CN100499693C - System and method for detecting channels of resources - Google Patents
System and method for detecting channels of resources Download PDFInfo
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- CN100499693C CN100499693C CNB2006101042172A CN200610104217A CN100499693C CN 100499693 C CN100499693 C CN 100499693C CN B2006101042172 A CNB2006101042172 A CN B2006101042172A CN 200610104217 A CN200610104217 A CN 200610104217A CN 100499693 C CN100499693 C CN 100499693C
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Abstract
The method comprises: internal test module sends the sound-playing request to the channel to be tested; after receiving the request, the channel to be tested plays back the signal sound; the benchmark channel gets and identifies the signal sound, and reports the identification result to the internal test module; the internal test module decides if the signal sound played by the tested channel is consistent with the identification result; if yes, the downlink path of the test channel works normally; the internal test module sends the sound-playing request to the benchmark channel; the benchmark channel starts to play signal sound; the tested channel gets and identifies the signal sound, and reports the identification result to the internal test module; the internal test module decides if the signal sound played by the benchmark channel is consistent with the identification result reported by the tested channel; if yes, then the uplink path of the tested channel works normally.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of system and method that detects chnnels of resources.
Background technology
Communication technology fast development makes people carry out can also defining miscellaneous service fast, neatly on the basic voice call basis, thus realize the value-added service field playback, collect the digits, operations such as recording and fax.These operations can realize by the voice resource module that is built in switching equipment, also can realize by external media resource platform.
Consult Fig. 1,, all must be connected with switching equipment by the resource line no matter be built-in voice resource module or external media resource platform.The resource line here can be traditional E1 line, also can be resource bus etc.Wherein the E1 line be a kind of can high power capacity the digital line of transmission data, it has 32 channels, the speed of each channel transmission information can reach 64Kbit/s.
In the implementation process of new beginning engineering and office point capacity expansion project, guarantee that the accuracy of internal resource line and resource data configuration is very important.For the media resource platform device of a low capacity,, can detect all resource lines by artificial mode because the internal resource line is fewer.Its testing process is as follows: at first close detected resource line resource line in addition, dial by the end of manual type then at detected resource line, if can return and the corresponding information that dials from the other end, then this detected resource line is normal.
Can detect the media resource platform device of low capacity by said method, but for jumbo equipment, the internal resource line is many, require a great deal of time and manpower by the said method detection, and the manual dial also can cause tester's work fatigue for a long time, thereby the possibility that causes test result deviation to occur increases.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of system of automatic detection chnnels of resources, can detect the problem of resource line rapidly and accurately by this system.
The technical problem to be solved in the present invention is also to provide a kind of method of automatic detection chnnels of resources, can detect the problem of resource line rapidly and accurately by this method.
For solving above-mentioned first technical problem, the objective of the invention is to be achieved through the following technical solutions.
The invention provides a kind of system that detects chnnels of resources, comprise Switching Module and voice resource module, Switching Module is connected with the voice resource module by the resource line, at least comprise a passage to be measured and a normal benchmark passage in the described resource line, this system also comprises: the close beta module, be used to set up the bearer channel between benchmark passage and the passage to be measured, and the recognition result of this signal tone is judged whether the downlink of passage to be measured is normal, and the recognition result of this signal tone is judged whether the uplink of passage to be measured is normal according to the signal tone and the passage to be measured of the broadcast of benchmark passage according to signal tone and benchmark passage that passage to be measured is play; Described benchmark passage is pairing physical connection of benchmark voice channel and all correct passage of voice resource data configuration.
Wherein, described close beta module specifically is used for the DTMF tone play according to passage to be measured and benchmark passage the result that collects the digits of this DTMF tone is judged whether the downlink of passage to be measured is normal, and according to the DTMF tone of benchmark passage broadcast and passage to be measured the result that collects the digits of this DTMF tone is judged whether the uplink of passage to be measured is normal.
