JP2019153123A - Information processing system for brain activation - Google Patents

Abstract

A brain activation information processing system for activating a brain function, wherein a play result of a game for activating the brain function can be effectively used for diagnosis of the brain function. I will provide a. A play environment providing means for providing a game play environment to a terminal device via a network, a user identification means for identifying a user based on identification information in providing a play environment, Play information specifying means 11e for specifying play information in which a play result of the game is associated with the user, a play information storage unit 12c for storing play information, and obtaining brain function information for obtaining user's brain function information Means 11f, a brain function information storage unit 12d in which brain function information is stored, an analysis means 11g for performing analysis based on brain function information and play information, and a user's brain function based on an analysis result from a game play result. Diagnostic means 11h for diagnosing. [Selection] Figure 3

Description

  The present invention relates to a brain activation information processing system for activating brain functions.

  In recent years, the decline in brain function accompanying aging has become a major social problem. In particular, dementia and Alzheimer's disease are major obstacles to a rich social life. From the viewpoint of preventing such a decrease in brain function and improving the brain function once lowered, the one shown in Patent Document 1 capable of playing a game for activating the brain function has been developed and is publicly known. .

  By playing such a game at a certain frequency or more, it is possible to prevent a decrease in brain function to some extent, and to improve the brain function once reduced to some extent, but on the other hand, It has not yet been used for diagnosis of brain function.

Japanese Patent No. 5318368

  The present invention is an information processing system for brain activation for activating brain function, and information processing for brain activation that can effectively use the play result of a game that activates brain function for diagnosis of brain function The problem is to provide a system.

  In order to solve the above problem, an information processing system for brain activation for activating a brain function, comprising one or a plurality of servers capable of communicating with a user terminal device via a network, the one or a plurality of servers The server includes a play environment providing means for providing a play environment of a game that activates brain functions to the terminal device via a network, a user storage unit storing identification information for identifying the user, and the play In providing the play environment to the user terminal device by the environment providing means, the user identifying means for identifying the user based on the identification information stored in the user storage unit, and the user identified by the user identifying means The result of playing a game with a terminal device in the play environment provided by the play environment providing means is associated with the user Play information specifying means for specifying the play information, a play information storage unit for storing the play information specified by the play information specifying means, and a brain function in which information relating to the user's brain function is associated with the user Brain function information acquisition means for acquiring information, brain function information storage section for storing brain function information acquired by the brain function information acquisition means, and brain function information stored in the brain function information storage section; The analysis means for performing analysis based on the play information stored in the play information storage section, the analysis result storage section for storing the analysis result by the analysis means, and the user identified by the user identification means Based on the result of playing the game by the terminal device in the play environment provided by the play environment providing means, and the analysis result stored in the analysis result storage unit Te, and having a diagnostic means for performing diagnosis of brain function of the user.

  The analysis means may be configured to learn the correlation between the user's brain function information and the play information by a predetermined algorithm.

  The play environment providing means is configured to be able to provide a play environment for a plurality of types of games, and the play information includes information on the types of games played, and the server is a user among the plurality of types of games. It is good also as a thing provided with the presentation means to show separately the kind of game suitable for.

  The presenting means is configured to present a type of game suitable for the user based on information stored in the user's brain function information storage unit and information stored in the analysis result storage unit. It is good.

  The play information may include information on the time when the user played, and the brain function information may include information on the time when the brain function of the user was diagnosed.

  The brain function information acquisition means may be configured to acquire brain function information via the network from another server or user terminal device connected to the server via the network. Good.

  According to the present invention, a play result of a game that activates brain function can be effectively used for diagnosis of brain function.

It is a conceptual diagram of the information processing system for brain activation to which the present invention is applied. (A) thru | or (D) are explanatory drawings explaining the content of a brain activation game, respectively. It is a block diagram which shows the structure of an information processing server. It is explanatory drawing explaining the principal part of the data structure of the memory | storage device of an information processing server. It is a block diagram which shows the structure of a terminal device. It is a block diagram which shows the structure of a medical facility side server. It is a flowchart which shows the process sequence of the diagnosis of the information processing system for brain activation. It is a flowchart which shows the process sequence of the analysis of the information processing system for brain activation.

