information are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
While according to this signaling that comprises information, confirming that described travelling carriage has continuous short message to send, select the mobile management MM corresponding to follow-up short message of this continuous short message to connect, by this MM, connect and receive described follow-up short message;
After short message received, the follow-up short message that returns to continuous short message to travelling carriage sent successful signaling.
Another aspect, also provide a kind of mobile station apparatus, and described device comprises:
Receiving element, a short message that be used for to receive the continuous short message of indication that network side returns sends successful signaling;
Transmitting element, after sending successful signaling for a short message that receives continuous short message at described receiving element, send the signaling that comprises information to network side; Wherein, described information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
Described transmitting element, also be used for connecting the described follow-up short message of transmission by the MM of described selection.
On the one hand, also provide a kind of network side apparatus again, described device comprises:
Transmitting element, be used for returning and indicating a short message of continuous short message to send successful signaling to travelling carriage,
Receiving element, after sending successful signaling for a short message that returns to described continuous short message at described transmitting element, the signaling that comprises information that receiving mobile sends; Described information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
Determining unit, be used for confirming that according to this signaling that comprises information this travelling carriage has the follow-up short message of continuous short message to send;
Select transmitting element, be used for when described determining unit defines the follow-up short message transmission of continuous short message, select the mobile management MM corresponding to follow-up short message of this continuous short message to connect, by this MM, connect and receive described follow-up short message;
Response unit, be used for after described follow-up short message receives, and the follow-up short message that returns to continuous short message to travelling carriage sends successful signaling.
In embodiments of the present invention, after a short message determining continuous short message sends successfully, MS directly sends the signaling that includes information and selects MM to connect the follow-up short message that transmits continuous short message with the prompting network side, so need not to transmit CM-Service Request and CM-Service Accept signaling between MS and network side, so can reduce signaling consumption, reduce network delay, save the transfer resource of network, improve the efficiency of transmission of short message.
Description of drawings
Fig. 1 is the flow chart of a kind of SMS processing of providing of prior art;
Fig. 2 is the flow chart of a kind of SMS processing of providing of the specific embodiment of the invention;
Fig. 3 is the flow chart of a kind of SMS processing of providing of the specific embodiment of the invention;
The structure chart of a kind of mobile station apparatus that Fig. 4 provides for the specific embodiment of the invention;
The structure chart of a kind of network side apparatus that Fig. 5 provides for the specific embodiment of the invention;
The flow chart of a kind of SMS processing that Fig. 6 provides for one embodiment of the invention;
The flow chart of a kind of SMS processing that Fig. 7 provides for another embodiment of the present invention;
The flow chart of a kind of SMS processing that Fig. 8 provides for next embodiment of the present invention;
The flow chart of a kind of SMS processing that Fig. 9 provides for further embodiment of this invention;
Figure 10 for the present invention after the flow chart of a kind of SMS processing of providing of an embodiment.
Embodiment
, in order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Need to prove, in the technical scheme of the embodiment of the present invention, can carry different CM in same MM connection and connect, each CM connection is distinguished different CP signalings by Transaction Identifier (Transaction Identifier, TI) in the CP signaling.
A kind of SMS processing that the embodiment of the present invention provides, the method can be carried out by MS, and the method is under continuous short message transmission pattern, and wherein continuous short message, for example, specifically can comprise: many short messages that needs transmit continuously; Or many segmented messages of a short message; Or need many short messages of transmission continuously and many segmented messages of a short message, the method as shown in Figure 2, comprising:
After a short message of the continuous short message of indication that S21, reception network side return sends successful signaling, send the signaling that comprises information to network side;
Wherein, above-mentioned information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the above-mentioned follow-up short message of transmission;
S22, the described follow-up short message of MM connection transmission by selecting.
The method that the embodiment of the present invention provides is after definite short message sends successfully, MS directly sends the signaling that includes information and selects the MM connection to transmit follow-up short message with the prompting network side, so need not to transmit CM-Service Request and CM-Service Accept signaling between MS and network side, so it has the minimizing signaling consumption, reduce network delay, save the transfer resource of network, improve the advantage of the efficiency of transmission of short message.
Need to prove, the MM connection of above-mentioned selection can be:
Existing MM connects or newly-built MM connects.
