JP7390640B2 - Exercise education system, server device, exercise education support service provision method and program - Google Patents

Description

The present invention relates to an exercise education system that provides exercise education support services via a communication network to, for example, athletes and enthusiasts aiming to improve their sports, a server device used in this exercise education service, and a server device that is executed by the server device. The present invention relates to a method for providing an exercise education support service, and a program for causing a server device to execute the method for providing an exercise education support service.

In physical education education, the challenge is to provide education correctly and efficiently. In addition, in physical education, it is also an issue to educate children to avoid injuries. Therefore, in the past, the instructor's image was made into a still image, the student's image was made into a moving image, and while the instructor's image was shown to the students, the student's image was moved.In the case of a form that did not conform to the student's basics, A method of instructing what form to take has been considered (for example, Patent Document 1).

In addition, we have long focused on the fact that the movements of highly skilled performers, such as top athletes (top performers), are essential movements (relatively less likely to cause injuries) to accomplish athletic tasks. It is being considered to use the behavior of the system as a standard model.

A standard model can be created, for example, by collecting data on 20 to 30 top athletes and reconstructing the common features. Using the standard model as a teaching material can be useful in improving the abilities of athletes and the physical functions of the elderly.

Japanese Patent Application Publication No. 7-144038

By the way, in physical education education for elementary, junior high and high schools, the number of teachers with little experience in sports is increasing, and as a result, there may be variations in teaching methods depending on the teacher, making it impossible to uniformly provide correct education to students. Furthermore, even in education that uses the standard model as a teaching material, the instructor's know-how (tacit knowledge) is used for the instruction method, and therefore, there may be variations in the instruction method depending on the instructor.

An object of the present invention is to provide an exercise education system, a server device, an exercise education support service providing method, and a program that can provide correct exercise education to those receiving exercise education.

In order to achieve the above object, an exercise education system according to one aspect of the present invention includes a terminal that can be used by a person receiving exercise-related instruction, a server device connected to the terminal via a communication network, and a server device connected to the terminal via a communication network. a database that is connected to a communication network and stores a plurality of standard motion data representing standard motions of a person for each information element related to the exercise, and the terminal is inputted with information elements of the person receiving the instruction. a request transmitting means for transmitting an instruction request including the information element to the server device via the communication network; when a video representing the state of motion of the person is input, the motion of the person is determined from the video; motion data generation means for generating data, the server device is a server that, upon receiving the instruction request from the terminal, acquires standard motion data corresponding to the information element included in the instruction request from the database. Displaying improvements to the person's operational state on the terminal based on a comparison result between the standard operational data and the standard operational data generated by the standard operational data acquisition means of the terminal and the operational data generating means of the terminal. and an improvement point display control means for generating display data for and transmitting the display data to the terminal.

According to the present invention, it is possible to provide an exercise education system, a server device, an exercise education support service providing method, and a program that can provide correct exercise education to a person receiving exercise education.

1 is a schematic configuration diagram showing a first embodiment of a sports education system according to the present invention. FIG. 2 is a diagram showing an example of an input screen of a terminal and an example of stored contents of a database in the first embodiment. FIG. 3 is a diagram illustrating an example of time-series data of a photographed video of a student and movements of the student in the first embodiment; FIG. FIG. 6 is a diagram illustrating an example of skeleton information of a student's movements in the first embodiment. FIG. 2 is a schematic sequence diagram illustrating information transmission and reception operations between a terminal, a management server, and a database when providing improvement points in the operating state and personal advice to sports education participants according to the first embodiment; FIG. . As a modification of the first embodiment of the sports education system according to the present invention, information is exchanged between a terminal, a management server, and a database when providing improvement points in the operating state and personal advice to sports education participants. FIG. 2 is a schematic sequence diagram showing the transmission and reception operations of FIG. FIG. 2 is a schematic configuration diagram showing a second embodiment of a sports education system according to the present invention. FIG. 6 is a schematic sequence diagram showing the transmission and reception of information between a terminal, a management server, and a database when providing improvement points in the operating state and personal advice to sports education participants according to the second embodiment; FIG. .

Embodiments of the present invention will be described. Note that this embodiment shows an example of the present invention, and the present invention is not limited to this embodiment. Further, various changes or improvements can be made to this embodiment, and forms with such changes or improvements can also be included in the present invention.

