CN105025051A - Cloud-side voice service providing method and system - Google Patents
Cloud-side voice service providing method and system Download PDFInfo
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Abstract
The invention discloses a cloud-side voice service providing method and system. The system comprises multiple sets of terminal equipment (100) between which radio communication is established, a main server (200) and multiple sub-servers (300). Each set of terminal equipment (100) is used for recognizing user voice signals and uploading voice recognition information to the main server (200). The main server (200) is used for judging sub-servers (300) suitable for processing the voice recognition information among the multiple sub-servers (300) and forwarding the voice recognition information to the sub-servers (300). The sub-servers (300) are used for searching reply information corresponding to the voice recognition information in the database (303) of the sub-servers (300) and issuing the reply information to the terminal equipment (100). Interception and control of the main server (200) to original searching information can be relieved so that the outage accident of the main server (200) can be reduced and comprehensive searching results can be provided to the users of the terminal equipment.
Description
Technical field
The present invention relates to search technique field, more particularly, relate to a kind of high in the clouds voice service supplying method and system.
Background technology
In existing phonetic searching system, user normally sends phonetic search instruction by the terminal equipment such as mobile phone, GPS navigator with microphone to master server, and obtains search information by means of master server from third-party server.But, there is following defect in existing phonetic searching system: 1) master server can only obtain relevant search information according to user speech search instruction from third-party server, and this search information is returned terminal equipment, therefore the processing load of master server is higher, master server accepts peak period in phonetic search service and easily occurs machine accident of delaying; 2) for company's interest or strategic demand, the initial search information that the master server that search service manufacturer provides can provide third-party server is usually screened, is filtered or shielding processing, to realize the maximization of number one, thus cause terminal user cannot get comprehensive Search Results; 3) just under the interception and shielding action of the search information of master server, terminal user cannot enjoy personalized customize services.
Therefore, how to develop a live load that both can reduce master server, master server can be broken away from again to the interception of the search information of third-party server and control, thus the phonetic searching system getting comprehensive search information becomes problem demanding prompt solution.
Summary of the invention
The technical problem to be solved in the present invention is, for the above-mentioned defect of prior art, provides a kind of high in the clouds voice service supplying method and system.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of high in the clouds voice service supplying method, comprise the steps:
S1) terminal equipment identifies the voice signal that user inputs, and gained voice recognition information is uploaded to master server by cordless communication network;
S2) described master server judges to set up with it the sub server being suitable for processing this voice recognition information in multiple sub servers of radio communication, and this voice recognition information is forwarded to described sub server by cordless communication network;
S3) search for the return information corresponding to this voice recognition information in its database by the described sub server receiving described voice recognition information, and this return information is issued to described terminal equipment by cordless communication network.
State on the invention in high in the clouds voice service supplying method, also comprised the steps: before described step S1
S01) build by the Terminal Equipment Identifier/sub server address mapping table organized Terminal Equipment Identifier information and sub server address information more and form, and this Terminal Equipment Identifier/sub server address mapping table is stored in master server;
S02) each sub server is classified by function, build the sub server classification chart be made up of multicomponent server classification information and sub server address information, and this sub server classification chart is stored in master server.
State on the invention in high in the clouds voice service supplying method, described step S1 also comprises: the equipment identification information reading described terminal equipment, uploads to described master server after this equipment identification information and this voice recognition information being carried out packing process.
State in high in the clouds voice service supplying method on the invention, master server described in described step S2 judges that setting up with it the step being suitable for processing the sub server of this voice recognition information in multiple sub servers of radio communication comprises following sub-step:
S21) decompression processing is carried out to the compressed data packets from described terminal equipment, obtain voice recognition information and equipment identification information;
S22) in this Terminal Equipment Identifier/sub server address mapping table, search the sub server address information that this equipment identification information is mapped to.
State on the invention in high in the clouds voice service supplying method, also comprise the steps: after described step S2
S23) as found the sub server address information corresponding with this equipment identification information, then this voice recognition information is forwarded to sub server specified by this sub server address information by cordless communication network;
As do not found the sub server address information corresponding with this equipment identification information, then extract at least one keyword in this voice recognition information, search in sub server classification chart and there is with this at least one keyword the sub server classification information associated, and this sub server address information corresponding to sub server classification information, and this voice recognition information is forwarded to sub server specified by this sub server address information by cordless communication network.
