JP6338239B2 - History management system in communication terminal - Google Patents

Description

  The present invention relates to a technique for appropriately managing a history of various actions.

  With the spread of Internet technology, e-learning that uses Internet technology for learning has spread for a long time. In addition to in-house training, school education such as elementary, middle, and high schools, and e-learning courses for acquiring qualifications and improving skills are spreading and the number of students is increasing. Learning by e-learning is no longer a general teaching method, and it is becoming widely recognized. In addition, since the history is managed electronically, a large amount of data can be easily managed without taking up a place, so that there are various advantages compared with recording and managing on paper or the like.

In addition, as e-learning spreads, evaluators who evaluate learners have increased opportunities to refer to skills acquired by learners through e-learning learning.
JP2012-150672A JP2007-074447

  However, when the training history and the like are managed electronically using the conventional technology, there is a concern that the communication between the user and the instructor is reduced and the effect of the training is reduced. In addition, a simpler and more convenient method for managing the history has been demanded.

  Furthermore, in parallel with e-learning conducted on the Internet, learners can also learn through regular education in the real world (practice, qualification examination, self-study, seminar, reading, etc.). It is difficult to combine learning results with real-world learning results, and e-learning and real-world learning are inextricably linked because e-learning and real-world education are performed separately. It was not.

  In e-learning, the learning history is managed as data, and the learner can check the progress of a subject by referring to the learning history, but the learning history of a plurality of subjects is independent of each other. There was no way to prove the skills that the learner acquired by completing one subject and another. Furthermore, the evaluator who evaluates the learner needs to refer to the skill acquired by the learner, but there is no way to appropriately refer to the skill acquired by the learner through e-learning. In some cases, it was not used as a reference for evaluation.

  Here, a technique close to the technique for proving the skill acquired by the learner by learning a plurality of subjects is disclosed as a technique relating to a video game, although the field is different from the present invention (Patent Document 2). In Patent Document 2, an ability corresponding to the square selected by the player's operation can be given to the character in the game, and the player is based on the square that has already given the ability to the character. A technique is disclosed for visualizing a mechanism in which cells that can be selected are determined, that is, by acquiring the capabilities of a plurality of cells, a higher capability can be acquired.

  However, since the technique according to Patent Document 2 is a technique premised on processing based on information in a game, it cannot be applied to a problem to be solved by the present invention. For example, by applying the technology according to Patent Document 2 to e-learning, it is possible to visualize the skills acquired by the learner based on the learning history by e-learning, but reality other than e-learning The learning in the world cannot be referred to, and the skills acquired by the learner through learning by e-learning and learning in the real world cannot be processed. Also, for learning other than e-learning on the Internet (for example, learning by browsing web pages), the web browsing history is managed by a server other than the server that provides e-learning, or in the first place. Since the history recording format is different, it cannot be combined with the learning history of e-learning.

  Therefore, an object of the present invention is to appropriately visualize and manage skills acquired by a learner by combining learning histories of learning by e-learning and learning other than e-learning.

