CN100440984C - Implementing method of non-standard signalling multi country adaptation and its device - Google Patents
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Abstract
The present invention relates to a method for realizing multinational adaptation of non-standard signalling and a device thereof. The method comprises the steps that non-standard signalling is converted to standard signalling according to carried parameter information of the non-standard signalling, and the standard signalling is processed by transmitting to a standard signalling adaptation part. The device is formed by that a signalling adaptation module is arranged on the standard signalling input/output end of the standard signalling adaptation part, and is also provided with a non-standard signalling input/output end, and the signalling adaptation module is used for realizing the conversion between the standard signalling and the non-standard signalling according to the preserved adaptation data. The present invention realizes the multinational adaptation of the R2 signalling by the adaptation module and the adaptation data. If the applied R2 signalling is changed, only driving data needs to be modified. The present invention is greatly convenient for maintenance operation of a communication system.
Description
Technical field
The present invention relates to a kind of communication technical field, relate in particular to multinational adaptive implementation method of a kind of non-standard signaling and device thereof.
Background technology
Channel associated signalling is a kind of ancient interexchange signaling, and this signaling does not have independent signaling link to transmit signaling, and its signaling channel and speech channel have unique corresponding relation.Present widely used channel associated signalling mainly contains signaling standards such as R2, R1, No.5.The R2 signaling standard is the channel associated signalling standard that ITUT (International Telecommunications Union) formulates, the R2 signaling standard definition that ITUT formulates unified logic signal, logic register signal and corresponding physical signalling, and corresponding signaling procedure.But this standard has also been reserved some signals and corresponding signaling procedure for each country simultaneously; On the other hand, a lot of even early than standard because the morning that channel associated signalling is used, and because the switch model is numerous, causes R2 signaling to use at each state's furniture body and have very big-difference, almost be standard of a country.Therefore, the R2 standard with ITUT that each country uses has nothing in common with each other, and has all stipulated the signaling process of some domestic application.
The channel associate signals of stipulating in the R2 signaling standard of ITUT is though the R2 signaling of each country or producer has all been made some changes to the ITUT standard in actual application; But for the different R2 signaling in various countries, if bypass the actual physical signal, list sees it is that basic identical, different part generally includes from logic flow:
(1) logical signal corresponding physical signal difference, for example: Seize ACK message is 0001 in standard R2, but in certain state's signaling, he may be a negative pulse at a 130ms of A bit; The request calling number of the R2 that Indonesia uses is A6, and the request calling number of some national R2 is A5;
(2) the processing difference of logical signal.For example: some country has the operator to insert signal; Other country does not have the operator to insert signal.
Dock by R2 with equipment certain state for success, must satisfy the R2 standard of this state, promptly must possess a signal processing that satisfies this state's standard; Usually adopt following two kinds of schemes to realize this purpose at present:
1,, designs and develops out a Software Edition that satisfies respective standard respectively for the R2 standard of each country variant; The shortcoming of this scheme is the software version that needs development and maintenance more, and exploitation and the workload of safeguarding are very big, when later maintenance, if find the problem of a general character, then need to revise a lot of software versions especially, have increased maintenance workload greatly;
2, serve as the Software Edition that a basis is realized on the basis with the ITUT standard,, in software, distinguish the R2 standard of country variant by the mode of country code then at the different characteristic of each country; The shortcoming of this scheme is the flow process complexity of controlling in the software, can't share for the flow process of general character.
In addition, prior art may a country can be used multiple standards for channel associated signalling.Such as the R2 signaling that may use standard in Russia, also to use the R2 channel associated signalling of Russia oneself simultaneously; Above-mentioned two kinds of technical schemes can't effectively solve this type of problem equally.
Summary of the invention
The purpose of this invention is to provide multinational adaptive implementation method of a kind of non-standard signaling and device thereof, thereby realize Software Edition of exploitation, just can support each different non-standard signaling of country simultaneously, when having reduced signaling and having changed, the workload of application maintenance.
The object of the present invention is achieved like this: the multinational adaptive implementation method of non-standard signaling is: obtain non-standard signaling, according to definite parameter of carrying in the non-standard signaling, in the signaling conversion corresponding relation that presets, search the standard signaling corresponding with described non-standard signaling, and should non-standard signaling be converted to the standard signaling, and send to standard signaling adaption section and handle.
