KR20140087950A - Apparatus and method for learning rhythm pattern by using native speaker's pronunciation data and language data. - Google Patents

Apparatus and method for learning rhythm pattern by using native speaker's pronunciation data and language data. Download PDF

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KR20140087950A
KR20140087950A KR1020130000016A KR20130000016A KR20140087950A KR 20140087950 A KR20140087950 A KR 20140087950A KR 1020130000016 A KR1020130000016 A KR 1020130000016A KR 20130000016 A KR20130000016 A KR 20130000016A KR 20140087950 A KR20140087950 A KR 20140087950A
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language
pronunciation
language data
learner
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주홍찬
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주홍찬
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    • G09B5/00—Electrically-operated educational appliances
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Abstract

The present invention relates to an apparatus and a method for learning a rhythm pattern by using native speaker′s pronunciation data and language data. The apparatus for learning a rhythm pattern by using native speaker′s pronunciation data and language data includes a storage part which stores a native speaker′s pronunciation image and voice waveform data; an audio processing part for receiving the voice of a learner; a camera part; and a control part.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a rhythm pattern learning apparatus and method using a rhythm pattern data using language data and pronunciation data of a native speaker.

(Hereinafter referred to as " image data ") that reminds language data and words or phrases or phrases or sentences (hereinafter referred to as " language data " (Hereinafter referred to as " pronunciation data ") (hereinafter, referred to as " pronunciation data ") of speech data in pronunciation of language data, speech waveform in pronunciation of language data, The present invention relates to a pattern learning apparatus and method, and more particularly, to a pattern learning apparatus and method that sequentially provides language data, provides color change and rhythm icons to accented syllables of language data provided for rhythm pattern learning of language data, , Meaning interpreted in the language of the country in which the language data is learned is displayed, The voice and image are reproduced in the pronunciation of the native language of the displayed language data, and the voice and the image according to the pronunciation of the learner's linguistic data are inputted, The shape of the lip, the position of the teeth and the tongue, and the linguistic data of the learner's pronunciation, the face muscle change, the shape of the lip, the position of the tooth and the tongue, and the speech waveform comparison screen, And a rhythm pattern learning apparatus and method using pronunciation data of a native speaker.

As the society becomes global, various cultures are exchanged and people are interested in learning foreign languages in order to deepen their understanding and exchange their culture.

Many foreign language learning is done through books, and because of the development of electronic devices, MP3, PMP, electronic dictionary,

However, the conventional foreign language learning contents are grammatical learning, which is a disadvantage of not being able to speak a foreign language even though they have studied for a long time.

Furthermore, the accent is very important in foreign language speaking learning. However, it is possible to confirm the accent of the word in the conventional foreign language learning contents, but it is difficult to learn the accent of the sentence which is the basis of actual speaking, Hard.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to solve the above-mentioned problems, and an object of the present invention is to provide language data for sequentially providing language data and providing color change and rhythm icons to accented syllables of language data provided for rhythm pattern learning of language data, And a rhythm pattern learning apparatus and method using pronunciation data.

It is also an object of the present invention to provide a rhythm pattern learning apparatus and method using pronunciation data related to language data provided, language data providing a meaning interpreted in a language of a country in which the language data is learned, and pronunciation data of native speakers have.

It is also an object of the present invention to provide a rhythm pattern learning apparatus and method using language data together with image data capable of associating the provided language data and pronunciation data of native speakers.

It is another object of the present invention to provide a speech recognition apparatus and a speech recognition method in which a learner is able to correct a pronunciation of a native speaker by comparing the pronunciation data of a native speaker with pronunciation data of a learner, Learning apparatus and method.

It is another object of the present invention to provide a rhythm pattern learning apparatus and method using language data and pronunciation data of native speakers, which enable checking intensities of pronunciations and positions of accents through comparison of speech waveforms.

It is another object of the present invention to provide an apparatus and method for providing pronunciation data of a native speaker in a variety of types such as female, male, American, English, and phonetic pronunciation, Learning apparatus and method.

