WO2012173292A1

WO2012173292A1 - Interlinked system for a bio-reaction interface for exhibited content, and method therefor

Info

Publication number: WO2012173292A1
Application number: PCT/KR2011/004392
Authority: WO
Inventors: 장완호; 윤종국; 이철재
Original assignee: (주)프리맨인터랙티브
Priority date: 2011-06-15
Filing date: 2011-06-16
Publication date: 2012-12-20

Abstract

Disclosed are an interlinked system for a bio-reaction interface system for exhibited content and a method therefor, which effectively and interactively deliver a description of a work in real time in response to the voice and motion of a user, and provide additional information to the user. The disclosed interlinked system for a bio-reaction interface for exhibited content is provided with: a sensor unit for recognizing a reaction of a viewer and transmitting information on the reaction of the viewer; a control unit for recognizing the situation of the viewer by means of the reaction of the viewer, and selecting content suitable for the viewer whose situation has been recognized; a content-processing unit for setting up content according to the recognized situation of the viewer in response to the control of the control unit; and an input unit for processing an input of the user and delivering the input to the control unit.

Description

Biological reaction interface interworking system and its method for exhibition contents

The present invention relates to a bioreaction interface interlocking device and method for exhibition contents, and more particularly, the art itself or an artist or a narrator explains the art object or work or artist to the viewer, while the user's voice, The present invention relates to a bio-reaction interface interworking system and method for exhibition contents that effectively deliver a description of a work and provide additional information to a user in response to an action in real time.

Since the introduction of art education to school education in the late 19th century, art education has been recognized for its importance by performing various functions. The function of art education has changed due to social demands and the development of art and related studies in the course of the times. By looking at these changes, we can more accurately understand the nature of art education (Korea Institute for Curriculum and Evaluation, 1998). Art education became recognized as a subject because first, art was evaluated by its instrumental function. After the Industrial Revolution, the development of technology and the rapid development of the industry led to the demand of society for skilled workers such as designers and craftsmen. In response to this, art education was needed as the nature of job preparation. Second, one of the important functions of art education is to understand and inherit the culture of the past so that the change of the times cannot be overlooked, to form the present culture soundly, and to develop the culture of the future. The development of science that has continued since the 19th century has improved the quality of production in material terms, resulting in a higher standard of education and culture. This led to the pursuit of mental quality of life and the introduction of school education to the cultural and educational aspects, and to the art education. As such, understanding and developing culture in the context of the times, social background, ethnicity, and historicity became another important function in art education.

Third, art education plays a major role in the harmonious development of personality. This evidence can be found in the early Greek period in the West, and in the emphasis on mental discipline through poetry and calligraphy in Korea. Art education is responsible for developing aesthetic and creative mentality that expresses thoughts and feelings intentionally or expresses imagination by starting from the desire for instinctive expression. As such, art education has aspects of character education, vocational education, cultural education, and creative self-expression. Taking advantage of the characteristics of these art subjects, the 7th curriculum defines the characteristics of art as follows.

First, it enriches the emotions by providing an experience to discover and feel aesthetic objects in life, and has an active attitude to bring art to life.

Second, it encourages the desire to be expressed through motivation and enables creative expression of feelings and thoughts through systematic exploration and active expression activities on themes, expression methods, formative elements and principles, materials and tools.

Third, respect for personal reactions and judgments about artworks and have creative and critical thinking skills. In addition, this course allows students to understand and love art in the historical and cultural context, and to contribute to the creation of art culture by developing pride in traditional art.

In line with these objectives, the 7th curriculum proposes to classify art into the areas of aesthetic experience, expression, and appreciation and to contain appropriate contents. Among them, Feldman's method is often used for criticism in appreciation. He emphasizes the practice of art criticism through a four-step process. In other words, the stage of explanation that is observed faithfully to the external elements shown in the work, the stage of analysis to find out how they are related and organized between the formative elements, the stage of interpretation using knowledge of the art of oneself, and finally It is a step to evaluate the work and judge its aesthetic value based on the previous process. According to this process, the teaching and learning methods of the 7th curriculum emphasize students' learning activities based on the fundamental philosophy of changing the subject of education from teacher to learning. It is recommended that the teaching and learning methods of art proceed as follows.

1. A study instruction plan is designed to ensure that students' autonomy and creativity are respected. Various appreciation viewpoints are set and utilized to help basic understanding of the work.