Optionally, a short message of the continuous short message of above-mentioned indication sends successful signaling and is specifically as follows: include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK, the above-mentioned signaling that comprises information is specifically as follows: the CP-ACK that includes TI 2; The implementation method of above-mentioned S21 for example, specifically can comprise:
Receive that network side sends include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK after, send to network side the key-course that comprises information and correctly reply signaling CP-ACK;
Wherein, including relay layer correctly replys the key-course data signaling CP-DATA of signaling RP-ACK and comprises: the first Transaction Identifier TI 1;
CP-ACK comprises: the second Transaction Identifier TI 2, T1 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
Optionally, a short message of the continuous short message of above-mentioned indication sends successful signaling and is specifically as follows: include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK, the above-mentioned signaling that comprises information is specifically as follows: the key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA, above-mentioned S21, for example, specifically can comprise:
Receive that network side sends include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK after, send the key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA to network side;
Wherein, including relay layer correctly replys the key-course data signaling CP-DATA of signaling RP-ACK and comprises: the first Transaction Identifier TI 1;
The key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA comprises: the second Transaction Identifier TI 2, TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the follow-up short message of transmission.
Optionally, a short message of the continuous short message of above-mentioned indication sends successful signaling and is specifically as follows: include relay layer and correctly reply the first key-course data signaling of signaling RP-ACK, the above-mentioned signaling that comprises information is specifically as follows: the second key-course data signaling (this second key-course data signaling and described the first key-course data signaling are dissimilar key-course data signaling), above-mentioned S21, for example, specifically can comprise:
Receive that network side sends include relay layer and correctly reply the first key-course data signaling of signaling RP-ACK after, send the second key-course data signaling that includes the relay layer data signaling to network side;
Wherein, include the second key-course data signaling of relay layer data signaling for pointing out network side the follow-up short message transmission of continuous short message is arranged and be connected network side to select the MM connection to transmit follow-up short message.
Optionally, a successful signaling of short message transmission of the continuous short message of above-mentioned indication is specifically as follows: the RP-ACK that includes message reference (Message Reference, MC); The above-mentioned signaling that comprises information is specifically as follows: RP-DATA, and above-mentioned S21 for example, specifically can comprise:
The relay layer that receives the network side transmission is correctly replied signaling RP-ACK, to network side, sends relay layer data signaling RP-DATA;
Wherein, described RP-ACK comprises: the first message reference MC 1;
Described RP-DATA comprises: the second message reference MC 2, MC 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
Optionally, a successful signaling of short message transmission of the continuous short message of above-mentioned indication is specifically as follows: RP-ACK; The above-mentioned signaling that comprises information is specifically as follows: the relay layer data signaling, and above-mentioned S21 implementation method for example, specifically can comprise:
Receive network side and correctly reply signaling RP-ACK receiving the relay layer that sends after the first relay layer data signaling RP-DATA, to network side, send the second relay layer data signaling; Described the first relay layer data signaling and the second relay layer data signaling are the relay layer data signaling of different type;
Wherein, described the second relay layer data signaling is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
Need to prove, TI 2 has continuous short message to send and is connected network side to select MM to connect the follow-up short message of the continuous short message of transmission for the prompting network side; TI2 is different from TI 1 value.MC 2 has continuous short message to send and is connected network side to select MM to connect the follow-up short message of the continuous short message of transmission for the prompting network side; MC2 is different from MC 1 value.
A kind of SMS processing that the embodiment of the present invention provides, the method is carried out by network side (this network side is specifically as follows MSC), and the method is under the connection message transmission mode, and the method as shown in Figure 3, comprising:
After S31, a short message that sends the continuous short message of indication to travelling carriage send successful signaling, the signaling that comprises information of receiving mobile transmission,
Above-mentioned information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the above-mentioned follow-up short message of transmission;
S32, while according to this signaling that comprises information, confirming that this travelling carriage has the follow-up short message of continuous short message to send, select the mobile management MM of the follow-up short message of this continuous short message to connect, by this MM, connect and receive this follow-up short message;
S33, after short message receives, the follow-up short message that returns to this continuous short message to travelling carriage sends successful signaling.
Optionally, the implementation of above-mentioned S32 has two kinds:
Mode 1, while according to this information, confirming that this travelling carriage has follow-up short message to send, selects existing MM to be connected to MM corresponding to this follow-up short message and connect, by this existing MM, connect the follow-up short message of reception.