The present invention (1)
An information processing apparatus operable by a user;
An information management system that is communicably connected to a server device capable of executing processing according to a request from an information processing device,
The server device
Based on a request from an information processing apparatus operated by a certain user, means for recording information related to the action history of the certain user, and the first recording format in the first recording format according to the type of the request Recording information related to an action history and receiving information related to a second action history different from the first action history of the certain user in a second recording format different from the first recording format Action history information recording means for converting and recording from the second recording format to the first recording format ;
Based on the action history information recording unit is recorded by the one user of the first action according to the information and the second behavior history according to the history information, giving the title information for the certain user Title information giving means
The title information giving means is
Correspondence recording means for storing a correspondence relationship between a plurality of types of title candidates and title information provision conditions associated with each of the types of title candidates,
The title information provision condition includes a first provision condition and a second provision condition different from the first provision condition,
The correspondence relationship has a relationship in which the first provision condition and the second provision condition are associated with a certain kind of title candidate among a plurality of kinds of title candidates,
The first grant condition is a condition determined based on information related to an action history recorded in the first recording format,
The second grant condition is a condition determined based on information related to an action history recorded in the second recording format,
The title information giving means is
It further has a title information addition judging unit that gives the title candidate of a certain type as the title information when both the first grant condition and the second grant condition are satisfied. It is an information management system.
Further, the present invention (2)
The invention wherein the server device converts an unrecorded portion of the information relating to the second action history from the second recording format to the first recording format and records it in the action history information recording means ( The information management system according to 1).
Furthermore, the present invention (3)
The server device is the information management system according to the invention (1) or (2) in which a design for displaying the title information can be set.
Furthermore, the present invention (4)
The server device
The inventions (1) to (3) for searching for a user having predetermined title information given by the title information addition judging means and transmitting a search result to the information processing device in response to a request from the information processing device. The information management system described in 1.
Furthermore, the present invention (5)
The server device
In response to a request from the information processing apparatus, information on a confirmation test for the information on the first action history or the information on the second action history is transmitted to the information processing apparatus, and an answer to the confirmation test The information management system according to any one of the inventions (1) to (4), in which pass / fail is determined based on the answer.
Furthermore, the present invention (6)
The server device
Title information registration means for newly registering title information, and action history registration means for newly registering information related to action history,
The action history registration means, when the information related to the action history transmitted from the information processing apparatus does not exist in the information related to the already registered action history, Temporary registration of such information,
The title information registration means registers the title information transmitted from the information processing device and the behavior information when the title information transmitted from the information processing device does not exist in the registered title information. The history registration means is the information management system according to any one of the inventions (1) to (5) for registering information related to the temporarily registered action history.

The present invention ( 7 )
The title information provision condition associated with a predetermined specific type of title candidate includes at least that a title candidate of a type different from the specific type of title candidate is given as the title information, An information management system according to inventions (1) to (6) .

The present invention ( 8 )
After a certain kind of title candidate is given as the title information, if the title information giving condition associated with the certain kind of title candidate is not satisfied, the given title information is stripped. The information management system according to any one of the inventions (1) to (7) , further comprising title information stripping means (for example, badge information management means V1170).

The present invention ( 9 )
In the information management system according to any one of the inventions (1) to (8) , the server device includes at least the title information adding means (for example, badge information management means V1170).

The present invention ( 10 )
A program for causing a server device in the information management system according to the inventions (1) to (8) to execute at least processing relating to the title information adding means (for example, badge information management means V1170).

  Learning history information related to a certain learner, which is recorded in a different format, is converted into a certain format, and the learning history of learning by e-learning and learning other than e-learning is combined to be a learner. It will be possible to appropriately visualize and manage the skills acquired.

FIG. 1 is an overall view of a mobile communication terminal communication system according to the present embodiment. FIG. 2 is a functional block diagram of the mobile communication terminal according to the present embodiment. FIG. 3 is a functional block diagram of the server according to the present embodiment. FIG. 4 is a system flow diagram of user information registration processing in the training history management system according to the present embodiment. FIG. 5 is a system flow diagram of approver information registration processing in the training history management system according to the present embodiment. FIG. 6 is a system flow diagram of a training history registration process waiting for approval in the training history management system according to the present embodiment. FIG. 7 is a system flow diagram of training history approval processing in the training history management system according to the present embodiment. FIG. 8 is a system flow diagram of user information registration processing in the training history management system according to the second embodiment. FIG. 9 is a system flow diagram of a training history registration process waiting for approval in the training history management system according to the second embodiment. FIG. 10 is a system flow diagram of training history approval processing in the training history management system according to the second embodiment. FIG. 11 is an overall view of a mobile communication terminal communication system according to the third embodiment. FIG. 12 is an overall view of a user behavior history management system according to the fourth embodiment. FIG. 13 is a functional block diagram and system conceptual diagram of a server related to the user behavior history management system according to the fourth embodiment. FIG. 14 is a system conceptual diagram of a user behavior history management system according to the fourth embodiment. FIG. 15 is a table image diagram related to the user behavior history management system according to the fourth embodiment. FIG. 16 is a system flow diagram of login processing in the user behavior history management system according to the fourth embodiment. FIG. 17 is a system flow diagram of new badge creation processing in the user behavior history management system according to the fourth embodiment. FIG. 18 is a system flow diagram of probe temporary registration processing in the user behavior history management system according to the fourth embodiment. FIG. 19 is a system flow diagram of target badge setting processing in the user behavior history management system according to the fourth embodiment. FIG. 20 is a system flow diagram of badge state update processing in the user behavior history management system according to the fourth embodiment. FIG. 21 is a system flow diagram of self-authentication probe registration processing in the user behavior history management system according to the fourth embodiment. FIG. 22 is a system flow diagram of confirmation probe registration processing in the user behavior history management system according to the fourth embodiment. FIG. 23 is a system flow diagram of manual probe registration processing in the user behavior history management system according to the fourth embodiment. FIG. 24 is a system flow diagram of automatic probe registration processing in the user behavior history management system according to the fourth embodiment. FIG. 25 is a system flow diagram of a learner search process in the user behavior history management system according to the fourth embodiment.