(First embodiment)
FIG. 1 is a schematic configuration diagram showing a first embodiment of a sports education system according to the present invention, where PS1, ..., PSn (n is an integer) are terminals that can be used by students receiving sports education as exercise education. are shown respectively. The terminals PS1, ..., PSn (shown as a representative of the terminal PS1 in FIG. 1) include a camera 11 for photographing the student and his or her movements, a microphone 12 for inputting the student's voice, and a control device. It includes a section 13A, a storage section 14, a display section 15, an input section 16, and a modem 17. The terminals PS1, ..., PSn may be, for example, smartphones, tablets, personal computers. Furthermore, the terminals PS1, ..., PSn may be terminals owned by the students, teachers or instructors, or, if the students are elementary school students or junior high school students, terminals owned by their guardians.

Of these, the control unit 13A arbitrarily processes and edits the motion video 210 captured by the camera 11 and the audio input by the microphone 12 to generate motion data as shown in FIG. 3 (for example, time series data 220 in FIG. 3). It has an operation data creation control section 131 that generates (as shown in the figure). The control section 13A stores the operation data in the storage section 14, supplies the video signal included in the operation data to the display section 15 for display, and causes the audio signal to be amplified and output from a speaker (not shown). The motion data creation control unit 131 has a function of extracting human body skeletal information 230 from the time series data 220 of the moving image and generating motion data using the skeletal information 230 as coordinate information as shown in FIG.

The control unit 13A includes an operation data transmission control unit 132 for uploading operation data onto the cloud. That is, the control unit 13A activates an application program related to, for example, sports education stored in the storage unit 14, so that the student requests guidance from the management server 100 according to the input form by operating keys on the input unit 16, and The motion data generated by photographing with the camera 11 or the motion data stored in the storage unit 14 is uploaded. This upload data is then transmitted from the modem 17 to the management server 100. The modem 17 transmits the upload data to the communication network NW.

The communication network NW is constituted by a computer network such as the Internet. The upload data is transmitted to the management server 100 as a server device via the communication network NW.

The management server 100 provides sports education support services to the terminals PS1, ..., PSn via the communication network NW, and includes a modem 110, a control section 120A, and a storage section 130. The modem 110 is connected to the communication network NW, and receives upload data sent from each terminal PS1, . . . , PSn via the communication network NW. The control unit 120A extracts operational data from the received upload data, and stores the operational data in the storage unit 130 in association with the transmission source address assigned to the upload data.

Further, a database 20 is connected to the communication network NW. The database 20 is provided with a standard operation database 21 and an advice database 22. As shown in FIG. 2, the standard motion database 21 contains a plurality of information elements including, for example, standard motions (sequences) having event information and basic information, and motion variability degrees (sequences) corresponding to the standard motions. Standard operating data is stored. The event information includes, for example, baseball (throw), baseball (hit), basketball (shoot), and the like. The basic information includes, for example, height, weight, age (grade), gender, career, level, experience value, etc. The advice database 22 stores deviation value data (number sequence) and advice data (text) corresponding to the deviation value data.

The control unit 120A includes a standard operation data acquisition control unit 121, an operation data comparison control unit 122, an improvement point display control unit 123, and an advice display control unit 124. When the standard movement data acquisition control unit 121 receives a teaching request transmitted from the terminal PS1, for example, it acquires standard movement data corresponding to the event information and basic information included in the teaching request from the standard movement database 21 of the database 20.

The operational data comparison control unit 122 executes a comparison process that compares the operational data transmitted from the terminal PS1 and the standard operational data acquired from the database 20, for example. In this comparison process, for example, deviation value data representing the deviation value of the movement data with respect to the standard movement is generated, and evaluation data is generated using the deviation value data and the movement variation degree of the movement data with respect to the standard movement.

The improvement point display control section 123 extracts points for which the evaluation data generated by the operation data comparison control section 122 is equal to or higher than a threshold value, and displays the top priority improvement points for the student's operation state on the requesting terminal PS1. It generates display data to be displayed on the display unit 15 of , and transmits this display data to the requesting terminal PS1 via the communication network NW.

