JP2021018598A - Information providing device, information providing system and program - Google Patents

Abstract

To provide an information providing device, information providing system and program that can provide information for generating data indicative of a curing-purpose challenging set in accordance with an individual child.SOLUTION: A management server 100 of an information providing system 1 is configured to receive an input by an administrator, and provide the administrator with information. A leader terminal 200A to 200C are configured to receive an input by a leader, and provide the leader with information. A parent terminal 300A to 300E are configured to receive an input by a parent, and provide the parent with information.SELECTED DRAWING: Figure 2

Description

The present invention relates to an information providing device, an information providing system and a program for treating developmental disorders including autism and children suspected of having developmental disorders.

Conventionally, a system for managing the growth of a child of the age of attending a kindergarten or a nursery school has been proposed (for example, Patent Document 1).

Japanese Patent No. 2005-92632

There are developmental disorders, including autism, and children suspected of having developmental disorders (hereinafter referred to as "children") in a predetermined proportion of a large number of people. Children have various difficulties in learning, sociality and communication. In many cases, parents and supporters of children work hard at educational support institutions such as support facilities and at home to support their growth and provide education (hereinafter referred to as "rehabilitation"). Since each child's condition is different, it is necessary to provide medical care suitable for each child's condition. Therefore, for example, as in Patent Document 1 described above, it is difficult to provide appropriate medical care by a standard method based on age or the like.

The present invention attempts to solve such a problem, and provides an information providing device, an information providing system, and a program capable of providing information for generating data indicating a set of tasks for nursing care according to an individual child. The purpose is to provide.

The first invention comprises individual information indicating the developmental state of the individual child in association with identification information for identifying the individual child, and a plurality of individual tasks assigned as tasks to be performed by the individual child. A storage means for storing a configured task set and a bird's-eye view for bird's-eye view of the plurality of individual tasks constituting the task set in relation to a general task which is a general task, and the bird's-eye view The displayed individual task constitutes the task set, and the interlocking means for linking the bird's-eye view and the task set so that the individual task constituting the task set is displayed on the bird's-eye view, and an external means A display means for displaying at least one of the individual information, the task set, and the bird's-eye view in response to input, a rewriting means for rewriting the contents of the individual task in response to input from the outside, and a rewriting means from the outside. In response to the input of, the replacement means for replacing a part or all of the individual tasks constituting the task set, and the guardian terminal in which the bird's-eye view and the task set are managed by the guardian of the individual child. It is an information providing device having a transmitting means for transmitting.

A task is a predetermined action that a child should perform in response to a specific action from the environment including others, such as "handing over what he / she has" or "handing over what is instructed". It is one of the elements that make up medical treatment. For example, it is difficult for children who are unable to understand "instructed" to successfully carry out the task of "handing over the instructed". For this reason, the tasks that children should carry out for their care depend on the condition of each child. In this regard, according to the configuration of the first invention, individual tasks among general tasks can be displayed from a bird's-eye view. For example, by displaying some individual tasks among hundreds of general tasks, it is possible to make a person who uses the information providing device recognize the position of the individual tasks in many general tasks. Those who use the information providing device are, for example, a guardian of children, a person who guides the care of children, and a manager of the information providing device. Further, since the information providing device has a rewriting means, for example, if the current individual task is modified to a certain extent, the content can be modified by accepting the rewriting of the individual task. In addition, since the information providing device has a replacement means, if the correction of the current individual task is insufficient, the replacement of the individual task with another task is accepted, and the individual tasks constituting the task set are replaced. Can be done. Then, since the bird's-eye view and the task set are linked by the interlocking means, if any change occurs in either the bird's-eye view or the task set, it is reflected in the other. Therefore, the latest information can be provided to the user of the information providing device by both the bird's-eye view and the task set. As a result, it is possible to generate data showing a set of tasks for nursing care according to each child.

The second invention has, in the configuration of the first invention, a receiving means for receiving the execution result of the task set from the guardian terminal, and a result reflecting means for reflecting the execution result in the individual information. It is an information providing device.

According to the configuration of the second invention, since the information providing device can reflect the execution result of the task set in the individual information, the implementation result is reflected as useful information for generating a new task set. Individual information can be displayed.

In the third invention, in the configuration of the first invention or the second invention, change information indicating an expected change of the individual task assigned to the individual child in response to an external input is provided in the bird's-eye view. It is an information providing device having a change display means for displaying.

The change information is, for example, information indicating that the current individual task is expected to change to a more difficult individual task in half a year. This change information is also information that shows the prospect of children's development. According to the configuration of the third invention, the information providing device can transmit a bird's-eye view including change information to the guardian terminal, so that the guardian can know the prospect of the child's development. Information can be provided.

The fourth invention is an information providing device having, in the configuration of the second invention, a candidate display means for displaying candidates for the individual task for constructing the task set based on the implementation result.

According to the configuration of the fourth invention, the information providing device can display candidates for individual tasks for generating a task set. As a result, it is possible to provide the person who uses the information providing device with information for generating an effective task set.

In the fifth invention, in the configuration of the fourth invention, the storage means stores the first learning result, which is a neural network obtained by learning the relationship between the individual information of a plurality of children and the task set. The candidate display means is an information providing device that applies the individual information of a specific child to the first learning result and displays the candidate of the individual task for constructing the task set.

According to the configuration of the fifth invention, the information providing device can display individual task candidates by a neural network generated based on a large number of examples, so that a more effective task set can be generated. Information can be provided.

In the sixth aspect of the invention, in the configuration of the third invention, the storage means learns and acquires the relationship between the individual information of the plurality of children and the transition of the task set applied to the plurality of children. The second learning result, which is a neural network, is stored, and the change display means applies the individual information of a specific child to the second learning result, and displays the transition of the task set on the bird's-eye view. , Information providing device.

According to the configuration of the sixth invention, the information providing device can display the transition of a highly reliable task set by the neural network generated based on a large number of examples.

In the seventh invention, in any of the configurations of the first invention to the sixth invention, the storage means is the result of the task set applied to the plurality of children and immediately before the task set is implemented. The third learning result, which is a neural network obtained by learning the relationship between the moving image information showing the child's facial expression and / or movement and the individual information of the child, is stored, and the moving image of the specific child is stored. The third learning result is applied to the information and the individual information, and has a result prediction means for predicting the execution result of the task set of the individual child and calculating the prediction result, and the transmission means has the prediction result. Is an information providing device that transmits the above to the guardian terminal.

According to the configuration of the seventh invention, a neural network generated based on a large number of examples can provide reliable prediction results. For example, even if the result of the task performed by the child is insufficient, it is possible to give a sense of security to the guardian of the child as long as the result does not deviate from the expected result.

In the eighth invention, in the configuration of the fourth invention, the candidate display means is configured to display candidates for the individual task by referring to external information including the result of a developmental test and medical information. , Information providing device.

According to the ninth invention, in the configuration of the eighth invention, the candidate display means is further configured to display candidates for the individual task with reference to supplementary information for supplementing the external information. It is an information providing device.

In the tenth invention, in the configuration of the fourth invention, the information providing device has an extraction means for extracting predetermined information from free information that can be freely described by the guardian, and the candidate display means is a candidate display means. Further, it is an information providing device configured to display candidates for the individual task with reference to the information extracted by the extraction means.

In the eleventh invention, in the configuration of the fourth invention, the candidate display means further displays the candidate for the individual task by referring to the long-term information including the transition of the correlation between the individual information and the implementation result. It is an information providing device configured as such.

In the twelfth invention, in the configuration of the fourth invention, the information providing device classifies the individual tasks to be carried out by the guardian based on numerical values indicating the health state and mental state of the guardian. It is an information providing device having a classification means.

According to the thirteenth invention, in the configuration of the first invention, the information providing device inputs to the guardian community, which is a configuration on a website for a plurality of guardians to exchange information, and the guardian community. It is an information providing device having a guardian community classification means for classifying the collected information and classifying it according to the individual problem into classification information.

