CN103208070A - Automatic ticket processing system and processing method based on mobile phone voice - Google Patents
Automatic ticket processing system and processing method based on mobile phone voice Download PDFInfo
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Abstract
The invention relates to an automatic ticket processing system and an automatic ticket processing method based on mobile phone voice. The system comprises a remote host and a mobile phone; the remote host is connected with the mobile phone through a wireless network; the mobile phone comprises an authentication module and a ticket information selecting module, and the mobile phone carries out user authentication on the remote host through the authentication module and receives real-time ticket information and ticket information selecting operation of the remote host through the ticket information selecting module; the ticket information selecting module comprises a main ticket information selecting interface, a secondary ticket selecting interface, a precedence selecting interface and a goods selecting interface; and the main ticket information selecting interface is connected with the secondary ticket selecting interface and the goods selecting interface respectively, and the secondary ticket selecting interface is connected with the precedence selecting interface. The system and the method have the advantages that the operation steps for booking a ticket through the mobile phone are greatly simplified, the sound conversion speed is improved, the operation is simple, the application selection is expanded, and use of a user is facilitated.
Description
Technical field
The present invention relates to a kind of control system based on mobile phone phonetic, relate in particular to a kind of automatic ticket business processing system and disposal route thereof based on mobile phone phonetic.
Background technology
Existing technology can only the pre-ordered movie ticket in the system of booking and unsound, also needs after be scheduled to go the sales counter queuing to get tickets with associated documents, does not support mobile phone to buy snacks drink function, does not support mobile phone to select a function; Can only the pre-ordered movie ticket, function is comparatively single, lacks corresponding expanded function, buys snacks drink function as not supporting mobile phone, does not support a mobile phone choosing seat function, also need go sales counter to line up with associated documents after be scheduled to and get tickets.
In addition, in the prior art, not by the application of voice technology in seat reservation system, need select by click modes of operation such as selection or keyboard operation as touch screen, thereby cause operation to become loaded down with trivial details.Under some special case, also can occur using touch screen to click the situation of selection or keyboard operation inconvenience, this has brought inconvenience with regard to the use of giving the user.For the use of voice technology, it is big to exist system overhead, and it is low to carry out efficient, and the frequency of makeing mistakes height, voice speed conversion wait problem slowly, has therefore restricted its application in control system.
Summary of the invention
At above-described problem, the invention provides a kind of automatic ticket business processing system and disposal route thereof based on mobile phone phonetic, have the plurality of optional function, and accelerated the speed of sound conversion.
Concrete technical scheme is as follows:
A kind of automatic ticket business processing system based on mobile phone phonetic, wherein,
Comprise remote host, mobile phone, described mobile phone has processor and storer; Described remote host is connected by wireless network with described mobile phone;
Described mobile phone comprises authentication module and ticket information selection module, described mobile phone carries out the user by described authentication module and described remote host and authenticates, and selects operation by real-time ticket information and ticket information that described ticket information selects module to receive remote host; Described ticket information selects module to comprise that ticket information selects main interface, ticket to select interface, precedence to select interface and kinds of goods to select the interface; Described ticket information selects main interface to select interface and described kinds of goods to select the interface to be connected with described ticket respectively, and described ticket selects interface and described precedence to select the interface to be connected;
Described mobile phone also comprises sound identification module, and described sound identification module selects the processor of module and described mobile phone to be connected with described ticket information respectively; Described mobile phone selects main interface, described ticket to select interface, described precedence to select interface and described kinds of goods to select the voice input signal of selectable items in the interface by the described ticket information of described sound identification module identification selection;
Described mobile phone will select the selectable items of module to carry out matching operation through described voice input signal and the described ticket information of described sound identification module identification by processor, and selected selectable items will be stored on the storer of described mobile phone;
Described mobile phone will send to remote host according to the selectable items that described voice input signal is selected by wireless network.
Preferably, described sound identification module comprises AFE (analog front end) submodule, sound collection submodule, analog to digital conversion submodule, DSP submodule, voltage transitions submodule;
Described AFE (analog front end) submodule, described sound collection submodule, described analog to digital conversion submodule, described DSP submodule connect and are connected successively with described voltage transitions submodule; Described voltage transitions submodule is connected with the bus of described mobile phone;
Described sound identification module receives the voice input signal input by described AFE (analog front end) submodule, and by described sound collection submodule voice input signal is gathered extraction, and by described analog to digital conversion submodule the analog signal conversion of voice input signal is become voice digital signal;
It is the language and characters signal that described DSP submodule is used for described voice digital signal compressing and converting;
Described voltage transitions submodule is used for the input voltage of coupling mobile phone processor and the output voltage of described DSP submodule.