For example, upon receiving an advice request from the terminal PS1, the advice display control unit 124 selectively acquires the corresponding advice data from the advice database 22 of the database 20 based on the previously generated deviation value data and evaluation data. Then, based on the acquired advice data, personal advice display data for displaying personal advice on the display unit 15 of the requesting terminal PS1 is generated, and the personal advice display data is sent to the terminal PS1 via the communication network NW. Send. Personal advice includes personal data and movement simulations, such as ``Raise your left shoulder a little higher'' or ``Bend your right knee more.''

Next, the operation of the system configured as above will be explained.
FIG. 5 is a schematic sequence diagram showing the operation of transmitting and receiving information between the terminal PS1, the management server 100, and the database 20.

For example, a student receiving sports education operates the input unit 16 of the terminal PS1 to start an application program related to sports education stored in the storage unit 14, and accesses the management server 100 via the communication network NW. Then, following the instructions on the screen downloaded from the management server 100, the necessary information is input (step ST5a). The necessary items to be input are the event information for which instruction is desired and basic information regarding the student using the terminal PS1. For example, if you select "Basketball (shoot)" as the event information, and the basic information is the student's height "XX cm", weight "XX kg", age "XX years", gender "Male", career (experience level), etc. ) Assume that you input "year" and level "medium". When the input of these necessary items is completed, the terminal PS1 transmits a guidance request including these information to the management server 100.

Upon receiving the instruction request, the management server 100 accesses the database 20 via the communication network NW, and transmits a standard movement data request including the event information and basic information included in the instruction request to the database 20 (step ST5b). .

When the database 20 receives the standard movement data request (step ST5c), it reads standard movement data under the same conditions as the student from the standard movement database 21 based on the event information and basic information included in the standard movement data request (step ST5c). ST5d), the standard operation data including the standard operation (number sequence) and the degree of movement variation (number sequence) is transmitted to the management server 100. Note that the standard movement database 21 stores a plurality of standard movement data obtained by collecting, for example, 20 to 30 top athletes' data for each event and reconstructing the common points, and also stores data on ordinary people for each age group. A plurality of standard operating data that have been collected and their common features reconstructed are stored. For example, if the level included in the basic information is "high", the standard movement data of the top athlete corresponding to the desired event will be read out, and if the level included in the basic information is "low", the standard movement data of the top athlete corresponding to the desired event will be read out. Standard operating data for ordinary people is read out.

When the management server 100 receives the standard operation data from the database 20 (step ST5e), it temporarily stores the standard operation data in the storage unit 130, and transmits an operation data request to the instruction requesting terminal PS1 via the communication network NW. (step ST5f). The motion data request includes, for example, a command to the student, ``Please take a video of the shooting motion.''

Upon receiving the motion data request, the terminal PS1 displays a command to the student on the display unit 15, for example, "Please take a video of the shooting motion." After viewing the command displayed on the display section 15, the student activates the camera 11 and photographs his or her shooting action using the camera 11 (step ST5g). At this time, the student places the terminal PS1 in a place where the entire student can take a picture and takes a picture with the camera 11.

As shown in FIG. 3, the terminal PS1 generates motion data including time series data 220 from the motion video 210 captured by the camera 11 (step ST5h). At this time, in order to convert the motion data into data that combines standard motion data and motion phases, the terminal PS1 extracts human body skeletal information 230 from the time series data 220 and converts the skeletal information 230 into data as shown in FIG. Generate motion data as coordinate information. Then, when the student operates the input unit 16 and clicks an upload button (not shown), the terminal PS1 transmits the upload data including the operation data to the management server 100.

When the management server 100 receives the upload data from the terminal PS1, it extracts the operation data included in the upload data (step ST5i), generates deviation value data representing the deviation value of the operation data with respect to the standard operation (step ST5j), A weighted motion deviation degree is calculated using the deviation value data and the motion variation degree of the motion data with respect to the standard motion, and evaluation data sorted in descending order is generated (step ST5k). At this time, the deviation value data is expressed as a sequence of numbers such as (x0, y0, z0) = (10, -5, 3), (x1, y1, z1) = (-3, 15, -9), etc. Ru. The evaluation data is obtained by multiplying the deviation value data by the reciprocal of the operating variability.

Subsequently, the management server 100 stores deviation value data and evaluation data in the storage unit 130 in association with the address that identifies the requesting terminal PS1, and extracts points for which the evaluation data has a value equal to or higher than a threshold value. By doing so, display data for displaying the evaluation (top priority improvement points) of the student's operating state on the display unit 15 of the requesting terminal PS1 is generated (step ST5l), and this display data is displayed on the requesting terminal PS1. It is transmitted to PS1 via the communication network NW.