In the fourteenth invention, in the configuration of the fourth invention, the information providing device sends a contact request to the leader terminal when the login to the guardian terminal is not performed for a predetermined time or more, and the leader It is an information providing device having a reminder means for recording the fact as the state of the guardian when the information indicating that the problem has occurred to the guardian is received from the terminal.

According to the fifteenth invention, in the configuration of the fifth invention, when the information providing device presents the task candidate by a neural network, the individual task candidate may be presented with a certainty equal to or higher than a predetermined standard. When it is determined that the individual task cannot be presented, the information providing device has an impossible determination means for indicating that the candidate for the individual task cannot be presented.

The sixteenth invention is associated with identification information for identifying an individual child, individual information indicating the developmental state of the individual child, and a plurality of individual tasks assigned as tasks to be performed by the individual child. A storage means for storing a task set composed of, and a bird's-eye view for taking a bird's-eye view of the plurality of individual tasks constituting the task set in relation to a general task which is a general task, and the bird's-eye view. The individual information, the task set, and at least the bird's-eye view, in response to an external input, and an interlocking means for linking the bird's-eye view and the task set so that the individual task in the above constitutes the task set. A display means for displaying one, a rewriting means for rewriting the contents of the individual task in response to an external input, and a part of a plurality of the individual tasks constituting the task set in response to an external input. Alternatively, it is an information providing system having a replacement means for replacing all of them, and a transmission means for transmitting the bird's-eye view and the task set to a guardian terminal managed by the guardian of the individual child.

According to the seventeenth invention, a computer that controls an information providing device is associated with identification information for identifying an individual child, and individual information indicating the developmental state of the individual child and the individual information implemented by the individual child. A task set composed of a plurality of individual tasks to be assigned as tasks to be assigned, and a bird's-eye view for taking a bird's-eye view of the plurality of individual tasks constituting the task set in relation to general tasks that are general tasks. A storage means for storing, an interlocking means for linking the bird's-eye view and the task set so that the individual task in the bird's-eye view constitutes the task set, the individual information, the task set, and the like in response to an external input. A display means for displaying at least one of the bird's-eye views, a rewriting means for rewriting the contents of the individual task in response to an external input, and a plurality of the above-mentioned tasks constituting the task set in response to an external input. It is a program for functioning as a replacement means for replacing a part or all of individual tasks, and a transmission means for transmitting the bird's-eye view and the task set to a guardian terminal managed by the guardian of the individual child. ..

According to the present invention, it is possible to provide information for generating data showing a set of tasks for nursing care according to an individual child.

It is a conceptual diagram which shows the whole structure of the system of the 1st Embodiment of this invention. It is a schematic overall view of the system. It is a schematic diagram which shows the functional structure of the information providing apparatus. It is a schematic diagram which shows the functional structure of a leader terminal. It is a schematic diagram which shows the functional structure of a guardian terminal. It is the schematic which shows the individual information. It is a schematic diagram which shows the task set. It is a schematic diagram which shows the bird's-eye view which displayed the general individual task. It is a schematic diagram which shows the bird's-eye view which displayed the task set. It is the schematic which shows the list of the child displayed on the instructor terminal. It is the schematic which shows the detailed information which shows the detail of a task. It is the schematic which shows the detailed information modified version. It is the schematic which shows the task set modified version. It is a schematic diagram which shows the bird's-eye view modified version. It is a schematic diagram which shows the bird's-eye view replacement version. It is a schematic diagram which shows the task set replacement version. It is a schematic diagram which shows the bird's-eye view which displayed the transition outlook. It is the schematic which shows the list of the child displayed on the parent terminal. It is a schematic diagram which shows the bird's-eye view which is displayed on the guardian terminal. It is a schematic diagram which shows the task set displayed on a parent terminal. It is a schematic diagram which shows the task implementation screen displayed on the guardian terminal. It is a schematic diagram which shows the task implementation screen displayed on the guardian terminal. It is a schematic diagram which shows the task implementation result confirmation screen displayed on a parent terminal. It is the schematic which shows the list of the child displayed on the instructor terminal. It is a schematic diagram which shows the bird's-eye view which reflected the implementation result. It is the schematic which shows the individual information which reflected the implementation result. It is a schematic diagram which shows the example of the task implementation result confirmation screen displayed on the instructor terminal. It is a schematic flowchart which shows the processing by an information providing apparatus. It is a schematic flowchart which shows the processing by an information providing apparatus. It is a schematic flowchart which shows the processing by an information providing apparatus. It is a schematic flowchart which shows the processing by an information providing apparatus. It is a schematic flowchart which shows the processing by an information providing apparatus. It is a bird's-eye view according to the second embodiment, and is a schematic diagram which shows an example in which a task candidate is displayed in the bird's-eye view. It is a schematic flowchart which shows the processing by an information providing apparatus. It is the bird's-eye view which concerns on 3rd Embodiment, and is the schematic diagram which shows the example which the problem candidate and the transition prediction are displayed on the bird's-eye view using a neural network. It is a conceptual diagram for explaining a neural network. It is a conceptual diagram for demonstrating the generation method of the neural network which inputs individual information and outputs a task set. It is a conceptual diagram for demonstrating the generation method of the neural network which inputs the individual information and outputs the transition. It is a schematic flowchart which shows the processing by an information providing apparatus. It is a bird's-eye view according to the 4th embodiment, and is a schematic diagram which shows an example in which a task candidate, a transition forecast and today's result forecast are displayed in the bird's-eye view using a neural network. It is a conceptual diagram for demonstrating the generation method of the neural network which inputs the moving image information and outputs today's forecast result. It is a schematic flowchart which shows the processing by an information providing apparatus. It is the schematic which shows the individual information which concerns on the 5th Embodiment. It is the schematic which shows the individual information which concerns on the 6th Embodiment. It is the schematic which shows the individual information which concerns on 7th Embodiment. It is a schematic diagram which shows the guardian community and the like which concerns on 8th Embodiment. It is a schematic flowchart which shows the remind function which concerns on 9th Embodiment. It is the schematic which shows the bird's-eye view which concerns on tenth embodiment.

Hereinafter, embodiments for carrying out the present invention (hereinafter, embodiments) will be described in detail. In the following description, the same reference numerals are given to similar configurations, and the description thereof will be omitted or abbreviated. The description of the configuration that can be appropriately implemented by those skilled in the art will be omitted, and only the basic configuration of the present invention will be described.

<First Embodiment>
<< Overall configuration >>
1 and 2 are schematic overall views showing the information providing system 1. As shown in FIGS. 1 and 2, the information providing system 1 includes a management server 100, a leader terminal 200 (200A to 200C), and a guardian terminal 300 (300A to 300E). When the leader terminals 200A to 200C are not distinguished, it is referred to as a leader terminal 200. When the guardian terminals 300A to 300E are not distinguished, it is referred to as the guardian terminal 300. The management server 100 is a server. The leader terminal 200 and the guardian terminal 300 are, for example, a personal computer or a smartphone. The management server 100 is an example of an information providing device, the instructor terminal 200 is an example of an instructor terminal, and the guardian terminal 200 is an example of a guardian terminal.

The number of the leader terminal 200 and the guardian terminal 300 is not limited to the number shown in FIG. 1 or FIG. For example, the number of leader terminals 200 is 20 or more and 200 or less, and the number of guardian terminals 300 is 50 or more and 1000 or less, but each of them may be more or less.

The management server 100, the leader terminal 200, and the guardian terminal 300 are connected via the Internet 20. The main software of the information providing system 1 is stored in the management server 100. The instructor terminal 200 and the guardian terminal 300 can browse the data managed by the management server 100 by the browser for browsing the website, and also input a predetermined input to the software held by the management server 100. It can be carried out. It should be noted that the management server 100 has data and software, and the instructor terminal 200 and the guardian terminal 300 can view the data and input the software, for example, in general such as a shopping site on the Internet. Since it is the same as a typical website, the explanation of the mechanism itself is omitted.

