CN102883081A - Interconnection system and interconnection method - Google Patents
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- CN102883081A CN102883081A CN2012103465590A CN201210346559A CN102883081A CN 102883081 A CN102883081 A CN 102883081A CN 2012103465590 A CN2012103465590 A CN 2012103465590A CN 201210346559 A CN201210346559 A CN 201210346559A CN 102883081 A CN102883081 A CN 102883081A
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Abstract
The embodiment of the invention provides an interconnection system and an interconnection method on the basis of the same. The interconnection system comprises a program control dispatching system and a soft switch dispatching system; the program control dispatching system comprises a program control switch and program control dispatching desks; the soft switch dispatching system comprises a relay gateway, a group gateway and soft switch dispatching desks; the relay gateway and the group gateway are respectively connected with the soft switch dispatching desks; the relay gateway at least comprises an E1 voice relay module and E1 interfaces; the E1 voice relay module is abutted with the program control switch and /or the program control dispatching desks by the E1 interfaces; the group gateway at least comprises a group logic simulation module and telephone line interfaces; and the group logic simulation module is connected with the program control dispatching desks by the telephone line interfaces. According to the invention, by the relay gateway and the group gateway, each program control dispatching desk in the program control dispatching system and each soft switch dispatching desk in the soft switch dispatching system logically belong to a soft switch dispatching group and a program control dispatching group so as to implement the interconnection of the two systems.
Description
Technical field
The present invention relates to communication technical field, in particular, relate to interconnected systems and interconnected method.
Background technology
In parallel program control scheduling system and these the two kinds of dispatching patchers of soft switch dispatching patcher of adopting of some industry.But these two kinds of dispatching patchers can't be interconnected, for use has brought inconvenience.
Summary of the invention
In view of this, the embodiment of the invention provides interconnected systems and interconnected method, to realize the interconnected of program control scheduling system and soft switch dispatching patcher.
For achieving the above object, the embodiment of the invention provides following technical scheme::
A kind of interconnected systems comprises:
Program control scheduling system and soft switch dispatching patcher;
Described program control scheduling system comprises stored-program control exchange and the program control scheduling platform that is connected with described stored-program control exchange;
Described soft switch dispatching patcher comprises Tandem Gateway, on the same group gateway and soft switch dispatching desk, and described Tandem Gateway is connected with the soft switch dispatching desk respectively with gateway on the same group;
Described Tandem Gateway comprises E1 voice trunking module and E1 interface at least, and described E1 voice trunking module connects by E1 interface and described stored-program control exchange and/or program control scheduling platform;
Described on the same group gateway comprises on the same group logical simulation module and telephone line interface at least, described on the same group logical simulation module is connected with described program control scheduling platform by telephone line interface, so that described program control scheduling platform carries out on the same group logical process with the soft switch dispatching desk as on the same group program control scheduling platform
A kind of interconnected method, based on interconnected systems, described interconnected program control scheduling system and the soft switch dispatching patcher of comprising;
Described program control scheduling system comprises stored-program control exchange and the program control scheduling platform that is connected with described stored-program control exchange;
Described soft switch dispatching patcher comprises Tandem Gateway, on the same group gateway and soft switch dispatching desk, and described Tandem Gateway is connected with the soft switch dispatching desk respectively with gateway on the same group;
Described Tandem Gateway comprises E1 voice trunking module and E1 interface at least, and described E1 voice trunking module connects by E1 interface and described stored-program control exchange and/or program control scheduling platform;
Described on the same group gateway comprises on the same group logical simulation module and telephone line interface at least, described on the same group logical simulation module is connected with described program control scheduling platform by telephone line interface, so that described program control scheduling platform carries out on the same group logical process with the soft switch dispatching desk as on the same group program control scheduling platform;
Described method comprises:
Utilize described Tandem Gateway to finish stored-program control exchange and the soft switch dispatching desk logically belongs to the soft switch dispatching patcher;
Utilize described on the same group gateway to finish the soft switch dispatching desk and stored-program control exchange logically belongs to the program control scheduling system.
Via above-mentioned technical scheme as can be known, the present invention logically belongs to the soft switch dispatch group by Tandem Gateway with each the program control scheduling platform in the program control scheduling system and the soft switch dispatching desk in the soft switch dispatching patcher.Simultaneously, by gateway on the same group the emulation of soft switch dispatching desk is become the program control scheduling platform, like this, the program control scheduling platform can carry out on the same group logical process to the common program control scheduling platform that the soft switch dispatching desk is used as on the same group, thereby make each program control scheduling platform in the program control scheduling system and the soft switch dispatching desk in the soft switch dispatching patcher logically belong to the programme-controlled exchange dispatch group, realized interconnected between two systems.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art, apparently, accompanying drawing in the following describes only is embodiments of the invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to the accompanying drawing that provides other accompanying drawing.