Mode 2, while according to this information, confirming that this travelling carriage has continuous short message to send, removes existing MM and connect, set up new MM and connect, selects new MM to be connected to MM corresponding to this follow-up short message and connect, by the follow-up short message of this new MM connection reception.
The signaling that comprises information that the method that the embodiment of the present invention provides sends at receiving mobile, while according to this information, confirming that this travelling carriage has continuous short message to send, select the MM corresponding to follow-up short message of this continuous short message to connect, connect and receive this follow-up short message by this MM, so need not to transmit CM-Service Request and CM-Service Accept signaling between MS and network side, so it has the minimizing signaling consumption, reduce network delay, save the transfer resource of network, improve the advantage of the efficiency of transmission of short message.
Embodiment of the present invention embodiment also provides a kind of mobile station apparatus, and this installs as shown in Figure 4, comprising:
Receiving element 41, a short message that be used for to receive the continuous short message of indication that network side returns sends successful signaling;
Transmitting element 42, after sending successful signaling for a short message that receives continuous short message at receiving element 41, send the signaling that comprises information to network side; Wherein, information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
Transmitting element 42, also be used for connecting the described follow-up short message of transmission by the MM of described selection.
The mobile station apparatus that the embodiment of the present invention provides is after definite short message sends successfully, MS directly sends the signaling that includes information and selects the MM connection to transmit follow-up short message with the prompting network side, so need not to transmit CM-Service Request and CM-Service Accept signaling between MS and network side, so it has the minimizing signaling consumption, reduce network delay, save the transfer resource of network, improve the advantage of the efficiency of transmission of short message.
Optionally, the MM of above-mentioned selection connection is specially:
Existing MM connects or newly-built MM connects.
Optionally, a short message of above-mentioned continuous short message sends successful signaling and is specifically as follows: include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK, described CP-DATA comprises the first Transaction Identifier TI 1, and the above-mentioned signaling that comprises information is specifically as follows: the CP-ACK that includes the second Transaction Identifier TI 2;
Receiving element 41 is further used for receiving the relay layer that includes that network side sends and correctly replys the key-course data signaling CP-DATA of signaling RP-ACK; Wherein, the described relay layer that includes is correctly replied the key-course data signaling CP-DATA of signaling RP-ACK and is comprised: the first Transaction Identifier TI 1;
Transmitting element 42 is further used for, and after receiving element 41 receives and includes relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK, sends to network side the key-course that comprises information and correctly replys signaling CP-ACK; Described CP-ACK comprises: the second Transaction Identifier TI 2, described TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission;
Transmitting element 42 further also is used for connecting and sending described follow-up short message by the existing MM connection of selecting or the newly-built MM that selects.
Optionally, a successful signaling of short message transmission of above-mentioned continuous short message is specifically as follows: include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK, described CP-DATA includes the first Transaction Identifier TI 1; The above-mentioned signaling that comprises information is specifically as follows: the key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA;
Receiving element 41 is further used for, and the relay layer that includes that receives the network side transmission is correctly replied the key-course data signaling CP-DATA of signaling RP-ACK; The described relay layer that includes is correctly replied the key-course data signaling CP-DATA of signaling RP-ACK and is comprised: the first Transaction Identifier TI 1;
Transmitting element 42, be used for sending the key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA to network side after receiving element 41 receives and includes relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK; The described key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA comprises: the second Transaction Identifier TI 2, described TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission;
Transmitting element 42 further also is used for connecting and sending described follow-up short message by the existing MM connection of selecting or the newly-built MM that selects.
Optionally, a short message of above-mentioned continuous short message sends successful signaling and is specifically as follows: include relay layer and correctly reply the first key-course data signaling of signaling RP-ACK, the above-mentioned signaling that comprises information is specifically as follows: the second key-course data signaling, described the first key-course data signaling and the second key-course data signaling are the key-course data signalings of different type, and said apparatus specifically can comprise:
Receiving element 41 is further used for receiving the relay layer that includes that network side sends and correctly replys the first key-course data signaling of signaling RP-ACK;
Transmitting element 42 is further used for, and after receiving element 41 receives and includes relay layer and correctly reply the first key-course data signaling of signaling RP-ACK, sends the second key-course data signaling that includes the relay layer data signaling to network side; Described the second key-course data signaling that includes the relay layer data signaling is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission;
Transmitting element 42 further also is used for, and by the existing MM connection of selecting or the newly-built MM that selects, connects and sends described follow-up short message.