The apparatus for learning rhythm patterns using language data and pronunciation data of native speakers according to the present invention is characterized in that the rhythm pattern learning apparatus using language data and phonetic symbols related to language data, A storage unit for storing pronunciation data and sound waveform data;

An input unit for inputting rhythm pattern learning data using language data and rhythm pattern learning data using language data;

Rhythm pattern learning using the selected language data When the learning of the data starts, the language data is displayed. In order to learn the rhythm patterns of the displayed language data, the color change and rhythm icons are displayed in the accent syllable of the linguistic data, A display unit for displaying image data interpreted in a language of a country in which language data is to be learned, the image data being capable of associating the displayed language data;

An audio processing unit for receiving a learner's voice when the learner pronounces the displayed language data in the rhythm pattern learning using the linguistic data and the pronunciation data of native speakers;

A voice analysis module for analyzing the voice inputted through the audio processor and converting the voice into a waveform and comparing and analyzing the waveform of the native voice with the similarity of the native voice;

A camera unit for collecting the positional image of the tooth and the tongue of the lips and the change of the facial muscles when pronouncing the learner's language data;

An image processing unit for normalizing a face muscle change, a lip shape, a focus and a size of positional image data of a tooth and a tongue when pronouncing linguistic data input from the camera unit; And

A linguistic model of the learner, a positional image of a tooth and a tongue, and a linguistic data of a native speaker stored in the storage unit when the learner's pronunciation of the language data is normalized through the image processor, And a control unit for displaying the waveform processed through the speech waveform processing unit and the speech waveforms of the stored native speakers and comparing the similarities to display "good" in 50% or more similarity and "bad" in less than 50% . ≪ / RTI >

The control unit may further include a wired / wireless network unit for switching and displaying an accent syllable of language data matching the language data stored in the storage unit among the displayed language data of the Internet web browser in a different color have.

The control unit may further include a DMB module unit for displaying the highlighted syllable of the language data corresponding to the language data stored in the storage unit of the language data from the DMB English broadcast in a different color .

In addition, the layer of the display unit may be divided into Home, Dic, and Option tabs.

In addition, the Home tab displays language data, a color change and a rhythm icon are displayed in the accented syllable of the displayed language data, a pronunciation symbol related to the language data, and a meaning interpreted in the language of the country The shape of the lips when pronouncing the linguistic data of the native speaker, the position of the teeth and the tongue, the shape of the face or lips when pronouncing the learner's linguistic data, and the teeth And a position of a tongue, a voice waveform of a native speaker, and a voice waveform of a learner.

In addition, the Option tab includes selection of whether or not to display image data capable of reminding the language data, selection of the number of times and the number of times of video and audio reproduction in pronunciation of a learner, and color and rhythm display of an accent syllable The selection of whether or not to pronounce the pronunciation, the selection of the pronunciation symbol, the selection of the gender of the voice output, the selection of the pronunciation voice output by the country, and the selection of the pronunciation correction test mode.

Further, the control unit may be configured to present a problem in a language rhythm pattern test, and to display a pronunciation accuracy of a learner.

The rhythm pattern learning method using the language data and the pronunciation data of native speakers according to the present invention includes: inputting a selection command of rhythm pattern learning data using language data to be learned from a learner;

The linguistic data is displayed in accordance with the rhythm pattern learning data learning using the selected linguistic data, the color change and the rhythm icon are displayed in the accented syllable of the linguistic data for the rhythm pattern learning of the displayed linguistic data, A step of displaying image data interpreted in a language of a country in which the language data is to be learned and capable of associating the displayed language data;

Displaying an image when a native speaker is pronunciated according to the selected language data;

A step of inputting voice and image when pronouncing the learner's language data according to the displayed language data;

A step of displaying and reproducing an image when pronunciating a native speaker's speech data and an image when pronouncing a learner's speech data;

A step of displaying a comparison screen of a native speech waveform and a learner speech waveform; And

And displaying "bad" if the similarity degree between the native speech waveform and the learner speech waveform is "good" if the similarity is 50% or more and "bad" if the similarity is less than 50%.