The interconnected systems structural representation that Fig. 1 provides for the embodiment of the invention;
Fig. 2 forms schematic diagram for the soft switch dispatch group that the embodiment of the invention provides;
Fig. 3 forms schematic diagram for the programme-controlled exchange dispatch group that the embodiment of the invention provides;
In generation, answered flow chart to Fig. 4 on the same group for the cross-system that the embodiment of the invention provides;
In generation, answered another flow chart to Fig. 5 on the same group for the cross-system that the embodiment of the invention provides;
The cross-system that Fig. 6 provides for the embodiment of the invention on the same group and the seat flow chart;
The cross-system that Fig. 7 provides for the embodiment of the invention on the same group and another flow chart of seat.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
The embodiment of the invention provides interconnected systems and based on the interconnected method of this interconnected systems.Above-mentioned to the contact turnkey draw together program control scheduling system and soft switch dispatching patcher.
Referring to Fig. 1, the program control scheduling system comprises stored-program control exchange 1 and the program control scheduling platform 2 that is connected with stored-program control exchange 1;
The soft switch dispatching patcher comprises Tandem Gateway 3, on the same group gateway 4 and soft switch dispatching desk 5, and Tandem Gateway 3 is connected with soft switch dispatching desk 5 respectively with gateway 4 on the same group.
Wherein, Tandem Gateway 3 comprises E1 voice trunking module and E1 interface at least, E1 voice trunking module connects by E1 interface and stored-program control exchange 1, in other embodiments of the invention, E1 voice trunking module also can connect by E1 interface and program control scheduling platform 2, perhaps connects with stored-program control exchange 1 and program control scheduling platform 2 simultaneously;
Concrete, adopt the general Q.SIG signaling of private network of ITU-T international standard and scheduling stored-program control exchange 1 and/or program control scheduling platform 2 to carry out interconnected in the Tandem Gateway 3.Thereby realized that the program control scheduling system docks with the E1 relaying of soft switch dispatching patcher.
Referring to Fig. 2, by Tandem Gateway 3, each the program control scheduling platform 2 in the program control scheduling system logically belongs to the soft switch dispatch group with the dispatching patcher soft switch dispatching desk 5 that changes in the soft friendship.
At least comprise on the same group logical simulation module and telephone line interface as for gateway 4 on the same group, on the same group logical simulation module is connected with program control scheduling platform 2 by telephone line interface, so that program control scheduling platform 2 carries out on the same group logical process with soft switch dispatching desk 5 as on the same group program control scheduling platform 2.
Referring to Fig. 3, itself be connected by telephone line interface between the program control scheduling platform 2, utilize a data tunnel-shaped to become the communication link of bus type.Program control scheduling platform 2 is transmitting state information mutually in real time in this bus 301.And gateway 4 also accesses bus 301 with emulated versions on the same group.Obtain the state information of program control scheduling platform 2 by bus, equally also send the simulation status information of soft switch dispatching desk 5 with emulated versions to program control scheduling platform 2.Like this, by above-mentioned communication link, program control scheduling platform 2 can carry out on the same group logical process to the common program control scheduling platform that soft switch dispatching desk 5 is used as on the same group.Then by being connected to the on the same group gateway 4 on this communication link, the formation control logic is finished the on the same group mode of operation with program control scheduling platform 2 to soft switch dispatching desk 5.
Also namely, by gateway 4 on the same group, each the program control scheduling platform 2 in the program control scheduling system logically belongs to the programme-controlled exchange dispatch group with the soft switch dispatching desk 5 in the soft switch dispatching patcher.
Also namely, each the program control scheduling platform 2 in the program control scheduling system logically not only belongs to the soft switch dispatch group but also belongs to the programme-controlled exchange dispatch group with the soft switch dispatching desk 5 in the soft switch dispatching patcher, thereby has realized that cross-system on the same group.Like this, when soft switchcall server or program controlled system broke down, two systems can realize mutually redundant ability.The change that simultaneously, can not allow again dispatcher's perception use habit and base layer support serve.