2. Increase the effectiveness of learning by considering the characteristics of school and community, events and seasons. Visit museums, galleries and exhibition halls at least once a semester.

3. Select sanctions that can enhance interest and understanding of traditional arts and explore ways to teach. Use it in understanding and appreciating art terms.

4. Use a variety of media and methods for effective learning.

5. Aesthetic experiences help students develop aesthetic eyes using field trips or multimedia.

6. Consider the connection with expression and appreciation areas.

7. Respect each other's work and artwork.

The degree of understanding of art obtained through teaching and learning was evaluated by using various evaluation methods.

In order to meet this curriculum, various exhibits related to museums, art galleries and exhibitions have appeared, but production has not been made in a form that satisfies aesthetic experience, expression, and appreciation. In addition, the case of using field trips or multimedia was extremely limited.

For example, in the case of [Art Museum Operating System and Method], which is a Korean Patent Publication No. 10-2009-0042496, it is characterized by sensing the visitor's approach through a sensor or driving the exhibit by using the display unit of the exhibit as a touch screen. However, various methods for considering individual differences or effective learning are not shown.

In addition, in the case of [Experience-based picture display device], which is Korean Patent Publication No. 10-2010-0109121, art viewers can be fused with art painting to be viewed or photographed. However, it has a limitation that it only depends on optical effects that do not consider various media and methods.

Therefore, the autonomy and creativity of art appreciators for art viewing are respected, and the development of art works with various perspectives is considered as an urgent task in order to help basic understanding of works in consideration of interest, developmental stages and individual differences. It is becoming. In addition, art viewers who visited museums, galleries, exhibition halls, etc. may not appreciate the same exhibits, but may be viewed in different forms depending on the situation, and it is necessary to develop exhibits that can enhance the basic understanding of the works in consideration of individual differences. It became.

In addition, recently, ubiquitous computing, that is, ubiquitous service, where computer operations are performed anytime and anywhere, has attracted attention, and various new attempts have been made to introduce such new technologies into art as new data communication technologies are introduced using such ubiquitous computing. . Therefore, it is necessary to improve the convenience of art viewers to the exhibitions by applying the new technology to art works by developing a way for art viewers to automatically record and organize the contents they have learned or understood while appreciating the exhibits. There is. In addition, the economics with eco-friendly green function should be considered together to reduce the cost of exhibition when there are no art viewers in order to reduce the cost of exhibition.

Accordingly, the present invention has been proposed to solve the problems of the prior art as described above,

The problem to be solved by the present invention is to use the sensor to check the state of the art viewer, and accordingly provides a bio-response interface interworking system and method for exhibition content that allows the art viewer to select and explain the appropriate display content There is.

Another problem to be solved by the present invention is to provide a bioreaction interface interworking system and method for exhibiting content that can enhance the basic understanding of the work in consideration of individual differences and confirm the viewer's understanding.

Another problem to be solved by the present invention is that art viewers can automatically record and organize the contents they have learned or understood while viewing the exhibits, thereby interworking with the bio-reaction interface for the exhibit contents that enhance the convenience of the art viewers to the exhibits. A system and method are provided.

Another problem to be solved by the present invention is to have an eco-friendly green function to reduce the cost of exhibition when there is no art appreciator to reduce the cost of the exhibition exhibits for the exhibition contents considering the economics The present invention provides a bioreaction interface interlocking system and a method thereof.

The preferred embodiment of the present invention for solving the above problems,

Determine the age of the art viewer according to the height of the art viewer, set the difficulty level of the corresponding content, execute 3D content according to the age, and ask the questions to the art viewer, and respond to the art viewer input through the microphone. Check the speech recognition to check whether the correct answer, and through this process to confirm the understanding of the art viewers.

In addition, the present invention allows art viewers to automatically record and organize contents they have learned or understood while viewing the exhibits, thereby enhancing the convenience of art viewers to the exhibits.

In addition, the biological response interface interworking system for the exhibition content according to the present invention,

A sensor unit configured to recognize a response of the art viewer and to transmit response information of the art viewer;

A controller for recognizing the situation of the art viewer through the reaction of the art viewer and selecting content suitable for the recognized art viewer;

A content processing unit for setting content according to the situation of the recognized art viewer under the control of the controller;

An input unit for processing a user input;

An output unit for displaying the processed content under the control of the controller or processing the voice content and delivering the processed content to a user; And

It characterized in that it comprises a user interface for transmitting the content delivered through the output unit to the user's mobile terminal or webmail.