As shown in FIG. 1, the management server 100 accepts the input by the administrator 100a and provides the information to the administrator 100a. The leader terminals 200A to 200C accept input by the leaders 200a to 200c and provide information to the leaders 200a to 200c. The guardian terminal 300 accepts the input by the guardian 12 and provides the information to the guardian 12. The guardian 12 is a guardian of the child 10. The child 10 is a subject to be treated. The instructors 200a to 200c are persons who give advice on nursing care to the guardian 12. The administrator 100a is a person who manages the entire information providing system 1 and gives advice to the instructor 200a and the like.

<< Functional configuration of management server >>
FIG. 3 is a diagram showing a functional configuration of the management server 100. The management server 100 includes a CPU (Central Processing Unit) 110, a storage unit 112, a communication unit 114, and a display unit 116.

In the storage unit 112, in addition to the basic data and programs for operating the management server 100 itself, the data and programs described later for the information providing system 1 to exert a unique function are stored.

The display unit 116 is a display device such as a liquid crystal display device, and displays various images.

The management server 100 can be connected to the Internet 20 and communicate with the outside by the communication unit 114.

<< Functional configuration of the instructor terminal >>
FIG. 4 is a diagram showing a functional configuration of the instructor terminal 200. The leader terminal 200 has a CPU 210, a storage unit 212, a communication unit 214, and a display unit 216.

<< Functional configuration of parent terminal >>
FIG. 5 is a diagram showing a functional configuration of the guardian terminal 300. The guardian terminal 300 has a CPU 310, a storage unit 312, a communication unit 314, and a display unit 316.

<< Data stored in the administrator server >>
Hereinafter, the data and the program stored in the management server 100 will be described. The storage unit 112 stores individual information, a task set, and data showing a bird's-eye view set in association with each child.

The individual information is shown in FIG. 6, for example, and is information that shows in detail the overall situation of each child. As shown in FIG. 6, the individual information includes an identification code for identifying an individual child, a name, a gender, a birthday, a state, a task performed in the past, and a result of performing the task. The identification code is, for example, a numerical value having a predetermined number of digits, and is an example of identification information for identifying an individual child. The name is also an example of the identification information, and in the present embodiment, the name is mainly used as the identification information. "State" is information indicating a specific developmental state of an individual child, for example, information including listening ability, speaking ability, understanding ability, strong or weak movement, and change in developmental state. Is.

The task set, for example, is shown in FIG. 7, which is a set of tasks assigned to each child. In FIG. 7, for example, the task A101 in the middle classification A1 under the major classification A, the task A204 in the middle classification A2, and the task A303 in the middle classification A3 form a part of the task set. The tasks that make up the task set are examples of individual tasks. In the present specification, the individual tasks that make up the task set are also referred to as "individual tasks".

The bird's-eye view is shown in FIG. 8, for example, and is a diagram showing a plurality of general problems. In the bird's-eye view, for example, a major classification of A, B and C, a middle classification of A1, A2 and A3 are formed under the major classification A, and a task A101 and the like are arranged under the middle classification. Task A101 and the like in the bird's-eye view show a simple content of the task. Task A101 and the like are examples of general tasks. The major classification is the field of skills necessary for social life, such as "learning basics", "communication", "exercise", "academic", and "social skills". The middle classification is, for example, under the major classification of "academic", it is "number", "reading letters", "writing letters", and "grammar", and is an item of skill. Tasks are placed under the middle classification, for example, the tasks under the middle classification of "writing letters" are "writing hiragana", "writing words", "writing sentences", and "writing in the square". A simple content is displayed.

When a specific task is selected in the above-mentioned bird's-eye view, it is reflected in the bird's-eye view in a manner in which the selected task is distinguished from other tasks. For example, in the bird's-eye view of FIG. 8, when the task A101 in the middle classification A1 under the major classification A, the task A204 in the middle classification A2, and the task A303 in the middle classification A3 are selected, the bird's-eye view is shown as shown in FIG. The display indicates that the task has been selected, and the task set shown in FIG. 7 is automatically generated. In FIG. 9, hatches (parallel thin diagonal lines) are attached to the squares of the selected task.

As shown in FIG. 10, the storage unit 112 stores the above-mentioned individual information, bird's-eye view, and task set in association with the child's name, which is identification information.

<< Programs stored in the administrator server >>
The storage unit 112 stores an interlocking program, a display program, a rewriting program, a replacement program, a change display program, a transmission program, a reception program, a result reflection program, an input reception program, and an overall control program. The interlocking program and the CPU 100 are examples of interlocking means. The display program and the CPU 100 are examples of display means. The rewriting program and the CPU 100 are examples of rewriting means. The replacement program and the CPU 100 are examples of replacement means. The change display program and the CPU 100 are examples of change display means. The transmission program and the CPU 100 are examples of transmission means. The receiving program and the CPU 100 are examples of receiving means. The result reflecting program and the CPU 100 are examples of the result reflecting means. The input reception program and the CPU 100 are examples of input reception means. All of these programs are controlled by the overall control means composed of the overall control program and the CPU 100. The overall control program is an example of a program for making the information providing system 1 function as each of the above-mentioned means.

In generating the task set, the management server 100 executes the above-mentioned program in response to the input from the instructor terminal 200.

The management server 100 can link the bird's-eye view and the task set so that the tasks selected in the bird's-eye view constitute the task set and the individual tasks constituting the task set are reflected in the bird's-eye view by the interlocking program. .. That is, changes that occur in either the bird's-eye view or the individual task are reflected in the other. Specifically, in the bird's-eye view of FIG. 8, when the input for selecting the task A101 in the middle classification A1 under the major classification A, the task A204 in the middle classification A2, and the task A303 in the middle classification A3 is accepted, it is shown in FIG. As described above, the bird's-eye view itself is displayed to indicate that it has been selected, and the task set shown in FIG. 7 is automatically generated. The management server 100 receives input for task selection from the instructor terminal 200.

The management server 100 displays at least one of the individual information, the task set, and the bird's-eye view on the display unit 216 of the instructor terminal 200 or the display unit 316 of the guardian terminal 300 according to the input from the outside by the display program. be able to. In the present embodiment, the “external” means the leader terminal 200 or the guardian terminal 300. For example, when the management server 100 receives an input for displaying a bird's-eye view of a specific child from the instructor terminal 200A, that is, a request for a bird's-eye view, data indicating the bird's-eye view of the child is sent to the instructor terminal 200A. It is transmitted and displayed on the display unit 216 of the instructor terminal 200A. When the management server 100 receives a request for a bird's-eye view of a specific child from the guardian terminal 300A, the management server 100 transmits data showing the bird's-eye view of the child to the guardian terminal 300A and displays it on the display unit 316. .. When the management server 100 displays data on the display unit 216 of the leader terminal 200 or the display unit 316 of the guardian terminal 300, as a premise, the data is naturally transmitted for displaying the data. Therefore, in the following description. , The description of data transmission as a premise of display will be omitted as appropriate.

The management server 100 can rewrite the contents of the individual tasks for each child by the rewriting program in response to the input from the outside. The "outside" in this case means the leader terminal 200. For example, as shown in FIG. 7, in a state where the management server 100 displays the task set of the specific child "A Yamataro" on the display unit 216 of the leader terminal 200A, each task is displayed from the leader terminal 200A. When the request for "detailed information" is received, the "detailed information" shown in FIG. 11 is displayed on the display unit 216. As a result, for example, the instructor 200a can be made to recognize the detailed contents (detailed information) of the individual task via the instructor terminal 200A. The individual tasks are described in standard contents, but the contents can be modified by receiving input from the instructor terminal 200A. This makes it possible to generate individual tasks with contents that match the actual conditions of each child. For example, the modified individual task A101 rev shown in FIG. 12 is a modification of the content of the individual task A101 “handing over what you have” in FIG. The procedure of the individual task A101rev is different from that of the individual task A101 before the modification. Changes in the content of individual tasks are reflected in the task set, as shown in FIG. Further, since the task set and the bird's-eye view are linked, the correction is reflected in the bird's-eye view as shown in FIG. The modification of the individual set is displayed in a manner that can be easily recognized from the outside. For example, in FIG. 14, a diamond is displayed on the individual task A101rev modified in the task set.