Accordingly, said method comprises:
Utilize Tandem Gateway 3 to finish stored-program control exchange 1 and logically belong to the soft switch dispatching patcher with soft switch dispatching desk 5;
Utilize on the same group gateway 4 to finish soft switch dispatching desk 5 and logically belong to the program control scheduling system with stored-program control exchange 1.
In other embodiments of the invention, above-mentioned Tandem Gateway 3 and on the same group gateway 4 also can become one.
When two systems can backup each other, can realize that answer on the same group by generation for cross-system.Such as, in soft switch dispatch group or programme-controlled exchange dispatch group, program control scheduling platform 2 can be 5 generations of soft switch dispatching desk and answers calling, and vice versa.
For realize cross-system on the same group generation answer, in other embodiments of the invention, above-mentioned Tandem Gateway 3 can comprise that also the first generation answers module, gateway 4 can comprise that also the second generation answers module on the same group; Wherein, the first generation is answered module and is connected by E1 interface and stored-program control exchange 1 and/or program control scheduling platform 2; And the second generation is answered module and is connected with on the same group logical simulation module.
Concrete, the first generation is answered module and is used for after the group calling incoming call message that receives from stored-program control exchange 1 and/or program control scheduling platform 2, and the group calling message of sending a telegram here is transmitted to soft switch dispatching desk 5 and finishes generation and answer operation:
And the second generation is answered module and is used for: after the group calling incoming call message that receives from soft switch dispatching desk 5, the group calling message of sending a telegram here is finished generation by on the same group logical simulation module forwards to stored-program control exchange 1 and answered operation.
Corresponding, said method also can comprise:
Utilize the first generation to answer the module reception from the group calling incoming call message of stored-program control exchange 1 and/or program control scheduling platform 2;
Utilizing the first generation to answer module is transmitted to the group calling message of sending a telegram here soft switch dispatching desk 5 and finishes generation and answer operation:
Utilize the second generation to answer the module reception from the group calling incoming call message of soft switch dispatching desk 5;
Utilizing the second generation to answer module finishes for answering operation to stored-program control exchange 1 by on the same group logical simulation module forwards.
Below, will divide sight that said method is described in detail.
Sight one, the soft switch dispatching desk is for answering the program control scheduling platform:
See also Fig. 4, the interaction flow between each equipment is as follows:
S401, when the program control scheduling platform has incoming call (namely have group calling incoming call message), stored-program control exchange 1 is sent to program control scheduling platform A with the group calling message of sending a telegram here;
S402, when in needs generations, answered, program control scheduling platform A is forwarded to stored-program control exchange 1 with the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here;
S403, stored-program control exchange 1 are issued to the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here the first generation and answer module 100;
S404, the first generation are answered module 100 the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here are sent (after protocol conversion) to soft switch dispatching desk B;
S405, soft switch dispatching desk B finish generation and answer operation according to the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here.
Consider that soft switch dispatching desk B may be in busy state, in other embodiments of the invention, the above-mentioned first generation is answered module 100 and can be selected to be in the dispatching desk of idle condition and issue group calling incoming call message.Be in busy state to avoid generation to answer dispatching desk, occur and cause calling out the situation that can't arrive.
But whether soft switch dispatching desk periodic feedback message is in idle condition to indicate self.Perhaps, answer module 100 wishs scheduling soft switch dispatching desk B generation when answering when the first generation, can send the status poll instruction to soft switch dispatching desk B, soft switch dispatching desk B according to these status poll instruction return messages to indicate self whether being in idle condition.
Sight two: the program control scheduling platform is for answering the soft switch dispatching desk:
Referring to Fig. 5, the interaction flow between each equipment is as follows:
S501, soft switch dispatching desk B have incoming call (group calling incoming call message is namely arranged) when producing, and the second generation is answered module 101 can group calling incoming call message be sent to soft switch dispatching desk B;
S502, when in needs generations, answered, soft switch dispatching desk B is forwarded to the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here the second generation and answers module 101;
S503, the second generation are answered module 101 the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here are sent to program control scheduling platform A by bus;
S504, program control scheduling platform A finish generation and answer operation according to the group calling message (or the generation that carries group calling incoming call message answer message) of sending a telegram here.
For ease of operation, all be provided with on the dispatching desk for answering button.Like this, only needing to trigger generation answers the button message (or the generation that carries group calling incoming call message answer message) of group calling can being sent a telegram here and transmits.Concrete, it is that entity is for answering button that the generation in the program control scheduling system is answered button.And the generation in the soft switch dispatching patcher answer button and both can be entity and turn round button, also can be the Virtual Agent that is arranged on the interface and answer button.