In addition, the control unit,

When the art viewer is not recognized by searching the output of the sensor unit, the power of the output unit is controlled to be kept in a standby state or in an off state, and when there is no art viewer, the cost of the exhibits can be reduced. In this way, eco-friendly green function is performed.

In addition, the sensor unit,

Preferably, the sensor module unit, the A / D conversion unit, the sensor recognition unit, the information storage unit, and the first data communication unit for transmitting the sensor information to the control unit.

In addition, the control unit,

It is preferable to have a second data communication unit, a situation recognition unit, a situation determination unit, a content processing unit, a device manager, and a user manager for transmitting and receiving data with the sensor unit, the input unit, and the output unit.

In addition, the content processing unit,

It is preferable to have a content setting part, a content management part, a pattern setting part, and a database.

In addition, the input unit,

Preferably, a reaction input unit, a conversion / amplification unit, a reaction memory unit, and a third data communication unit are provided.

In addition, the output unit,

It is preferable to include a display unit, a voice processing unit, and a power management unit.

In addition, the user interface unit,

It is preferable to have a mobile transmission unit, a webmail transmission unit, and a fourth data communication unit.

In addition, the bioreaction interface interworking method for the display content according to an embodiment of the present invention,

A first step of confirming whether the art viewer is recognized or exhibited by the sensor unit;

A second step of driving content when the art viewer is recognized or at an exhibition time;

A third step of confirming whether the art viewer is located at a viewing position;

A fourth step of measuring the age of the viewer when the art viewer is in the viewing position;

A fifth step of re-checking the age of the art viewer for applying the set content;

A sixth step of requesting a question presentation and answering to confirm the comprehension while proceeding with contents suitable for the age of the identified art viewer;

A seventh step of performing encouragement and reward through accuracy according to the answers;

And an eighth step of checking whether additional content is provided according to the advanced description and understanding.

1 is a conceptual diagram of a biological response interface interworking system for exhibition content according to an embodiment of the present invention.

Figure 2 is a block diagram of a biological response interface interworking system for the exhibition content according to an embodiment of the present invention.

3 is a detailed configuration of each embodiment embodiment of FIG.

Figure 4 is a flow chart showing a bioreaction interface interworking method for exhibition content in the present invention.

Figure 5 is an exemplary view of the character setting individual clip production work screen in the present invention.

Figure 6 is an exemplary view illustrating the combination of motion clips shared for each character in the present invention to create a motion suitable for the scenario and sound.

7 is an explanatory diagram illustrating an example of a work screen constituting an overall animation by combining clips in the present invention.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention. If it is determined that the detailed description of the known function or configuration related to the present invention may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a conceptual diagram of a biological response interface interworking system for exhibition contents according to a preferred embodiment of the present invention, Figure 2 is a block diagram, the sensor unit 100, the control unit 200, the content processing unit 300, the input unit 400, an output unit 500, and a user interface unit 600.

The sensor unit 100 recognizes the response of the art viewer and plays a role for transmitting the response information of the art viewer, and confirms the audience proximity recognition sensor 101a and the viewer's key to confirm the viewer's approach. It is configured to use at least one or more of the sensor assembly (Assy) 101b, the infrared lamp 101c for confirming the viewer's operation and the motion recognition camera 101d. The infrared lamp and the motion recognition camera may be installed at a position where the top or bottom of the image display of the output unit 500 or the left and right sides of the image display or the front of the viewer can be checked. The position or movement of the viewer identified through the sensor unit 100 is linked with the content processing unit 300 through the control unit 200.

When the viewer needs an answer through the content processor 300, the viewer may receive an answer through the input unit 400, and the input unit 400 may input a microphone and a text for checking the listener's voice signal. Either one or more of a keyboard, a mobile device such as a viewer's mobile phone or a smart pad, or a device rented at an art gallery.

The output unit 500 outputs the image or the audio to the viewer through the image display for outputting the image or the speaker for outputting the audio.

In order to send additional information to the mobile phone or mobile device of the viewer, the user interface unit 600 may include any one of a mobile transmission unit 601 and a web mail transmission unit 603 capable of transmitting information by the viewer's webmail or email. use.

3 is a detailed configuration diagram of a biological response interface interworking system for exhibition contents according to an exemplary embodiment of the present invention.