Optionally, above-mentioned continuous short message successful signaling of short message transmission is specifically as follows: RP-ACK(includes MC 1); The above-mentioned signaling that comprises information is specifically as follows: RP-DATA(includes MC 2), said apparatus specifically can comprise:
Receiving element 41 is further used for, and the relay layer that receives the network side transmission is correctly replied signaling RP-ACK, and wherein, described RP-ACK comprises: the first message reference MC 1;
Transmitting element 42 is further used for, and after receiving element 41 receives RP-ACK, to network side, sends relay layer data signaling RP-DATA; Described RP-DATA comprises: the second message reference MC 2, described MC2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission;
Transmitting element 42 further also is used for, and by the existing MM connection of selecting or the newly-built MM that selects, connects and sends described follow-up short message.
Optionally, above-mentioned continuous short message successful signaling of short message transmission is specifically as follows: RP-ACK; The above-mentioned signaling that comprises information is specifically as follows: RP-DATA, said apparatus specifically can comprise:
Receiving element 41 is further used for, and receives network side and correctly replys signaling RP-ACK receiving the relay layer that sends after the first relay layer data signaling;
Transmitting element 42 is further used for, and after receiving element 41 receives RP-ACK, to network side, sends the second relay layer data signaling; Wherein, described the second relay layer data signaling is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission, and described the second relay layer data signaling and the first relay layer data signaling are dissimilar relay layer data signaling;
Transmitting element 42 further also is used for connecting and sending described follow-up short message by the existing MM connection of selecting or the newly-built MM that selects.
The embodiment of the present invention also provides a kind of network side apparatus, and this installs as shown in Figure 5, comprising:
Transmitting element 51, be used for returning and indicating a short message of continuous short message to send successful signaling to travelling carriage,
Receiving element 55, after sending successful signaling for a short message that returns to described continuous short message at transmitting element 51, the signaling that comprises information that receiving mobile sends;
Determining unit 52, be used for confirming that according to this signaling that comprises information this travelling carriage has the follow-up short message of continuous short message to send;
Select transmitting element 53, be used for selecting the mobile management MM of the follow-up short message of this continuous short message to connect when determining unit 52 defines the follow-up short message transmission of continuous short message, by this MM, connect and receive described follow-up short message;
Response unit 54, be used for after follow-up short message receives, and the follow-up short message that returns to continuous short message to travelling carriage sends successful signaling.
Optionally, above-mentioned selection transmitting element 53 is further used for:
Select existing MM to be connected to MM corresponding to this follow-up short message and connect, by this existing MM, connect and receive this follow-up short message;
Or remove existing MM connection, and set up new MM and connect, select new MM to be connected to MM corresponding to this follow-up short message and connect, connect and receive this follow-up short message by this new MM.
Below the technical scheme of the embodiment of the present invention conducted further description, at first, for the convenience of describing, the implication of several signalings is described here, implication CP-DATA(RP-DATA) can be: the key-course data signaling that includes the relay layer data signaling; CP-DATA(RP-ACK) implication can be: include relay layer and correctly reply the key-course data signaling of signaling; CP-DATA(RP-DATA TI 1) implication is, includes the key-course data signaling of relay layer data signaling, and this key-course data signaling also comprises TI 1 value.