  In order to explain the present invention in more detail, it will be described with reference to the accompanying drawings.

(Whole system configuration)
First, the overall system configuration of the training history management system 10 according to the present embodiment will be described with reference to FIG. First, the training history management system 10 is a system that enables management of training history in the server V100 by an operation on a mobile communication terminal. First, as shown in the figure, the training history management system 10 includes a mobile communication system 600 that relays transmission / reception of information related to the training history management server between the mobile communication terminal T100 and a server system 800 described later, And a server system 800 capable of transmitting and receiving information related to the training history to the communication terminal T100.

(Whole system configuration / mobile communication system 600)
Next, the mobile communication system 600 sends information related to the training history from the mobile communication terminal T100 to the outside of the mobile communication terminal T100 and receives information related to the training history provided from the server system 800. A base station 620 that is a base for wirelessly connecting the mobile communication terminal T100, the mobile communication terminal T100, and the server system 800, and a packet network 630 that enables packet communication using the mobile communication terminal T100. And a center server 640 that receives a request from the mobile communication terminal T100 and controls access from the mobile communication terminal T100 to the server system 800. Hereinafter, each component will be described in detail.

(Whole system configuration / mobile communication system 600 / mobile communication terminal T100)
The mobile communication terminal T100 is a portable terminal using wireless communication, and examples thereof include a mobile phone (particularly a smartphone), a personal digital assistant (PDA), and a game machine equipped with a wireless communication function. A specific configuration of the mobile communication terminal T100 will be described later.

(Whole system configuration / mobile communication system 600 / base station 620)
The base station 620 is a base for wirelessly connecting to the mobile communication terminal T100, and is installed on a utility pole, a rooftop of a building, or the like. The packet network 630 is a device corresponding to the end of a packet network 630, which will be described later, and the base stations 620 are connected to each other via a wired or wireless network.

(Whole system configuration / mobile communication system 600 / packet network 630)
The packet network 630 is a data communication network for temporarily dividing data to be transmitted / received into packets and transmitting / receiving them one by one (packet communication) when performing data communication using the mobile communication terminal T100. Each divided packet is transmitted through an available line on the packet network.

(Whole system configuration / mobile communication system 600 / center server 640)
The center server 640 communicates with a server V100 connected to a network 820, which will be described later, in response to a request from the mobile communication terminal T100, and receives various information from the server V100 according to the request from the mobile communication terminal T100. Acquire and transmit the acquired information to the requesting mobile communication terminal T100. As a result, the operator of the mobile communication terminal T100 can obtain desired information from the server V100 via the packet network 630 or the center server 640 regardless of the place where the user is away. The center server 640 has a database (user registration database) for uniquely identifying each user of the training history management system 10 (not shown). In the user registration database, for example, user identification information (user ID, telephone number, mail address, etc.) assigned to each user and owner identification for identifying the owner (user) of the mobile communication terminal T100 Information (user password) is registered.

(Whole system configuration / server system 800)
Next, the server system 800 includes a server V100 that provides information related to a training history, and a network 820 that transmits and receives information between the packet network 630 and the server V100. Hereinafter, each component will be described in detail.