  FIG. 1 is a conceptual diagram of an information processing system for brain activation to which the present invention is applied. An information processing system for brain activation to which the present invention is applied includes one or a plurality of information processing servers (servers) 10 installed in a center facility, and a medical facility server (server) installed in each of the one or more medical facilities. ) 20 and a terminal device 30 that is an information terminal such as a tablet owned by each of a plurality of users. The information processing server 10, the medical facility server 20, and the terminal device 30 are connected through a global network 40 such as the Internet.

  Information on the result of diagnosis by the doctor regarding the brain function of the user or information on the result of diagnosis by the user regarding the brain function of the user is associated with the user from the medical facility server 20 or the terminal device 30. Centralized in the information processing server 10.

  The information processing server 10 provides an environment for playing a game to the terminal devices 30 of a plurality of users via the network 40. The result of the user playing the game with the terminal device 30 is associated with the user and collected as play information in the information processing server 10 via the network 40.

  The user plays the game by performing various operations on the touch panel while viewing the game screen displayed on the touch panel 31 (see FIG. 5) of the terminal device 30. This game is a brain activation game that promotes prevention and improvement of dementia by activating the brain to improve brain function (activating brain function). A plurality of types of brain activation games are prepared depending on the degree of brain function deterioration.

  The information processing server 10 derives a correlation between the play result and the brain function by analyzing the information by, for example, associating the collected brain function information with the play information by the user, and the result ( It is possible to diagnose the brain function of the user based on the play information using the analysis result. That is, the user not only confirms and enjoys the score after playing the brain activation game, but also can receive a diagnosis of his / her brain function, which is very beneficial.

  Further, the information processing server 10 uses this analysis result to select one brain activation game suitable for the state of the brain function of the user from a plurality of types of brain activation games based on the brain function information of the user. Alternatively, a plurality of extracted brain activation games can be presented on the terminal device 30 of the user.

  2A to 2D are explanatory diagrams for explaining the contents of the brain activation game. The game shown in FIG. 2A is a kind of brain activation game called “Onigoko”. In this brain activation game, when a demon appears on the screen, the demon is touched, and when Momotaro appears, Momotaro is not touched. The score increases as the number of demons touched within a predetermined time increases.

  The game shown in FIG. 2B is a kind of brain activation game called “fairy tale”, in which pictures of multiple scenes of a fairy tale are displayed at once and the pictures are touched in the order of the story. It is. In the example shown in the figure, it is the story of `` Rabbit and turtle '', the scene where the rabbit is sleeping is displayed in the upper left column, the scene where the turtle overtakes the sleeping rabbit is displayed in the upper right column, Since the scene where the rabbit and the turtle started is displayed in the column, and the scene where the rabbit precedes the turtle after the start is displayed in the lower right column, the lower left column → lower right column → upper left column → Touch in the order of the upper right column.

  In the game shown in FIG. 5C, a plurality of sets of related pictures are displayed together in a random order on the touch panel 31 of the terminal device 30, and a set of related pictures is displayed. It is a kind of brain activation game called “Let's think for a moment” with the contents to be selected sequentially.

  In the game shown in FIG. 4D, a plurality of pictures are simultaneously displayed on the screen of the touch panel 31 of the terminal device 30, and a melody associated with any one of the plurality of pictures is displayed on the speaker 32 (see FIG. 5). ), And is a kind of brain activation game called “ear muffling” in which a picture related to the melody is selected from the plurality of pictures and touched.

  These four types of brain activation games are merely examples, and in fact, there are several tens of types of brain activation games designed for the purpose of maintaining or improving brain functions such as cognitive functions and memory functions. .

  For example, stimulating the five senses and stimulating memory in childhood activates the brain and informs that it is beneficial from the viewpoint of preventing dementia. In the above-described example, the visual and auditory senses of the five senses are stimulated, but it is also possible to prepare a brain activation game that stimulates the sense of touch, smell and taste. For example, a brain activation game in which a user smells and selects and touches the odor from the candidates displayed on the touch panel 31 can be considered.

  By the way, as other types of brain activation games, “Matching pictures”, “Let's nurture”, “Hometown of the heart”, “Apple hunting”, “Meteor shooting”, “Janken”, “Looking at turning”, “ `` Let's remember '', `` Don't hesitate '', `` Make a mistake '', `` One hundred people '', `` Look for a name '', `` Four idioms '', `` Miscellaneous school king '', `` Energize in the pot '', `` Look well '', `` "Shape fit", "Fukuwarai", "Battle with memory", "Nandake", "Where is it", "Ara", "Ora home", "15 puzzle", "I can read" ", looking for" phrase "," Hello from the world of the country "," compared voice "," caught in Nanbo "," my name is "," can have "," over there peeled and Hui "," ichi-Nii・ Mr., “I saw the most stars”, “This is”, “Fast wins” and “Kagee” What the name of the game is being prepared.