According to the rhythm pattern learning method using the linguistic data of the present invention and the pronunciation data of the native speaker, the linguistic data is sequentially provided, the color change and the rhythm icon are provided to the accented syllable of the linguistic data provided for the rhythm pattern learning of the linguistic data, A pronunciation symbol associated with the provided language data, and a meaning interpreted in a language of a country in which the language data is to be learned are provided together, and image data capable of reminding the provided language data are provided together, and pronunciation data of the native speaker and pronunciation data It is possible to calibrate the learner so that the pronunciation of the learner is similar to that of the native speaker by comparing the pronunciation of the learner with the pronunciation of the learner, A woman, a man, an American expression, an English pronunciation, It is possible to provide a wide range of language speaking learning, and thus it is possible to perform a wide range of language speaking learning.

1 is a block diagram showing a configuration of a rhythm pattern learning apparatus using language data and pronunciation data of native speakers according to an embodiment of the present invention;
2 is a view showing an example of a rhythm pattern learning selection screen using language data to be learned and pronunciation data of a native speaker according to an embodiment of the present invention;
3 and 4 show examples of a level selection screen for rhythm pattern learning using selected language data and pronunciation data of native speakers according to an embodiment of the present invention.
5 is a view showing an example of a rhythm pattern learning screen using language data and pronunciation data of a native speaker according to an embodiment of the present invention;
6 is a diagram showing an example of displaying dictionary information of a word in a Dic tab according to an embodiment of the present invention;
FIG. 7 is a view showing an example of a rhythm pattern learning option list using language data and native pronunciation data of an option tab according to an embodiment of the present invention; FIG.
8 is a diagram illustrating an example of a language rhythm pattern test method for presenting a problem according to an embodiment of the present invention and displaying a pronunciation accuracy of a learner;
9 is a diagram illustrating an example of switching an accented syllable of language data coinciding with language data stored in the storage unit among different language data displayed in an Internet web browser or DMB English broadcast according to an embodiment of the present invention Fig.
10 is a flowchart of a rhythm pattern learning method using language data and pronunciation data of native speakers according to an embodiment of the present invention.

Hereinafter, an apparatus and method for learning a rhythm pattern using language data of the present invention and pronunciation data of a native speaker will be described with reference to the accompanying drawings.

1 is a block diagram showing a configuration of a rhythm pattern learning apparatus using language data and pronunciation data of native speakers according to an embodiment of the present invention.

Referring to FIG. 1, a rhythm pattern learning apparatus 100 using language data and pronunciation data of a native speaker includes a pronunciation symbol related to language data, language data, meaning interpreted in a language of a country to learn about language data, An input unit 102 for inputting rhythm pattern learning data using rhythm pattern learning data using language data and rhythm pattern data using linguistic data, When learning of learning data starts, language data is displayed. In order to learn the rhythm pattern of the displayed language data, a color change and a rhythm icon are displayed on the accent syllable of the language data, and a pronunciation symbol, The language is interpreted as the language of the country in which the data is being learned. A display unit 114 for displaying an image or an animation or an image that can be displayed in association with the displayed language data, and a display unit 114 for displaying the language data displayed when the learner learns the language data and the rhythm pattern data using the pronunciation data of the native speaker. An audio processing unit 106 for receiving a voice, a voice analysis unit 106 for analyzing the voice inputted through the audio processing unit 106, converting the voice into a waveform, comparing the waveform of the native voice with the similarity of the native voice, A camera unit 112 for collecting a position image of a tooth and a tongue of a lips, a camera unit 112 for acquiring a position image of a tooth and a tongue of a learner, a module unit 108 and a sound waveform processing unit 110, ), The shape of the lips and the position and the focus of the position image of the tooth and the tongue inputted from the image processing unit A face image of a lips, a position image of a tooth and a tongue, and a linguistic data pronunciation of a native speaker stored in the storage unit 104. [ And displays the waveforms processed by the speech analysis module unit 108 and the speech waveform processing unit 110 and the speech waveforms of the native speakers stored in the speech analysis unit 108. If the similarity is compared, The control unit 122 controls the display unit 122 to display the language data stored in the storage unit 104 among the language data displayed on the screen of the Internet web browser, A wire / wireless network unit 118 for switching the display of the accent syllables of the language data to different colors, and a control unit 122 for controlling the storage unit 104, It consists of a strong syllables of the language data matched to the stored language data to the DMB module 120 to switch to display a different color.

