CN108763309B - Geoscience data acquisition method and system based on voice control - Google Patents
Geoscience data acquisition method and system based on voice control Download PDFInfo
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- CN108763309B CN108763309B CN201810375441.8A CN201810375441A CN108763309B CN 108763309 B CN108763309 B CN 108763309B CN 201810375441 A CN201810375441 A CN 201810375441A CN 108763309 B CN108763309 B CN 108763309B
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- G—PHYSICS
- G10—MUSICAL INSTRUMENTS; ACOUSTICS
- G10L—SPEECH ANALYSIS OR SYNTHESIS; SPEECH RECOGNITION; SPEECH OR VOICE PROCESSING; SPEECH OR AUDIO CODING OR DECODING
- G10L15/00—Speech recognition
- G10L15/22—Procedures used during a speech recognition process, e.g. man-machine dialogue
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G10—MUSICAL INSTRUMENTS; ACOUSTICS
- G10L—SPEECH ANALYSIS OR SYNTHESIS; SPEECH RECOGNITION; SPEECH OR VOICE PROCESSING; SPEECH OR AUDIO CODING OR DECODING
- G10L15/00—Speech recognition
- G10L15/22—Procedures used during a speech recognition process, e.g. man-machine dialogue
- G10L2015/223—Execution procedure of a spoken command
Abstract
The invention provides a method and a system for acquiring geoscience data based on voice control, wherein the method comprises the following steps: the mobile communication equipment receives voice; the mobile communication equipment identifies the received voice through a voice character identification technology to obtain corresponding character information, and generates a control instruction or sends the character information out; the data acquisition and storage equipment receives and stores the control instruction or the text information, and feeds back and transmits the control instruction or the text information to the wearable communication equipment; the wearable communication equipment confirms the control instruction or the character information, and the data acquisition and storage equipment executes corresponding action or stores the character information according to the control instruction; the invention controls the data acquisition and storage equipment through the voice of the user, and can overcome the problem that the data acquisition and storage equipment is inconvenient to operate by one hand in the field, thereby improving the efficiency of geoscience data acquisition.
Description
Technical Field
The invention belongs to the field of geological data acquisition, and particularly relates to a geological data acquisition method and system based on voice control.
Background
The field data acquisition digitization and intellectualization of the geology are a basic link in the construction of large data of the geology, and occupy an important position in the actual process of geological production. The traditional wild book recording mode is adopted for field geological data acquisition, the efficiency is low, and the digitization of the data is not facilitated. In recent years, people directly collect geological data in the field by using mobile devices such as palm tops, smart phones and tablet computers, and digitalization and informatization of geological data collection are promoted. However, in the field, the user often needs to take the sample with the left hand to observe, only the right hand operates the mobile devices to acquire and record data, and even the right hand needs to carry tools such as a magnifying glass, a geological hammer or a compass and the like. Thus, the device is operated with one hand, and inputting information is difficult and inefficient. How to liberate the hand for data entry of geological researchers, the invention researches a geological data acquisition method and a system based on voice control, controls data acquisition through sound and does not need manual operation. Not only convenient, but also high-efficient.
Disclosure of Invention
Aiming at the problem that the traditional acquisition equipment of the geoscience data is difficult to control by a single hand in the field, the invention provides a method and a system for acquiring the geoscience data based on voice control, wherein the method is realized by wearable communication equipment, mobile communication equipment and data acquisition and storage equipment, and comprises the following steps:
1. a geo-data collection method based on voice control is characterized by being realized by wearable communication equipment, mobile communication equipment and data collection and storage equipment, and comprising the following steps:
s1, the mobile communication equipment receives the user voice;
s2, the mobile communication equipment recognizes the voice received in the step S1 through a voice character recognition technology to obtain corresponding character information, and generates and sends a control instruction according to a preset character information and instruction one-to-one correspondence relation library;
s3, the data acquisition and storage device receives and stores the control instruction sent out in the step S2, and the control instruction is fed back and transmitted to the wearable communication device;
and S4, confirming the control instruction through the wearable communication equipment, and executing corresponding operation by the data acquisition and storage equipment according to the control instruction.