When described non-standard signaling was non-standard R2 signaling based on the R2 signaling standard, this method further comprised:
A, the physical signalling that reports for the physical layer in the communication system are determined the logical signal corresponding with physical signalling according to the information that physical signalling carries, and send to the R2 signaling processing module and handle:
B, the logical signal of sending for the R2 signaling processing module are determined and logical signal corresponding physical signal according to the information of carrying in the logical signal, and the physical layer that sends to communication system is transmitted.
Described physical signalling comprises: physical circuit signal and physics register signal, and the logical signal of physical circuit signal correspondence is the logic signal, the logical signal of physics register signal correspondence is the logic register signal.
When physical signalling was the physical circuit signal, described step a comprised:
A1, when physical layer reports the physical circuit signal, according to the signaling name of the signaling type of current R2 signaling processing module, determine that the line signalling of physical circuit signal reports the map table index;
A2, according to the physical circuit signal type of this physical circuit signal, physical circuit signal report the map table index with the current calling state of living in and the line signalling of parameter, R2 signaling processing module, determine the logic signal of this physical circuit signal correspondence;
A3, this logic signal is sent to the R2 signaling processing module handle.
Described step b comprises:
B1, for the logic signal that the R2 signaling processing module is sent, according to the signaling name of the current signaling type of R2 signaling processing module, determine that line signalling issues the map table index;
B2, issue map table index and logic signaling to be issued, determine and this logic signal corresponding physical parameter information, and be handed down to physical layer according to line signalling;
B3, physical layer are sent corresponding physical circuit signal according to this physical parameter information, and are transmitted.
When physical signalling was the physics register signal, described step a comprised:
A4, when physical layer reports the physics register signal, according to the signaling name of the signaling type of current R2 signaling processing module, determine that the register signaling of physics register signal reports the map table index;
A5, the register(system) code value of receiving according to the physics of this physics register signal, the current calling state of living in and the register signaling of R2 signaling processing module report the map table index, determine logic register signaling that is converted to and the logic parameter that register signaling is with that is converted to;
A6, with logic register signaling that is converted to and the logic register signaling that is converted to form the logic register signal of this physics register signal correspondence with parameter, and send to the R2 signaling processing module and handle.
Described step b comprises:
B4, for the logic register signal that the R2 signaling processing module is sent, according to the signaling name of the current signaling type of R2 signaling processing module, determine that register signaling issues the map table index;
B5, issue the map table index according to register signaling, and the logic register signaling and the logic parameter that register signaling is with of this logic register signal, obtain the physics register(system) code value that actual needs issues after determining to change, and be handed down to physical layer;
B6, physical layer obtain the physics register(system) code value that actual needs issues after according to this conversion and determine the physics register signal, and transmit.
The applied data of mutual conversion between described physical signalling and logical signal are preserved by five tables, and described five tables are specially:
Line signalling reports adaptive table: comprise line signalling report map table index field, physical circuit signal type field, physical circuit signal with parameter field, the residing mode field of current calling and corresponding logical signal field;
Line signalling issues adaptive table: comprise that line signalling issues map table index field, logic signaling field to be issued, the physical circuit signal field that issues, physical circuit parameter that signal is with 1 field, physical circuit parameter that signal is with 2 fields, physical circuit parameter that signal is with 3 fields and physical circuit parameter that signal is with 4 fields;
Register signaling reports adaptive table: comprise register signaling register(system) code value field, current calling mode field of living in, logic register signaling field of receiving that is converted to that report map table index field, physics and the logic parameter field that register signaling is with that is converted to;
Register signaling issues adaptive table: comprise register signaling issue map table index field, logic register signaling field, logic register signaling with obtaining the physics register(system) code value field that actual needs issues after parameter field and the conversion;
The signaling type definition list: signaling file-name field, signaling major types field, line signalling type field, register signaling type field, the line signalling that comprises signaling type reports map table index field, line signalling to issue the map table index field, register signaling reports map table index field and register signaling to issue the map table index field.
A kind of multinational adaptive device of non-standard signaling of realizing, this device is: the signaling adaptation module that is arranged at standard signaling adaption section standard signaling I/O end, the signaling adaptation module also is provided with the I/O end of non-standard signaling, and the signaling adaptation module is carried out non-standard signaling arrives non-standard signaling to standard signaling or standard signaling conversion according to the signaling conversion corresponding relation that presets.
Described signaling adaptation module comprises: line signalling adaptation module and register signaling adaptation module.