Wherein, described signal tone is voice, and when passage to be measured was play voice, the benchmark passage obtains these voice to carry out speech recognition and report recognition result, and when described benchmark passage was play voice, passage to be measured obtains these voice to carry out speech recognition and report recognition result.
Wherein, described close beta module specifically is used for according to voice and benchmark passage that passage to be measured is play the voice identification result of these voice being judged whether the downlink of passage to be measured is normal, and according to voice and passage to be measured that the benchmark passage is play the voice identification result of these voice is judged whether the uplink of passage to be measured is normal.
For solving above-mentioned second technical problem, the present invention also provides a kind of method that detects chnnels of resources, and the method comprising the steps of:
A: set up the bearer channel between benchmark passage and the passage to be measured; Described benchmark passage is pairing physical connection of benchmark voice channel and all correct passage of voice resource data configuration;
B: the close beta module is indicated passage play signal sound to be measured by described bearer channel, and the benchmark passage obtains and discern this signal tone; The close beta module also sends the playback request by above-mentioned bearer channel to the benchmark passage, and the benchmark passage begins the play signal sound after receiving request, and passage to be measured obtains and discern this signal tone; Described two recognition results are reported the close beta module;
C: the close beta module judges whether the signal tone of passage broadcast to be measured is corresponding with the recognition result that the benchmark passage reports, and is to judge that then the downlink of described passage to be measured is normal; Also whether the signal tone play of judgment standard passage is corresponding with the recognition result that passage to be measured reports for the close beta module, is to judge that then the uplink of described passage to be measured is normal.
Wherein, further comprise step before the steps A: whether judgment standard passage and passage to be measured be idle, if then take; If not, then transmission takies signal in advance.
Wherein, described signal tone is a DTMF tone, and when passage to be measured was play DTMF tone, the benchmark passage obtained this DTMF tone and collects the digits and report the result that collects the digits, when described benchmark passage was play DTMF tone, passage to be measured obtained this DTMF tone and collects the digits and report the result that collects the digits.
Wherein, described signal tone is a prompt tone, and when passage playing alert tones to be measured, the benchmark passage obtains this prompt tone and detects and report testing result, and during described benchmark passage playing alert tones, passage to be measured obtains this prompt tone and detects and report testing result.
Wherein, described signal tone is voice, and when the benchmark passage was play voice, passage to be measured obtains these voice to carry out speech recognition and report recognition result, and when described passage to be measured was play voice, the benchmark passage obtains these voice to carry out speech recognition and report recognition result.
Wherein, further comprise step after the described step C: judge whether the downlink of passage to be measured and uplink be all normal, if passage then to be measured is normal.
More than first technical scheme as can be seen, adopt the system of detection chnnels of resources of the present invention, judge by the close beta module whether the signal tone of playing is corresponding with recognition result, whether thereby it is normal to detect chnnels of resources, adopt this system to reduce significantly and detect the required time of resource line and reduce cost of labor required when detecting, can also improve the accuracy of detection, carry out complete detection before in new beginning engineering, can also reaching the standard grade simultaneously, guarantee the correctness of the physical connection of voice resource module equipment.
More than second technical scheme as can be seen, whether employing is corresponding with recognition result by the disconnected signal tone of playing of close beta module, thereby detect whether normally method of chnnels of resources, can reduce significantly and detect the required time of resource line and reduce cost of labor required when detecting, can also improve the accuracy of detection, carry out complete detection before in new beginning engineering, can also reaching the standard grade simultaneously, guarantee the correctness of the physical connection of voice resource module equipment.
Description of drawings
Fig. 1 is a voice resource line schematic diagram of the prior art;
Fig. 2 is the benchmark passage of an embodiment of the present invention and the graph of a relation of passage to be measured;
Fig. 3 is the system schematic of the detection chnnels of resources of an embodiment of the present invention;
Fig. 4 is the method flow diagram of the detection chnnels of resources of an embodiment of the present invention;
When being the detection chnnels of resources of an embodiment of the present invention, plays Fig. 5 the operational flowchart of DTMF tone;
The operational flowchart of playing alert tones when Fig. 6 is the detection chnnels of resources of an embodiment of the present invention;
When being the detection chnnels of resources of an embodiment of the present invention, plays Fig. 7 the operational flowchart of voice.