State on the invention in high in the clouds voice service supplying method, also comprise the steps: after described step S3
S4) graph text information first comprised by described return information and audio/video information are separated, then show this graph text information and video information, and/or play this audio/video information.
The present invention also constructs the voice service of a kind of high in the clouds and provides system, comprises multiple terminal equipments, master server and the multiple sub server of setting up radio communication each other;
The voice signal of terminal equipment described in each all for inputting user identifies, and gained voice recognition information is uploaded to master server by cordless communication network;
This voice recognition information for judging the sub server being suitable for processing this voice recognition information in described multiple sub server, and is forwarded to described sub server by cordless communication network by described master server;
Described sub server is used for the return information that search is corresponding to this voice recognition information in its database, and this return information is issued to described terminal equipment by cordless communication network.
Stating high in the clouds voice service on the invention provides in system, and described terminal equipment comprises voice input module, the sound identification module be electrically connected with described voice input module, the first memory module, the equipment identification information read module be electrically connected with described first memory module, the processing module be electrically connected with described sound identification module and described equipment identification information read module and the first wireless communication module be electrically connected with described processing module;
Described voice input module is for receiving the voice signal from outside input;
Described sound identification module is used for identifying this voice signal, and the voice recognition information obtained is input to described processing module;
Described first memory module is used for the equipment identification information of storage terminal equipment;
This equipment identification information for reading the equipment identification information in described first memory module, and is input to described processing module by described equipment identification information read module;
Described processing module is used for carrying out packing process to this equipment identification information and this voice recognition information, generates compressed data packets;
By cordless communication network, this compressed data packets is sent to described master server when described first wireless communication module is for receiving the Packet Generation instruction of described processing module.
Stating high in the clouds voice service on the invention provides in system, the second wireless communication module that described master server comprises the second memory module, decompression module, the sub server that is electrically connected with described second memory module and described decompression module are selected module and selected module to be electrically connected with described sub server;
Described second memory module is used for storage terminal device identification/sub server address mapping table and sub server classification chart;
Described second wireless communication module is for receiving the compressed data packets sent by described first wireless communication module;
Described decompression module is used for carrying out decompression processing to this compressed data packets, obtains voice recognition information and equipment identification information;
Described sub server selects module for receiving the voice recognition information inputted by described decompression module, extract at least one keyword in this voice recognition information, and search the sub server classification information existing with this at least one keyword and associate in the sub server classification chart stored in described second memory module, and this sub server address information corresponding to sub server classification information;
Described sub server selects module also for receiving the equipment identification information inputted by described decompression module, and searches the sub server address information that this equipment identification information is mapped in the Terminal Equipment Identifier/sub server address mapping table stored in described second memory module;
Described second wireless communication module is also for receiving the Terminal Equipment Identifier information and voice recognition information that are inputted by described decompression module, and selected the sub server address information of module input by described sub server, and this Terminal Equipment Identifier information and voice recognition information are forwarded to the sub server specified by this sub server address information.
Stating high in the clouds voice service on the invention provides in system, and terminal equipment described in each also comprises the display screen and loudspeaker module that are electrically connected with described processing module;
Described first wireless communication module is also for receiving the return information mated with this voice recognition information issued by described sub server;
Described processing module is also separated for the graph text information that comprised by this return information and audio/video information, and separating obtained graph text information and audio/video information are sent to described display screen and described loudspeaker module respectively;
Described display screen is for showing graph text information in this return information and video information;
Described loudspeaker module is for playing the audio/video information in this return information.
Because the intelligent air navigation aid and navigation system that the present invention is based on magnanimity vehicle data have employed the distributing center of master server as multiple sub server, change by sub server be opposite end, terminal equipment providing end the technical scheme of comprehensive information search service, search information is obtained because the terminal equipment in phonetic searching system can only rely on master server from third-party server so overcome in prior art, receive the Search Results of master server through " filtration " or " shielding " passively, cause master server live load high on the one hand, master server accepts peak period in information inquiry service and easily occurs machine accident of delaying, the opposing party causes the search efficiency of phonetic searching system low, Search Results is comprehensive not, and this phonetic searching system cannot provide VIP specially to enjoy the defect of customize services for part registration or payment terminal equipment user, achieve at the load reducing master server, reduce master server delay machine accident prerequisite under, improve system information search efficiency, shorten the consuming time of information seeking processes, and achieve as registration or payment terminal equipment user provide the beneficial effect of end-to-end information search and the Push Service of specially enjoying.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the structural representation that high in the clouds voice service that present pre-ferred embodiments provides provides system;
Fig. 2 is the structured flowchart that the high in the clouds voice service shown in Fig. 1 provides any terminal equipment of system;
Fig. 3 is the structured flowchart that the high in the clouds voice service shown in Fig. 1 provides the master server of system;
Fig. 4 is the structured flowchart that the high in the clouds voice service shown in Fig. 1 provides arbitrary sub server of system;
Fig. 5 is the flow chart of the high in the clouds voice service supplying method that better embodiment of the present invention provides.