Upon receiving the display data, the terminal PS1 supplies the display data to the display section 15 to display it (step ST5m). Therefore, this display allows the student to know the top priority improvement points for his or her own operating state. For example, if the evaluation data (x0, y0, z0) = (10, 15, 20), (x1, y1, z1) = (60, 100, -50), etc. are displayed on the display unit 15, then , students can see that their left shoulder is slightly lowered and their right knee is extended when shooting.

Assume that in this state, the student operates the input unit 16 and inputs an advice request command in order to receive advice. Then, the terminal PS1 accesses the management server 100 and transmits a personal advice request (step ST5n).

Upon receiving the personal advice request, the management server 100 reads the corresponding deviation value data and evaluation data from the storage unit 130 based on the sender address included in the personal advice request, and sends the data to the database 20 via the communication network NW. and transmits an advice data acquisition request including deviation value data and evaluation data to the database 20 (step ST5o).

When the database 20 receives the advice data acquisition request (step ST5p), it reads advice data corresponding to the deviation value data from the advice database 22 in descending order of the evaluation data included in the advice data acquisition request (step ST5q), and reads the advice data corresponding to the deviation value data (step ST5q). is sent to the management server 100. Here, if the deviation value data is a sequence of (x0,y0,z0)=(10,-5,3), (x1,y1,z1)=(-3,15,-9),... The advice data to do so is text data such as "Raise it a little" or "Lower it significantly."

When the management server 100 receives advice data for each deviation value from the database 20 (step ST5r), the management server 100 adjusts the text and creates personal advice display data for displaying personal advice on the display unit 15 of the requesting terminal PS1. The personal advice display data is generated (step ST5s) and transmitted to the terminal PS1 via the communication network NW. Here, if the advice data is, for example, text data such as "raise your left shoulder a little", "lower your right knee", "raise your left shoulder a little", "lower your right knee", etc. "Let's bend more" is generated.

Upon receiving the personal advice display data, the terminal PS1 supplies the personal advice display data to the display unit 15 for display (step ST5t). Therefore, this display allows the student to correctly receive personal advice regarding his or her own operating state.

In step ST5h shown in FIG. 5, the motion data creation control unit 131 of the terminal PS1 is equipped with a sensory value input function for inputting the sensory value felt by the student regarding the motion when the video was shot. You may also do so. In this case, the motion data creation control unit 131 generates motion data based on the captured video and the sensory values input by the sensory value input function. By inputting a sensory value such as "very good," "good," "bad," or "very bad" for the recorded video, students can predict areas for improvement in advance and further improve. You can also receive priority advice on areas where you would like to receive advice.

As described above, according to the first embodiment, a student receiving instruction related to sports education uses the terminal PS1 to input information on the event he/she wishes to receive instruction and basic information about himself/herself. By capturing a video showing the student's own operating state using the camera 11, the management server 100 uses the standard operating data stored in the database 20 under the same conditions as the student's to identify improvements to the student's operating state. Display data to be displayed on the terminal PS1 is generated and transmitted to the terminal PS1. Therefore, for example, students aiming to become top athletes can always receive correct sports education.

In addition, in the first embodiment, for example, the terminal PS1 has a function of extracting skeletal information of a human body from a video and generating motion data using the skeletal information as coordinate information. It is possible to obtain three-dimensional coordinate information, and from that coordinate information, it is possible to calculate in detail improvements to the student's movement state.

Furthermore, in the first embodiment, by using the deviation value data to compare the movement data with the standard movement data, it is possible to determine the individual differences in movement of each part of the student's body during movement. , it is possible to extract areas with large individual differences and provide detailed improvement points for each individual, and to provide detailed personal advice to each individual as needed.

Furthermore, according to the first embodiment, for example, the training methods of top coaches can be converted into data and stored in the advice database 22 as advice data. This can contribute to, for example, revitalizing the sports market through player development.

(Modified example of the first embodiment)
FIG. 6 is a modified example of the first embodiment of the sports education system according to the present invention, and is a schematic sequence diagram showing the operation of transmitting and receiving information between the terminal PS1, the management server 100, and the database 20. In FIG. 6, steps ST6a to ST6i are the same processes as steps ST5a to ST5i in FIG. 5, so detailed explanations will be omitted.