By technique scheme as can be seen, the present invention realizes the multinational adaptive of R2 signaling by adaptation module and adaptation data; Thereby can realize only developing a Software Edition, support the R2 channel associated signalling standard that a plurality of countries are different simultaneously, reduce the maintenance workload of communication system.And signaling is adaptive by data-driven, if when the R2 signaling of using changes, only needs to revise a driving data and gets final product, for the maintenance work of communication system brings great convenience.The present invention simultaneously can also be applied to the signaling adaptation procedure of other analogue.
Description of drawings
Fig. 1 is an application structure schematic diagram of the present invention;
Fig. 2 is adaptive table for line signalling reports;
Fig. 3 is adaptive table for line signalling issues;
Fig. 4 is adaptive table for register signaling reports;
Fig. 5 is adaptive table for register signaling issues;
Fig. 6 is the signaling type definition list;
Fig. 7 is concrete implementing procedure figure of the present invention.
Embodiment
The invention provides multinational adaptive implementation method of a kind of non-standard signaling and device thereof, mainly solved the multinational adaptive problem of different off-gauge R2 signalings.
The multinational adaptive device of the non-standard signaling of realization of the present invention is: the signaling adaptation module that is arranged at standard signaling adaption section standard signaling I/O end, the signaling adaptation module also is provided with the I/O end of non-standard signaling, the signaling adaptation module is used for according to the adaptation data realization standard signaling of its preservation and the conversion between non-standard signaling, satisfy the demand of each national various criterion with this, as shown in Figure 1.If for to realize this device based on the R2 signaling standard, then described signaling adaptation module comprises:
Line signalling adaptation module: be used for the mutual conversion between physical circuit signal and gate signal; The concrete function that can be achieved as follows:
(1) by the conversion of logic signal to the physical circuit signal, for example the Seize conversion of signals is a line code 0001, and can be with relevant parameters;
Whether need send, for example when a certain logic signal does not have, then do not send this logic signal in some national standard if (2) controlling certain logic signal as required;
(3) the physical circuit signal that obtains of physical layer is to the conversion of logic signaling;
(4) can abandon some physical circuit signal by the data decision, the ringing cadence such as not providing at some some old-fashioned switch of country the user needs parent office transmitting line signal to drive ringing cadence; But then can oneself provide ringing cadence for stored-program control exchange, not need to handle these signals, so can abandon these Signal Processing;
(5) at different call states identical physical circuit signal is done different conversions, such as the physical signalling of " taking confirmation " signal and " Called Onhook " signal may all be 1101, but just be converted to " taking confirmation " signal at " taking relaying " state, just be converted to " Called Onhook " signal 1101 at " conversation " state with 1101;
Register signaling adaptation module: be used for the mutual conversion between physics register signal and logic register signal; Specifically can be achieved as follows function:
(1), for example ask calling signal to be converted to A5 by of the conversion of logic register signal to actual register(system) code value;
Whether need send, for example when a certain register signal does not have, then do not send this logic register signal in some national standard if (2) controlling certain logic register signal as required;
(3) the register(system) code value that obtains of physical layer is to the conversion of logic register signaling;
(4) can abandon some register(system) code value by the data decision, for example in some national standard, define " request circuit type " register signal, then not have in the country that has, at this moment just not need to handle the register(system) code value of this signal;
(5) at different call states identical register(system) code value is done different conversions, can represent " calling number 8 " such as forward direction register(system) code value 8, " called number 8 ", " class of subscriber 8 ", at this moment in " receipts calling number " state, transfer " calling number 8 " to, in " receipts called number " state, transfer " called number 8 " to, in " receipts caller type " state, transfer " caller type 8 " to.
Described standard signaling adaption section is the R2 signaling processing module.
Now the multinational adaptive implementation method of non-standard signaling of the present invention is described further in conjunction with Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6:
When the different physical circuit signal of various countries' interoffice and register signal report the R2 signaling processing module, at first must be through line signalling adaptation module or register signaling adaptation module, corresponding adaptation module converts physical signalling to unified logical signal, is handled by the R2 signaling processing module again; Adaptation module is by signaling type definition, and signaling type comprises standard R2 signaling type, and Brazilian 5C signaling type, Pakistani F6 signaling type or the like, different signaling types have different adaptive, so the present invention can support different signaling types simultaneously.When needs transmitting line signal and register signal, logic signal and register signal that the R2 signaling processing module will need to send are passed to adaptation module, adaptation module is translated into physical circuit signal and register(system) code value, is sent and is received by physical layer then.