Embodiment
See also Fig. 2, describe relation between benchmark passage and the passage to be measured in detail below in conjunction with Fig. 2.
The benchmark passage is all certain correct passage of pairing physical connection of benchmark voice channel and voice resource data configuration.
Passage to be measured is the passage that system need detect, and can use the carrying of traditional E1 line as chnnels of resources.The once conversation that benchmark passage and passage to be measured are formed can represent that the voice messaging of passage 1 to be measured is transmitted through behind the Switching Module by T x 1 line, can accurately be obtained by the benchmark passage with Fig. 2 to R x 0 line.The voice messaging that same benchmark passage provides exchanges the back by the transmission of R x 1 line by T x 0 line through Switching Module, is obtained by passage to be measured.
See also Fig. 3, the invention provides a kind of system that detects chnnels of resources, this system comprises: close beta module 301, voice resource module 302 and Switching Module 303, voice resource module 302 is connected by the resource line with Switching Module 303, close beta module 301 is used to control voice resource module and Switching Module, also be used to preempt benchmark passage and passage to be measured, set up the bearer channel between the two, and, the recognition result of this signal tone is judged whether passage to be measured is correct with passage to be measured and benchmark passage according to the signal tone that benchmark passage and passage to be measured are play.
This system works flow process is as follows, at first chooses a benchmark passage on voice resource module 302.Whether 301 judgment standard passages of close beta module then and passage to be measured are in idle condition, if the two free time of this moment, then close beta module 301 directly takies.If the two is in busy state, then close beta module 301 takies signal in advance to benchmark passage and passage to be measured transmission, waits for that being left test after benchmark passage and passage to be measured free out uses.
After benchmark passage and passage to be measured were taken by close beta module 301, close beta module 301 can be set up the bearer channel between benchmark passage and the passage to be measured.The bearer channel here is meant physical path, needs they are carried out building on the physical path behind preemption benchmark passage and the passage to be measured, thereby guarantee that signal tone can transmit on this bearer channel.
301 pairs of passages to be measured of close beta module are tested, and for the physical connection that guarantees passage to be measured is normal, must guarantee that the uplink and the downlink of passage to be measured are all normal, and wherein the testing sequence of the two can be random.
System embodiment one of the present invention, benchmark passage and passage to be measured are play DTMF tone.
At first test the downlink of passage to be measured, close beta module 301 is sent the request of playing DTMF tone to passage to be measured, sends the request that collects the digits to the benchmark passage then, and passage to be measured returns response message after receiving request, and begins to play DTMF tone.After the benchmark passage is received the number-accepting request of close beta module 301, begin to collect the digits and the result that will collect the digits reports close beta module 301, the corresponding button of the described result that collects the digits, the DTMF tone that passage to be measured is play is also to there being a button, close beta module 301 judges whether these two buttons are consistent, if consistent, illustrate that then the physical connection of downlink of this passage to be measured is normal.
Then test the uplink of passage to be measured, close beta module 301 is sent the request of playing DTMF tone to the benchmark passage, sends the request that collects the digits to passage to be measured then, and the benchmark passage returns response message after receiving request, and begins to play DTMF tone.After passage to be measured is received the number-accepting request of close beta module, begin to collect the digits and the result that will collect the digits reports close beta module 301, the corresponding button of the described result that collects the digits, the DTMF tone that the benchmark passage is play is also to there being a button, close beta module 301 judges whether these two buttons are consistent, if consistent, illustrate that then the physical connection of uplink of this passage to be measured is normal.