The management server 100 generates difference data representing the difference between the motion data with respect to the standard motion (step ST6j), and generates score data using the difference data and the motion variability of the motion data with respect to the standard motion (step ST6k). ). The score data is obtained by multiplying the difference data by the degree of movement variability.

Subsequently, the management server 100 stores the difference data and standard operation data in the storage unit 130 in association with the address that identifies the requesting terminal PS1, and also stores the score for the student's operating state on the requesting terminal PS1. Display data to be displayed on the display unit 15 is generated, and this display data is transmitted to the requesting terminal PS1 via the communication network NW.

Upon receiving the display data, the terminal PS1 supplies the display data to the display section 15 to display it (step ST6l). Therefore, this display allows the student to know the score for his or her own operating state. This score includes scoring that takes into account qualitative factors such as physical strain, the sound and rhythm of the student's movements, and scoring that takes into account sensation. If students can know the degree of physical strain on their own movement, they can predict the occurrence of injury due to movement.

Upon receiving the personal advice request from the terminal PS1, the management server 100 reads the corresponding difference data and standard operation data from the storage unit 130 based on the sender address included in the personal advice request (step ST6n), and reads out the standard operation data. The difference data is sorted in descending order of the degree of motion variation included in the data, and a plurality of difference data arranged in order of the largest difference among the plurality of higher-order difference data is generated as priority difference data (step ST6o). An advice data acquisition request including the data is sent to the database 20.

When the database 20 receives the advice data acquisition request (step ST6p), it reads advice data for each difference from the advice database 22 in descending order of correction priority (step ST6q), and transmits the advice data to the management server 100.

When the management server 100 receives advice data for each difference from the database 20 (step ST6r), the management server 100 displays personal advice on the display unit 15 of the requesting terminal PS1 using only the advice data corresponding to the higher order difference. It generates personal advice display data for (step ST6s) and transmits the personal advice display data to the terminal PS1 via the communication network NW.

As described above, according to the modification, the same effects as in the first embodiment can be obtained even if the difference data is used to compare the motion data and the standard motion data.

In addition, in the above modification, if the degree of physical strain is displayed as a score on the display unit 15 of the terminal PS1, the trainee can predict the occurrence of injury due to his or her own actions, and prevent sports-related injuries. It can also be prevented.

(Second embodiment)
FIG. 7 is a schematic configuration diagram showing a second embodiment of the sports education system according to the present invention. In FIG. 7, the same parts as in FIG. 1 are given the same reference numerals, and detailed explanations will be omitted.

For example, the control unit 13B of the terminal PS1 includes a standard operation data acquisition control unit 133, an operation data comparison control unit 134, and a transmission control unit 135 in addition to the operation data creation control unit 131. The standard operation data acquisition control unit 133 acquires standard operation data from the management server 100.

The motion data comparison control section 134 executes a process of comparing the motion data generated by the motion data generation control section 131 and the standard motion data acquired by the standard motion data acquisition control section 133. In this comparison process, for example, deviation value data representing the deviation value of the movement data with respect to the standard movement is generated, and evaluation data is generated using the deviation value data and the movement variation degree of the movement data with respect to the standard movement.

The transmission control unit 135 transmits the evaluation data generated by the operational data comparison control unit 134 to the management server 100 via the communication network NW as the upload data.

On the other hand, the control unit 120B of the management server 100 includes an evaluation data reception control unit 125 in addition to a standard operation data acquisition control unit 121, an improvement point display control unit 123, and an advice display control unit 124. The evaluation data reception control unit 125 receives the upload data transmitted from the terminal PS1, and extracts evaluation data included in the upload data.

Next, the operation of the system configured as above will be explained.
FIG. 8 is a schematic sequence diagram showing the operation of transmitting and receiving information between the terminal PS1, the management server 100, and the database 20. In FIG. 8, steps ST8a to ST8e and steps ST8l to ST8t are the same processes as steps ST5a to ST5e and steps ST5l to ST5t in FIG. 5, so detailed explanations will be omitted.

When the management server 100 receives the standard operation data from the database 20, it transmits the standard operation data together with the operation data request to the instruction requesting terminal PS1 via the communication network NW (step ST8f).