The management server 100 can replace a part or all of a plurality of individual tasks constituting the task set in response to an input from the outside by the replacement program. The "outside" in this case means the leader terminal 200. For example, as shown in FIG. 14, in a state where the management server 100 displays a bird's-eye view of a specific child "A Yamataro" on the display unit 216 of the instructor terminal 200A, the task A204 is set to the task A205. Upon receiving the input to be replaced, the management server 100 reflects the replacement in the bird's-eye view and displays it in an easily recognizable manner, as shown in FIG. Further, since the task set and the bird's-eye view are linked, the replacement is reflected in the task set as shown in FIG. If the content of the same individual task is modified and the content of the task is not sufficiently changed, the individual task can be replaced by the replacement program. This makes it possible to generate individual tasks with contents that match the actual conditions of each child.

The management server 100 can display the change information indicating the expected change of the individual task assigned to each child in the bird's-eye view in response to the input from the outside by the change display program. The "outside" in this case means the leader terminal 200. For example, it is assumed that the task set shown in FIG. 16 is assigned to Yamataro A, and in the corresponding bird's-eye view of FIG. 17, the individual tasks are arranged so that the difficulty level increases toward the bottom. The management server 100 displays, for example, a line connecting the current task sets as a solid line graph. At present, when task A101rev is being implemented, for example, from the experience of the instructor 200a, it is predicted that task A105, which has a high degree of difficulty, can be implemented in the same intermediate classification A-1 six months later. , Enter task A105 as an individual task six months later. Make the same predictions for the individual tasks in each of the other middle categories, and enter the individual tasks six months later. The management server 100 displays, for example, a line connecting individual tasks after half a year as a dotted line graph.

The task set and bird's-eye view generated as described above are stored in the storage unit 112 of the management server 100.

The management server 100 can transmit the bird's-eye view and the task set to the guardian terminal 300 in response to the request from the guardian terminal 300 by the transmission program.

The management server 100 can receive data indicating the execution result of the task set from the guardian terminal 300 by the receiving program. In addition, the management server 100 can reflect the implementation result received from the guardian terminal 300 in the individual information by the result reflection program (see FIG. 26).

In this embodiment, the management server 100 stores the above-mentioned data and programs. However, unlike the present embodiment, a part or all of the above-mentioned data and the program may be stored in the leader terminal 200 and / or the guardian terminal 300, and the management server 100, the leader terminal 200 and the protection may be stored. The information providing system 1 may be configured so as to be distributed and held in the personal terminal 300. Further, the management server 100 may have a configuration in which the above-mentioned data and programs are stored in an external server by using a so-called cloud network, and the management server 100 uses them through a line.

<< Processing by input from parent terminal >>
Hereinafter, the processing according to the input from the guardian terminal 300 will be described. As described above, the guardian terminal 300 can communicate with the management server 100, browse the data stored in the management server 100, and perform a predetermined input. The management server 100 receives the input from the guardian terminal 300 by the input receiving program, transmits the requested data by the transmitting program, and displays the data on the display unit 316 of the guardian terminal 300.

The data for displaying the website (not shown) transmitted from the management server 100 displays an input field (not shown) for inputting the identification information of the guardian on the display unit 316 of the guardian terminal 300. In this state, when, for example, the name "A mountain B child" is entered in the input field as the identification information of the guardian 12, as shown in FIG. 18, the names of the plurality of children of the guardian 12 and A child, a bird's-eye view, and an image in which tasks can be selected are displayed in a state corresponding to the age.

When the guardian 12 selects "Taro" by pressing the portion of "Taro" and requests the "bird's-eye view" in the state where FIG. 18 is displayed on the display unit 316, the guardian terminal 300 As shown in FIG. 19, a bird's-eye view of Yamataro A is displayed on the display unit 316. The bird's-eye view shows the task set currently assigned to Yamataro A and the task set expected to be assigned six months later. Since the solid line connecting the current task set and the dotted line connecting the task set six months later are displayed, the guardian 12 can recognize the prospect of the transition of the developmental state of A Yamataro. When requesting data, for example, the corresponding part is pressed or the pointer of the mouse is positioned and clicked. However, these operations for input are well-known techniques. , In the following description, the description of this operation will be omitted.

In the state of FIG. 18, when the guardian 12 requests, for example, the "task set" of "Taro", the task set of Yamataro A is displayed on the display unit 316 of the guardian terminal 300 as shown in FIG. Is displayed. In the task set, the implementation time when each task should be implemented and the implementation / non-implementation of each task are displayed separately. As a result, the guardian 12 can recognize the individual issues that should be implemented and have not been implemented. In addition, in FIG. 20, all individual tasks are displayed as unimplemented.

In the state of FIG. 20, when the guardian 12 selects, for example, the task A101rev, the task execution screen is displayed on the display unit 316 as shown in FIG. The task implementation screen is a screen in which the guardian 12 displays detailed information for the child 10 to perform the task. On the task implementation screen, for example, "pass what you have" is displayed as a simple content of task A101rev, and "confirm the degree of recognition of external actions" is displayed as a purpose, and steps 1, 1A of the task, 1A, 1BA, 2 and 3 are shown. The guardian 12 causes Yamataro A to carry out the task with reference to the procedure of the task, and inputs an evaluation of the implementation result. As the evaluation, for example, "-" is input when the task cannot be completed, "P" is input when the task is completed with advice, and "+" is input when the task is completed without advice. Points are assigned to "-", "P", and "+", and the tasks are performed a predetermined number of times. The overall evaluation V is indicated by, for example, a numerical value from 0 to 10.

When the implementation of the task A101rev is completed and a comment is input in the comment field as necessary, the guardian 12 inputs "sharing". Then, the execution result of the task A101rev is stored in the storage unit 112 of the management server 100, and the display on the display screen 316 of the guardian terminal 300 returns to the screen of FIG. Information indicating the implementation result is called result information. Then, when the task B104 is selected, the procedure of the task B104 and the like are displayed on the display unit 316 as shown in FIG. 22. When the implementation of task B104 is completed and all the individual tasks that need to be implemented at the present time are completed, the task implementation result confirmation screen shown in FIG. 23 is displayed on the display unit 316, and the individual tasks implemented by the guardian 12 are displayed. You will be in a state where you can check the implementation result (result information) of. The guardian 12 can also enter a comment in the comment field on the task implementation result confirmation screen. The comment is, for example, today's physical condition of Yamataro A. When the guardian 12 inputs "shared" on the screen of FIG. 23, the implementation result and the comment of the individual task are stored in the storage unit 112 of the management server 100.

<< Processing by input from the instructor terminal >>
Hereinafter, the process by input from the instructor terminal 200 after the above process by input from the guardian terminal 300 is completed will be described.

FIG. 24 is, for example, data of a plurality of children displayed on the display unit 216 of the instructor terminal 200A. This data is stored in the storage unit 112 of the management server 100, is transmitted to the instructor terminal 200A in response to a request from the instructor terminal 200A, and is displayed on the display unit 216 of the instructor terminal 200A.

In the state where the image of FIG. 24 is displayed on the display unit 216, for example, when Yamataro A is selected and the request for the bird's-eye view is received, the management server 100 receives the bird's-eye view data of Yamataro A shown in FIG. Is transmitted to the instructor terminal 200A and displayed on the display unit 216. The bird's-eye view of FIG. 25 reflects the implementation results of the task set and includes information on the selection of individual tasks in the next task set. The selection information is information that proposes to increase the difficulty level of the individual task in the next task set, information that proposes to decrease the difficulty level, or information that proposes to maintain the difficulty level. For example, in the individual task C105 of the middle classification C-1, an isosceles triangle with the apex pointing downward is displayed, indicating that the implementation result was insufficient. On the other hand, a star shape was displayed in the individual task C203 of the middle classification C-2, indicating that the implementation result was satisfactory. Individual tasks with neither an isosceles triangle nor a star show that the implementation results are not inadequate, but not satisfactory.

In the state where the image of FIG. 24 is displayed on the display unit 216, for example, when the request for the individual information of Yamataro A is received, the management server 100 uses the data of the individual information of Yamataro A shown in FIG. 26 as the instructor terminal. It is transmitted to 200A and displayed on the display unit 216. The individual information in FIG. 26 reflects the implementation result of the task set, and the implementation result of each individual task is displayed.