the present embodiment provides a kind of SMS processing, the method is completed between MS and MSC, certainly in actual conditions, likely need base station sub-system (Base Station System between MS and MSC, BSS) or Mobility Management Entity (Mobility Management Entity, MME) forward, the method that the embodiment of the present invention provides at first MS needs to set up RR with MSC and MM is connected, again with SC management (the Connection Management that connects, CM) layer connects, MS sends to MSC in order one by one with many short messages (the present embodiment is take 3 short messages as example), then be transmitted to SC by MSC, in the present embodiment, the signaling content of CP-ACK is as shown in table 1,
Table 1
Its concrete forwarding process as shown in Figure 6, comprising:
S61, MS send the CP-DATA(RP-DATA that comprises TI 1 to MSC), CP-DATA(RP-DATA wherein) information that also comprises article one short message of continuous short message in, certainly, can be also a short message of continuous short message, the embodiment of the present invention does not limit this;
S62, MSC reply CP-ACK to MS;
S63, MSC return to CP-DATA(RP-ACK to MS);
S64, MS send the CP-ACK that comprises TI 2 to MSC,
S65, MS send the CP-DATA(RP-DATA comprise TI 2 to MSC), CP-DATA(RP-DATA wherein) in also comprise the information of second short message;
S66, MSC reply CP-ACK to MS;
S67, MSC return to the CP-DATA(RP-ACK that comprises TI 2 to MS);
S68, MS send the CP-ACK that comprises TI 3 to MSC;
S69, MS send the CP-DATA(RP-DATA comprise TI 3 to MSC), CP-DATA(RP-DATA wherein) in also comprise the information of the 3rd short message;
S691, MSC reply CP-ACK to MS;
S692, MSC return to the CP-DATA(RP-ACK that comprises TI 3 to MS).
S693, MSC reply CP-ACK to MS.
below the step in Fig. 6 is carried out some and explain to embody purpose of the present invention, the purpose that CP-ACK in Fig. 6 step S64 carries TI 2 be for S62 in the CP-ACK difference, and to the MSC prompting, there is continuous short message to send, because pointed out MSC to have continuous short message to send, so just need not transmit CM-Service Request and CM Service Accept signaling between the MS in the present embodiment and MSC, so the technical scheme that the present embodiment provides can reduce the signalling quantity between MS and MSC, so it is few that it has a command transmitting, the continuous short advantage of short message transmission network delay.In addition, when MSC receives CP-ACK(TI 2 in S64) after, can adopt any in following dual mode to transmit second signaling (transfer process and the second signaling of certain the 3rd signaling are basically identical, and difference only is that the TI value is different).
Mode A, continue to keep current MM and connect (the MM link that article one short message is corresponding), use this MM to connect and receive the second short message; , at the CM layer, consider that the TI value is different, can connect to process the second short message by newly-built CM;
Mode B, MSC remove current MM connection (the MM link that article one short message is corresponding), and newly-built MM connects (the MM link that the second short message is corresponding), and use this newly-built MM to connect reception second short message.
the embodiment of the present invention provides another embodiment, the present embodiment provides a kind of processing method of short message, for the convenience of narrating, the place different from an above-mentioned embodiment only is described here, the method that the present embodiment provides as shown in Figure 7, wherein, be with distinctive points embodiment illustrated in fig. 6, the method MS that the present embodiment provides further dispensed to MSC send as the CP-ACK(TI 2 in S64 in Fig. 6) or S68 in CP-ACK(TI 3) signaling, but sent the CP-DATA(RP-DATA that includes TI2 or TI3 to MSC by MS), there is continuous short message to send (as Fig. 7 with the prompting network side, S74 and S77).Carry second or the 3rd short message in continuous short message in described RP-DATA.In addition, MSC receives CP-DATA(RP-DATA) two kinds of processing modes are arranged after RP-DATA in (TI 2):
Mode C, MSC continue to connect at current MM the data of (MM that article one short message is corresponding connects) processing second short message.
Mode D, buffer memory RP-DATA, remove current MM and connect (MM that article one short message is corresponding connects), and newly-built MM connects (MM that the second short message is corresponding connects), sends the RP-DATA of buffer memory to newly-built MM connection and process.
Compare with embodiment illustrated in fig. 6, the method that provides embodiment illustrated in fig. 7 has reduced CP-ACK(TI 2 than method embodiment illustrated in fig. 6) transmission of signaling,, so it has further minimizing command transmitting, reduce the advantage of network delay.