Upon receiving the above motion data request and the above standard motion data, the terminal PS1 temporarily stores the standard motion data in the storage section 14, and displays a command to the student on the display section 15, for example, "Please take a video of the shooting motion." indicate. After viewing the command displayed on the display unit 15, the student activates the camera 11, and uses the camera 11 to photograph the student's shooting action (step ST8g).

Terminal PS1 generates motion data including time series data 220 from motion video 210 captured by camera 11 (step ST8h). Then, the terminal PS1 reads the standard operation data from the storage unit 14, generates deviation value data representing the deviation value of the operation data with respect to the standard operation (step ST8i), and generates deviation value data and the operation variation of the operation data with respect to the standard operation. A weighted motion deviance degree is calculated using the degree and evaluation data sorted in descending order is generated (step ST8j).

When the student operates the input unit 16 and clicks an upload button (not shown), the terminal PS1 transmits upload data including evaluation data to the management server 100.

When the management server 100 receives the upload data from the terminal PS1, it extracts the evaluation data included in the upload data (step ST8k).

As described above, according to the second embodiment, it is also possible to perform a comparison process between the behavioral data representing the student's behavioral state and the standard behavioral data stored in the database 20 on the terminal PS1. Therefore, the processing load on the management server 100 is reduced accordingly.

(Other embodiments)
The present invention is not limited to the above embodiments. In each embodiment, an example has been described in which the terminal PS1 shoots a video when an operation data request is sent from the management server 100. However, the present invention is not limited to this, and the video may be shot at the same time as the student using the terminal PS1 inputs the event information and basic information.

In addition, the configuration of the management server 100, the configuration of the terminals PS1, ..., PSn, the method of providing improvement points for the student's operating state, the method of providing personal advice regarding the student's operating state, etc. also deviate from the gist of the present invention. It can be implemented with various modifications within the scope.

11 Camera 12 Microphones 13A, 13B, 120A, 120B Control section 14, 130 Storage section 15 Display section 16 Input section 17, 110 Modem 20 Database 21 Standard operation database 22 Advice database 100 Management server 121, 133 Standard operation data acquisition control section 122 Operational data comparison control section 123 Improvement point display control section 124 Advice display control section 125 Evaluation data reception control section 131 Operational data creation control section 132 Operational data transmission control section 134 Operational data comparison control section 135 Transmission control section PS1, ..., PSn Terminal NW communication network

Claims (14)