Except cross-system generation answers on the same group, when two systems can backup each other, can realize that also cross-system on the same group and seat.Such as, in soft switch dispatch group or programme-controlled exchange dispatch group, soft switch dispatching desk 5 (namely online) the program control scheduling platform 2 of can conversing fast with is conversed, and vice versa.
For realizing cross-system on the same group and seat, in other embodiments of the invention, above-mentioned Tandem Gateway 3 also can comprise first and the seat module, and gateway 4 also can comprise second and the seat module on the same group.
First and the seat module connect by E1 interface and stored-program control exchange 1 and/or program control scheduling platform 2; Second and the seat module be connected with on the same group logical simulation module;
Wherein, first and the seat module be used for receive be the call request of a certain soft switch dispatching desk 5 from stored-program control exchange 1 and/or program control scheduling platform 2, target dispatching desk after, call request is transmitted to the target dispatching desk, and when receiving the busy-message that the target dispatching desk returns, it is transmitted to the source dispatching desk of call request so that the source dispatching desk sends default also seat code, and, to be transmitted to the target dispatching desk from the also seat code of source dispatching desk, so that the target dispatching desk is according to also seat code and source dispatching desk are set up conversation;
Second and the seat module be used for receiving from soft switch dispatching desk 5, after the target dispatching desk is the call request of a certain program control scheduling platform 2, call request is passed through on the same group logical simulation module forwards to the target dispatching desk, and receiving logical simulation module forwards on the same group, during the busy-message that returned by the target dispatching desk, busy-message is transmitted to the source dispatching desk of call request so that the source dispatching desk sends default also seat code, and, to pass through on the same group logical simulation module forwards to the target dispatching desk from the also seat code of source dispatching desk, so that target dispatching desk basis and seat code and source dispatching desk are set up converse.
Accordingly, said method also comprises:
Utilize first and the seat module to receive from stored-program control exchange 1 and/or program control scheduling platform 2, target dispatching desk be the call request of a certain soft switch dispatching desk 5;
Utilize first and the seat module call request is transmitted to the target dispatching desk:
First and seat module when receiving the busy-message that the target dispatching desk returns, it is transmitted to source dispatching desk of call request so that the source dispatching desk sends default and the seat code;
First and the seat module receive from the source dispatching desk and during the seat code, will and the seat code be transmitted to the target dispatching desk so that the target dispatching desk according to and the seat code set up with the source dispatching desk and converse;
Utilize second and the seat module to receive from soft switch dispatching desk 5, target dispatching desk be the call request of a certain program control scheduling platform 2;
Utilize second and the seat module with call request by on the same group logical simulation module forwards to the target dispatching desk;
Second and seat module when receiving busy-message on the same group logical simulation module forwards, that returned by the target dispatching desk, busy-message is transmitted to the source dispatching desk of call request so that the source dispatching desk sends default and the seat code;
Second and the seat module receive from the source dispatching desk and during the seat code, by on the same group logical simulation module will and the seat code be transmitted to the target dispatching desk so that the target dispatching desk according to and the seat code set up with the source dispatching desk and converse.
Below, will divide sight to above-mentioned cross-system on the same group and seat describe in detail.
Sight one: when the dispatching desk A of programme-controlled exchange dispatching patcher and B conversed, the soft switch dispatching desk C of soft switch dispatching patcher made a call to the dispatching desk A of programme-controlled exchange dispatching patcher.
See also Fig. 6, the interaction flow between each equipment is as follows:
S601, soft switch dispatching desk C are to the second also call request of seat module 601 transmission calling program control scheduling platform A;
S602, second and after seat module 601 carries out protocol conversion with call request is transmitted to program control scheduling platform A;
S603, program control scheduling platform A return busy;
S604, soft switch dispatching desk C to second and seat module 601 send default and the seat code;
S605, program control scheduling platform A receive and the seat code (and the seat code also by second and seat module 601 be responsible for protocol conversion and forwardings) after, finish and seat;
S606, program control scheduling platform A and soft switch dispatching desk C set up conversation.
Sight two: when the soft switch dispatching desk D of soft switch dispatching patcher and E conversed, the program control scheduling platform F of programme-controlled exchange dispatching patcher made a call to soft switch dispatching desk E.