Embodiment
Search information is obtained because the terminal equipment 100 in phonetic searching system can only depend on master server 200 from third-party server in order to what solve that prior art exists, and obtain by the Search Results of master server 200 through " filtration " or " shielding ", cause the search efficiency of phonetic searching system low, Search Results is comprehensive not, and this phonetic searching system cannot provide VIP specially to enjoy the defect of customize services for part registration or payment terminal equipment user, main innovate point of the present invention is: 1) present invention employs the distributing center of master server 200 as multiple sub server 300, the comprehensive information search service that to change by sub server 300 be opposite end, terminal equipment 100 providing end, terminal user is made thoroughly to have broken away from master server 200 to the interception of search information and control, thus get initial search information more comprehensively, 2) specific sub server 300 (such as terminal equipment production firm server) can be to provide through registration or the terminal user that pays and specially enjoys end-to-end information search and Push Service, to improve the experience of registration or payment terminal equipment user, 3) prestore Terminal Equipment Identifier/sub server address mapping table and sub server classification chart in master server 200, to improve the allocative efficiency of master server 200, and then improves systematic search efficiency.
Owing to present invention employs the distributing center of master server 200 as sub server 300, the design of the comprehensive information search service that to change by sub server 300 be opposite end, terminal equipment 100 providing end, so solve terminal equipment 100 in the phonetic searching system of prior art can only rely on master server 200 from third-party server acquisition search information, and receive by the Search Results of master server 200 through " filtration " or " shielding " passively, cause the operating load of master server 200 too high, master server 200 accepts peak period in phonetic search service and easily occurs machine accident of delaying, and the search efficiency of phonetic searching system is low, Search Results is comprehensive not, and phonetic searching system cannot provide VIP specially to enjoy the technical problem of Personalized service for part registration or payment terminal equipment user, achieve at the load reducing master server 200, reduce master server 200 delay machine accident prerequisite under, improve systematic search efficiency, shorten the consuming time of search procedure, and achieve as part registration or payment terminal equipment user provide the object of specially enjoying information search and Push Service.
In order to make object of the present invention clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As shown in Figure 1, high in the clouds of the present invention voice service provides system to comprise mutually to set up multiple terminal equipments 100 of radio communication, master server 200 and multiple sub server 300.
Wherein, each terminal equipment 100 all for receiving the voice signal of user's input, identifying this voice signal, and the voice recognition information of carried terminal equipment identification information is uploaded to master server 200.
Master server 200 for judge to set up with it radio communication multiple sub servers 300 in be suitable for processing the sub server 300 of this voice recognition information, and this voice recognition information is forwarded to this sub server 300.
This return information for searching the return information mated with this voice recognition information in its database 303, and is issued to the terminal equipment 100 corresponding to this equipment identification information by this sub server 300.
The return information of this terminal equipment 100 also for issuing this sub server 300 is separated, obtain graph text information and/or audio/video information, this graph text information or video information are sent to display screen 107 show, this audio/video information are sent to loudspeaker module 108 simultaneously and play.
Wherein, this Terminal Equipment Identifier information can be production sequence number or the unit type of this terminal equipment 100.
As shown in Figure 2, each terminal equipment 100 of the present invention include processing module 105, sound identification module 102, equipment identification information read module 103, first wireless communication module 106, loudspeaker module 108 and the display screen 107 be electrically connected respectively with this processing module 105, the first memory module 104 be electrically connected with this equipment identification information read module 103 and the voice input module 101 be electrically connected with this sound identification module 102.
This first memory module 104 is for storing by the Terminal Equipment Identifier/sub server address mapping table organized Terminal Equipment Identifier information and sub server address information more and form, and the sub server classification chart be made up of multicomponent server classification information and sub server address information.
The voice signal collected for gathering user voice signal when opening, and is input to sound identification module 102 by this voice input module 101.This sound identification module 102, for identifying this voice signal, generates voice recognition information, and this voice recognition information is sent to processing module 105.