Adaptation module is driven by adaptation data, that is: conversion mutually between logic signal, logic register signal and physical circuit signal, physics register signal is to carry out according to the adaptation data of setting.Therefore, to can being described by specific adaptation data with road R2 standard of country variant, and only keep a unified Software Edition, when signaling changed, application software did not need to change, and only needed to revise adaptation data and got final product.
The handling process of adaptation module specifically comprises following four flow processs according to signaling type and signaling direction:
(1) be the logic signal with the physical circuit signal adaptation:
When physical layer reports the physical circuit signal, " physical circuit signal type (iEvent) " and " physical circuit parameter that signal is with (iPara) " issued the line signalling adaptation module together, the line signalling adaptation module is according to " the signaling name (sSigName) of signaling type " of current R2 signaling processing module, from the signaling type definition list, find " index (iLsConversion) that line signalling reports conversion ", take out " the residing state of current calling (iState) " from the R2 signaling processing module again, call state is meant the residing state of progress of current calling, by the decision of R2 signaling processing module, comprise " free time ", " take relaying ", " send out called number ", " send out calling number ", " call out initial ", " wait called number ", " etc. calling number ", " ring ", " conversation ", " the wait relaying discharges and finishes " or the like state; Then these four parameters being updated to line signalling reports in the adaptive table, determine that line signalling reports last field value of adaptive table, promptly determine " the corresponding logical signal (iLogicEvent) " of this physical circuit signal, last line signalling adaptation module is offered the R2 signaling processing module with this logical signal; So far, the line signalling adaptation module just is R2 signaling processing module logic signal that can handle, unified with the physical circuit signal adaptation.
(2) be the physical circuit signal with the logic signal adaptation:
When the R2 signaling processing module need be when playing a game the transmitting line signal, " logic signaling (iLogicCmd) to be issued " is handed down to the line signalling adaptation module, the line signalling adaptation module is according to " the signaling name (sSigName) of signaling type " of current R2 signaling processing module, from the signaling type definition list, find " line signalling issues map table index (iLcmdConversion) ", then " line signalling issues map table index (iLcmdConversion) " and " logic signaling (iLogicCmd) to be issued " being updated to line signalling issues in the adaptive table, find all physics parameter field (iPhysiccmd that line signalling issues adaptive table, iPara1, iPara2, iPara3 and iPara4), last line signalling adaptation module becomes above-mentioned physical parameter combinations the order of an operating physical layer, be issued to physical layer and go, physical layer is then sent corresponding physical circuit signal according to order; So far, the line signalling adaptation module is the physical circuit signal with the logic signal adaptation just.
(3) the physics register signal is adapted for the logic register signal:
When physical layer reports a physics register signal, " the register(system) code value (iRsdCode) that physics is received " sent to the register signaling adaptation module, the register signaling adaptation module is according to " the signaling name (sSigName) of signaling type " of current R2 signaling processing module, from the signaling type definition list, find " register signaling reports map table index (iRSDSigConversion) ", also from the R2 signaling processing module, take out simultaneously " the residing state of current calling (iState) ", and with " register signaling reports map table index (iRSDSigConversion) ", " the register(system) code value (iRsdCode) that physics is received " and " the residing state of current calling (iState) " are updated to register signaling and report in the adaptive table, find latter two field value that register signaling reports adaptive table, i.e. " the logic register signaling (iLogicEvent) that is converted to " and " the logic register signaling (iPara) that is converted to ", last adaptation module are formed a logic register signal with these two fields and are offered the R2 signaling processing module; So far, the register signaling adaptation module just is adapted for the logic register signal with the physics register signal.
(4) the logic register signal is adapted for the physics register signal:
When the R2 signaling processing module need be sent out register signal to playing a game, " logic note signaling (iCmd) " and " logic parameter that register signaling is with (iPara) " is handed down to the register signaling adaptation module, the register signaling adaptation module is according to " the signaling name (sSigName) of signaling type " of current R2 signaling processing module, from the signaling type definition list, find " register(system) issues map table index (iLcmdConversion) ", and then above-mentioned three parameters are updated to register signaling issue in the adaptive table, find register signaling and issue last field value in the adaptive table, promptly " obtain the physics register(system) code value (iRsdCode) that actual needs issues after the conversion ", at last, the register signaling adaptation module is issued to physical layer with this physics register(system) code value; So far, the register(system) adaptation module just is adapted for the physics register signal with the logic register signal.