The invention also discloses a voice control-based geoscience data acquisition method, which comprises the following steps:
s2', the mobile communication equipment recognizes the voice in the step S1 through a voice character recognition technology to obtain corresponding character information, and sends out the voice and the character information;
s3 ', the data acquisition and storage device receives and caches the voice and character information sent out in the step S2', and feeds back and transmits the character information to the wearable communication device;
s4', judging whether the received text information is consistent with the text information recognized by the mobile communication equipment through the wearable communication equipment, if so, converting the text information into geological information words and finding corresponding positions by the data acquisition and storage equipment to store the text information; if not, the process returns to S2'.
In the voice control-based geoscience data acquisition method of the invention, the step S4' is specifically that the data acquisition and storage device comprises a geoscience data recording system, the geoscience data recording system is displayed by a geoscience data recording interface, the geoscience data recording interface comprises a plurality of sub-pages, and each sub-page is classified according to the characteristics of the acquired geoscience data; the data acquisition and storage device executes the command to enter a corresponding geoscience data record sub-page, the geoscience data recording system generates a corresponding cache space to cache the received voice and text information, meanwhile, the received text information is matched with a preset geoscience vocabulary database, corresponding geological information vocabularies are output, and the corresponding geological information vocabularies are written into a corresponding geoscience data recording system database table storage space.
In the invention, the method for collecting the geological data based on the voice control comprises the following steps: the wearable communication equipment, the mobile communication equipment and the data acquisition and storage equipment realize the transmission, the recording and the storage of corresponding learning information through a system interaction interface and an information interaction network.
Preferably, the invention also provides a voice control-based geoscience data acquisition system, which is implemented by wearable communication equipment, mobile communication equipment and data acquisition and storage equipment together, and comprises the following sub-modules:
the voice receiving module is used for receiving the voice of the user by the mobile communication equipment;
the control instruction generating module is used for enabling the mobile communication equipment to recognize the voice received in the voice receiving module through a voice character recognition technology to obtain corresponding character information, and generating and sending a control instruction according to a preset character information and instruction one-to-one correspondence relation library;
the command feedback module is used for enabling the data acquisition and storage equipment to receive and store the control command and transmitting the control command feedback to the wearable communication equipment;
and the control instruction execution module is used for enabling the wearable communication equipment to confirm the control instruction, and the data acquisition and storage equipment executes corresponding actions according to the control instruction.
The invention also comprises the following modules in the geoscience data recording system based on voice control:
the character information recognition module is used for recognizing the voice in the voice receiving module by the mobile communication equipment through a voice character recognition technology to obtain corresponding character information, and then sending out the voice and the character information;
the text information feedback module is used for enabling the data acquisition and storage equipment to receive and cache the voice and text information sent out from the text information identification module, and feeding back and transmitting the text information to the wearable communication equipment;
and the character information storage module is used for enabling the wearable communication equipment to judge whether the received character information is consistent with the character information identified by the mobile communication equipment, if so, the data acquisition and storage equipment converts the character information into geological information vocabularies and finds corresponding positions to store the character information, and if not, the data acquisition and storage equipment returns to the character information identification module again.
In the voice control-based geoscience data recording system, the text information storage module is specifically realized in the process that data acquisition and storage equipment comprises a geoscience data recording system, the geoscience data recording system is displayed by a geoscience data recording interface, the geoscience data recording interface comprises a plurality of sub-pages, and each sub-page is classified according to the characteristics of the acquired geoscience data; the data acquisition and storage device executes the command to enter a corresponding geoscience data record sub-page, the geoscience data recording system generates a corresponding cache space to cache the received voice and text information, meanwhile, the received text information is matched with a preset geoscience vocabulary database, corresponding geological information vocabularies are output, and the corresponding geological information vocabularies are written into a corresponding geoscience data recording system database table storage space.