When this processing module 105 is for receiving this voice recognition information, control appliance identification information read module 103 is reading terminal equipment identification information from the first memory module 104.
This Terminal Equipment Identifier information and this voice recognition information, also for receiving the Terminal Equipment Identifier information of this equipment identification information read module 103 input, being carried out packing process, being generated compressed data packets by this processing module 105.
This compressed data packets, for receiving the Packet Generation instruction of this processing module 105, is sent to master server 200 by this first wireless communication module 106.
Wherein, this terminal equipment 100 can comprise the intelligent terminal such as game machine of mobile phone, panel computer, notebook computer, vehicle-mounted GPS navigator, band phonetic function.This first wireless communication module 106 can be existing wireless communication chips.Voice input module 101 can be microphone, and this sound identification module 102 can existing voice recognition chip.This processing module 105 can be existing MCU, DSP or CPU.
As shown in Figure 3, master server 200 of the present invention comprises sub server selection module 203, decompression module 202, second wireless communication module 201 selecting module 203 to be electrically connected with this sub server and the second memory module 204.This second wireless communication module 201 is electrically connected with this decompression module 202.
This second memory module 204 stores Terminal Equipment Identifier/sub server address mapping table and sub server classification chart.
This compressed data packets for receiving the compressed data packets sent by the first wireless communication module 106 of terminal equipment 100, and is input to decompression module 202 by this second wireless communication module 201.
This decompression module 202, for carrying out decompression processing to this compressed data packets, obtains above-mentioned voice recognition information and Terminal Equipment Identifier information.
This sub server selects module 203 for judging to set up with master server 200 sub server 300 being suitable for processing this voice recognition information in multiple sub servers 300 of radio communication according to the voice recognition information of decompress(ion) gained and Terminal Equipment Identifier information, and by this second wireless communication module 201, this voice recognition information and this Terminal Equipment Identifier information is forwarded to this sub server 300.
Wherein, this second wireless communication module 201 can be existing server wireless network card, and this decompression module 202 and this sub server select module 203 can be existing server CPU.This sub server address information can be MAC Address or the IP address of this sub server 300.
As shown in Figure 4, each sub server 300 of the present invention includes and searches module 302, searches the 3rd wireless communication module 301 and database 303 that module 302 is electrically connected respectively with this.
This voice recognition information and Terminal Equipment Identifier information, for receiving the voice recognition information and Terminal Equipment Identifier information that are forwarded by master server 200, are input to this and search module 302 by the 3rd wireless communication module 301.
When this searches module 302 for receiving this voice recognition information, in this database 303, search the return information mated with this voice recognition information, and this return information is issued to the terminal equipment 100 specified by this Terminal Equipment Identifier information by the 3rd wireless communication module 301.
For better embodiment of the present invention, high in the clouds voice service supplying method flow process of the present invention will be described below:
As shown in Figure 5, in step S101, set up Terminal Equipment Identifier/sub server address mapping table in advance, and sub server classification chart, and this Terminal Equipment Identifier/sub server address mapping table and sub server classification chart are saved in the second memory module 204 of master server 200.
In step s 102, voice input module 101 gathers the voice signal of user's input, and this voice signal is input to sound identification module 102.Sound identification module 102 identifies this voice signal, obtains voice recognition information, and this voice recognition information is input to processing module 105.
In step s 103, when processing module 105 receives the voice recognition information inputted by sound identification module 102, control appliance identification information read module 103 reads the Terminal Equipment Identifier information stored in the first memory module 104, and receives the Terminal Equipment Identifier information that this and equipment identification information read module 103 read.
In step S104, the voice recognition information received and Terminal Equipment Identifier information are carried out packing process by this processing module 105, generate compressed data packets, and by the first wireless communication module 106, this compressed data packets are sent to master server 200.
In step S105, master server 200 receives this compressed data packets by the second wireless communication module 201, carries out decompression processing by decompression module 202 to this compressed data packets, obtains voice recognition information and Terminal Equipment Identifier information.
In step s 106, finding the sub server address information that there are mapping relations with this Terminal Equipment Identifier information in the Terminal Equipment Identifier that master server 200 stores in the second memory module 204/sub server address mapping table, determining that this terminal equipment 100 is for being registered to the device registration in a certain specific sub server 300.This terminal equipment 100 can enjoy the various customize services provided by this specific sub server 300.