The present invention will be described below in conjunction with a concrete application example, as shown in Figure 7:
Physical layer is responsible for physical signalling strictly according to the facts, is intactly reported adaptation module, adaptation module can inquire the call state of R2 signaling processing module, is logical signal according to the call state of R2 signaling processing module with the conversion of signals of physical layer, reports the R2 signaling processing module again; When signaling under the R2 signaling processing module, logical signal and parameter thereof need be handed down to adaptation module, the operational order that adaptation module unconditionally is converted to physical layer is handed down to physical layer, and physical layer is responsible for physical signalling is correctly sent.
As shown in Figure 7, after physical circuit signal 0001 arrives physical layer, give the signaling adaptation module through physical layer " LINESIG; Para=1 (the line signal parameter is 1) " signal reporting, the signaling adaptation module is " free time " attitude according to the state at signaling adaptation data and current calling place, looks into table shown in Figure 2 and is converted into logical signal and " takies (SEIZE) " and be given to the R2 signaling processing module.This logical signal of R2 signaling resume module resume module " takies (SEIZE) ", the signal that need loopback on repeat circuit " takies confirmation (TKC SEIZE ACK) ", logical signal is handed down to the signaling adaptation module so this " takies confirmation (TKC SEIZE ACK) ", and call state becomes " waiting called number " state simultaneously.The signaling adaptation module is looked into table shown in Figure 3 according to the signaling adaptation data, and to draw this logical signal corresponding physical signal be line code " 1101 ", line code is sent to physical layer with " LCMD=SZA; PCMD=64, P1=13 " signal, physical layer transmitting line sign indicating number " 1101 ".
When physical layer is received register(system) code value 2, be given to the signaling adaptation module, the signaling adaptation module is looked into table shown in Figure 4 according to signaling adaptation data and call state for " waiting called number " state, and obtaining logical signal is " called number ", parameter is 2, expression called number 2.The signaling adaptation module reports the R2 signaling processing module with the logical signal of changing out, the R2 signaling processing module is handled and is found that called number also needs to ask the next bit called number inadequately, so send logic register(system) order " request " for the signaling adaptation module, parameter is " a request next bit ".The signaling adaptation module is looked into table shown in Figure 5, and to draw the actual register(system) physical signalling code value that should send be " 1 ", sends on repeat circuit so the register signal physics code value " 1 " that actual needs is sent is transferred to physical layer.The process of follow-up signaling procedure and front is similar, no longer describes in detail.
Claims (10)
1, the multinational adaptive implementation method of a kind of non-standard signaling, it is characterized in that: obtain non-standard channel associated signalling, according to definite parameter of carrying in the non-standard channel associated signalling, in the signaling conversion corresponding relation that presets, search the standard signaling corresponding with described non-standard channel associated signalling, and should non-standard channel associated signalling be converted to the standard signaling, and send to standard signaling adaption section and handle.
2, the multinational adaptive implementation method of non-standard signaling according to claim 1, it is characterized in that when described non-standard signaling for based on the non-standard R2 signaling of R2 signaling standard the time, this method further comprises:
A, the physical signalling that reports for the physical layer in the communication system are determined the logical signal corresponding with physical signalling according to the information that physical signalling carries, and send to the R2 signaling processing module and handle;
B, the logical signal of sending for the R2 signaling processing module are determined and logical signal corresponding physical signal according to the information of carrying in the logical signal, and the physical layer that sends to communication system is transmitted.
3, the multinational adaptive implementation method of non-standard signaling according to claim 2, it is characterized in that described physical signalling comprises: physical circuit signal and physics register signal, and the logical signal of physical circuit signal correspondence is the logic signal, and the logical signal of physics register signal correspondence is the logic register signal.
4, the multinational adaptive implementation method of non-standard signaling according to claim 3 is characterized in that when physical signalling was the physical circuit signal, described step a comprised:
A1, when physical layer reports the physical circuit signal, according to the signaling name of the signaling type of current R2 signaling processing module, determine that the line signalling of physical circuit signal reports the map table index;
A2, according to the physical circuit signal type of this physical circuit signal, physical circuit signal report the map table index with the current calling state of living in and the line signalling of parameter, R2 signaling processing module, determine the logic signal of this physical circuit signal correspondence;
A3, this logic signal is sent to the R2 signaling processing module handle.