  Next, the configuration of the information processing system for brain activation will be described with reference to FIGS.

  FIG. 3 is a block diagram illustrating a configuration of the information processing server. The information processing server 10 includes a control unit 11 that includes a CPU or a RAM and executes various processes, a storage device 12 that includes a hard disk or an SSD and stores various types of information, and a network interface that enables communication via the network 40 13.

  The control unit 11 registers the user who plays the brain activation game by the terminal device 30 together with the identification information (user registration), and the identification of the user registered by the user registration unit 11a. User identification means 11b based on the information, presentation means 11c for presenting one or a plurality of brain activation games suitable for the user to the user identified by the user identification means 11b, and the terminal device of the user The play environment providing means 11d for providing the play environment of the brain activation game to the user 30 and the user identified by the user identifying means 11b by the terminal device 30 under the play environment provided by the play environment providing means 11d Special information about the result of playing the brain activation game and the play information associated with the user Play information specifying means 11e, brain function information acquisition means 11f for acquiring brain function information of each user registered through the network 40 from at least one of the terminal device 30 and the medical facility server 20, and brain activity For each type of computerized game, based on the play information and brain function information of each of a plurality of users, analysis means 11g for analyzing the correlation between the play result and the brain function, and using the analysis result by the analysis means 11g, Diagnostic means 11h for diagnosing the brain function of the user from the result of the user playing the brain activation game.

  The storage device 12 stores user identification information of each registered user in association with the user, and information for providing the user's terminal device 30 with a play environment for a brain activated game. Is stored in the game storage unit 12b, the play information storage unit 12c in which the play information is sequentially stored, the brain function information storage unit 12d in which the brain function information is sequentially stored, and the analysis result information by the analysis unit 11g. The analysis result storage unit 12e is secured as a data area.

  FIG. 4 is an explanatory diagram illustrating the main part of the data structure of the storage device of the information processing server. In the storage device 12, a relational database is constructed by at least three of the user storage unit 12a, the play information storage unit 12c, and the brain function information storage unit 12d.

  The user table which is the user storage unit 12a has “user ID” functioning as an identifier for identifying each user as an initial ID, and “user name” in which the name of the user is stored as other fields, And a “password” for storing a password when the user logs in. That is, the user ID and the password are identification information for identifying the user, are associated with the user (specifically, the user name), and are stored in the user table 12a.

  The brain function information table, which is the brain function information storage unit 12b, has “brain function information ID” as the initial ID, and “user ID” in which the user ID of the user who diagnoses the brain function is stored as other fields. And “diagnosis result” in which information on the above-described diagnosis result relating to the brain function of the user is stored, and “diagnosis date and time” in which information on the date and time of diagnosis (time) is stored.

  The user ID in the brain function information table 12b corresponds to the user ID in the user table 12a. In other words, a one-to-many relationship is established between the user table 12a and the brain function information table 12b. From such a data structure, it becomes possible to store a plurality of pieces of brain function information over time for one user.

  The play information table, which is the play information storage unit 12c, has “play information ID” as an initial ID, and “user ID” in which a user ID of a user who plays the brain activated game is stored as other fields. The “game type” in which information on the type of the brain activated game played by the user is stored, the “play result” in which information on the result of the play is stored, and the date and time (time) of the play are stored. And “play date and time” stored.

  The user ID of the play information storage unit 12c corresponds to the user ID of the user table 12a. In other words, a one-to-many relationship is established between the user table 12a and the play information table 12c. From such a data structure, it is possible to store a plurality of play results as time passes for one user.

  FIG. 5 is a block diagram illustrating a configuration of the terminal device. The terminal device 30 includes a control unit 33 that includes a CPU or RAM and executes various processes, a storage device 34 that includes a hard disk or an SSD and stores various types of information, and a wired or wired connection to the information processing server 10 via the network 40. The communication unit 36 that enables wireless communication, the touch panel 31 that functions as a display unit, an input unit, and a visual stimulation unit, and the speaker 32 that functions as an auditory stimulation unit are provided.