Suppose that this terminal equipment 100 is for having the vehicle-mounted GPS navigator of specific model, then this specific sub server 300 is the server of the production firm of this specific model vehicle-mounted GPS navigator.User controls this specific model vehicle-mounted GPS navigator by voice command sends various searching request to the server of the production firm of this specific model vehicle-mounted GPS navigator, obtain provided by the server of the production firm of this specific model vehicle-mounted GPS navigator comprise the various customize services such as automobile navigation, location, inquiry about the hotels information, parking stall Query Information, vehicle maintenance centre Query Information, road traffic condition report information.
In step s 107, this voice recognition information is sent to the sub server 300 specified by this sub server address information by master server 200.
In step s 106, the sub server address information that there are mapping relations with this Terminal Equipment Identifier information is not found in the Terminal Equipment Identifier that master server 200 stores in the second memory module 204/sub server address mapping table, namely this terminal equipment 100 is not device registration, can not enjoy the customize services provided by specific sub server 300.
In step S108, master server 200 extracts at least one keyword in this voice recognition information, the sub server classification information associated with this at least one keyword is searched in the sub server classification chart of its second memory module 204, and the sub server address information corresponding with this sub server classification information, and this voice recognition information and Terminal Equipment Identifier information are sent to the sub server 300 corresponding to this sub server address information.
In step S109, this sub server 300 receives this voice recognition information and Terminal Equipment Identifier information by the 3rd wireless communication module 301, search by searching module 302 return information mated with this voice recognition information in database 303, and this return information is issued to the terminal equipment 100 corresponding to this Terminal Equipment Identifier information by the 3rd wireless communication module 301.
In step s 110, terminal equipment 100 receives this return information by the first wireless communication module 106, and the graph text information comprised this return information by processing module 105 and audio/video information are separated.The graph text information be separated to and video information and audio/video information are sent to display screen 107 and loudspeaker module 108 by this processing module 105 respectively, show this graph text information and video information by display screen 107, play this audio/video information by loudspeaker module 108 simultaneously.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a high in the clouds voice service supplying method, is characterized in that, comprises the steps:
S1) terminal equipment (100) identifies the voice signal that user inputs, and gained voice recognition information is uploaded to master server (200) by cordless communication network;
S2) described master server (200) judges to set up with it the sub server (300) being suitable for processing this voice recognition information in multiple sub servers (300) of radio communication, and this voice recognition information is forwarded to described sub server (300) by cordless communication network;
S3) by described sub server (300) return information that search is corresponding to this voice recognition information in its database (303) receiving described voice recognition information, and this return information is issued to described terminal equipment (100) by cordless communication network.
2. voice service supplying method in high in the clouds according to claim 1, is characterized in that, also comprised the steps: before described step S1
S01) build by the Terminal Equipment Identifier/sub server address mapping table organized Terminal Equipment Identifier information and sub server address information more and form, and this Terminal Equipment Identifier/sub server address mapping table is stored in master server (200);
S02) each sub server (300) is classified by function, build the sub server classification chart be made up of multicomponent server classification information and sub server address information, and this sub server classification chart is stored in master server (200).
3. voice service supplying method in high in the clouds according to claim 2, it is characterized in that, described step S1 also comprises: the equipment identification information reading described terminal equipment (100), uploads to described master server (200) after this equipment identification information and this voice recognition information being carried out packing process.
4. voice service supplying method in high in the clouds according to claim 3, it is characterized in that, master server described in described step S2 (200) judges that the step setting up with it the sub server (300) being suitable for processing this voice recognition information in multiple sub servers (300) of radio communication comprises following sub-step:
S21) decompression processing is carried out to the compressed data packets from described terminal equipment (100), obtain voice recognition information and equipment identification information;
S22) in this Terminal Equipment Identifier/sub server address mapping table, search the sub server address information that this equipment identification information is mapped to.
5. voice service supplying method in high in the clouds according to claim 4, is characterized in that, also comprise the steps: after described step S2
S23) as found the sub server address information corresponding with this equipment identification information, then this voice recognition information is forwarded to sub server (300) specified by this sub server address information by cordless communication network;
As do not found the sub server address information corresponding with this equipment identification information, then extract at least one keyword in this voice recognition information, search in sub server classification chart and there is with this at least one keyword the sub server classification information associated, and this sub server address information corresponding to sub server classification information, and this voice recognition information is forwarded to sub server (300) specified by this sub server address information by cordless communication network.