(Whole system configuration / server system 800 / server V100)
The server V100 is a server device that provides information related to the training history, and is accessed from the mobile communication terminal T100 via the network 820. In addition, since all information related to the training history for each user is stored in the server V100, it is preferable to install a server device with high processing performance and large storage capacity.

(Whole system configuration / server system 800 / server V100)
Further, the server V100 has a server function for providing a service to the mobile communication terminal T100 serving as a client based on a general client server model. Server functions are used for information and resource sharing services such as file server functions and print server functions, and services for improving convenience and safety of Internet connections such as DNS server functions and proxy server functions. The server V100 is mainly used for a so-called Web server function provided for a content providing service such as an HTML document, image data, or audio data for browser software possessed by the client, and a client or application server. The so-called database server function used for content provision services such as sending requested data, rewriting or deleting data upon accepting operation requests, and users and terminals accessing the network and system receive access permission. Legitimate users and devices The determination is subjected to the content providing services such as (authentication) to exert a so-called authentication server function, a. That is, the server V100 can provide information expressed in text, images, sounds, etc. to the browser software of the mobile communication terminal T100 in response to a request from the mobile communication terminal T100. .

(Whole system configuration / server system 800 / network 820)
The network 820 is a transmission path for various information transmitted from the server V100. Since a large amount of data may be transmitted from the server V100, the transmission path is preferably a digital transmission path.

(System component / mobile communication terminal T100 / block diagram)
Next, various functions of the mobile communication terminal T100 according to the present embodiment will be described with reference to the block diagram of FIG. First, the mobile communication terminal T100 includes a central control device T1100 that functions as a program processing execution unit (including an OS) including elements such as a central processing unit, a primary storage device, and a secondary storage device, a display device, An information display device T1200 that functions as an information display unit composed of a display control circuit and the like, and an information input device T1300 that functions as an information input unit composed of operation keys (mainly a touch panel unit of the display device) and an input interface. A wireless communication device T1400 that functions as a wireless communication unit that includes an antenna, a communication interface, and the like; an image capturing device T1500 that functions as an image capturing unit that includes an image sensor, an imaging control circuit, and the like; and a mobile communication terminal The processing execution that is running is interrupted at T100, and the screen changes to the home screen (initial display screen). A home button THB to, menu screen display such as a setting change screen, which is composed of a sub-button TSB for use in various applications, and the devices are electrically connected. In addition, although not shown, it is also electrically connected to an audio input / output device that functions as an audio input / output unit such as a speaker, a microphone, and an audio signal processing circuit. The details of each means (device) will be described below.

  First, the central control device T1100 includes a request signal transmission control unit T1120 that transmits a request signal (request) related to connection to the center server 640 or service provision to the server V100 via the wireless communication device T1400, and a wireless communication device. Response signal reception control means T1130 for receiving information relating to the training history transmitted from the server V100 via T1400, and information display control means for performing display control of various data relating to the execution result of the OS on the information display device T1200 T1140, and information storage means T1150 for storing information (URL) indicating the location of the center server 640, server V100, and the like and various information. Here, the request signal transmission control means T1120 further includes request transmission information temporary storage means T1121 for temporarily storing various information transmitted from the mobile communication terminal T100. The response signal reception control means T1130 further includes response reception information temporary storage means T1131 for temporarily storing information related to the training history received by the mobile communication terminal T100.

  Next, the information storage unit T1150 includes a URL information storage unit T1151 for storing the URL that is the transmission destination of the request signal, and a terminal identification information storage unit T1152 for storing the terminal identification information of the mobile communication terminal T100. Further, it has.

(System component / server V100 / block diagram)
Next, various functions of the server V100 according to the present embodiment will be described with reference to the block diagram of FIG. First, the server V100 is a program processing execution unit (including an OS) including elements such as a central processing unit, a primary storage device, a secondary storage device, a central processing unit, a primary storage device, and a secondary storage device. A central control device V1100 that controls a server function and an information communication device V1400 that functions as a wired communication unit including an external connection interface and the like, and each device is electrically connected. In addition, although not shown, the server V100 is also electrically connected to devices such as a power supply device and a maintenance device (liquid crystal display, input device, information backup storage device, storage medium, etc.). The details of each means (device) will be described below.