The sensor unit 100 serves to recognize the viewer and send it to the control unit 200. The audience proximity sensor in the sensor module 101 confirms whether the viewer approaches the system. For this purpose, the method uses infrared light and measures the amount of light using CdS. One may use either a method of using a reduced amount of light as it is shielded or a method of using a method in which a separately installed laser beam is blocked before the listener approaches the system.

In addition, the sensor assembly is for identifying the listener's height, and may use one of an infrared method, a CdS method, and a laser method.

As a sensor for recognizing a viewer's motion, a motion recognition camera or an infrared camera may be used.

The connection between the sensor recognition unit 103 and the analog-to-digital (A / D) converter 105 is generally connected via a dedicated line, RS232 or RS485, and may use a transmitter or the like when using wireless.

The analog / digital (A / D) converter 105 converts the signal identified through the sensor module into a digital signal, and may be omitted when the sensor of the sensor module 101 is digital.

The sensor recognition unit 103 may check whether the sensor is in operation and whether there is an abnormality or not, and may measure and check the current (4 to 20 mA) coming from the A / D converter 105, and, if necessary, the device management unit 205. You can check whether there is any abnormality by inputting a specific signal through) and checking the current change accordingly.

The information storage unit 107 temporarily stores information input through a sensor before sending it to the control unit 200, and may use volatile memory, SRAM, DRAM, or a memory module, and the control unit 200. If it is possible to delete along with the periodic data collection through the device management unit 205 of the flash memory (Flash memory) may be a form, it may be omitted when the sensor unit 100 and the control unit 200 is connected by wire.

The communication means of the first data communication unit 109 is any one of a direct connection including a wired LAN, a wireless LAN (Local Area Network), Bluetooth, Bluetooth, Radio Frequency IDentification (Zigbee), and Zigbee (Ethernet). It may be used, and serves to send the data of the viewers collected through the sensor module unit 101 to the control unit 200.

The controller 200 analyzes the data received from the sensor unit 100 and receives appropriate contents according to the situation from the content processing unit 300 and sends them to the output unit 500.

In addition, when the viewer asks a question through the output unit 500, the answer is also checked through the input unit 400 to control the content. In addition, through the signal of the sensor unit 100 to check the presence or absence of the sensor or to control the content for providing additional information to the viewer.

The communication means of the second data communication unit 201 may include a first data communication unit 109 of the sensor unit 100 and an input unit 100 using any one of a direct connection, a wireless LAN, Bluetooth, RFID, Zigbee, and Ethernet. 3 is connected to the data communication unit 407.

The situation recognition unit 202 checks the data of the sensor unit 100, the input unit 400, and the user interface unit 600 entered through the second data communication unit 201 and the situation of the data and content and the user interface unit 600. ) Is to check whether or not to transmit.

The situation determination unit 203 confirms the viewer's state or processing process through the data and content confirmed through the situation recognition unit 202, and the result is determined by the content control unit 204, the device management unit 205, and the user management unit ( 206, or sends to the output unit 500.

The content controller 204 receives the content from the content processor 300 and sends the content to the output unit 500 or the user interface 600 based on the result of the situation determination unit 203.

The device manager 205 receives the signal of the sensor unit 100 and the signal of the output unit 500, checks whether there is an abnormality between the sensor and the output unit 500, or checks the power management unit 505 of the output unit 500. It serves to send a signal to control the power of the sensor unit 100 and the output unit 500 through.

The user manager 206 stores the viewer's additional information through the reaction input unit 401 of the input unit 400 and manages information for mobile transmission or webmail transmission through the user interface 600. Do it.

The content processing unit 300 includes a content setting unit 301, a content managing unit 303, a pattern setting unit 305, and a database 307, and checks the content requested by the control unit 200 in the database 307. Sends to the control unit 200 and manages the stored content.

The content setting unit 301 receives the form of the content confirmed by the situation determination unit 203 of the control unit 200 through the content control unit 205 and displays the corresponding content according to the criteria classified by the pattern setting unit 305. It is responsible for setting.

The content manager 303 manages various histories related to generation, modification, deletion, transfer, and deletion of various contents stored in the database 307.

The pattern setting unit 305 is based on the information received from the content setting unit 301, the viewer's movements, facial expressions, and response of the viewers identified through the sensor asy or the motion recognition camera among the information stored in the database 307 And through the cumulative viewer's behavior type and experience classification system to assign the appropriate content to the current viewer.