Preferably, described ticket selects interface, described precedence to select interface and described kinds of goods to select the selectable items information at interface that option number all is set;
Described mobile phone carries out matching operation by processor with the described option number at described language and characters signal and current selection interface.
Preferably, be connected with the FLASH storer between described sound collection submodule and the described DSP submodule, described FLASH storer is used for the data buffer memory of the digital signal after the conversion.
Preferably, be connected with the FPGA submodule between described DSP submodule and the described voltage transitions submodule, described FPGA submodule is used for improving message transmission rate.
Preferably, described sound identification module also comprises the SDRAM storer, and described SDRAM storer is used for the data buffer memory between described DSP submodule and the described FPGA submodule.
A kind of automatic ticketing service disposal route based on mobile phone phonetic, wherein, described mobile phone comprises above-mentioned mobile phone, described disposal route specifically comprises:
Step 1 mobile phone sends authentication request by wireless network to remote host according to the authentication information of importing in the described authentication module;
After step 2 remote host receives authentication request, user profile is confirmed that after confirming to finish, real-time ticket information is sent to mobile phone by wireless network, the ticket information of described mobile phone selects module to accept Data Update;
Step 3 mobile phone enters ticket information and selects main interface, and selects to enter ticket and select interface or kinds of goods to select the interface; When selecting to enter the inferior selection of ticket interface, enter step 4, select the interface when selecting to enter kinds of goods, enter step 6;
Step 4 mobile phone is finished by the mode of identification voice input signal ticket is selected the selection of selectable items information in the interface, and enters precedence selection interface;
Step 5 mobile phone is finished the selection of precedence being selected selectable items information in the interface by the mode of identification voice input signal;
Step 6 mobile phone is finished the selection of kinds of goods being selected selectable items information in the interface by the mode of identification voice input signal;
Step 7 mobile phone sends to remote host with the project information of selecting by wireless network, and carries out information processing by remote host.
Preferably, the mode of described identification voice input signal comprises:
Step a receives phonetic entry by the AFE (analog front end) submodule of described sound identification module;
Step b gathers extraction by described sound collection submodule to voice messaging;
Step c converts voice analog signal to voice digital signal by described analog to digital conversion submodule;
Steps d is the language and characters signal by described DSP submodule with described voice digital signal compressing and converting; And by the further speeding up data transmission speed of FPGA submodule;
Step e sends to the mobile phone processor by described voltage transitions submodule and described mobile phone bus with described language and characters signal;
Step f selects the selectable items of module to carry out the computing coupling described language and characters signal and described ticket information by described processor, and the project information after will mating is stored on the memory storage.
Preferably, described voice input signal is the option number of selectable items;
Specifically comprise among the described step f: described mobile phone carries out matching operation by processor with the described option number at described language and characters signal and current selection interface, and the project information after will mating is stored on the memory storage.
The invention has the beneficial effects as follows:
By having introduced the mobile phone phonetic function, simplified the operation steps of booking tickets by mobile phone greatly; And by the combination that utilizes DSP and fpga chip sound is handled, accelerated the speed of sound conversion, make operation more simple; Have the plurality of optional function simultaneously, expanded application choice, convenient for users.
Description of drawings
Fig. 1 is the structural representation of the embodiment of a kind of automatic ticket business processing system based on mobile phone phonetic of the present invention;
Fig. 2 is the structural representation of the sound identification module of the embodiment of a kind of automatic ticket business processing system based on mobile phone phonetic of the present invention;
Fig. 3 is the schematic flow sheet of a kind of automatic ticketing service disposal route embodiment based on mobile phone phonetic of the present invention;
Fig. 4 is the schematic flow sheet of the identification voice input signal mode of a kind of automatic ticketing service disposal route embodiment based on mobile phone phonetic of the present invention,
Embodiment
The invention will be further described below in conjunction with the drawings and specific embodiments, but not as restriction of the present invention.