In the voice control-based geoscience data recording system, wearable communication equipment, mobile communication equipment and data acquisition and storage equipment in the system realize the transmission, recording and storage of corresponding geoscience information through a system interaction interface and an information interaction network.
The invention has the advantages that: the invention adopts the field mobile acquisition equipment based on voice control and the operation method of the remote control equipment, can overcome the problem that the acquisition equipment is inconvenient to operate under the conditions of complex geological working environment and severe weather, and can overcome the problem that the instrument is not suitable for being carried in complex geological work through a remote user interaction platform, thereby improving the efficiency of geoscience data acquisition.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
FIG. 1 is a flow chart of the implementation of an embodiment of the present invention;
FIG. 2 is a schematic diagram of the present invention for dynamically building a voice match database using existing data;
fig. 3 is a schematic diagram of a display page of a digital acquisition storage device according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and examples.
The invention comprises wearable communication equipment, mobile communication equipment and data acquisition and storage equipment, wherein the data acquisition and storage equipment comprises a geoscience data recording system.
The complete flow chart of the invention is shown in figure 1. Specifically, before the operation process of the voice execution system, a relatively stable and clear voice information base and a character-instruction base are established, wherein voice training is performed on voice information of a user through a vector quantization compression method, then voice signals of the user are analyzed, corresponding cache regions are established to store corresponding voice information, and priority relations and word segmentation relations of different voice signals are established, so that an excellent voice information matching base is established. A schematic diagram of dynamically building a voice matching database using existing data is shown in fig. 2; the mobile communication equipment is used for receiving voice information input by a user, recognizing the received voice through a voice character recognition technology to obtain corresponding character information, generating and sending a control instruction according to a character-instruction library, sending the control instruction to the data acquisition and storage equipment, receiving and storing the control instruction by the data acquisition and storage equipment, and feeding back and transmitting the control instruction to the wearable communication equipment; the wearable communication equipment confirms the control command, and the data acquisition and storage equipment executes corresponding actions according to the control command.
In an embodiment of the present invention, the control instructions may include, but are not limited to, action instructions and the like.
And when the control instruction is an action instruction, the data acquisition and storage equipment can control the geoscience data recording system to execute corresponding action according to the action instruction. That is to say, when a user wants to perform interactive acquisition with the geoscience data recording system, voice input can be performed through the mobile communication device, after the mobile communication device receives voice information input by the user, the mobile communication device can determine the user intention of the user according to the voice information to make a corresponding action for the geoscience data recording system, such as starting up, opening a class report, inputting the current time information, saving and entering the next time, and the like, and at this time, a corresponding action instruction is generated according to the user intention and is sent to the data acquisition and storage device. After the data acquisition and storage device receives the action instruction, the instruction feedback is transmitted to the wearable communication device, the user confirms the control instruction through the wearable communication device, the action instruction is sent to the geoscience data recording system in the data acquisition and storage device, and the geoscience data recording system executes corresponding action according to the action instruction.
The invention also includes: the mobile communication equipment identifies the voice received by the mobile communication equipment through a voice character identification technology to obtain corresponding character information, and sends out the voice and the character information;
the data acquisition and storage equipment receives and caches voice and text information sent out from the mobile communication equipment, and feeds back and transmits the text information to the wearable communication equipment;
the wearable communication equipment judges whether the received text information is consistent with the text information identified by the mobile communication equipment, if so, the data acquisition and storage equipment converts the text information into geological information words and finds out the corresponding position to input the text information. Specifically, the data acquisition and storage device comprises a geoscience data recording system, the geoscience data recording system is displayed by a geoscience data recording interface, a schematic diagram is shown in fig. 3, the geoscience data recording interface comprises a plurality of sub-pages, and each sub-page is classified according to the characteristics of the acquired geoscience data; the data acquisition and storage device executes the command to enter a corresponding geoscience data record sub-page, the geoscience data recording system generates a corresponding cache space to cache the received voice and text information, meanwhile, the received text information is matched with a preset geoscience vocabulary database, corresponding geological information vocabularies are output, and the corresponding geological information vocabularies are written into a corresponding geoscience data recording system database table storage space.