Although not shown, the screen of the display unit 114 is divided into left and right to display a screen of the Internet web browser or a DMB broadcast image on the left side, and language data matching the language data stored in the storage unit 104 is displayed on the right side And the learner selects the language data desired to be learned by the learner, the language data, the image data, and the native pronunciation image stored in the storage unit 104 are reproduced.

This has the effect that the learner can check the learning status through the screen of the Internet web browser or the DMB English broadcast, and check and review the pronunciation of the language data which has not been heard.

Although not shown, a marker for implementing an augmented reality is written in a foreign language learning book or a foreign language learning program output through a display such as a computer, a smart phone, a tablet pc, or a pmp, and the marker is displayed through the camera unit 112 A pronunciation symbol related to the language data, an interpretation in the language of the country that learns about the language data, an image or animation or image related to the language data, a native pronunciation image, and a voice waveform It is preferable that each piece of data related to the marker in the data is reproduced through the screen.

This has the effect that the learner is immediately provided with the data related to the learning at the time of learning and also helps the pronunciation learning.

The rhythm pattern learning apparatus 100 using language data and pronunciation data of a native speaker includes a computer terminal, a tablet PC, a learner, and a smartphone. The input unit 102 inputs the rhythm patterns using the language data and pronunciation data of native speakers A key pad or touch screen module of the learning device 100 and a touch pan.

The audio processing unit 106 includes a microphone and a speaker to enable audio input, output, and media output.

As shown in FIG. 5, when the learner starts learning, the home tab 10 is displayed with language data and a rhythm icon 11, a phonetic symbol associated with the linguistic data, (12), image data (13) related to the language data, face (14) when pronouncing the native language data, shape of the lips when pronouncing the native language data, position of the tooth and tongue (15) The position of the face or lips, the position of the teeth and tongue 16, the voice waveform 17 of the native speaker and the voice waveform 18 of the learner are displayed, and the Next, Repeat, Slow buttons and recording and playback buttons are displayed at the bottom .

The selected language data is displayed together with the image data capable of associating the language data, and at the same time, the moving image is reproduced when the native language data of the native language pronouncing the corresponding language data is pronounced.

A pop-up menu is displayed so that a learner's voice can be input though the learner's voice is not displayed, and the learner's voice is pronounced by looking at the camera provided in the rhythm pattern learning apparatus 100 using the linguistic data and the pronunciation data of native speakers.

When the voice recording and the video image capturing are completed, the pronunciation video in which the mouth part is enlarged and the recorded pronunciation video of the learner are reproduced in the pronunciation of the native language data of the native language

Preferably, the image processing unit 116 includes a program that can process and standardize an image so that a mouth shape can be displayed on a frame of the corresponding screen. If the recorded image can not be utilized as data, It is desirable to display the requirements to the learner in the form of a pop-up menu.

In addition, the pronunciation video reproduction of the learner allows the learner's facial muscle change, lips shape, and tooth and tongue position to be inputted and displayed in real time through the camera, not by the recording method, Shape, and location of the teeth and tongue directly on the screen, so that they can practice the pronunciation of the native speaker.

At this time, the voice analysis module 108 analyzes the learner's voice and converts the learner's voice to a waveform through the voice waveform processor 110 based on the analyzed data, so that the voice waveform can be compared with the native voice waveform.

6 is a diagram showing an example of displaying dictionary information of a word in a Dic tab according to an embodiment of the present invention.

As shown in FIG. 6, if the Dic tab 20 is selected, words can be searched to confirm the dictionary meaning and example sentences of words.

7 is a diagram illustrating an example of a rhythm pattern learning option list using language data in the Option tab and pronunciation data of a native speaker according to an embodiment of the present invention.