As shown in Figure 1, the structural representation for the embodiment of a kind of automatic ticket business processing system based on mobile phone phonetic of the present invention comprises remote host, mobile phone; Remote host also is connected with network memory with the webserver, and the webserver is used for information processing, and network memory is used for storing subscriber information (as user authentication information, user account information etc.) and real-time ticket information.Remote host is connected by wireless network with mobile phone; Mobile phone comprises authentication module and ticket information selection module, and mobile phone carries out the user by authentication module and remote host and authenticates, and selects operation by real-time ticket information and ticket information that ticket information selects module to receive remote host; Ticket information selects module to comprise that ticket information selects main interface, ticket to select interface, precedence to select interface and kinds of goods to select the interface; Ticket information selects main interface to select interface and kinds of goods to select the interface to be connected with ticket respectively, and ticket selects interface and precedence to select the interface to be connected; Mobile phone also comprises sound identification module, and sound identification module selects the processor of module and mobile phone to be connected with ticket information respectively; Mobile phone selects main interface, ticket to select interface, precedence to select interface and kinds of goods to select the voice input signal of selectable items in the interface by sound identification module identification selection ticket information; Mobile phone will select the selectable items of module to carry out matching operation through voice input signal and the ticket information of sound identification module identification by processor, and selected selectable items will be stored on the storer of mobile phone; Mobile phone will send to remote host according to the selectable items that voice input signal is selected by wireless network.
As shown in Figure 2, structural representation for the sound identification module of the embodiment of a kind of automatic ticket business processing system based on mobile phone phonetic of the present invention comprises: AFE (analog front end) submodule, sound collection submodule, analog to digital conversion submodule, DSP submodule, voltage transitions submodule.
The AFE (analog front end) submodule is connected with the sound collection submodule; The sound collection submodule is connected with the DSP submodule; The DSP submodule is connected with the voltage transitions submodule; The voltage transitions submodule is connected with the bus of mobile phone; Sound identification module receives the voice input signal input by the AFE (analog front end) submodule, and by the sound collection submodule voice input signal is gathered extraction, and by the analog to digital conversion submodule analog signal conversion of voice input signal is become voice digital signal; It is the language and characters signal that the DSP submodule is used for the voice digital signal compressing and converting.
The voltage transitions submodule is used for the input voltage of coupling mobile phone processor and the output voltage of DSP submodule, prevents that the voltage signal of mobile phone processor and DSP submodule voltage signal are not inconsistent, and causes device to damage.
Preferably, ticket selects interface, precedence to select interface and kinds of goods to select the selectable items information at interface that option number all is set; Mobile phone carries out matching operation by processor with the option number at language and characters signal and current selection interface.By using option number to carry out the information comparison, rather than the project name of selectable items is compared, one has reduced the complicacy of system hardware (as DSP etc.) and language and characters switching software operation algorithm, thereby improved system running speed, improve system and carried out efficient, two owing to reduced the execution complexity, can effectively reduce because the transcription error of data causes the execution error of system, improved the stability that system carries out.
Preferably, be connected with the FLASH storer between sound collection submodule and the DSP submodule, the FLASH storer is used for the data buffer memory of the digital signal after the conversion.The FLASH storer plays the digital signal behind temporary the transformation, with the effect for the treatment of that DSP handles.
Preferably, be connected with the FPGA submodule between DSP submodule and the voltage transitions submodule, the FPGA submodule is used for improving message transmission rate.DSP can realize the data acquisition of higher speed, but its instruction is more suitable in implementation algorithm rather than logic control, and the versatility of its external interface is relatively poor.FPGA clock frequency height, inner time delay is little, and all steering logic is finished by hardware, speed is fast, and the efficient height is suitable for the high-speed transfer control of big data quantity, can inherit peripheral control, decoding and interface circuit, aspect high-speed data acquisition, FPGA has greater advantage.By adopting the combination of DSP and FPGA, the high-speed data processing power of DSP and the high speed of FPGA, complicated combinational logic and sequential logic control are combined, can both deficiencies of complementation.The A/D sampling control signal is controlled by FPGA by DSP; Data after the A/D conversion of DSP are further processed, and carry out data preparation, mark.Packing and data pre-service to improve precision, also have the function of traditional C PU or MCU, and sequential, triggering, DMA interrupt request are made respective handling.
Preferably, sound identification module also comprises the SDRAM storer, and the SDRAM storer is used for the data buffer memory between DSP submodule and the FPGA submodule.The SDRAM(synchronous DRAM), its operating rate is synchronous with system bus speed.Since synchronous with system bus speed, just synchronous with system clock, unnecessary latent period so just avoided, reduce time data memory.Which time clock phase memory controller is known in used by request of data, so data can just begin transmission in the pulse rising stage.Except no latent period, reduce data transfer delay simultaneously, SDRAM also has cheap advantage, and expense can effectively reduce cost.