The database 307 classifies and stores contents necessary for the operation of the exhibition. In addition to visual contents such as a video, still image, image, and photo, the database 307 includes sound source contents such as special effects sound, background sound, music, voice, It stores the history and related data about the device. The database is composed of at least one DB and can be stored according to the type of content.

The input unit 400 includes a response input unit 401, a conversion / amplification unit 403, a reaction memory unit 405, and a third data communication unit 407. The signal is input by the viewer by inducing a direct behavioral response of the listener. It serves to send to the control unit 200.

The response input unit 401 presents the content to the viewer through the display unit 501 and asks the content and related questions through the voice processing unit 503 to receive an answer through a device such as a microphone or a keyboard or a smartphone, or It also plays a role in obtaining data through similar input means.

The conversion / amplification unit 403 amplifies the signal when the signal input through the reaction input unit 401 is weak, or converts the input data into more reliable data through a program for recognizing a voice.

The reaction memory unit 405 temporarily stores the data secured through the viewer before sending it to the controller 200.

The third data communication unit 407 transmits the stored listener's data to the second data communication unit 201 of the controller 200. Sending data can be both wired and wireless.

The output unit 500 includes a display unit 501, a voice processing unit 503, and a power management unit 505.

The display unit 501 serves to show the content transmitted from the content processing unit 300 through the control unit 200, and the content shown here includes a video, a stereoscopic video, an image, a picture, a picture, or a voice, a sound source, or a subtitle. Both combinations of forms and combinations of the above presented content are possible.

The voice processing unit 503 plays a role of listening to a viewer through a device such as a speaker, such as a voice content or music, effect sound, and the like synchronized with the content presented by the display unit 501, where the sound source is a voice processing unit 503 ) Or separate only the sound source from the content included in the display unit 501, or a combination of both.

The power management unit 505 operates an input and output device including a sensor in a standby state when there are no listeners through the device management unit 205 of the control unit 200, or sequentially turns on or off the devices according to the characteristics of the equipment. According to the process. In addition, it serves to block the resonance of the speaker that may occur when the power supply of the sound equipment and the timer function to cut off the power when not in exhibition time.

The user interface unit 600 includes a mobile transmission unit 601 and a webmail transmission unit 603. The user interface unit 600 includes contents obtained through interactions with detailed materials related to the exhibition and the exhibits as mobile or webmail of the viewer. It plays a role.

The mobile transmitter 601 serves to transmit content to the cell phone number of the viewer input by the viewer through the response input unit 401, and the mobile phone information of the viewer is stored in the database 307 through the user manager 206. .

Webmail transmission unit 603 also serves to send the content to the viewer's webmail address entered by the viewer through the response input unit 401, the viewer's information to the database 307 through the user management unit 206 similarly Stored.

4 is an example of a method of interworking a bioreaction interface for exhibition content according to an exemplary embodiment of the present invention.

If there is no viewer (user) in the system, it is checked through the proximity sensor, motion recognition camera, infrared lamp, etc. in the sensor module unit 101, and accordingly, the display unit 501, the voice processing unit 503, and the input unit 400. ) To the standby state. In addition, when the time set in the power management unit 505 is not a viewing time, the entire power is cut off. When the viewer approaches the user recognition sensor recognizes this and confirms (S110).

If the viewer is identified through the user recognition sensor, the display unit 501, the voice processing unit 503, and the input unit 400 are activated. At this time, it is desirable to hand in announcements or greetings.

On the contrary, if the viewer is not confirmed, the display unit 501, the voice processing unit 503, and the input unit 400 maintain the inactive state (S115).

On the other hand, when the viewer is recognized through the user recognition sensor to drive the exhibition content. In this case, the standby image is composed of three clips so as to avoid simple repetition so as to be randomly reproduced (S120).

Next, the controller 200 checks the position of the viewer to check whether the viewer is located in the viewing position for recognizing the age of the viewer (S130).

If the listener is not properly positioned, the listener is moved to a predetermined position through the voice processor 503 (S135).

When the viewer is located at a predetermined position for recognizing the age, the age of the viewer is determined by measuring the height of the viewer through the sensor assembly 101b of the sensor module 101. The height sensor is installed by referring to the national standard height table to measure the height of the user and classifies it into three ages of children, adolescents, and adults (S140).