Another embodiment of the present invention provides a kind of processing method of short message, comprises the signaling of information in the present embodiment take CP-DATA2(RP-DATA) be example, the message content of CP-DATA2 is as shown in table 2:
Table 2:
The method as shown in Figure 8, comprising:
S81, MS send the CP-DATA(RP-DATA comprise TI 1 to MSC), CP-DATA(RP-DATA wherein) in also comprise the information of article one short message;
S82, MSC reply CP-ACK to MS;
S83, MSC return to CP-DATA(RP-ACK to MS);
S84, MS send the CP-DATA2(RP-DATA comprise TI 1 to MSC), CP-DATA2(RP-DATA wherein) in also comprise the information of second short message;
S85, MSC reply CP-ACK to MS;
S86, MSC return to the CP-DATA(RP-ACK that comprises TI 1 to MS);
S87, MS send the CP-DATA(RP-DATA comprise TI 1 to MSC), CP-DATA(RP-DATA wherein) in also comprise the information of the 3rd short message;
S88, MSC reply CP-ACK to MS;
S89, MSC return to the CP-DATA(RP-ACK that comprises TI 1 to MS);
S891, MSC reply CP-ACK to MS.
Need to prove, the information of the prompting network side of the present embodiment is by dissimilar CP layer data signaling (being CP-DATA2(RP-DATA)) realize, so this moment, the included TI value of dissimilar CP layer data signaling in S84 can with CP-DATA(RP-DATA in S81) TI value identical (as shown in this embodiment), certain above-mentioned TI value also can be different, this moment, the implication of TI value was not information, its implication is identical with the implication of the TI value of prior art, is not repeating here.
Need to prove in addition, when adjacent two short messages of the continuous short message of transmission, adjacent two short messages are by the transmission of dissimilar key-course data signaling, dissimilar key-course data signaling for example: CP-DATA and CP-DATA 2.
the specific embodiment of the invention also provides another embodiment, the present embodiment has omitted all CP layer signalings, the present embodiment provides a kind of SMS processing, the present embodiment is completed between MS and MSC, certainly in actual conditions, likely need base station sub-system (Base Station System between MS and MSC, BSS) or Mobility Management Entity (Mobility Management Entity, MME) forward, the signaling that includes information of the present embodiment is specifically as follows: RP-DATA(MC 2) method that provides of the present embodiment is as shown in Figure 9, comprise:
S91, MS send the RP-DATA that comprises MC 1 to MSC, wherein also comprise the information of article one short message in RP-DATA;
S92, MSC return to RP-ACK to MS;
S93, MS send the RP-DATA that comprises MC 2 to MSC, wherein also comprise the information of second short message in the RP-DATA of MC 2;
S94, MSC return to RP-ACK to MS;
S95, MS send the RP-DATA comprise MC 3 to MSC, wherein comprise the information that also comprises the 3rd short message in the RP-DATA of MC 3;
S96, MSC reply RP-ACK to MS.
The technical scheme difference that the technical scheme that the present embodiment provides and above-mentioned another embodiment provide is, the present embodiment has omitted all CP layer signalings, and all have further minimizing command transmitting, reduces the advantage of network delay.
An embodiment after the specific embodiment of the invention also provides, the processing method of the short message that the present embodiment provides as shown in figure 10, the difference of Figure 10 embodiment and Fig. 9 embodiment is, the signaling that the present embodiment comprises information is specifically as follows by dissimilar relay layer signaling points out network side to have the follow-up short message of continuous short message to send, dissimilar relay layer signaling for example, for example form of expression that adopts of RP-DATA 2(Figure 10) or RP-DATA! Deng, certainly the present invention does not limit to the concrete manifestation form of above-mentioned dissimilar relay layer data signaling.Need to prove in addition, when adjacent two short messages of the continuous short message of transmission, adjacent two short messages are by the transmission of dissimilar relay layer data signaling, dissimilar relay layer data signaling for example: RP-DATA and RP-DATA 2.
The device that provides in the embodiment of the present invention, the flow process that provides in the inventive method embodiment can be provided, and repeats no more herein.
In said apparatus embodiment, included modules or unit are just divided according to function logic, but are not limited to above-mentioned division, as long as can realize corresponding function; In addition, the concrete title of each functional module also, just for the ease of mutual differentiation, is not limited to protection scope of the present invention.
It will be understood by those skilled in the art that all or part of step of technical scheme that the embodiment of the present invention provides is to complete by the hardware that program command is correlated with.Such as completing by the computer run journey.This program can be stored in read/write memory medium, for example, and random asccess memory, disk, CD etc.
The foregoing is only preferred embodiment of the present invention,, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (21)
1. a SMS processing, is characterized in that, described method comprises:
After a short message of the continuous short message of indication that the reception network side returns sends successful signaling, send the signaling that comprises information to network side; Wherein, described information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
MM by described selection connects the described follow-up short message of transmission.