Be illustrated in figure 3 as the schematic flow sheet of a kind of automatic ticketing service disposal route embodiment based on mobile phone phonetic of the present invention, wherein, mobile phone comprises above-mentioned mobile phone, disposal route specifically comprises: step 1 mobile phone sends authentication request by wireless network to remote host according to the authentication information of importing in the authentication module;
After step 2 remote host receives authentication request, user profile is confirmed that after confirming to finish, real-time ticket information is sent to mobile phone by wireless network, the ticket information of mobile phone selects module to accept Data Update;
Step 3 mobile phone enters ticket information and selects main interface, and selects to enter ticket and select interface or kinds of goods to select the interface; When selecting to enter the inferior selection of ticket interface, enter step 4, select the interface when selecting to enter kinds of goods, enter step 6;
Step 4 mobile phone is finished by the mode of identification voice input signal ticket is selected the selection of selectable items information in the interface, and enters precedence selection interface;
Step 5 mobile phone is finished the selection of precedence being selected selectable items information in the interface by the mode of identification voice input signal;
Step 6 mobile phone is finished the selection of kinds of goods being selected selectable items information in the interface by the mode of identification voice input signal;
Step 7 mobile phone sends to remote host with the project information of selecting by wireless network, and carries out information processing by remote host.
In a kind of specific embodiment, mobile phone is connected with the hall main frame by wireless WIFI, and the main frame in hall is dealt into the page of member's login system on user's mobile phone by WIFI.After the user logined member system, " drink purchase " and " film information " were selected respective service by the numeral of the newspaper tabulation front of speaking at sub-interface.After all services selection were finished, mobile phone was about to the information of user's selection and passes to the hall main frame by WIFI.After basic procedure finished, the hall main frame can be searched for the online remaining sum of this member in member's login system, and bales catch is except correlative charges.
Be illustrated in figure 4 as the schematic flow sheet of mode of the identification voice input signal of a kind of automatic ticketing service disposal route embodiment based on mobile phone phonetic of the present invention, comprise:
Step a receives phonetic entry by the AFE (analog front end) submodule of sound identification module;
Step b gathers extraction by the sound collection submodule to voice messaging;
Step c converts voice analog signal to voice digital signal by the analog to digital conversion submodule;
Steps d is the language and characters signal by the DSP submodule with the voice digital signal compressing and converting; And by the further speeding up data transmission speed of FPGA submodule;
Step e sends to the mobile phone processor by voltage transitions submodule and mobile phone bus with the language and characters signal;
Step f selects the selectable items of module to carry out the computing coupling language and characters signal and ticket information by processor, and the project information after will mating is stored on the memory storage.
Preferably, voice input signal is the option number of selectable items;
Specifically comprise among the step f: mobile phone carries out matching operation by processor with the option number at language and characters signal and current selection interface, and the project information after will mating is stored on the memory storage.
The present invention controls mobile phone by voice, under the prerequisite of the WIFI signal that receives the cinema hall, can buy film ticket that the same day, cinema provided and beverage snacks etc., need not queuing, and is convenient and swift.The present invention improves in prior art, support the mobile phone payment directly to buy film ticket and relevant drink snacks, the mode that adopts half a minute to refresh supports mobile phone to select seat on the net, what is more important, introduced the mobile phone phonetic function, by DSP and fpga chip sound is handled, accelerated the speed of sound conversion, make operation more simple.
The above only is preferred embodiment of the present invention; be not so restriction embodiments of the present invention and protection domain; to those skilled in the art; should recognize that being equal to that all utilizations instructions of the present invention and diagramatic content done replace and the resulting scheme of apparent variation, all should be included in protection scope of the present invention.
Claims (9)
1. the automatic ticket business processing system based on mobile phone phonetic is characterized in that,
Comprise remote host, mobile phone, described mobile phone has processor and storer; Described remote host is connected by wireless network with described mobile phone;
Described mobile phone comprises authentication module and ticket information selection module, described mobile phone carries out the user by described authentication module and described remote host and authenticates, and selects operation by real-time ticket information and ticket information that described ticket information selects module to receive described remote host; Described ticket information selects module to comprise that ticket information selects main interface, ticket to select interface, precedence to select interface and kinds of goods to select the interface; Described ticket information selects main interface to select interface and described kinds of goods to select the interface to be connected with described ticket respectively, and described ticket selects interface and described precedence to select the interface to be connected;
Described mobile phone also comprises sound identification module, and described sound identification module selects the described processor of module and described mobile phone to be connected with described ticket information respectively; Described mobile phone selects main interface, described ticket to select interface, described precedence to select interface and described kinds of goods to select the voice input signal of selectable items in the interface by the described ticket information of described sound identification module identification selection;
Described mobile phone will select the selectable items of module to carry out matching operation through described voice input signal and the described ticket information of described sound identification module identification by described processor, and selected selectable items will be stored on the described storer of described mobile phone;
Described mobile phone will send to remote host according to the selectable items that described voice input signal is selected by wireless network.