Thereafter, the user receives a response by asking the user one more time based on the recognized value for checking the age, and confirms the received response to increase the accuracy of age recognition (S150).

When the user's age is confirmed, the content is set through the content setting unit 301 to proceed with the content to the viewer. Content progression naturally leads to answers in the middle of the question. The questions are about the exhibits, and the contents of the exhibition. At this time, depending on the degree of the answer to the question can be moved to a higher difficulty in the next step, if it is wrong can move to a lower difficulty (S160).

In this way, the result of the answers to the questions is converted into a score. In addition, according to the converted score, the user information may be checked later to give a discount or a discount on the next visit. The answer to the question is transmitted to the user management unit (S170).

After that, it checks whether or not to provide the personal information to the viewer. If the viewer refuses to provide personal information, the viewer finishes the process and guides the termination (S180). In this case, it is preferable to use the response input unit 401 of the input unit 400 to confirm the provision of personal information.

On the contrary, when the viewer agrees to the provision of personal information, the user first checks whether the mobile device requests the provided information (S183), and when the viewer requests the mobile phone (mobile) to provide the information, the user inputs the mobile phone information of the viewer. In operation 185, the content is stored in the mobile transmission unit 601 (S185).

If the viewer does not provide a mobile phone number, the viewer requests the e-mail address of the viewer, and if the viewer requests the information provided by the e-mail address by providing the e-mail address (S187), the input e-mail information of the viewer is the user management unit 206. The content is stored in the web mail transmission unit 603 to transmit the content (S189).

When the above process is completed, the output unit 500 finishes through the completion message and greetings.

FIG. 5 shows an example of a character setting individual clip production work screen for setting a character playing a role of a narrator for applying the system and applying it using a skeleton configuration thereto.

FIG. 6 is a diagram for explaining a motion suitable for a scenario and a sound by combining clips created by creating motion clips shared for each character.

FIG. 7 is a diagram for explaining an example of a work screen constituting an overall animation by combining clips thus made.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

According to the present invention, there is an advantage in that it is possible to check the state of the art viewer, and accordingly select an appropriate exhibition content customized to the art viewer, and proceed with the explanation.

In addition, according to the present invention has an effect of increasing the basic understanding of the work in consideration of individual differences, and to ensure the understanding of the viewer.

In addition, according to the present invention, there is an advantage that art viewers can easily record and organize the contents they have learned or understood while viewing the exhibits, thereby providing the convenience of art viewers to the exhibits.

In addition, according to the present invention there is an advantage to promote the economy by having an eco-friendly Green (green) function to reduce the cost required for the exhibition when there is no art appreciator in order to reduce the cost of the exhibition.

Claims

A sensor unit for recognizing the viewer's response and transmitting the viewer's response information;

A controller for recognizing the situation of the viewer through the reaction of the viewer and selecting content suitable for the recognized viewer;

A content processing unit for setting content according to the perceived viewer's situation under the control of the controller;

An input unit which processes a user input and transmits the input to the controller;

An output unit for displaying the processed content under the control of the controller or processing the voice content and delivering the processed content to a user; And

And a user interface for transmitting the content transmitted through the output unit to a user's mobile terminal or webmail.
The method according to claim 1, wherein the control unit,

And searching for the output of the sensor unit to control the output unit to be in a standby state or in an off state when the viewer is not recognized.
The method according to claim 2, The control unit,

Determines the age of the art viewer according to the height of the viewer provided through the sensor unit, sets the difficulty level of the corresponding content, executes the exhibition content according to the age, asks the audience a question, and enters the viewer through the microphone. The bio-response interface interworking system for the display content, characterized in that by checking the response of the voice recognition to determine whether the correct answer, and thereby understanding the viewer's understanding.
The method according to claim 1, The sensor unit,

Audience proximity recognition sensor for checking whether the viewer approaches,

A sensor assembly for checking the listener's height,

Biometric response interface interworking system for the exhibition content, characterized in that it comprises at least one or more of the infrared lamp and the motion recognition camera for confirming the viewer's operation.
The method according to claim 4, The sensor unit,

A sensor module unit for checking whether a viewer approaches the system with a proximity sensor, checking a key of the viewer through a sensor assembly, and recognizing the viewer's movement with an infrared lamp and a motion recognition camera;

An analog / digital (A / D) converter for converting the signal identified through the sensor module into a digital signal;

A sensor recognizing unit which checks whether the sensor is in operation and whether or not there is an abnormality;