  The control unit 33 includes a user registration operation unit 33 a that performs a user registration operation on the user registration unit 11 a of the control unit 11 of the information processing server 10 via the network 40 and a user of the information processing server 10 via the network 40. One or a plurality of brain activation games presented via the network 40 by the login means 33b for performing login for user identification by the identification means 11b and the presentation means 11c of the control unit 11 of the information processing server 10 and selection of itself A selection means 33c for selecting a brain activation game that the user himself / herself will play from among the choices of possible types of brain activation games, and a game play means for playing the brain activation game selected by the selection means 33c. 33d and the user's own brain function information are input, and the input information is input to the network 4 And a brain function information input means 33e for transmitting to the brain function information obtaining unit 11f of the control unit 11 of the information processing server 10 via.

  The operation performed by the user registration operation means 33a is an operation (user registration operation) for a new person who intends to use this information processing system for brain activation to perform user registration in advance. When this user registration operation is performed, the user registration unit 11a of the control unit 11 of the information processing server 10 issues the user ID of the person so as not to overlap with the user ID of the user who has already registered the user, The user name entered by the user through the user registration operation and the password used for login are associated with the user ID and newly registered in the user storage unit 12a.

  In the storage device 34, an application storage unit 34a is secured as a data area. The user installs the various functions described above in the control unit 33 by installing an application (program) in the terminal device 30, and this application is stored in the application storage unit 34a. Further, the application storage unit 34a also stores various types of information that need to be recorded by executing this application.

  When a brain activation game that stimulates the five senses other than sight and hearing is prepared, the odor stimulating means 51 such as an odor generating device, the tactile stimulation means 52, and the taste stimulating means 53 are connected to the terminal device 30 itself. It is necessary to be built in or connected to the terminal device 30. In the illustrated example, these functions are collectively implemented in the external device unit 50, and this external device unit 50 is connected to the terminal device 30 via the connection terminal 37 of the terminal device 30, thereby this terminal device. 30 implements the functions of olfactory stimulation, tactile stimulation, and taste stimulation.

  FIG. 6 is a block diagram illustrating the configuration of the medical facility server. The medical facility server 20 is another server different from the information processing server 20, and includes a control unit 21 that includes a CPU or RAM and executes various processes, and a storage device 22 that includes a hard disk or an SSD and stores various information. And a network interface 23 that enables communication with the information processing server 10 via the network 40.

  In the storage device 22, a user information storage unit 22a and a diagnostic information storage unit 22b are secured as data areas. The user information stored in the user information storage unit 22a is information including the above-described user ID and user name, and is synchronized with the information in the user storage unit 12a of the storage device 12 of the information processing server 10. In the diagnostic information storage unit 22b, diagnostic results for a doctor user at a medical facility where the medical facility server 20 is installed or at another medical facility are sequentially stored in association with the user together with information on the diagnosis date and time. Go.

  The control unit 21 communicates with the information processing server 10 via the network 40 to update the user information stored in the user information storage unit 22a of the storage device 22 to the latest user information update unit 21a, Brain function information identification that identifies the brain function information that can be stored in the brain function information storage unit 12d of the information processing server 10 from information stored in the user information storage unit 22a and the diagnostic information storage unit 22b of the storage device 22 Means 21b and brain function information providing means 21c for providing the brain function information specified by the brain function information specifying means 21b to the information processing server 10 via the network 40 are provided.

  The transmission (provision) of the brain function information to the information processing server 10 by the brain function information providing means 21c is executed at predetermined intervals or in response to a periodic request from the information processing server 10. Will be executed accordingly.

  FIG. 7 is a flowchart showing a processing procedure of diagnosis of the information processing system for brain activation. The user executes login processing (S101) for inputting his or her user ID or user name and password by the login means 33b of the terminal device 30. Incidentally, when a user name is input at the time of login, the user name is not allowed to overlap with that of another user, and the user name itself functions as the identification information.

  Subsequently, the user identification unit 11b of the information processing server 10 determines whether the user ID or the user name and the password input during the login process are correct based on the identification information stored in the user storage unit 12a. The user identification process (S102) to be confirmed is executed.

  Subsequently, the presentation unit 11c of the information processing server 10 presents one or a plurality of brain activation games suitable for the user to the user terminal device 30 identified by the user identification process (S103). Execute. By the way, in this presentation process, the correlation between the past play information and brain function information analyzed by the analysis result is referred to, and the brain of the user is activated based on the brain function information of the user. The brain activation game that is more suitable for the game is extracted.