The uplink of close beta module 301 these passages to be measured of judgement and the physical connection of downlink are all normal, will provide the normal testing result of this passage physical connection to be measured.
System embodiment two of the present invention, benchmark passage and passage playing alert tones to be measured.
At first test the downlink of passage to be measured, close beta module 301 is sent the playing alert tones request to passage to be measured, sends the request that detects this prompt tone to the benchmark passage then, and passage to be measured returns response message after receiving request, and the beginning playing alert tones.After the benchmark passage is received the detection request of close beta module 301, begin this prompt tone is detected and testing result is reported close beta module 301, wherein close beta module 301 judges whether the prompt tone of described testing result and passage to be measured broadcast is corresponding, if corresponding, illustrate that then the physical connection of downlink of this passage to be measured is normal.
Then test the uplink of passage to be measured, close beta module 301 is sent the playing alert tones request to the benchmark passage, send the request that this prompt tone is detected to passage to be measured then, the benchmark passage returns response message after receiving request, and the beginning playing alert tones.After passage to be measured is received the detection request of close beta module 301, begin the prompt tone of playing is detected and testing result is reported close beta module 301, wherein close beta module 301 judges whether the prompt tone of described testing result and the broadcast of benchmark passage is corresponding, if corresponding, illustrate that then the physical connection of uplink of this passage to be measured is normal.
The uplink of close beta module 301 these passages to be measured of judgement and the physical connection of downlink are all normal, will provide the normal testing result of this passage physical connection to be measured.
System embodiment three of the present invention, benchmark passage and passage to be measured are play voice.
At first test the downlink of passage to be measured, close beta module 301 is sent to passage to be measured and is play one section voice request, sends the request of these voice of identification then to the benchmark passage, and passage to be measured returns response message after receiving request, and begins to play these voice.After the benchmark passage is received the identification request of close beta module 301, begin these voice are carried out automatic speech recognition and recognition result is reported close beta module 301, wherein close beta module 301 judges whether the voice of described recognition result and passage to be measured broadcast are corresponding, if corresponding, illustrate that then the physical connection of downlink of this passage to be measured is normal.
Then test the uplink of passage to be measured, close beta module 301 is sent the request of playing one section voice to the benchmark passage, send the request of these voice being carried out automatic speech recognition to passage to be measured then, the benchmark passage returns response message after receiving request, and begins to play these voice.After passage to be measured is received the identification request of close beta module 301, begin the voice of playing are carried out automatic speech recognition and recognition result is reported close beta module 301, wherein close beta module 301 judges whether the voice of described recognition result and the broadcast of benchmark passage are corresponding, if corresponding, illustrate that then the physical connection of uplink of this passage to be measured is normal.
The uplink of close beta module 301 these passages to be measured of judgement and the physical connection of downlink are all normal, will provide the normal testing result of this passage physical connection to be measured.
More than be that the present invention is detected the description that the system of chnnels of resources carries out, as can be seen from the above technical solutions, the present invention by close beta module 301 control voice resource modules 302 carry out playback, collect the digits, actions such as detection and identification, thereby realize that testing need not artificial participation, and then improved the accuracy of testing and reduced cost, below in conjunction with accompanying drawing the inventive method is described further.
The inventive method embodiment one, below in conjunction with Fig. 4 and Fig. 5 the present invention done detailed description.
401: preemption benchmark passage and passage to be measured;
Wherein, if benchmark passage and passage to be measured are idle.Then directly take; If benchmark passage and passage to be measured have been assigned with away, then send and take signal in advance, wait for that benchmark passage and passage free time to be measured are left test later on and use.Benchmark passage and passage to be measured can not be distributed to the user and use when occupied, have only just can discharge after test finishes by the time.
402: set up the bearer channel between benchmark passage and the passage to be measured;
Wherein, bearer channel is meant physical path, needs they are carried out building on the physical path behind preemption benchmark passage and the passage to be measured, thereby guarantee that signal tone can transmit on this bearer channel.