  First, the central control device V1100 has a request signal reception control means V1110 for receiving a request signal related to service provision transmitted from the mobile communication terminal T100 via the information communication device V1400, and a mobile object via the information communication device V1400. Information relating to the training history to be transmitted to the communication terminal T100, response signal transmission control means V1120 for transmitting a response signal such as image data and audio data, and registration, change, deletion, etc. of the training history of the user of the training history management system 10 Training history management service supply control means V1130 for providing a service (training history management service), user identification information authentication means V1140 for specifying a user by collating a password given to each user, and mobile communication terminal T100 Approved password is valid Authorization and identification information authentication means V1150 judges by matching whether a de has a history information management unit V1160 to perform the update of the user training history management table, the. Here, the request signal reception control means V1110 further includes request reception information temporary storage means V1111 for temporarily storing the received request signal. Further, the response signal transmission control means V1120 further includes response transmission information temporary storage means V1121 for temporarily storing a response signal to be transmitted.

  Next, the training history management service supply control means V1130 includes screen generation means V1131 for generating a screen related to the training history management service such as a model (form) of the training item selection screen, and on / off of a flag relating to the training history. And a training history management service related information temporary storage means V1132 for temporarily storing the information. In addition, although not shown, the screen generation means V1131 also has means for generating a form related to input of user information and training history information. Here, the form is a so-called HTML form incorporated as a part of the HTML specification, and provides information that prompts an input operation on the client side by combining parts such as a text box and a radio button. is there. In addition, components such as text boxes and radio buttons are linked to the operation details (called action attributes and method attributes) on the server side, and the user inputs information according to the form generated and sent on the server side. By sending the form back to the server side again, an operation for registering or deleting information input on the user side in the database on the server side can be executed.

  Further, the user identification information authentication unit V1140 further includes a user identification information table V1141 for storing information related to the user identification information. The approval identification information authentication unit V1150 further includes an approval identification information table V1151 for storing information related to the approval identification information.

  The history information management means V1160 has a user training history management table V1161, which is a data table for registering or managing training history.

(System flow)
Here, the user information registration process between the mobile communication terminal T100 and the server V100 of the training history management system 10 in the present embodiment will be described in detail with reference to FIG. This system flow is a flow when a user registers user personal information using the mobile communication terminal T100.

(System flow / user information registration process / process 1A of mobile communication terminal T100)
First, the process of the mobile communication terminal T100 is executed. First, in step 102-S, the user operates the mobile communication terminal T100 to access the user information registration URL. Next, in step 103-S, the request signal transmission control unit T1120 transmits a user information registration request for starting registration of user information to the server V100 side via the wireless communication device T1400.

(System Flow / User Information Registration Process / Server V100 Process 1B)
Next, the process proceeds to the process of the server V100. First, in step 104-S, the request signal reception control means V1110 receives the user information registration request transmitted from the mobile communication terminal T100. Next, in step 106-S, the screen generation means V1131 generates a user information registration request form (form for inputting each item related to user information). Next, in step 108-S, the response signal transmission control means V1120 sends a user information registration request form (form for selecting each item related to user information) to the mobile communication terminal T100 via the information communication apparatus V1400. Send to.

(System flow / user information registration process / process 2A of mobile communication terminal T100)
Next, the process proceeds to mobile communication terminal T100. First, in step 110-S, the response signal reception control unit T1130 receives the user information registration request form transmitted from the server V100. Next, in step 112-S, the information display control means T1140 displays a user information registration request form. Next, in step 114-S, the user operates the information input device T1300 to input his / her personal information into the user information registration request form. Next, in step 116-S, the request signal transmission control unit T1120 transmits the user information registration request form (input completed) in which the personal information is input to the server V100 side via the wireless communication device T1400.

(System flow / User information registration process / Server V100 process 2B)
Next, the process proceeds to the process of the server V100. First, in step 118-S, the request signal reception control means V1110 receives the user information registration request form (input completed) transmitted from the mobile communication terminal T100. Next, in step 120-S, the user identification information authenticating means V1140 generates a user ID and a user password. Next, in step 122-S, the request signal reception control means V1110 stores the generated user ID and user password and the personal information input in the user information registration request form in the user identification information table V1141. Next, in step 124-S, the response signal transmission control unit V1120 transmits the generated user ID and user password to the mobile communication terminal T100 via the information communication device V1400.