In the embodiment of the invention, the wearable communication equipment, the mobile communication equipment and the data acquisition and storage equipment realize the transmission, recording and storage of corresponding learning information through a system interaction interface and an information interaction network. Specifically, in order to establish an interactive system network to realize recording and storage of corresponding learning information, a user mounts a corresponding interactive platform network and a local area network of an investigated area while using a related recording tool, so that use and borrowing of the local area network are realized, and meanwhile, corresponding operation information is stored in the uploading process of recorded data, so that the actual execution space of related operations is ensured. Meanwhile, the difference between the relevant operation information and the data information is realized, the corresponding operation information is executed in a covering mode, the corresponding redundant arrays are reduced, and the stable environment of operation is realized for voice operation.
The embodiment of the invention is realized by wearable communication equipment, mobile communication equipment and data acquisition and storage equipment, and comprises the following sub-modules:
the voice receiving module is used for receiving the voice of the user by the mobile communication equipment;
the control instruction generating module is used for enabling the mobile communication equipment to recognize the voice received in the voice receiving module through a voice character recognition technology to obtain corresponding character information, and generating and sending a control instruction according to a preset character information and instruction one-to-one correspondence relation library;
the command feedback module is used for enabling the data acquisition and storage equipment to receive and store the control command and transmitting the control command feedback to the wearable communication equipment;
and the control instruction execution module is used for enabling the wearable communication equipment to confirm the control instruction, and the data acquisition and storage equipment executes corresponding actions according to the control instruction.
The invention also comprises the following modules in the geoscience data recording system based on voice control:
the character information recognition module is used for recognizing the voice in the voice receiving module by the mobile communication equipment through a voice character recognition technology to obtain corresponding character information, and then sending out the voice and the character information;
the text information feedback module is used for enabling the data acquisition and storage equipment to receive and cache the voice and text information sent out from the text information identification module, and feeding back and transmitting the text information to the wearable communication equipment;
and the character information storage module is used for enabling the wearable communication equipment to judge whether the received character information is consistent with the character information identified by the mobile communication equipment, if so, the data acquisition and storage equipment converts the character information into geological information vocabularies and finds corresponding positions to store the character information, and if not, the data acquisition and storage equipment returns to the character information identification module again.
Speech and text recognition in order to enable those skilled in the art to more clearly understand the present invention, the present invention is applied to the field of intelligent data acquisition and other data logging, and the method is applied to mobile devices, but not limited to mobile devices. The novel operation mode of the data acquisition equipment is that the geoscience data recording system with the mobile communication equipment and the data acquisition and storage equipment is used, the mobile communication equipment receives voice information input by a user, generates a control instruction according to the voice information, and when the control instruction is a legal instruction, the acquisition equipment performs corresponding operation according to the control instruction, so that the problem that the acquisition equipment is inconvenient to operate in a complex geological working environment and severe weather conditions can be solved, and the efficiency of geoscience data acquisition is remarkably improved.