  At this time, it is preferable that the brain function information of the user is limited to the information from the execution time of the presentation process to a predetermined period before, and the predetermined period seems to have an influence on the brain function of the user at that time. It may be determined by assuming a period of time. For example, it is difficult to extract a brain activation game that is more suitable for the user even if the brain function information of the user 10 years ago is referred to.

  Subsequently, the user performs a selection process (S104) for selecting the brain activation game played by the user from the above-described options by the selection unit 33b of the terminal device 30.

  Subsequently, the play environment providing unit 11d of the information processing server 10 provides the play environment providing process (providing the play environment of the brain activated game selected by the selection process to the user terminal device 30 via the network 40). S105) is executed.

  Subsequently, the user plays the brain activated game by the game play means 33d of the terminal device 30 in the play environment of the brain activated game provided by the play environment providing process (S106). The play result is transmitted to the information processing server 10 via the network 40. In other words, the user plays the brain activation game selected by the user using the terminal device 30.

  Subsequently, the play information specifying unit 11e of the information processing server 10 specifies the play information from the play result sent from the terminal device 30 and registers the specified play information in the play information storage unit 12c. Processing (S107) is executed.

  Subsequently, the diagnostic means 11 of the information processing server 10 utilizes the correlation between the brain function derived from the past analysis result information stored in the analysis result storage unit 12a and the play result, and plays the user's play. Based on the result, a diagnosis regarding the brain function of the user is performed, and a diagnosis process (S108) for providing the diagnosis result to the terminal device 30 of the user via the network 40 is executed.

  Incidentally, this diagnosis process does not need to be limited after the brain activation game is played, and may be appropriately executed according to a request from the terminal device 30. Further, the play result to be referred to need not be limited to the previous one-time play result, and diagnosis may be performed based on the play result of one or a plurality of types of brain activation games considered to be effective in the past. Furthermore, the analysis result to be referred to is not necessarily limited to the user who is the diagnosis target, and the analysis result regarding another user may be referred to.

  FIG. 8 is a flowchart showing a processing procedure of analysis of the information processing system for brain activation. The user performs brain function information input processing (S201) in which his / her brain function information is input by the brain function information input means 33e of the terminal device 30. The brain function information acquisition unit 11f of the control unit 11 of the information processing server 10 acquires the brain function information input by the brain function information input process via the network 40 and registers it in the brain function information storage unit 12d. A function information acquisition process (S203) is executed.

  The other acquisition route of the brain function information will be described. First, the brain function information specifying process in which the brain function information specifying unit 21b of the control unit 21 of the medical facility server 20 specifies the brain function information according to the above-described content (S203). Execute. Subsequently, the brain function information providing unit 21c executes a brain function information providing process (S204) for transmitting the identified brain function information to the information processing server 10 via the network 40. Subsequently, the brain function information acquisition unit 11f of the control unit 11 of the information processing server 10 acquires the brain function information sent from the medical facility side server 20 via the network 40 and stores it in the brain function information storage unit 12d. The brain function information acquisition process (S205) is executed.

  Then, the analysis unit 11g of the control unit 11 of the information processing server 10 uses machine learning or deep learning, etc. using past brain function information and play information of all users or most users collected as described above as teaching materials. The learning process analyzes the correlation between the play information of the brain activation game and the brain function information according to a predetermined learning algorithm, and stores the analysis result in the sequential analysis result storage unit 12a (S206). ).

  The timing of the analysis processing is not limited to the timing at which the brain function information is acquired, and may be executed every predetermined period. The analysis process does not need to be executed for each type of brain activation game, and all or a plurality of types of brain activation games may be analyzed together.

  According to the information processing system for brain activation configured as described above, learning progresses sequentially through analysis processing, the correlation between play information and brain function information is accurately grasped, and useful data is converted into big data. In addition to being able to accumulate, it is possible to make an accurate diagnosis of brain function from the play result by utilizing this big data. Therefore, this information processing system for brain activation can be used as a re-diagnosis tool after diagnosis by a doctor, and this big data also contributes to visualization of cognitive functions and memory functions that are brain functions. .

  In addition, since the learning result can be used for a presentation process for presenting a brain activation game suitable for each user, each user can activate the brain more efficiently. For this reason, it becomes possible to utilize effectively for a user's motivation maintenance and dementia prevention.

  In this example, all the processes are processed by the single information processing server 10, but these processes are divided into a plurality of processes, and the plurality of divided processes are executed by different information processing servers 10. May be. For example, two information processing servers 10 may be provided, and the processing illustrated in FIG. 7 may be assigned to one information processing server 10 and the processing illustrated in FIG. 8 may be assigned to the other information processing server 10.