As shown in FIG. 7, the Option tab 30 is used to select whether to display image data capable of associating language data, whether to display video and audio reproduction during pronunciation of a native speaker, Selection of the number of times, selection of presence and absence of accent syllable color and rhythm display, selection of pronunciation symbol selection, selection of gender of voice output, selection of pronunciation voice output by country, and pronunciation correction test mode, So that it can be adjusted in a suitable manner.

8 is a diagram illustrating an example of a language rhythm pattern test method for presenting a problem according to an embodiment of the present invention and displaying the pronunciation accuracy of a learner.

FIG. 9 shows an example of switching the accented syllable of the language data coinciding with the language data stored in the storage unit among the language data displayed on the Internet web browser or the DMB English broadcast according to the embodiment of the present invention into different colors Fig.

10 is a flowchart of a rhythm pattern learning method using language data and pronunciation data of a native speaker according to an embodiment of the present invention.

Referring to FIG. 10, a learner selects rhythm pattern learning data using language data to be learned through an input unit 102 (S200).

When the rhythm pattern learning data selection using the language data to be learned through the input unit 102 is completed, the language data is displayed on the Home 10 of the display unit 114, and a color change and a rhythm icon A pronunciation symbol related to the language data, a meaning interpreted in the language of the country in which the language data is learned is displayed, and image data capable of associating the displayed language data is displayed. When the native language pronunciation of the language data (S202).

Thereafter, the learner's voice data is input through the audio processing unit 106 and the learner's shape and the location image of the tooth and tongue are acquired through the camera unit 112 through the camera unit 112 (S204 ).

(Step S206). In this way, the learner's pronunciated image of the learner, whose focus and size are standardized, is reproduced through the image processing unit 116 (S206).

In the case of the learner's pronunciations, the distance between the learner and the camera when pronouncing the learner data, and the face size occupied by the learner are different for each learner.

Accordingly, the image processing unit 116 preferably recognizes the learner's face shape and enlarges or reduces the size of the learner's face in the frame so that the learner's pronunciation image can be displayed with the normalized focus and size.

At this time, the learner can apply the recording reproduction or the real time reproduction method to the image reproduction upon pronunciation.

The speech analysis module 108 analyzes the speech data of the learner input through the audio processing unit 106 and converts the waveform into a waveform through the speech waveform processor 110 to be displayed (S208).

The learner's voice waveform is displayed side by side so that it can be compared with the voice waveform of the native speaker stored in the storage unit 104 so that the learner can confirm which part of the learner's voice is strongly pronounced.

The waveform is a form of the wavelength generated when the vibration shape of the sound is divided by the time difference, and the voice waveform is an important factor to confirm the accent and rhythm when pronouncing.

In the above, the case where the learner learns English is described as an example, but it goes without saying that the present invention can also be applied to other languages such as Chinese, Japanese, German, French and so on.

100: rhythm pattern learning device using language data and pronunciation data of native speakers
102:
104: storage unit 106: audio processing unit
108: Voice analysis module 110: Voice waveform processor
112: camera section 114: display section
116: image processing unit 118: wired / wireless network unit
120: DMB module unit 122:

Claims (8)