403: the physical connection of testing channel passage to be measured;
Wherein, test to passage to be measured comprises physical connection of testing passage uplink to be measured and the physical connection of testing passage downlink to be measured, have only under all normal situation of uplink and downlink physical connection, could determine that this passage physical connection to be measured is normal.
See also Fig. 5, test the physical connection of channel passage to be measured, concrete steps are as follows:
501: the close beta module issues the request of playing DTMF tone to passage to be measured;
502: the close beta module issues number-accepting request to the benchmark passage;
503: passage to be measured returns the response message of playing DTMF tone, and affirmation can playback, and the beginning playback;
504: the benchmark passage returns the response message that collects the digits, and affirmation can collect the digits, and begins to collect the digits;
505: passage playback to be measured finishes;
506: the benchmark passage result that will collect the digits reports the close beta module;
507: whether pairing button was consistent when the pairing button of the result that collects the digits that close beta module judgment standard passage reports was play DTMF tone with passage to be measured, if judge that then the downlink of passage to be measured is normal.
508: the close beta module issues the request of playing DTMF tone to the benchmark passage;
509: the close beta module issues number-accepting request to passage to be measured;
510: the benchmark passage returns the response message of playing DTMF tone, and affirmation can playback, and the beginning playback;
511: passage to be measured returns the response message that collects the digits, and affirmation can collect the digits, and begins to collect the digits;
512: the playback of benchmark passage finishes;
513: the passage to be measured result that will collect the digits reports the close beta module;
514: the close beta module judges whether pairing button was consistent when the pairing button of the result that collects the digits that passage to be measured reports was play DTMF tone with the benchmark passage, if judge that then the uplink of passage to be measured is normal.
404: the close beta module provides testing result.
Wherein, inner detection module is judged when the uplink of passage to be measured and downlink are all normal, could be determined that the physical connection of this passage to be measured is normal.
The inventive method embodiment two, below in conjunction with Fig. 4 and Fig. 6 the present invention done detailed description.
401: preemption benchmark passage and passage to be measured;
Wherein, if benchmark passage and passage to be measured are idle.Then directly take; If benchmark passage and passage to be measured have been assigned with away, then send and take signal in advance, wait for that benchmark passage and passage free time to be measured are left test later on and use.Benchmark passage and passage to be measured can not be distributed to the user and use when occupied, have only just can discharge after test finishes by the time.
402: set up the bearer channel between benchmark passage and the passage to be measured;
Wherein, bearer channel is meant physical path, needs they are carried out building on the physical path behind preemption benchmark passage and the passage to be measured, thereby guarantee that signal tone can transmit on this bearer channel.
403: the physical connection of testing channel passage to be measured;
Wherein, test to passage to be measured comprises physical connection of testing passage uplink to be measured and the physical connection of testing passage downlink to be measured, have only under all normal situation of uplink and downlink physical connection, could determine that this passage physical connection to be measured is normal.
See also Fig. 5, test the physical connection of channel passage to be measured, concrete steps are as follows:
601: the close beta module issues the request of playing alert tones to passage to be measured;
602: the close beta module issues the request that detects prompt tone to the benchmark passage;
603: passage to be measured returns the response message of playing alert tones, and affirmation can playback, and the beginning playback;
604: the benchmark passage returns the response message that detects prompt tone, and affirmation can detect prompt tone, and begins to detect;
605: passage playback to be measured finishes;
606: the benchmark passage reports the close beta module with testing result;
607: whether the testing result that close beta module judgment standard passage reports is corresponding with the prompt tone that passage to be measured is play, if judge that then the downlink of passage to be measured is normal.