  Also, a plurality of users may be grouped, and an information processing server 10 may be provided for each group to distribute the load.

  On the other hand, although the visual example has been given as the main example of the brain activation game, a brain activation game that mainly uses auditory stimuli may be provided.

  Further, the input means of the terminal device 30 is not limited to the touch panel 31, and may be a mass or a keyboard, or may be a microphone that performs voice input. It is also possible to play a game. The voice data input in this way may be utilized for the degree of tension at the time of play and physical condition determination of the day.

  Further, the output means of the terminal device 30 may be only a speaker or a vibrator, or may play a brain activation game by outputting sound. Moreover, you may employ | adopt a vibration means etc. as an output means.

  Since such various terminal devices 30 can be used, not only general PCs, smartphones, tablet terminals, and smart watches but also various IoT terminals (for example, speakers with microphones) can function as the terminal devices 30. It becomes possible.

  In addition to the terminal device 30, an information terminal (for example, a smart watch) for user authentication may be provided.

  Furthermore, the brain activation game is not limited to single-player, and a plurality of users may play in groups.

10 Information processing server (server)
DESCRIPTION OF SYMBOLS 11 Control part 11a User registration means 11b User identification means 11c Presentation means 11d Play environment provision means 11e Play information specification means 11f Brain function information acquisition means 11g Analysis means 11h Diagnosis means 12 Storage device 12a User storage part 12b Game storage part 12c Play information Storage unit 12d Brain function information storage unit 12e Analysis result storage unit 13 Network interface 20 Medical facility server (server)
21 control unit 21a user information updating unit 21b brain function information specifying unit 21c brain function information providing unit 22 storage device 22a user information storage unit 22b diagnostic information storage unit 23 network interface 30 terminal device (information terminal)
31 Touch panel (display means, input means, visual stimulus means)
32 Speaker (Hearing stimulation means)
33 control unit 33a user registration operation unit 33b login unit 33c selection unit 33d game play unit 33e brain function information input unit 34 storage device 34a application storage unit 36 communication unit 37 connection terminal 40 network 50 external device unit 51 olfactory stimulation unit 52 tactile stimulation Means 53 Taste stimulating means

Claims (6)

An information processing system for brain activation for activating brain functions,
Comprising one or a plurality of servers capable of communicating with a user terminal device via a network;
The one or more servers are:
A play environment providing means for providing a play environment of a game for activating a brain function to the terminal device via a network;
A user storage unit storing identification information for identifying the user;
In providing a play environment to the user terminal device by the play environment providing means, user identification means for identifying the user based on identification information stored in the user storage unit;
A result of playing the game by the terminal device in the play environment provided by the play environment providing means by the user identified by the user identification means, and play information specifying means for specifying the play information associated with the user; ,
A play information storage unit for storing the play information specified by the play information specifying means;
Brain function information acquisition means for acquiring brain function information in which information relating to a user's brain function is associated with the user;
A brain function information storage unit for storing the brain function information acquired by the brain function information acquisition means;
Analysis means for performing analysis based on brain function information stored in the brain function information storage unit and play information stored in the play information storage unit;
An analysis result storage unit for storing an analysis result by the analysis means;
Based on the result of the user identified by the user identification means playing a game with the terminal device in the play environment provided by the play environment providing means, and the analysis result stored in the analysis result storage unit, An information processing system for brain activation comprising diagnostic means for making a diagnosis regarding a user's brain function. The information processing system for brain activation according to claim 1, wherein the analysis unit is configured to learn a correlation between a user's brain function information and play information by a predetermined algorithm. The play environment providing means is configured to be capable of providing a plurality of types of game play environments,
The play information includes information on the type of game played,
The brain activation information processing system according to claim 1, wherein the server includes a presentation unit that individually presents a type of game suitable for the user from among the plurality of types of games. It said presenting means, based on the information stored in the information and the analysis result storage unit stored in the brain function information storage section of the user, which is configured to present the type of game that is suitable for the user according Item 4. The information processing system for brain activation according to Item 3. The play information includes information on the time when the user played,
The information processing system for brain activation according to any one of claims 1 to 4, wherein the brain function information includes information on a time when the brain function of the user is diagnosed. The brain function information acquisition unit is configured to acquire brain function information from another server or user terminal device connected to the server via a network via the network. Information processing system for brain activation in any one of thru | or 5.

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