2. the automatic ticket business processing system based on mobile phone phonetic as claimed in claim 1 is characterized in that,
Described sound identification module comprises AFE (analog front end) submodule, sound collection submodule, analog to digital conversion submodule, DSP submodule, voltage transitions submodule;
Described AFE (analog front end) submodule, described sound collection submodule, described analog to digital conversion submodule, described DSP submodule connect and are connected successively with described voltage transitions submodule; Described voltage transitions submodule is connected with the bus of described mobile phone;
Described sound identification module receives the voice input signal input by described AFE (analog front end) submodule, and by described sound collection submodule voice input signal is gathered extraction, and by described analog to digital conversion submodule the analog signal conversion of voice input signal is become voice digital signal;
It is the language and characters signal that described DSP submodule is used for described voice digital signal compressing and converting;
Described voltage transitions submodule is used for the input voltage of coupling mobile phone processor and the output voltage of described DSP submodule.
3. the automatic ticket business processing system based on mobile phone phonetic as claimed in claim 2 is characterized in that,
Described ticket selects interface, described precedence to select interface and described kinds of goods to select the selectable items information at interface that option number all is set;
Described mobile phone carries out matching operation by processor with the described option number at described language and characters signal and current selection interface.
4. the automatic ticket business processing system based on mobile phone phonetic as claimed in claim 2 is characterized in that,
Be connected with the FLASH storer between described sound collection submodule and the described DSP submodule, described FLASH storer is used for the data buffer memory of the digital signal after the conversion.
5. the automatic ticket business processing system based on mobile phone phonetic as claimed in claim 2 is characterized in that,
Be connected with the FPGA submodule between described DSP submodule and the described voltage transitions submodule, described FPGA submodule is used for improving message transmission rate.
6. the automatic ticket business processing system based on mobile phone phonetic as claimed in claim 5 is characterized in that,
Described sound identification module also comprises the SDRAM storer, and described SDRAM storer is used for the data buffer memory between described DSP submodule and the described FPGA submodule.
7. the automatic ticketing service disposal route based on mobile phone phonetic is characterized in that, described mobile phone is that described disposal route specifically comprises as each described mobile phone of claim 1-6:
Step 1 mobile phone sends authentication request by wireless network to remote host according to the authentication information of importing in the described authentication module;
After step 2 remote host receives authentication request, user profile is confirmed that after confirming to finish, real-time ticket information is sent to mobile phone by wireless network, the ticket information of described mobile phone selects module to accept Data Update;
Step 3 mobile phone enters ticket information and selects main interface, and selects to enter ticket and select interface or kinds of goods to select the interface; When selecting to enter the inferior selection of ticket interface, enter step 4, select the interface when selecting to enter kinds of goods, enter step 6;
Step 4 mobile phone is finished by the mode of identification voice input signal ticket is selected the selection of selectable items information in the interface, and enters precedence selection interface;
Step 5 mobile phone is finished the selection of precedence being selected selectable items information in the interface by the mode of identification voice input signal;
Step 6 mobile phone is finished the selection of kinds of goods being selected selectable items information in the interface by the mode of identification voice input signal;
Step 7 mobile phone sends to remote host with the project information of selecting by wireless network, and carries out information processing by remote host.
8. the automatic ticketing service disposal route based on mobile phone phonetic as claimed in claim 7 is characterized in that,
The mode of described identification voice input signal comprises:
Step a receives phonetic entry by the AFE (analog front end) submodule of described sound identification module;
Step b gathers extraction by described sound collection submodule to voice messaging;
Step c converts voice analog signal to voice digital signal by described analog to digital conversion submodule;
Steps d is the language and characters signal by described DSP submodule with described voice digital signal compressing and converting; And by the further speeding up data transmission speed of FPGA submodule;
Step e sends to the mobile phone processor by described voltage transitions submodule and described mobile phone bus with described language and characters signal;
Step f selects the selectable items of module to carry out the computing coupling described language and characters signal and described ticket information by described processor, and the project information after will mating is stored on the memory storage.
9. the automatic ticketing service disposal route based on mobile phone phonetic as claimed in claim 8 is characterized in that,
Described voice input signal is the option number of selectable items;
Specifically comprise among the described step f: described mobile phone carries out matching operation by processor with the described option number at described language and characters signal and current selection interface, and the project information after will mating is stored on the memory storage.
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Application publication date: 20130717 |