When the input of "implementation result confirmation" for confirming the execution result is received in the state where the individual information of FIG. 26 is displayed on the display unit 216, the management server 100 receives the data of the task implementation result confirmation screen shown in FIG. 27. Is transmitted to the instructor terminal 200A and displayed on the display unit 216. On the task implementation result confirmation screen, for example, the implementation results of the individual tasks A101rev and B104 and the comments of the guardian are displayed. You can enter "master" and "unmaster" for each individual task. The instructor 200a inputs the "master" if the implementation result of the individual task is sufficiently satisfactory. On the other hand, even if it is the conventional "master", if the implementation result of the individual task this time is not sufficiently satisfied, "master release" is input.

In the state where the task implementation result confirmation screen of FIG. 27 is displayed on the display unit 216, for example, it is possible to input the advice "Let's draw attention with gestures" in the instructor advice column. When the instructor 200a inputs "shared", the data indicating "master", "unmaster" and the instructor advice is stored in the storage unit 112 of the management server 100.

Hereinafter, an example of the operation of the management server 100 will be described with reference to FIGS. 28 to 32. First, for example, when the management server 100 receives the input of the identification code of the instructor 200a from the instructor terminal 200A (step ST1 in FIG. 28), the management server 100 outputs a list of children in charge of the instructor 200a and outputs the instructor terminal. It is displayed on the display unit 216 of 200 (step ST2). The management server 100 accepts the selection of a specific child via the instructor terminal 200A (step ST3), and if there is a request for individual information (step ST4), outputs the individual information of the selected specific child and gives guidance. It is displayed on the display unit 216 of the personal terminal 200A (step ST5). Then, when the management server 100 receives the request for the bird's-eye view (step ST6), the management server 100 outputs the bird's-eye view of the specific child and displays it on the display unit 216 of the instructor terminal 200A (step ST7). Further, when the management server 100 receives the request of the task set (step ST8), the management server 100 outputs the task set of the selected specific child and displays it on the display unit 216 of the instructor terminal 200A (step ST9).

Subsequently, the management server 100 outputs detailed information of each selected individual task and displays it on the display unit 216 in response to a request from the instructor terminal 200A (step ST10 in FIG. 29), and the instructor terminal 200A. If there is an input for correction of detailed information of each individual task, it is accepted (step ST11), and the correction is reflected in the detailed information (step ST12). The management server 100 accepts an input for task replacement from the instructor terminal 200A (step ST13), and reflects the task replacement in the bird's-eye view and the task set (step ST14). When the management server 100 receives the input of the task set completion from the instructor terminal 200A (step ST15), the management server 100 saves the bird's-eye view and the task set in association with the identification code of the specific child (step ST16). As described above, the management server 100 completes the generation of the task set to be executed by receiving the input from the instructor terminal 200A, and is ready to be provided to the guardian terminal 300.

When the management server 100 receives the input of the identification code of the guardian 12 from the guardian terminal 300 (step ST101 in FIG. 30), the management server 100 outputs a list of children under the protection of the guardian 12 and displays it on the display unit 316. (Step ST102). When the management server 100 receives the selection of a specific child from the guardian terminal 300 (step ST103) and further receives the request for the bird's-eye view (step ST104), the management server 100 outputs and displays the bird's-eye view corresponding to the identification code of the child. It is displayed on the unit 316 (step ST105). Subsequently, when the management server 100 receives the request for the task set (step ST106), the management server 100 outputs the task set corresponding to the child identification code and displays it on the display unit 316 (step ST107). When the management server 100 receives the request for the individual task (step ST108), the management server 100 outputs the execution result input screen of the individual task and displays it on the display unit 316 (step ST109). Subsequently, the management server 100 receives the input of the implementation result and the related information of each individual task (step ST111 in FIG. 31), and receives the input of the supply of the implementation result information (step ST112), and saves the implementation result information. (Step ST113). The relevant information is, for example, a comment from the guardian 12 that describes the condition of the child. Further, when the management server 100 receives the end input from the guardian terminal 300 (step ST110), the management server 100 ends the process.

Subsequently, the management server 100 reflects the implementation result information in the individual information (step ST21 in FIG. 32), and when there is an output request of the task implementation result confirmation screen from the instructor terminal 200A (step ST22), the task implementation result confirmation. The data for displaying the screen is output, the task implementation result confirmation screen is displayed on the display unit 216 of the instructor terminal 200 (step ST23), the comment input is accepted (step ST24), and when the comment input is completed (step ST24). Step ST25), the comment is saved and transmitted to the guardian terminal 300 (step ST26).

<Second embodiment>
A second embodiment will be described with reference to FIGS. 33 and 34. The matters common to the first embodiment will be omitted.

The candidate display program is stored in the storage unit 112 (see FIG. 3) of the management server 100. The CPU 100 and the candidate display program are examples of candidate display means. When the management server 100 receives a request for a bird's-eye view of a specific child from the instructor terminal 200, the management server 100 transmits the bird's-eye view data displaying the candidates for individual tasks constituting the task set to the instructor terminal 200, and displays the display unit 216. To display. A bird's-eye view showing candidates for individual tasks constituting the task set is shown in FIG. 33, for example. In the bird's-eye view of FIG. 33, the individual tasks constituting the previous task set are indicated by displaying hatches in the squares. Furthermore, candidates for individual tasks that make up the next task set are shown in an easily visible manner. For example, individual tasks C106 and C202 are surrounded by diamonds, indicating that they are candidates for individual tasks that make up the next set of tasks. That is, the individual task C106 with a high degree of difficulty is shown as a task candidate with respect to the current individual task C105 belonging to the middle classification C-1. Further, the individual task C202 having a low degree of difficulty is shown as a task candidate with respect to the current individual task C203 belonging to the middle classification C-2.

The management server 100 decides to maintain the difficulty level, increase the difficulty level, decrease the difficulty level, or change the type of the previous individual task according to a predetermined standard. For example, when a score of 0 to 10 is given as the overall evaluation V of the implementation result, the difficulty level is maintained if the predetermined threshold range is 3 points or more and 7 points or less. If it is below a predetermined threshold, for example, if it is 2 points or less, the difficulty level is lowered. If it is equal to or more than a predetermined threshold value, for example, if it is 8 points or more, the difficulty level is increased. The threshold for increasing the difficulty level is called the first threshold value, and the threshold value for decreasing the difficulty level is called the second threshold value. In the present embodiment, the first threshold value is 8 points and the second threshold value is 2 points. By showing the task candidates, it is possible to provide the instructor 200a and the like with auxiliary information for generating the task set. In order to maintain the difficulty level, a plurality of tasks having the same difficulty level may be prepared in the tasks belonging to the same middle classification, and the types of tasks may be changed. As a result, it is possible to provide information for generating an effective task set to the instructor 200a or the like (see FIG. 1) that generates the task set.

Hereinafter, an example of the operation of the management server 100 will be described with reference to FIG. 34. The specific process in the second embodiment is performed between steps ST3 and ST4 (see FIG. 28) of the first embodiment. When the management server 100 receives the selection of the child from the instructor terminal 200 (step ST3 in FIG. 28), the management server 100 acquires the individual information of the selected child stored in the storage unit 112 (step ST31 in FIG. 34). The individual information reflects the results of the individual tasks that make up the previous task set for a particular child. If the execution result is equal to or higher than the first threshold value (step ST32), the management server 100 selects the individual task with increased difficulty as a candidate (step ST33), and if the execution result is equal to or lower than the second threshold value (step ST34). If the individual task with a lower difficulty level is selected as a candidate (step ST35) and the execution result is not equal to or higher than the first threshold value (step ST32) and is not equal to or lower than the second threshold value (step ST34), the difficulty level of the individual task is not reached. (Step ST36). When the processing of steps ST32 to ST36 is completed for all the individual tasks (step ST37), the management server 100 executes the following steps ST4 (see FIG. 28). Since steps ST4 and the following are the same as those in the first embodiment, the description thereof will be omitted.