While the present invention has been described with reference to the embodiments shown in the drawings, the present invention is not limited to the embodiments, which are illustrative and not restrictive, and it will be apparent to those skilled in the art that various changes and modifications can be made herein without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (4)
1. A geo-data collection method based on voice control is characterized by being realized by wearable communication equipment, mobile communication equipment and data collection and storage equipment, and comprising the following steps:
s1, the mobile communication equipment receives the user voice;
s2, the mobile communication equipment recognizes the voice received in the step S1 through a voice character recognition technology to obtain corresponding character information, and generates and sends a control instruction according to a preset character information and instruction one-to-one correspondence relation library;
s3, the data acquisition and storage device receives and stores the control instruction sent out in the step S2, and the control instruction is fed back and transmitted to the wearable communication device;
s4, confirming the control instruction through the wearable communication equipment, and executing corresponding operation by the data acquisition and storage equipment according to the control instruction;
step S4 is specifically that the data acquisition and storage device includes a geoscience data recording system, the geoscience data recording system is displayed by a geoscience data recording interface, the geoscience data recording interface includes a plurality of sub-pages, and each sub-page is classified according to the characteristics of the acquired geoscience data; the data acquisition and storage equipment executes the command to enter a corresponding geoscience data recording sub-page, the geoscience data recording system generates a corresponding cache space to cache the received voice and character information, meanwhile, the received character information is matched with a preset geoscience vocabulary database, corresponding geological information vocabularies are output, and the corresponding geological information vocabularies are written into a corresponding geoscience data recording system database table storage space;
further comprising: s2', the mobile communication equipment recognizes the voice in the step S1 through a voice character recognition technology to obtain corresponding character information, and sends out the voice and the character information;
s3 ', the data acquisition and storage device receives and caches the voice and character information sent out in the step S2', and feeds back and transmits the character information to the wearable communication device;
s4', judging whether the received text information is consistent with the text information recognized by the mobile communication equipment through the wearable communication equipment, if so, converting the text information into geological information words and finding corresponding positions by the data acquisition and storage equipment to store the text information; if not, the process returns to S2'.
2. The method for collecting geoscience data based on voice control as claimed in claim 1, wherein: the wearable communication equipment, the mobile communication equipment and the data acquisition and storage equipment realize the transmission, the recording and the storage of corresponding learning information through a system interaction interface and an information interaction network.
3. The utility model provides a geoscience data recording system based on speech control which characterized in that realizes by wearable communications facilities, mobile communications facilities, data acquisition and storage equipment jointly, contains following submodule piece:
the voice receiving module is used for enabling the mobile communication equipment to receive the voice of the user;
the control instruction generating module is used for enabling the mobile communication equipment to recognize the voice received in the voice receiving module through a voice character recognition technology to obtain corresponding character information, and generating and sending a control instruction according to a preset character information and instruction one-to-one correspondence relation library;
the command feedback module is used for enabling the data acquisition and storage equipment to receive and store the control command and transmitting the control command feedback to the wearable communication equipment;
the control instruction execution module is used for enabling the wearable communication equipment to confirm the control instruction, and the data acquisition and storage equipment executes corresponding actions according to the control instruction;
the text information storage module is specifically realized in the process that the data acquisition and storage device comprises a geoscience data recording system, the geoscience data recording system is displayed by a geoscience data recording interface, the geoscience data recording interface comprises a plurality of sub-pages, and each sub-page is classified according to the characteristics of the acquired geoscience data; the data acquisition and storage equipment executes the command to enter a corresponding geoscience data recording sub-page, the geoscience data recording system generates a corresponding cache space to cache the received voice and character information, meanwhile, the received character information is matched with a preset geoscience vocabulary database, corresponding geological information vocabularies are output, and the corresponding geological information vocabularies are written into a corresponding geoscience data recording system database table storage space;
the character information recognition module is used for recognizing the voice in the voice receiving module by the mobile communication equipment through a voice character recognition technology to obtain corresponding character information, and then sending out the voice and the character information;
the text information feedback module is used for enabling the data acquisition and storage equipment to receive and cache the voice and text information sent out from the text information identification module, and feeding back and transmitting the text information to the wearable communication equipment;
and the character information storage module is used for enabling the wearable communication equipment to judge whether the received character information is consistent with the character information identified by the mobile communication equipment, if so, the data acquisition and storage equipment converts the character information into geological information vocabularies and finds corresponding positions to store the character information, and if not, the data acquisition and storage equipment returns to the character information identification module again.
4. The system of claim 3, wherein the wearable communication device, the mobile communication device and the data acquisition and storage device in the system realize transmission, recording and storage of the corresponding geo-science information through the system interaction interface and the information interaction network.
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