An information storage unit for temporarily storing the information input through the analog / digital converter;

And a first data communication unit for transmitting the collected information to the controller.
The method according to claim 1, wherein the control unit,

A second data communication unit for performing data communication with the sensor unit, the input unit, and the user interface unit;

A situation recognizing unit which checks data of the sensor unit, the input unit, and the user interface unit entered through the second data communication unit, and confirms the situation of data and contents and whether the data is transmitted to the user interface unit;

A situation determination unit which checks a viewer's state or processing process through the data and content identified through the situation recognition unit, and delivers the result to a content control unit, a device manager, and a user manager;

A content control unit which receives the content from the content processing unit and sends the content to the output unit or the user interface unit based on the result of the situation determination unit;

A device management unit which receives the signal of the sensor unit and the signal of the output unit and checks whether there is an abnormality of the sensor and the output unit, or controls the power of the sensor unit and the output unit through the power management unit of the output unit;

Bio-reaction for the exhibition content, characterized in that it comprises a user management unit for storing the information received by the viewer through the input unit response input unit and manages information for mobile or webmail transmission through the user interface unit Interface interlock system.
The method according to claim 1, wherein the content processing unit,

A content setting unit which receives the type of the content identified through the status determination unit of the controller through the content controller and sets the corresponding content according to the criteria classified by the pattern setting unit;

A content manager for managing various histories related to generation, modification, deletion, transfer, deletion, etc. of various contents stored in a database;

Based on the information received from the content setting unit, the viewer's movements, facial expressions, responsiveness, and accumulated viewer's behavior type and experience classification system confirmed through the sensor assembly among the information stored in the database or the sensor assembly A pattern setting unit for designating an appropriate content to the current viewer through;

Biological reaction interface interworking system for the exhibition content, characterized in that it comprises a database for storing the content necessary for the operation of the exhibition.
The method of claim 1, wherein the input unit,

Responsive input unit for presenting the content to the viewer through the display unit and asking the content and related questions through the voice processing unit to receive answers through a device such as a microphone or to obtain data through a keyboard, a smartphone, or a similar input means. Wow;

A conversion / amplification unit for amplifying the signal or converting the input data into more reliable data through a program for recognizing a voice when the signal input through the response input unit is weak;

A reaction memory unit for temporarily storing the data secured through the viewer before sending it to the control unit;

And a third data communication unit configured to transmit data of the viewer stored in the reaction memory unit to the control unit.
The method according to claim 1, The output unit,

A display unit which displays the content transmitted from the content processing unit through the control unit;

A voice processing unit for transmitting sound content, such as voice content, music, and sound effects, synchronized with the content presented by the display unit to the viewer through a device such as a speaker;

And a power management unit for operating an input and output device including a sensor in a standby state when the viewer is absent or processing the devices in order of sequentially turning on or off according to the characteristics of the equipment through the device management unit of the controller. Biological response interface interworking system for exhibition content.
The method of claim 1, wherein the user interface unit,

A mobile transmission unit for transmitting the content to the mobile phone number of the viewer input by the viewer through the response input unit;

A webmail transmitter for transmitting contents to a viewer's webmail address input by the viewer through a response input unit;

And a fourth data communication unit configured to perform data communication with the control unit.
A first step of confirming by the sensor unit whether the viewer is recognized or the exhibition time;

Driving a content when the viewer is recognized or at an exhibition time;

A third step of confirming whether the viewer is located at a viewing position;

A fourth step of measuring an age of the viewer when the viewer is in the viewing position;

A fifth step of confirming the age of the viewer again to apply the set content;

A sixth step of requesting a question and asking an answer in order to confirm the comprehension while proceeding with content suitable for the identified viewer's age;

A seventh step of performing encouragement and reward through accuracy according to the answers;

Bio-response interface interworking method for the display content, characterized in that it comprises the eighth step of confirming whether or not to provide additional content according to the advanced description and understanding.
The method of claim 11, wherein the eighth step,

Confirming whether the viewer requests information provision;

When the viewer requests information provision, checking whether the information provision request requests transmission to the mobile, and transmitting the information to the viewer through a mobile transmission unit when requesting transmission to the mobile;

When the viewer requests the information provided by the web mail, bio-responsive interface interworking method for the exhibition content, characterized in that it comprises the step of transmitting the information to the viewer via a webmail transmission unit.