<Third embodiment>
A third embodiment will be described with reference to FIGS. 35 to 39. The matters common to the first embodiment and the second embodiment will not be described.

In the third embodiment, the management server 100 stores the first learning result and the second learning result in the storage unit 112 (see FIG. 3). The first learning result and the second learning result are neural networks generated by machine learning. The first learning result is a neural network obtained by learning the relationship between individual information about a plurality of children and a task set, and is a neural network for inputting individual information and outputting candidates for individual tasks constituting the task set. It is a network. The second learning result is a neural network obtained by learning the relationship between the individual information of a plurality of children and the transition of the applied task set, and is a neural network for inputting the individual information and outputting the transition of the task set. It is a network. As shown in FIG. 35, the transition of the candidate of the individual task and the task set is displayed in the bird's-eye view. In FIG. 35, a diamond is displayed as a form in which the task set candidates are easily visible. The transition of the task set is shown by a dotted line graph connecting the centers of the squares showing future individual tasks.

The outline of the learning method (machine learning process) will be described below. When the above-mentioned training data is input to a computer neural network model (see FIG. 36), training is performed by the neural network algorithm.

The learning data for generating the first learning result is an individual information and a task set, as shown in FIG. 37. That is, since the task set corresponding to the predetermined individual information is known, it is possible to extract the features of the individual information and learn the task set corresponding to those features. For example, the individual information A1 to A8 are information of different children and have different contents, but the task set is a common task set X1. Then, by learning, it is possible to extract common features in the individual information A1 to A8 and generate a neural network for connecting the common features and the task set X1.

As shown in FIG. 38, the learning data for generating the second learning result is the transition of the individual information and the task set. That is, since the transition of the task set corresponding to the predetermined individual information is known, it is possible to extract the features of the individual information and learn the transition of the task set corresponding to those features. For example, it is assumed that the individual information A1 to A3 have different contents, but the transition of the task set is a common transition Y1. Then, by learning, it is possible to extract common features in the individual information A1 to A3 and generate a neural network for connecting the common features and the transition Y1.

The model of the neural network is, for example, the neural network conceptually shown in FIG. Since neural networks and deep learning are well known, they are only outlined in this specification. A neural network is composed of an input layer (Input layer), one or more hidden layers (Hidden layer), and an output layer (Output layer). Although FIG. 36 shows only one hidden layer, there are actually a plurality of hidden layers. That is, the learning of this embodiment is machine learning (deep learning) by a multi-layer neural network (deep neural network, Deep Natural Network).

In machine learning, the output from the output layer is correct by adjusting the weight w1a of the input value input to the hidden layer and the output layer and the bias (threshold value in each layer) B1 in the input layer, the hidden layer and the output layer. Try to get closer to. As a result of learning, neural networks N1 and N2 with adjusted weights and biases are generated as the first learning result and the second learning result. The neural networks N1 and N2 thus generated are stored in the storage unit 112.

Hereinafter, an example of the operation of the management server 100 will be described with reference to FIG. 39. The specific process in the third embodiment is performed between steps ST3 and ST4 (see FIG. 28) of the first embodiment. When the management server 100 receives the selection of a specific child from the instructor terminal 200 (step ST3 in FIG. 28), the management server 100 acquires the individual information of the selected child from the storage unit 112 (step ST41 in FIG. 39), and the storage unit The first learning result and the second learning result are acquired from 112 (step ST42), the individual information of the selected child is applied to the first learning result and the second learning result (step ST43), and the candidate and transition of the task set. (Step ST44).

The task set candidates and transition prospects generated as described above are reflected in the bird's-eye view (see FIG. 35) and transmitted to the instructor terminal 200, and the task set generation and transition outlook are sent to the instructor 200a and the like. Can provide supplementary information for consideration.

<Fourth Embodiment>
A fourth embodiment will be described with reference to FIGS. 40 to 42. Items common to the first to third embodiments will be omitted.

In the fourth embodiment, the management server 100 stores the third learning result in the storage unit 112 (see FIG. 3). The third learning result is a neural network generated by machine learning. The third learning result is the relationship between individual information about a plurality of children, video information showing the facial expression and / or movement of the child immediately before the task set is performed, and the individual information and the task set implementation result included in the individual information. It is a neural network obtained by learning. That is, since the above-mentioned video information and individual information and the implementation result of the task set are known, the implementation result of each individual task that constitutes the task set corresponding to the features of the video information and the individual information is extracted. Can be learned. The third learning result is a neural network for inputting individual information and moving image information of a specific child and outputting the expected execution result of each individual task constituting the task set. The expected implementation results are displayed together with a bird's-eye view as today's expected results, for example, as shown in FIG. 40.

As shown in FIG. 41, the learning data for generating the third learning result is moving image information and individual information. The individual information includes the implementation result of each individual task that constitutes the task set. Although the moving image information C1 to C5 and the individual information of each have different contents, it is assumed that the implementation result of the individual task shows an upward tendency than the average as a whole. Then, by learning, common features can be extracted from the moving image information C1 to C5 and each individual information, and the common features can be linked to the upward tendency of the execution result of the task set. Note that the individual tasks that make up the task set do not always show an upward trend or a downward trend as a whole. For example, one individual task may show an upward trend and another individual task may show a downward trend. However, by preparing appropriate learning data, it is possible to learn the tendency for each individual task even in such a case.

Hereinafter, an example of the operation of the management server 100 will be described with reference to FIG. 42. The specific process in the fourth embodiment is performed between steps ST103 and ST104 (see FIG. 30) of the first embodiment. When the management server 100 accepts the selection of a specific child (step ST103 in FIG. 30), the management server 100 receives the video data of the specific child from the guardian terminal 300 (step ST201). This moving image data is, for example, moving image data for 10 minutes retroactively from the present. Subsequently, the management server 100 acquires the third learning result, which is a neural network for today's result prediction (step ST202), applies the video information and individual information of a specific child to the third learning result, and today The expected result is calculated (step ST203). The management server 100 stores the expected result in the storage unit 112 (step ST204). If the parent terminal 300 requests a bird's-eye view (step ST104 in FIG. 30), the management server 100 causes the parent terminal 300 to display a bird's-eye view (see FIG. 40) displaying today's result forecast. As a result, the guardian 12 can be made to recognize the prediction of the implementation result of the individual task. For example, even if the actual implementation result is insufficient, if today's result prediction is also insufficient, it can be recognized as a naturally expected result.

<Fifth Embodiment>
A fifth embodiment will be described with reference to FIG. 43. Items common to the first to fourth embodiments will be omitted.

In the fifth embodiment, as shown in FIG. 43, the individual information includes "development test result", "medical information" and "eye tracking result".

As described on the website of the Epilepsy Information Center, which belongs to the Shizuoka Institute of Epilepsy and Neurology, the National Hospital Organization, the developmental test objectively covers the overall development and the child's condition such as cognitive, language / social, and exercise. It is an inspection to measure. The result of the developmental test is the developmental age (DA), which is the age equivalent to a so-called "healthy child", and the ratio of the developmental age to the actual age of life (Chronological Age: CA). It is expressed by the Developmental Quotient (DQ, 100 if it is developed according to age). In a fifth embodiment, the developmental test is an example of a standard test that objectively measures a child's condition.

The medical information is information indicating the health condition of an individual child, and includes, for example, the name of a disease or the name of the medicine being taken.

Eye tracking results are information that supplements the results of developmental tests. Eye tracking is a method of measuring and tracking the location of the viewpoint (where you are looking) and the movement of the eyeball with respect to the head. A device called an eye tracker is used to track the location and movement of the line of sight. As a method of measuring the line of sight, for example, a corneal reflex method is adopted, a weak infrared ray is applied to the eyes of the subject, and a photograph is taken with a camera. For example, children with and without autism have different gaze locations and movements. Therefore, the child's condition can be inferred by tracking and analyzing the location and movement of the line of sight.