A rhythm pattern learning apparatus using language data and pronunciation data of native speakers, the apparatus comprising: " word or phrases or phrases or sentences composed of language grammar " A storage unit for storing an image interpreted in a language of a country in which the learning is performed, an image related to the language data, an animation or an image, native pronunciation images, and sound waveform data; An input unit for inputting rhythm pattern learning data using language data and rhythm pattern learning data using language data; Rhythm pattern learning using the selected language data When the learning of the data starts, the language data is displayed. In order to learn the rhythm patterns of the displayed language data, the color change and rhythm icons are displayed in the accent syllable of the linguistic data, A display unit for displaying an image interpreted in the language of the country in which the language data is learned and an image or animation or image capable of reminding the displayed language data; An audio processing unit for receiving a learner's voice when the learner pronounces the displayed language data in the rhythm pattern learning using the linguistic data and the pronunciation data of native speakers; A voice analysis module for analyzing the voice inputted through the audio processor and converting the voice into a waveform and comparing and analyzing the waveform of the native voice with the similarity of the native voice; A camera unit for collecting the positional image of the tooth and the tongue of the lips and the change of the facial muscles when pronouncing the learner's language data; An image processing unit for normalizing a face muscle change, a lip shape, a focus and a size of positional image data of a tooth and a tongue when pronouncing linguistic data input from the camera unit; And a display unit for comparing and displaying the images of the linguistic data of the native speakers stored in the storage unit and the positional image of the teeth and the tongue when the learner's speech data is normalized through the image processing unit, And a control unit for displaying the waveform processed through the module unit and the sound waveform processing unit and the voice waveforms of the stored native speakers and comparing the similarities to display "good" in 50% or more similarity and "bad" in case of less than 50% And a rhythm pattern learning device using the pronunciation data of native speakers. The mobile communication terminal according to claim 1, further comprising a wired / wireless network unit for allowing the control unit to convert and display an accented syllable of language data matching the language data stored in the storage unit among the displayed language data of the Internet web browser A rhythm pattern learning device using characteristic language data and pronunciation data of native speakers. The apparatus as claimed in claim 1, further comprising a DMB module unit for enabling the control unit to switch the accented syllable of the language data matching the language data stored in the storage unit among different language data from the DMB English broadcast, And rhythm pattern learning apparatus using pronunciation data of native speakers. The rhythm pattern learning apparatus according to claim 1, wherein the layer of the display section is divided into Home, Dic and Option tabs. 5. The method according to claim 4, wherein language data is displayed in the Home tab, a color change and a rhythm icon are displayed in the accented syllable of the displayed language data, and pronunciation symbols and language data related to the language data are interpreted And the position of the tooth and the tongue when pronouncing the linguistic data of the native speaker, the face and the lips of the learner when pronouncing the linguistic data of the learner, A position of a tooth and a tongue, a voice waveform of a native speaker, and a voice waveform of a learner, and a rhythm pattern learning device using the pronunciation data of a native speaker. The method according to claim 4, characterized in that the Option tab is for selecting whether to display image data capable of associating language data, selecting whether or not to display the video and audio in the pronunciation of the native speaker, Wherein the language data includes at least one of a syllable color and rhythm display selection, a pronunciation selection flag, a gender selection of a speech output, a pronunciation output selection by a country, and a pronunciation correction test mode selection. A rhythm pattern learning device using native pronunciation data. The rhythm pattern learning apparatus according to claim 1, wherein the controller is configured to present a problem in a language rhythm pattern test and to display a pronunciation accuracy of a learner. A method of learning a rhythm pattern using language data and pronunciation data of a native speaker, the method comprising: inputting a selection command of rhythm pattern learning data using language data to be learned from a learner; The linguistic data is displayed in accordance with the rhythm pattern learning data learning using the selected linguistic data, the color change and the rhythm icon are displayed in the accented syllable of the linguistic data for the rhythm pattern learning of the displayed linguistic data, A step of displaying image data interpreted in a language of a country in which the language data is to be learned and capable of associating the displayed language data; Displaying an image when a native speaker is pronunciated according to the selected language data; A step of inputting voice and image when pronouncing the learner's language data according to the displayed language data; A step of displaying and reproducing an image when pronunciating a native speaker's speech data and an image when pronouncing a learner's speech data; A step of displaying a comparison screen of a native speech waveform and a learner speech waveform; And displaying the word " bad " if the similarity degree between the native speech waveform and the learner speech waveform is " good " if the similarity degree is 50% or more and rhythm pattern learning using the pronunciation data of the native speaker Way.
KR1020130000016A 2013-01-01 2013-01-01 Apparatus and method for learning rhythm pattern by using native speaker's pronunciation data and language data. KR20140087950A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105070118A (en) * 2015-07-30 2015-11-18 广东小天才科技有限公司 Pronunciation correcting method and device for language learning
CN109326160A (en) * 2018-11-07 2019-02-12 吕梁学院 A kind of Oral English Practice pronunciation critique system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105070118A (en) * 2015-07-30 2015-11-18 广东小天才科技有限公司 Pronunciation correcting method and device for language learning
CN109326160A (en) * 2018-11-07 2019-02-12 吕梁学院 A kind of Oral English Practice pronunciation critique system

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