Referring to Fig. 7, the interaction flow between each equipment is as follows:
S701, soft switch dispatching desk F are to the first also call request of seat module 701 transmission calling program control scheduling platform E;
S702, first and after seat module 701 carries out protocol conversion with call request is transmitted to program control scheduling platform E;
S703, program control scheduling platform E return busy;
S704, soft switch dispatching desk F to first and seat module 701 send default and the seat code;
S705, program control scheduling platform E receive and the seat code (and the seat code also by first and seat module 701 be responsible for protocol conversion and forwardings) after, finish and seat;
S706, program control scheduling platform E and soft switch dispatching desk F set up conversation.
For ease of operation, all can be provided with and the seat button on the dispatching desk.And the seat button can generate when being triggered and the seat code.Like this, when the dispatcher is intended to and during seat, only need to trigger and the seat button can be realized and seat.Concrete, the also seat button in the program control scheduling system is entity and seat button.And in the soft switch dispatching patcher and the seat button both can be entity and turned round button, also can be the virtual and seat button that is arranged on the interface.
More specifically, and behind the seat, the conversation between three dispatching desks takies common voice channel.It is pointed out that hypothesis dispatching desk 1 conversing with dispatching desk 2, dispatching desk 3 and dispatching desk 1 or 2 and seat after, three dispatching desks can be conversed simultaneously, as opening the tripartite talks.
Each embodiment adopts the mode of going forward one by one to describe in this specification, and what each embodiment stressed is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.
The method of describing in conjunction with embodiment disclosed herein or the step of algorithm can directly use the software module of hardware, processor execution, and perhaps the combination of the two is implemented.Software module can place the storage medium of any other form known in random asccess memory (RAM), internal memory, read-only memory (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or the technical field.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be apparent concerning those skilled in the art, and General Principle as defined herein can be in the situation that do not break away from the spirit or scope of the present invention, in other embodiments realization.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (8)
1. an interconnected systems is characterized in that, comprising:
Program control scheduling system and soft switch dispatching patcher;
Described program control scheduling system comprises stored-program control exchange and the program control scheduling platform that is connected with described stored-program control exchange;
Described soft switch dispatching patcher comprises Tandem Gateway, on the same group gateway and soft switch dispatching desk, and described Tandem Gateway is connected with the soft switch dispatching desk respectively with gateway on the same group;
Described Tandem Gateway comprises E1 voice trunking module and E1 interface at least, and described E1 voice trunking module connects by E1 interface and described stored-program control exchange and/or program control scheduling platform;
Described on the same group gateway comprises on the same group logical simulation module and telephone line interface at least, described on the same group logical simulation module is connected with described program control scheduling platform by telephone line interface, so that described program control scheduling platform carries out on the same group logical process with the soft switch dispatching desk as on the same group program control scheduling platform.
2. interconnected systems as claimed in claim 1 is characterized in that, described Tandem Gateway and on the same group gateway become one.
3. interconnected systems as claimed in claim 2 is characterized in that:
Described Tandem Gateway comprises that also the first generation answers module, and described on the same group gateway comprises that also the second generation answers module;
The described first generation is answered module and is connected by E1 interface and described stored-program control exchange and/or program control scheduling platform;
The described second generation is answered module and is connected with described on the same group logical simulation module;
The described first generation is answered module and is used for described group calling incoming call message being transmitted to the soft switch dispatching desk finishing for answering operation after the group calling incoming call message that receives from stored-program control exchange and/or program control scheduling platform:
The described second generation is answered module and is used for: after the group calling incoming call message that receives from the soft switch dispatching desk, described group calling incoming call message is finished generation by described on the same group logical simulation module forwards to stored-program control exchange answer operation.
4. interconnected systems as claimed in claim 2 or claim 3 is characterized in that:
Described Tandem Gateway also comprises first and the seat module, and described on the same group gateway also comprises second and the seat module;
Described first and the seat module connect by E1 interface and described stored-program control exchange and/or program control scheduling platform;
Described second and the seat module be connected with described on the same group logical simulation module;
Described first and the seat module be used for receiving from stored-program control exchange and/or program control scheduling platform, after the target dispatching desk is the call request of a certain soft switch dispatching desk, described call request is transmitted to described target dispatching desk, and when receiving the busy-message that described target dispatching desk returns, it is transmitted to the source dispatching desk of described call request so that described source dispatching desk sends default also seat code, and, to be transmitted to described target dispatching desk from the also seat code of described source dispatching desk, so that described target dispatching desk is according to described and seat code and described source dispatching desk foundation conversation;
Described second and the seat module be used for receiving from the soft switch dispatching desk, after the target dispatching desk is the call request of a certain program control scheduling platform, give described target dispatching desk with described call request by described on the same group logical simulation module forwards, and receiving described on the same group logical simulation module forwards, during the busy-message that returned by described target dispatching desk, described busy-message is transmitted to the source dispatching desk of described call request so that described source dispatching desk sends default also seat code, and, to give described target dispatching desk by described on the same group logical simulation module forwards from the also seat code of described source dispatching desk, so that described target dispatching desk is according to described and seat code and described source dispatching desk foundation conversation.