In the fifth embodiment, "developmental test results", "medical information" and "eye tracking results" are used to determine the task set. The results of the developmental test and medical information are carried out outside the information providing system 1. That is, the result of the development test and the medical information are examples of information acquired from the outside of the information request system 1 (hereinafter, referred to as "external information"). The eye tracking may be performed outside the information providing system 1, but may be performed by, for example, the administrator 100a (see FIG. 1). The eye tracking result is an example of supplementary information that supplements the results of developmental tests and medical information. The supplementary information is not limited to the eye tracking result. For example, other than the child's line of sight, it may be other information obtained by analyzing the reactions of the five senses, such as the reaction to sound and the reaction to odor.

When the management server 100 selects candidates for individual tasks that make up a task set, for example, as in the second embodiment, the management server 100 includes "development test results", "medical information", and "medical information" as part of the individual information. See "Eye Tracking Results". For example, in the "results of developmental examination", when there is a problem in physical ability, a task with a relatively small physical burden is selected. For example, in "medical information", when there is medication information corresponding to an excitable property, the task of "waiting" is selected in order to learn to calm down. For example, if the eye tracking result shows that there is a problem with communication ability, a task with a low degree of difficulty is selected as a task related to communication. The management server 100 displays the issues selected in this way.

As described above, when the management server 100 selects the candidate for the individual task that constitutes the task set, the candidate for the individual task that is more appropriate can be selected by referring to the external information and the supplementary information.

<Sixth Embodiment>
A sixth embodiment will be described with reference to FIG. The matters common to the first to fifth embodiments will be omitted.

In the sixth embodiment, as shown in FIG. 44, the individual information includes "daily record", "report", and "transition of correlation between individual information and implementation result".

The "daily record" is information input by a guardian and indicates the daily condition of a child protected by a specific guardian. The daily state is information indicating the presence or absence of dangerous behavior (hereinafter referred to as "problem behavior") such as self-harm, other harm, pica, and tantrum.

The "report" is information input by the guardian, and is information showing the state when the protected child performs the task. For example, it is information showing the child's attitude when performing a specific task, the type of toy used, the method of helping, and the like.

The "daily record" and "report" do not specify the content and mode of information description, and are free for parents. Therefore, there is a possibility that information not expected by the information providing system 1 is also described, and there is a possibility that the state of each child is more accurately indicated. Information with a high degree of freedom for parents is called "free information".

The management server 100 stores the extraction program in the storage unit 112. The CPU 100 and the extraction program are examples of extraction means. The management server 100 includes "state", "development test result", "medical information", "eye tracking result", and "daily record" and "report" included in the individual information by the extraction program. Information on communication is extracted from the composed free information based on keywords such as "words" and "listening", each information is quantified according to a predetermined standard, and the numerical values are totaled to obtain a total value. .. For example, if there is information that "words are not clear", it will be given a minus 1 point, and if there is information that "it has become possible to use difficult words", it will be given a plus 1 point. Then, for example, the transition of the total value for one year is associated with the problem related to communication and the implementation result to be used as the corresponding information.

"Transition of correlation between individual information and implementation results" is information indicating the transition by associating individual information with a task set and implementation results. The management server 100 stores the transition information generation program in the storage unit 112. The CPU 100 and the transition information generation program are examples of the transition information generation means. The management server 100 classifies, for example, individual information of a specific child into categories by a transition information generation program, scores them, and displays them in association with a task set and an implementation result. The category is, for example, "communicative competence".

"Transition of correlation between individual information and implementation results" indicates the transition of correlation between individual information and task sets and implementation results over a long period of time. For example, when a specific task is performed, the result may be good or not, but for example, when the ability is shown to improve in a relatively long period of time such as one year. There is. In such a case, the specific task was the correct task. "Transition of correlation between individual information and implementation results" is relatively long-term information and is called "long-term information".

When the management server 100 selects the candidate for the individual task that constitutes the task set, for example, as in the second embodiment, the management server 100 uses "daily record", "report", and "individual" as a part of the individual information. Refer to "Transition of Correlation of Information and Implementation Results". By referring to free information and long-term information, more appropriate individual task candidates can be selected.

<Seventh Embodiment>
A seventh embodiment will be described with reference to FIG. 45. The matters common to the first to sixth embodiments will be omitted.

In the sixth embodiment, as shown in FIG. 45, the individual information includes the "guardian's state". The "guardian's condition" is information input by the guardian and indicates the health condition and mental condition of the guardian. For example, information such as "I'm tired today" or "I couldn't sleep yesterday".

The management server 100 records the task classification program in the storage unit 112. The CPU 100 and the task classification program are examples of task classification means. When the management server 100 generates a task set for a specific child, the management server 100 refers to the guardian information and classifies the task to be performed by the guardian and the task to be performed by a non-guardian. The non-guardian is, for example, an administrator 100a (see FIG. 1), an instructor 200a, or a person in charge of a nursing facility separately managed by the administrator 100a.

For example, the management server 100 calculates a numerical value indicating the health condition and mental state of the guardian (hereinafter, referred to as "guardian numerical value"), and assigns a numerical value so high that the health condition and mental state of the guardian are sufficient. To do. For example, if the guardian is excessively tired and the health and mental condition is insufficient, the value is set low. The difficulty of implementation varies depending on the task. The management server 100 assigns a numerical value to the difficulty level of the task. For example, in the task of communication, the task of asking a child "Is this a car?" To confirm the answer, and the task of asking "What is this?" And the child answering "Car". The difficulty of the latter task is high when asking "How many doors are there in the car?" After confirming. When the guardian value is lower than the predetermined value, the management server 100 classifies the task as being performed by the guardian on a task less than the predetermined difficulty level, and the task above the predetermined difficulty level is performed by a person other than the guardian. Classify as what is implemented by. Then, when displaying the candidates for the individual tasks, the management server 100 distinguishes between the tasks to be implemented by the guardian and the tasks to be implemented by the non-guardian.

As a result, the guardian can carry out only a reasonable task. For individual tasks included in the task set and not carried out by the guardian, for example, the instructor 200a or the like will carry out the tasks. This makes it possible to carry out all the task sets required for a specific child while reducing the burden on parents.

<Eighth Embodiment>
The eighth embodiment will be described with reference to FIG. The matters common to the first to seventh embodiments will be omitted.

In the eighth embodiment, the management server 100 stores information (FIG. 46 (a)) for displaying the parent community in the storage unit 112 (see FIG. 3). The parent community is a structure on a website for multiple parents to exchange information. Parents are free to enter into the parent community. The guardian inputs, for example, the task implementation status, the child's appearance and worries. It is configured so that when one parent inputs a problem, another parent can input a comment on it.

The management server 100 stores the guardian community classification program in the storage unit 112. The CPU 100 and the parent community classification program are examples of parent community classification means. The management server 100 classifies the information input to the parent community by, for example, a keyword, classifies the information according to the task A101 and the like as shown in FIG. 46B, and stores the information as the classification information. The management server 100 allows the instructor 200a and the like to refer to the classification information via the instructor terminal 200A and the like. As a result, the instructor 200a and the like can add more appropriate comments when generating the task set.

<Ninth embodiment>
A ninth embodiment will be described with reference to FIG. 47. The matters common to the first to eighth embodiments will be omitted.

In the ninth embodiment, the management server 100 stores the reminder program in the storage unit 112 (see FIG. 3). The CPU 100 and the remind program are examples of reminders.

The management server 100 contacts, for example, the instructor terminal 200A when the parent terminal 300 (see FIG. 1) of the specific guardian 12 does not access (log in) the management server 100 for a predetermined time or more by the remind program. A request is sent and the leader 200a is requested to contact the guardian 12. If the guardian 12 does not access the management server 100 for some reason, he / she should access the management server 100 and receive the task set, etc., triggered by the contact of the instructor 200a. .. On the other hand, when the guardian 12 has a serious illness or a problem such as deterioration of the mental state, it is difficult for the guardian 12 to carry out the task. When the management server 100 receives information indicating that a problem has occurred in the guardian 12 from the leader terminal 200A, the management server 100 records that fact as a "guardian's state" (see FIG. 45). Then, as in the seventh embodiment, in the task set division, the guardian 12 is assigned only an extremely easy task.