2. method according to claim 1, is characterized in that, the MM of described selection connects and specifically comprises:
Existing MM connects or newly-built MM connects.
3. method according to claim 1 and 2, is characterized in that, after a short message of the continuous short message of indication that described reception network side returns sends successful signaling, sends to network side the signaling that comprises information and comprise:
Receive that network side sends include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK after, send to network side the key-course that comprises information and correctly reply signaling CP-ACK;
Wherein, described CP-DATA comprises: the first Transaction Identifier TI 1;
Described CP-ACK comprises: the second Transaction Identifier TI 2, described TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
4. method according to claim 1 and 2, is characterized in that, after a short message of the continuous short message of indication that described reception network side returns sends successful signaling, sends to network side the signaling that comprises information and comprise:
Receive that network side sends include relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK after, send the key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA to network side;
Wherein, the described relay layer that includes is correctly replied the key-course data signaling CP-DATA of signaling RP-ACK and is comprised: the first Transaction Identifier TI 1;
The described key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA comprises: the second Transaction Identifier TI 2, described TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
5. method according to claim 1 and 2, is characterized in that, after a short message of the continuous short message of indication that described reception network side returns sends successful signaling, sends to network side the signaling that comprises information and comprise:
Receive that network side sends include relay layer and correctly reply the first key-course data signaling of signaling RP-ACK after, send the second key-course data signaling include relay layer data signaling RP-DATA to network side, described the first key-course data signaling and the second key-course data signaling are the key-course data signaling of different type;
Wherein, described the second key-course data signaling that includes relay layer data signaling RP-DATA is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
6. method according to claim 1 and 2, is characterized in that, after a short message of the continuous short message of indication that described reception network side returns sends successful signaling, sends to network side the signaling that comprises information and comprise:
The relay layer that receives the network side transmission is correctly replied signaling RP-ACK, to network side, sends relay layer data signaling RP-DATA;
Wherein, described RP-ACK comprises: the first message reference MC 1;
Described RP-DATA comprises: the second message reference MC 2, described MC 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
7. method according to claim 1 and 2, is characterized in that, after a short message of the continuous short message of indication that described reception network side returns sends successful signaling, sends to network side the signaling that comprises information and comprise:
Receive network side and correctly reply signaling RP-ACK receiving the relay layer that returns after the first relay layer data signaling, to network side, send the second relay layer data signaling; Described the first relay layer data signaling and the second relay layer data signaling are the relay layer data signaling of different type;
Wherein, described the second relay layer data signaling is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
8. according to claim 1-7 arbitrary described methods, is characterized in that, described continuous short message specifically comprises:
Need many short messages of transmission continuously;
Or many segmented messages of a short message;
Or many short messages of transmission continuously and many segmented messages of a short message.
9. a SMS processing, is characterized in that, described method comprises:
After indicating a short message of continuous short message to send successful signaling to the travelling carriage transmission, the signaling that comprises information that receiving mobile sends, described information are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
While according to this signaling that comprises information, confirming that described travelling carriage has continuous short message to send, select the mobile management MM corresponding to follow-up short message of this continuous short message to connect, by this MM, connect and receive described follow-up short message;
After short message received, the follow-up short message that returns to continuous short message to travelling carriage sent successful signaling.
10. method according to claim 9, is characterized in that, the mobile management MM that the follow-up short message of described this continuous short message of selection is corresponding connects and comprises:
Selecting existing MM to be connected to MM corresponding to this follow-up short message connects.
11. method according to claim 9, is characterized in that, the mobile management MM that the follow-up short message of described this continuous short message of selection is corresponding connects and comprises:
Remove existing MM and connect, set up new MM and connect, select new MM to be connected to MM corresponding to this follow-up short message and connect.
12. a mobile station apparatus, is characterized in that, described device comprises:
Receiving element, a short message that be used for to receive the continuous short message of indication that network side returns sends successful signaling;
Transmitting element, after sending successful signaling for a short message that receives continuous short message at described receiving element, send the signaling that comprises information to network side; Wherein, described information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
Described transmitting element, also be used for connecting the described follow-up short message of transmission by the MM of described selection.
13. device according to claim 12, is characterized in that, the MM connection of described selection is specially:
Existing MM connects or newly-built MM connects.