6. voice service supplying method in high in the clouds according to claim 1, is characterized in that, also comprise the steps: after described step S3
S4) graph text information first comprised by described return information and audio/video information are separated, then show this graph text information and video information, and/or play this audio/video information.
7. high in the clouds voice service provides a system, it is characterized in that, comprises multiple terminal equipments (100), master server (200) and the multiple sub server (300) of setting up radio communication each other;
Terminal equipment described in each (100) voice signal all for inputting user identifies, and gained voice recognition information is uploaded to master server (200) by cordless communication network;
This voice recognition information for judging the sub server (300) being suitable for processing this voice recognition information in described multiple sub server (300), and is forwarded to described sub server (300) by cordless communication network by described master server (200);
This return information for searching for the return information corresponding to this voice recognition information in its database (303), and is issued to described terminal equipment (100) by cordless communication network by described sub server (300).
8. high in the clouds according to claim 7 voice service provides system, it is characterized in that, described terminal equipment (100) comprises voice input module (101), the sound identification module (102) be electrically connected with described voice input module (101), first memory module (104), the equipment identification information read module (103) be electrically connected with described first memory module (104), the processing module (105) be electrically connected with described sound identification module (102) and described equipment identification information read module (103), and the first wireless communication module (106) to be electrically connected with described processing module (105),
Described voice input module (101) is for receiving the voice signal from outside input;
The voice recognition information obtained for identifying this voice signal, and is input to described processing module (105) by described sound identification module (102);
Described first memory module (104) is for the equipment identification information of storage terminal equipment (100);
This equipment identification information for reading the equipment identification information in described first memory module (104), and is input to described processing module (105) by described equipment identification information read module (103);
Described processing module (105), for carrying out packing process to this equipment identification information and this voice recognition information, generates compressed data packets;
By cordless communication network, this compressed data packets is sent to described master server (200) when described first wireless communication module (106) is for receiving the Packet Generation instruction of described processing module (105).
9. high in the clouds according to claim 8 voice service provides system, it is characterized in that, described master server (200) comprises the second memory module (204), the second wireless communication module (201) that decompression module (202), the sub server that is electrically connected with described second memory module (204) and described decompression module (202) are selected module (203) and selected module (203) to be electrically connected with described sub server;
Described second memory module (204) is for storage terminal device identification/sub server address mapping table and sub server classification chart;
Described second wireless communication module (201) is for receiving the compressed data packets sent by described first wireless communication module (106);
Described decompression module (202), for carrying out decompression processing to this compressed data packets, obtains voice recognition information and equipment identification information;
Described sub server selects module (203) for receiving the voice recognition information inputted by described decompression module (202), extract at least one keyword in this voice recognition information, and search the sub server classification information existing with this at least one keyword and associate in the sub server classification chart stored described second memory module (204), and this sub server address information corresponding to sub server classification information;
Described sub server selects module (203) also for receiving the equipment identification information inputted by described decompression module (202), and searches the sub server address information that this equipment identification information is mapped in the Terminal Equipment Identifier/sub server address mapping table stored described second memory module (204);
Described second wireless communication module (201) is also for receiving the Terminal Equipment Identifier information and voice recognition information that are inputted by described decompression module (202), and the sub server address information selecting module (203) to input by described sub server, and this Terminal Equipment Identifier information and voice recognition information are forwarded to the sub server (300) specified by this sub server address information.
10. high in the clouds according to claim 8 voice service provides system, it is characterized in that, terminal equipment described in each (100) also comprises the display screen (107) and loudspeaker module (108) that are electrically connected with described processing module (105);
Described first wireless communication module (106) is also for receiving the return information mated with this voice recognition information issued by described sub server (300);
Described processing module (105) is also separated for the graph text information that comprised by this return information and audio/video information, and separating obtained graph text information and audio/video information are sent to described display screen (107) and described loudspeaker module (108) respectively;
Described display screen (107) is for showing graph text information in this return information and video information;
Described loudspeaker module (108) is for playing the audio/video information in this return information.
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| CN201410168034.1A CN105025051A (en) | 2014-04-24 | 2014-04-24 | Cloud-side voice service providing method and system |
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| CN201410168034.1A CN105025051A (en) | 2014-04-24 | 2014-04-24 | Cloud-side voice service providing method and system |
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| CN108551766A (en) * | 2016-12-30 | 2018-09-18 | 谷歌有限责任公司 | Natural language processing for the session establishment with ISP |
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