A terminal that can be used by a person receiving instruction related to exercise; a server device connected to the terminal via a communication network; a database that stores a plurality of standard operation data representing the
Equipped with
The terminal is
request transmitting means for transmitting a guidance request including the information element to the server device via the communication network when the information element of the person receiving the guidance is input;
a motion data generating means for generating motion data of the person from the video when a video representing the motion state of the person is input;
Equipped with
The server device includes:
server-side standard operation data acquisition means for, upon receiving the instruction request from the terminal, acquiring standard operation data corresponding to the information element included in the instruction request from the database;
generating display data for displaying improvements to the person's operational state on the terminal based on a comparison result between the operational data generated by the operational data generating means of the terminal and the standard operational data; improvement point display control means for transmitting the display data to the terminal;
Equipped with
The improvement point display control means of the server device includes display data for displaying the highest priority improvement point on the terminal, display data for displaying the degree of physical burden on the terminal, and adding qualitative elements or sensations. and display data for displaying the scored score on the terminal.
Exercise education system. The terminal includes an operation data transmitting means for transmitting the operation data generated by the operation data generating means to the server device via the communication network,
The exercise education system according to claim 1, wherein the server device includes comparison means for comparing the motion data transmitted from the terminal and the standard motion data. The terminal includes a terminal-side standard operation data acquisition means for acquiring the standard operation data from the server device, and a terminal-side standard operation data acquisition means that acquires the operation data generated by the operation data generation means and the standard operation data acquired by the terminal-side standard operation data acquisition means. Comparing means for comparing the operational data with the standard operational data, and comparison result transmitting means for transmitting a comparison result between the operational data and the standard operational data by the comparing means to the server device,
The exercise education system according to claim 1, wherein the improvement point display control means of the server device generates the display data based on the comparison result received from the terminal, and transmits the display data to the terminal. 2. The request transmitting means of the terminal transmits the instruction request including, as the information element, information on a sport that the person desires to be coached and at least basic information regarding the person's body to the server device. The exercise education system according to any one of 3 to 3. 5. The exercise education system according to claim 1, wherein the motion data generation means of the terminal extracts human body skeletal information from the video and generates motion data using the skeletal information as coordinate information. The motion data generation means of the terminal includes a sensory value input means for inputting a sensory value felt by the person with respect to the motion when the video was shot, and the motion data generating means includes a sensory value input means for inputting a sensory value felt by the person with respect to the motion when the video was shot. The exercise education system according to any one of claims 1 to 4, wherein the motion data is generated based on the motion data. The communication is made to a database that is connectable via a communication network to a terminal available to a person receiving instruction related to exercise and stores a plurality of standard movement data representing a person's standard movement for each information element related to the movement. A server device connectable via a network,
server-side standard behavior data acquisition means for, upon receiving an instruction request transmitted from the terminal and including information elements of the person receiving the instruction, acquiring standard behavior data corresponding to the information elements from the database;
Generating display data for displaying improvements to the person's movement state on the terminal based on a comparison result between the movement data representing the movement state of the person obtained by the terminal and the standard movement data; improvement display control means for transmitting display data to the terminal;
Equipped with
The improvement point display control means includes display data for displaying the highest priority improvement points on the terminal, display data for displaying the degree of physical burden on the terminal, and a scoring that takes into account qualitative factors or sensations. generating at least one of display data to be displayed on the terminal;
server equipment. The server device according to claim 7, further comprising comparison means for comparing the operation data transmitted from the terminal and the standard operation data. The comparison means generates deviation value data representing a deviation value of the movement data with respect to the standard movement, and generates evaluation data using the deviation value data and the movement variation degree of the movement data with respect to the standard movement. death,
9. The server device according to claim 8, wherein the improvement point display control means generates the display data by extracting points for which the evaluation data is equal to or greater than a threshold value. The comparison means generates difference data representing a difference between the motion data with respect to the standard motion, and generates score data using the difference data and a motion variation degree of the motion data with respect to the standard motion,
The server device according to claim 8, wherein the improvement point display control means generates the display data based on the score data. Further, the database stores advice data for adjusting the coordinates of the movement data to the standard movement data for each deviation from the standard movement data,
A personal advice display for selectively acquiring corresponding advice data from the database based on a comparison result between the operation data and the standard operation data, and displaying personal advice on the terminal based on the advice data. The server device according to claim 7, further comprising advice display control means for generating data and transmitting the personal advice display data to the terminal. 11. The advice display control means generates at least one of personal advice display data for displaying personal data on the terminal and personal advice display data for displaying a result of a motion simulation on the terminal. The server device described in . The communication is made to a database that is connectable via a communication network to a terminal available to a person receiving instruction related to exercise and stores a plurality of standard movement data representing a person's standard movement for each information element related to the movement. A method for providing an exercise education support service by a server device connectable via a network, the method comprising:
Upon receiving a guidance request transmitted from the terminal and including information elements of the person receiving the guidance, the server device acquires standard operation data corresponding to the information elements from the database;
The server device generates display data representing improvements to the person's movement state based on a comparison result between the movement data representing the person's movement state obtained by the terminal and the standard movement data, and displays the display data. Send data to the terminal,
The server device generates the display data by combining display data for displaying the highest priority improvement point on the terminal, display data for displaying the degree of physical burden on the terminal, and qualitative elements or sensations. generate at least one of display data for displaying a score that takes into account on the terminal;
How to provide exercise education support services. The communication is made to a database that is connectable via a communication network to a terminal available to a person receiving instruction related to exercise and stores a plurality of standard movement data representing a person's standard movement for each information element related to the movement. The program is executed by a server device connectable via a network, and when the server device receives a guidance request transmitted from the terminal and includes information elements of the person receiving the guidance, the program executes the program by a server device connectable via a network. server-side standard operation data acquisition means for acquiring operation data from the database;
Generating display data for displaying improvements to the person's movement state on the terminal based on a comparison result between the movement data representing the movement state of the person obtained by the terminal and the standard movement data; improvement display control means for transmitting display data to the terminal;
and make it work,
The improvement point display control means includes display data for displaying the highest priority improvement points on the terminal, display data for displaying the degree of physical burden on the terminal, and a scoring that takes into account qualitative factors or sensations. generating at least one of display data to be displayed on the terminal;
program.

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