14. according to claim 12 or 13 described devices, is characterized in that,
Described receiving element is further used for receiving the relay layer that includes that network side sends and correctly replys the key-course data signaling CP-DATA of signaling RP-ACK; Wherein, described CP-DATA comprises: the first Transaction Identifier TI 1;
Described transmitting element is further used for, and after described receiving element receives and includes relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK, sends to network side the key-course that comprises information and correctly replys signaling CP-ACK; Described CP-ACK comprises: the second Transaction Identifier TI 2, described TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
15. according to claim 12 or 13 described devices, is characterized in that,
Described receiving element is further used for, and the relay layer that includes that receives the network side transmission is correctly replied the key-course data signaling CP-DATA of signaling RP-ACK; The described relay layer that includes is correctly replied the key-course data signaling CP-DATA of signaling RP-ACK and is comprised: the first Transaction Identifier TI 1;
Described transmitting element, be further used for sending the key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA to network side after described receiving element receives and includes relay layer and correctly reply the key-course data signaling CP-DATA of signaling RP-ACK; The described key-course data signaling CP-DATA that includes relay layer data signaling RP-DATA comprises: the second Transaction Identifier TI 2, described TI 2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
16. according to claim 12 or 13 described devices, is characterized in that,
Described receiving element is further used for receiving the relay layer that includes that network side sends and correctly replys the first key-course data signaling of signaling RP-ACK;
Described transmitting element is further used for, and after described receiving element receives and includes relay layer and correctly reply the first key-course data signaling CP-DATA of signaling RP-ACK, sends the second key-course data signaling that includes the relay layer data signaling to network side; Described the first key-course data signaling and the second key-course data signaling are the key-course data signaling of different type; Described the second key-course data signaling that includes the relay layer data signaling is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
17. according to claim 12 or 13 described devices, is characterized in that,
Described receiving element is further used for, and the relay layer that receives the network side transmission is correctly replied signaling RP-ACK, and wherein, described RP-ACK comprises: the first message reference MC 1;
Described transmitting element is further used for, and after described receiving element receives RP-ACK, to network side, sends relay layer data signaling RP-DATA; Described RP-DATA comprises: the second message reference MC 2, described MC2 are used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
18. according to claim 12 or 13 described devices, is characterized in that,
Described receiving element is further used for, and receives network side and correctly replys signaling RP-ACK receiving the first relay layer that returns after the first relay layer data signaling;
Described transmitting element is further used for, and after described receiving element receives RP-ACK, to network side, sends the second relay layer data signaling; Described the first relay layer data signaling and the second relay layer data signaling are the relay layer data signaling of different type; Wherein, described the second relay layer data signaling is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select MM to connect the described follow-up short message of transmission.
19. according to claim 12-18 arbitrary described devices, is characterized in that, described continuous short message specifically comprises:
Need many short messages of transmission continuously;
Or many segmented messages of a short message;
Or many short messages of transmission continuously and many segmented messages of a short message.
20. a network side apparatus, is characterized in that, described device comprises:
Transmitting element, be used for returning and indicating a short message of continuous short message to send successful signaling to travelling carriage,
Receiving element, after sending successful signaling for a short message that returns to described continuous short message at described transmitting element, the signaling that comprises information that receiving mobile sends; Described information is used for the prompting network side has the follow-up short message of continuous short message send and be connected network side to select mobile management MM to connect the described follow-up short message of transmission;
Determining unit, be used for confirming that according to this signaling that comprises information this travelling carriage has the follow-up short message of continuous short message to send;
Select transmitting element, be used for when described determining unit defines the follow-up short message transmission of continuous short message, select the mobile management MM corresponding to follow-up short message of this continuous short message to connect, by this MM, connect and receive described follow-up short message;
Response unit, be used for after described follow-up short message receives, and the follow-up short message that returns to continuous short message to travelling carriage sends successful signaling.
21. device according to claim 20, is characterized in that, selects transmitting element to be further used for:
Select existing MM to be connected to MM corresponding to described follow-up short message and connect, by this existing MM, connect and receive described follow-up short message;
Or remove existing MM connection, and set up new MM and connect, select new MM to be connected to MM corresponding to described follow-up short message and connect, connect and receive this follow-up short message by described new MM.
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