608: the close beta module issues the request of playing alert tones to the benchmark passage;
609: the close beta module issues the request that detects prompt tone to passage to be measured;
610: the benchmark passage returns the response message of playing alert tones, and affirmation can playback, and the beginning playback;
611: passage to be measured returns the response message that detects prompt tone, and affirmation can detect prompt tone, and begins to detect;
612: the playback of benchmark passage finishes;
613: passage to be measured reports the close beta module with testing result;
614: the close beta module judges whether the prompt tone that testing result that passage to be measured reports and benchmark passage play is corresponding, if judge that then the uplink of passage to be measured is normal.
404: the close beta module provides testing result.
Wherein, inner detection module is judged when the uplink of passage to be measured and downlink are all normal, could be determined that the physical connection of this passage to be measured is normal.
The inventive method embodiment three, below in conjunction with Fig. 4 and Fig. 7 the present invention done detailed description.
401: preemption benchmark passage and passage to be measured;
Wherein, if benchmark passage and passage to be measured are idle.Then directly take; If benchmark passage and passage to be measured have been assigned with away, then send and take signal in advance, wait for that benchmark passage and passage free time to be measured are left test later on and use.Benchmark passage and passage to be measured can not be distributed to the user and use when occupied, have only just can discharge after test finishes by the time.
402: set up the bearer channel between benchmark passage and the passage to be measured;
Wherein, bearer channel is meant physical path, needs they are carried out building on the physical path behind preemption benchmark passage and the passage to be measured, thereby guarantee that signal tone can transmit on this bearer channel.
403: the physical connection of testing channel passage to be measured;
Wherein, test to passage to be measured comprises physical connection of testing passage uplink to be measured and the physical connection of testing passage downlink to be measured, have only under all normal situation of uplink and downlink physical connection, could determine that this passage physical connection to be measured is normal.
See also Fig. 7, test the physical connection of channel passage to be measured, concrete steps are as follows:
701: the close beta module issues the request of playing voice to passage to be measured;
702: the close beta module issues the request of automatic identification voice to the benchmark passage;
703: passage to be measured returns the response message of playing voice, and affirmation can playback, and the beginning playback;
704: the benchmark passage returns the response message of automatic identification voice, and affirmation can be discerned voice automatically, and 7 beginnings identification voice;
705: passage playback to be measured finishes;
706: the benchmark passage reports the close beta module with recognition result;
707: whether the recognition result that close beta module judgment standard passage reports is corresponding with the voice that passage to be measured is play, if judge that then the downlink of passage to be measured is normal.
708: the close beta module issues the request of playing voice to the benchmark passage;
709: the close beta module issues the request of automatic identification voice to passage to be measured;
710: the benchmark passage returns the response message of playing voice, and affirmation can playback, and the beginning playback;
711: passage to be measured returns the response message of automatic identification voice, and affirmation can be discerned voice automatically, and begins to discern voice;
712: the playback of benchmark passage finishes;
713: passage to be measured reports the close beta module with recognition result;
714: the close beta module judges whether the voice that recognition result that passage to be measured reports and benchmark passage play are corresponding, if judge that then the uplink of passage to be measured is normal.
404: the close beta module provides testing result.
Wherein, inner detection module is judged when the uplink of passage to be measured and downlink are all normal, could be determined that the physical connection of this passage to be measured is normal.
As can be seen from the above technical solutions, the present invention by close beta module controls voice resource module carry out playback, collect the digits, action such as detection and identification, thereby realize that testing need not artificial participation, and then improved the accuracy of testing and reduced cost.
More than the method and system of a kind of automatic detection chnnels of resources provided by the present invention are described in detail, used specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1, a kind of system that detects chnnels of resources, comprise Switching Module and voice resource module, Switching Module is connected with the voice resource module by the resource line, it is characterized in that, at least comprise a passage to be measured and a normal benchmark passage in the described resource line, this system also comprises: the close beta module, be used to set up the bearer channel between benchmark passage and the passage to be measured, and the recognition result of this signal tone is judged whether the downlink of passage to be measured is normal, and the recognition result of this signal tone is judged whether the uplink of passage to be measured is normal according to the signal tone and the passage to be measured of the broadcast of benchmark passage according to signal tone and benchmark passage that passage to be measured is play; Described benchmark passage is pairing physical connection of benchmark voice channel and all correct passage of voice resource data configuration.