5, the multinational adaptive implementation method of non-standard signaling according to claim 4 is characterized in that described step b comprises:
B1, for the logic signal that the R2 signaling processing module is sent, according to the signaling name of the current signaling type of R2 signaling processing module, determine that line signalling issues the map table index;
B2, issue map table index and logic signaling to be issued, determine and this logic signal corresponding physical parameter information, and be handed down to physical layer according to line signalling;
B3, physical layer are sent corresponding physical circuit signal according to this physical parameter information, and are transmitted.
6, the multinational adaptive implementation method of non-standard signaling according to claim 3 is characterized in that when physical signalling was the physics register signal, described step a comprised:
A4, when physical layer reports the physics register signal, according to the signaling name of the signaling type of current R2 signaling processing module, determine that the register signaling of physics register signal reports the map table index;
A5, the register(system) code value of receiving according to the physics of this physics register signal, the current calling state of living in and the register signaling of R2 signaling processing module report the map table index, determine logic register signaling that is converted to and the logic parameter that register signaling is with that is converted to;
A6, with logic register signaling that is converted to and the logic register signaling that is converted to form the logic register signal of this physics register signal correspondence with parameter, and send to the R2 signaling processing module and handle.
7, the multinational adaptive implementation method of non-standard signaling according to claim 6 is characterized in that described step b comprises:
B4, for the logic register signal that the R2 signaling processing module is sent, according to the signaling name of the current signaling type of R2 signaling processing module, determine that register signaling issues the map table index;
B5, issue the map table index according to register signaling, and the logic register signaling and the logic parameter that register signaling is with of this logic register signal, obtain the physics register(system) code value that actual needs issues after determining to change, and be handed down to physical layer;
B6, physical layer obtain the physics register(system) code value that actual needs issues after according to this conversion and determine the physics register signal, and transmit.
8, according to claim 4,5, the multinational adaptive implementation method of 6 or 7 described non-standard signalings, it is characterized in that the applied data of mutual conversion between described physical signalling and logical signal are preserved by five tables, described five tables are specially:
Line signalling reports adaptive table: comprise line signalling report map table index field, physical circuit signal type field, physical circuit signal with parameter field, the residing mode field of current calling and corresponding logical signal field;
Line signalling issues adaptive table: comprise that line signalling issues map table index field, logic signaling field to be issued, the physical circuit signal field that issues, physical circuit parameter that signal is with 1 field, physical circuit parameter that signal is with 2 fields, physical circuit parameter that signal is with 3 fields and physical circuit parameter that signal is with 4 fields;
Register signaling reports adaptive table: comprise register signaling register(system) code value field, current calling mode field of living in, logic register signaling field of receiving that is converted to that report map table index field, physics and the logic parameter field that register signaling is with that is converted to;
Register signaling issues adaptive table: comprise register signaling issue map table index field, logic register signaling field, logic register signaling with obtaining the physics register(system) code value field that actual needs issues after parameter field and the conversion;
The signaling type definition list: signaling file-name field, signaling major types field, line signalling type field, register signaling type field, the line signalling that comprises signaling type reports map table index field, line signalling to issue the map table index field, register signaling reports map table index field and register signaling to issue the map table index field.
9, a kind of multinational adaptive device of non-standard signaling of realizing, it is characterized in that this device is: the signaling adaptation module that is provided with standard signaling adaption section standard signaling I/O end, the signaling adaptation module also is provided with the I/O end of non-standard channel associated signalling, and the signaling adaptation module is carried out non-standard channel associated signalling arrives non-standard signaling to standard signaling or standard signaling conversion according to the signaling conversion corresponding relation that presets.
10, the multinational adaptive device of the non-standard signaling of realization according to claim 9 is characterized in that described signaling adaptation module comprises: line signalling adaptation module and register signaling adaptation module.
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| CN1371025A (en) * | 2001-02-23 | 2002-09-25 | 贡晔 | Pixel-dislocating picture frame joining image-forming method and device |
| CN1372420A (en) * | 2001-02-28 | 2002-10-02 | 上海贝尔有限公司 | Digital signal and instruction treatment device for program controlled switchboard |
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| EP1032226A1 (en) * | 1999-02-22 | 2000-08-30 | Alcatel | Apparatus providing usage of mobile radio telephone terminals operating according to a first standard in a private telecommunications system operating according to a second standard |
| CN1371025A (en) * | 2001-02-23 | 2002-09-25 | 贡晔 | Pixel-dislocating picture frame joining image-forming method and device |
| CN1372420A (en) * | 2001-02-28 | 2002-10-02 | 上海贝尔有限公司 | Digital signal and instruction treatment device for program controlled switchboard |
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