5. an interconnected method is characterized in that, based on interconnected systems, and described interconnected program control scheduling system and the soft switch dispatching patcher of comprising;
Described program control scheduling system comprises stored-program control exchange and the program control scheduling platform that is connected with described stored-program control exchange;
Described soft switch dispatching patcher comprises Tandem Gateway, on the same group gateway and soft switch dispatching desk, and described Tandem Gateway is connected with the soft switch dispatching desk respectively with gateway on the same group;
Described Tandem Gateway comprises E1 voice trunking module and E1 interface at least, and described E1 voice trunking module connects by E1 interface and described stored-program control exchange and/or program control scheduling platform;
Described on the same group gateway comprises on the same group logical simulation module and telephone line interface at least, described on the same group logical simulation module is connected with described program control scheduling platform by telephone line interface, so that described program control scheduling platform carries out on the same group logical process with the soft switch dispatching desk as on the same group program control scheduling platform;
Described method comprises:
Utilize described Tandem Gateway to finish stored-program control exchange and the soft switch dispatching desk logically belongs to the soft switch dispatching patcher;
Utilize described on the same group gateway to finish the soft switch dispatching desk and stored-program control exchange logically belongs to the program control scheduling system.
6. interconnected method as claimed in claim 5 is characterized in that, described Tandem Gateway and on the same group gateway become one.
7. interconnected method as claimed in claim 6 is characterized in that:
Described Tandem Gateway comprises that also the first generation answers module, and described on the same group gateway comprises that also the second generation answers module;
The described first generation is answered module and is connected by E1 interface and described stored-program control exchange and/or program control scheduling platform;
The described second generation is answered module and is connected with described on the same group logical simulation module;
Described method also comprises:
Utilize the described first generation to answer the module reception from the group calling incoming call message of stored-program control exchange and/or program control scheduling platform;
Utilizing the described first generation to answer module is transmitted to the soft switch dispatching desk with described group calling incoming call message and finishes generation and answer operation:
Utilize the described second generation to answer the module reception from the group calling incoming call message of soft switch dispatching desk;
Utilizing the described second generation to answer module finishes for answering operation to stored-program control exchange by described on the same group logical simulation module forwards.
8. such as claim 6 or 7 described interconnected methods, it is characterized in that:
Described Tandem Gateway also comprises first and the seat module, and described on the same group gateway also comprises second and the seat module;
Described first and the seat module connect by E1 interface and described stored-program control exchange and/or program control scheduling platform;
Described second and the seat module be connected with described on the same group logical simulation module;
Described method also comprises:
Utilize described first and the seat module to receive from stored-program control exchange and/or program control scheduling platform, target dispatching desk be the call request of a certain soft switch dispatching desk;
Utilize described first and the seat module described call request is transmitted to described target dispatching desk:
Described first and seat module when receiving the busy-message that described target dispatching desk returns, it is transmitted to source dispatching desk of described call request so that described source dispatching desk sends default and the seat code;
Described first and the seat module receive from described source dispatching desk and during the seat code, described and seat code are transmitted to described target dispatching desk, so that described target dispatching desk is conversed with the foundation of described source dispatching desk according to described and seat code;
Utilize described second and the seat module to receive from soft switch dispatching desk, target dispatching desk be the call request of a certain program control scheduling platform;
Utilize described second and the seat module with described call request by described on the same group logical simulation module forwards to described target dispatching desk;
Described second and seat module when receiving busy-message described on the same group logical simulation module forwards, that returned by described target dispatching desk, described busy-message is transmitted to the source dispatching desk of described call request so that described source dispatching desk sends default and the seat code;
Described second and the seat module receive from described source dispatching desk and during the seat code, by described on the same group logical simulation module described and seat code are transmitted to described target dispatching desk, so that described target dispatching desk is according to described and seat code and described source dispatching desk foundation conversation.
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| CN102883081B (en) | 2014-04-02 |
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