2, the system of detection chnnels of resources according to claim 1, it is characterized in that, described close beta module specifically is used for the DTMF tone play according to passage to be measured and benchmark passage the result that collects the digits of this DTMF tone is judged whether the downlink of passage to be measured is normal, and according to the DTMF tone of benchmark passage broadcast and passage to be measured the result that collects the digits of this DTMF tone is judged whether the uplink of passage to be measured is normal.
3, the system of detection chnnels of resources according to claim 1, it is characterized in that, described close beta module specifically is used for according to prompt tone and benchmark passage that passage to be measured is play the testing result of this prompt tone being judged whether the downlink of passage to be measured is normal, and according to prompt tone and passage to be measured that the benchmark passage is play the testing result of this prompt tone is judged whether the uplink of passage to be measured is normal.
4, the system of detection chnnels of resources according to claim 1, it is characterized in that, described close beta module specifically is used for according to voice and benchmark passage that passage to be measured is play the voice identification result of these voice being judged whether the downlink of passage to be measured is normal, and according to voice and passage to be measured that the benchmark passage is play the voice identification result of these voice is judged whether the uplink of passage to be measured is normal.
5, a kind of method that detects chnnels of resources is characterized in that, comprises step:
A: set up the bearer channel between benchmark passage and the passage to be measured; Described benchmark passage is pairing physical connection of benchmark voice channel and all correct passage of voice resource data configuration;
B: the close beta module is indicated passage play signal sound to be measured by described bearer channel, and the benchmark passage obtains and discern this signal tone; The close beta module also sends the playback request by above-mentioned bearer channel to the benchmark passage, and the benchmark passage begins the play signal sound after receiving request, and passage to be measured obtains and discern this signal tone; Described two recognition results are reported the close beta module;
C: the close beta module judges whether the signal tone of passage broadcast to be measured is corresponding with the recognition result that the benchmark passage reports, and is to judge that then the downlink of described passage to be measured is normal; Also whether the signal tone play of judgment standard passage is corresponding with the recognition result that passage to be measured reports for the close beta module, is to judge that then the uplink of described passage to be measured is normal.
6, the method for detection chnnels of resources according to claim 5 is characterized in that, further comprises step before the described steps A: whether judgment standard passage and passage to be measured be idle, if then take; If not, then transmission takies signal in advance.
7, the method for detection chnnels of resources according to claim 5, it is characterized in that, described signal tone is a DTMF tone, when passage to be measured is play DTMF tone, the benchmark passage obtains this DTMF tone and collects the digits and report the result that collects the digits, when described benchmark passage was play DTMF tone, passage to be measured obtained this DTMF tone and collects the digits and report the result that collects the digits.
8, the method for detection chnnels of resources according to claim 5, it is characterized in that, described signal tone is a prompt tone, when passage playing alert tones to be measured, the benchmark passage obtains this prompt tone and detects and report testing result, during described benchmark passage playing alert tones, passage to be measured obtains this prompt tone and detects and report testing result.
9, the method for detection chnnels of resources according to claim 5, it is characterized in that, described signal tone is voice, when passage to be measured is play voice, the benchmark passage obtains these voice to carry out speech recognition and reports recognition result, when described benchmark passage was play voice, passage to be measured obtains these voice to carry out speech recognition and reports recognition result.
10, the method for detection chnnels of resources according to claim 5 is characterized in that, further comprises step after the described step C: judge whether the downlink of passage to be measured and uplink be all normal, if passage then to be measured is normal.
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| CN111025968B (en) * | 2019-12-05 | 2022-09-27 | 深圳震有科技股份有限公司 | DSP (digital Signal processor) number receiving fault detection processing method and device, computer equipment and medium |
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