Hereinafter, an outline of the operation of the management server 100 will be described with reference to FIG. 47. The management server 100 determines whether or not the guardian has logged in for a predetermined time or longer (step ST301 in FIG. 47), and if there is no login for a predetermined time or longer, requests contact with the instructor terminal 200. (Step ST302) and request that the guardian be contacted. The management server 100 receives the result of the leader 200a contacting the guardian, and if there is a problem with the guardian (step ST303), records it as the guardian's status (step ST304).

The management server 100 stores the state of the guardian and assigns a reasonable task to the guardian, so that the guardian can carry out only the reasonable task. Further, when the leader 200a who receives the contact request from the management server 100 via the leader terminal 200A cannot contact the guardian or has a serious problem with the guardian, he / she actually receives the contact request. You can visit the parents' homes and provide care for your child. That is, the contact request is also information for having the instructor 200a or the like carry out child care in an emergency.

<10th Embodiment>
A tenth embodiment will be described with reference to FIG. 48. Items common to the first to ninth embodiments will not be described.

The management server 100 of the tenth embodiment stores the impossible determination program in the storage unit 112. The CPU 110 and the impossible determination program are examples of impossible determination means. When the management server 100 presents the task candidate by the neural network, if it determines that the task candidate cannot be presented with a certainty equal to or higher than a predetermined standard, the management server 100 indicates that the task candidate cannot be presented. To do. For example, in FIG. 48, the task candidate of the middle classification B-2 of the major classification B is B204, but when the certainty is not higher than the predetermined standard, as a display mode different from other task candidates, for example, a dotted line. By enclosing with, it is shown that it is impossible to present the task candidate (hereinafter referred to as "impossible display"). For example, in a neural network, when the degree of certainty is defined in the numerical range of 0 or more and 100 or less, if the numerical value is 90 or more, the certainty is defined as the predetermined standard or more.

As described above, the neural network of the management server 100 determines the state in which the neural network itself cannot determine. For example, the instructor 200a who recognizes the impossible display through the instructor terminal 200A determines an appropriate task by consulting with his / her own insight and the manager 100a. That is, the impossibility indication is a human decision requesting means for requesting that a person who is an expert decides an issue.

This makes it possible to completely rely on the program, avoid determining an incorrect task set, and determine a more appropriate task set.

The present invention is not limited to the above-described embodiments, and modifications, improvements, and the like within the range in which the object of the present invention can be achieved are included in the present invention.

1 Information provision system 100 Management server 10 Children 12 Parents 200 Leader terminals 300 Parent terminals

Claims (17)

An individual information indicating the developmental state of the individual child in association with the identification information for identifying the individual child, and a task set consisting of a plurality of individual tasks assigned as tasks to be performed by the individual child. A storage means for storing a bird's-eye view of a plurality of individual tasks constituting the task set in relation to a general task which is a general task.
An interlocking means for linking the bird's-eye view and the task set so that the individual tasks displayed on the bird's-eye view constitute the task set and the individual tasks constituting the task set are displayed on the bird's-eye view. ,
A display means for displaying at least one of the individual information, the task set, and the bird's-eye view in response to an external input.
Rewriting means that rewrites the contents of the individual task in response to input from the outside,
A replacement means for replacing a part or all of the plurality of individual tasks constituting the task set in response to an external input.
A transmission means for transmitting the bird's-eye view and the task set to a guardian terminal managed by the guardian of the individual child.
Information providing device having. A receiving means for receiving the execution result of the task set from the guardian terminal, and
A result reflecting means for reflecting the implementation result in the individual information, and
The information providing device according to claim 1. It has a change display means for displaying change information indicating an expected change of the individual task assigned to the individual child in the bird's-eye view in response to an input from the outside.
The information providing device according to claim 1 or 2. The information providing device according to claim 2, further comprising a candidate display means for displaying candidates for the individual task for constructing the task set based on the implementation result. The storage means stores the first learning result, which is a neural network acquired by learning the relationship between the individual information of a plurality of children and the task set.
The candidate display means applies the individual information of a specific child to the first learning result and displays the candidate of the individual task for constructing the task set.
The information providing device according to claim 4. The storage means stores the second learning result, which is a neural network obtained by learning the relationship between the individual information of the plurality of children and the transition of the task set applied to the plurality of children. ,
The information providing device according to claim 3, wherein the change display means applies the individual information of the specific child to the second learning result and displays the transition of the task set on the bird's-eye view. The storage means includes the execution result of the task set applied to the plurality of children, moving image information showing the facial expression and / or movement of the child immediately before performing the task set, and the individual information of the child. It memorizes the third learning result, which is a neural network obtained by learning the relationship, and further
It has a result prediction means that applies the third learning result to the moving image information and the individual information of the specific child, predicts the execution result of the task set of the individual child, and calculates the prediction result.
The transmitting means transmits the expected result to the guardian terminal.
The information providing device according to any one of claims 1 to 6. The information providing device according to claim 4, wherein the candidate display means is configured to display candidates for the individual task by referring to external information including the result of a developmental test and medical information. The information providing device according to claim 8, wherein the candidate display means is further configured to display candidates for the individual task with reference to supplementary information for supplementing the external information. The information providing device is
It has an extraction means for extracting predetermined information from free information that can be freely described by the guardian.
The information providing device according to claim 4, wherein the candidate display means is further configured to display candidates for the individual task by referring to the information extracted by the extraction means. The information provision according to claim 4, wherein the candidate display means is configured to display candidates for the individual task with reference to long-term information including a transition of the correlation between the individual information and the implementation result. apparatus. The information providing device has a task classification means for classifying the individual tasks performed by the guardian based on numerical values indicating the health state and mental state of the guardian.
The information providing device according to claim 4. The information providing device is
With the parent community, which is a structure on the website for multiple parents to exchange information,
Parent community classification means that classifies the information input to the parent community and classifies it according to the individual issues to use as classification information.
The information providing device according to claim 1. The information providing device is
When the guardian terminal has not been logged in for a predetermined time or more, a contact request is sent to the leader terminal, and when information indicating that the guardian has a problem is received from the leader terminal, the contact request is sent. Have a reminder to record that as a guardian's condition,
The information providing device according to claim 4. The information providing device is
When presenting the task candidate by the neural network, if it is determined that the candidate for the individual task cannot be presented with a certainty equal to or higher than a predetermined standard, the candidate for the individual task cannot be presented. Has an impossible judgment means to display
The information providing device according to claim 5. An individual information indicating the developmental state of the individual child in association with the identification information for identifying the individual child, and a task set consisting of a plurality of individual tasks assigned as tasks to be performed by the individual child. A storage means for storing a bird's-eye view of a plurality of individual tasks constituting the task set in relation to a general task which is a general task.
An interlocking means for linking the bird's-eye view and the task set so that the individual tasks in the bird's-eye view constitute the task set.
A display means for displaying at least one of the individual information, the task set, and the bird's-eye view in response to an external input.
Rewriting means that rewrites the contents of the individual task in response to input from the outside,
A replacement means for replacing a part or all of the plurality of individual tasks constituting the task set in response to an external input.
A transmission means for transmitting the bird's-eye view and the task set to a guardian terminal managed by the guardian of the individual child.
Information provision system with. The computer that controls the information providing device,
An individual information indicating the developmental state of the individual child in association with the identification information for identifying the individual child, and a task set consisting of a plurality of individual tasks assigned as tasks to be performed by the individual child. A storage means for storing a bird's-eye view of a plurality of individual tasks constituting the task set in relation to a general task which is a general task.
An interlocking means for linking the bird's-eye view and the task set so that the individual tasks in the bird's-eye view constitute the task set.
A display means for displaying at least one of the individual information, the task set, and the bird's-eye view in response to an external input.
Rewriting means that rewrites the contents of the individual task in response to input from the outside,
A replacement means for replacing a part or all of the plurality of individual tasks constituting the task set in response to an input from the outside, and a replacement means.
A transmission means for transmitting the bird's-eye view and the task set to a guardian terminal managed by the guardian of the individual child.
A program to function as.