  Here, the lower right image is a user identification information table image. As shown in the image, in the present embodiment, the user identification information table is configured to manage a user password and a user's personal information (e-mail address or telephone number) corresponding to each user ID. Therefore, the information related to the user registered in step 122-S in the same figure is managed in the user identification information table. Note that the types of items in the user identification information table are not limited to this, and may be configured to manage, for example, the user's address and the department to which the user belongs.

(System flow / user information registration process / process 3A of mobile communication terminal T100)
Next, the process proceeds to mobile communication terminal T100. First, in step 126-S, the response signal reception control unit T1130 receives the user ID and user password transmitted from the server V100 via the information communication apparatus V1400. Next, in step 128-S, the information display control means T1140 displays the received user ID and user password, and ends the process related to the user information registration process.

  Next, the approver information registration process between the mobile communication terminal T100 and the server V100 of the training history management system 10 in the present embodiment will be described in detail with reference to FIG. This system flow is a flow when the approver registers the approver information using the mobile communication terminal T100.

(System flow / authorizer information registration process / process 1C of mobile communication terminal T100)
First, the process of the mobile communication terminal T100 is executed. First, in step 202-S, the user operates the mobile communication terminal T100 to access the approver information registration URL. Next, in step 203-S, the request signal transmission control unit T1120 transmits an approver information registration request for starting registration of the approver information to the server V100 side via the wireless communication device T1400.

(System Flow / Approver Information Registration Process / Server V100 Process 1D)
Next, the process proceeds to the process of the server V100. First, in step 204-S, the request signal reception control means V1110 receives the approver information registration request transmitted from the mobile communication terminal T100. Next, in step 206-S, the screen generation means V1131 generates an approver information registration request form (form for inputting approver information). Next, in step 208-S, the response signal transmission control means V1120 transmits the approver information registration request form (form for inputting the approver information) to the mobile communication terminal T100 via the information communication device V1400. To do.

(System Flow / Approver Information Registration Process / Process 2C of Mobile Communication Terminal T100)
Next, the process proceeds to mobile communication terminal T100. First, in step 210-S, the response signal reception control unit T1130 receives the approver information registration request form transmitted from the server V100. Next, in step 212-S, the information display control means T1140 displays the received approver information registration request form. Next, in step 214-S, the approver operates the information input device T1300 to input his / her personal information to the approver information registration request form. Next, in step 216-S, the request signal transmission control unit T1120 transmits the approver information registration request form (input completed) in which the personal information is input to the server V100 side via the wireless communication device T1400.

(System Flow / Approver Information Registration Process / Server V100 Process 2D)
Next, the process proceeds to the process of the server V100. First, in step 218-S, the request signal reception control means V1110 receives the approver information registration request form (input completed) transmitted from the mobile communication terminal T100. Next, in step 220-S, the approval identification information authentication unit V1150 generates an approver ID and an approval password. Next, in step 222-S, the request signal reception control unit V1110 stores the generated approver ID and approval password and the personal information input in the approver information registration request form in the approval identification information table V1151. To do. Next, in step 224-S, the response signal transmission control unit V1120 transmits the generated approver ID and approval password to the mobile communication terminal T100 via the information communication device V1400.

  Here, the image at the lower right of the figure is an image of the approval identification information table. As shown in the image, in the present embodiment, the approval identification information table is configured so that an approval password and personal information (email address, telephone number, etc.) of the approval person are managed corresponding to each approver ID. Thus, the information related to the approver registered in step 222-S in the same figure is managed in the approval identification information table. Note that the types of items in the approval identification information table are not limited to this. For example, the address of the approver, the department to which the approver belongs, and the like may be managed.

(System Flow / Approver Information Registration Process / Process 3C of Mobile Communication Terminal T100)
Next, the process proceeds to mobile communication terminal T100. First, in step 226-S, the response signal reception control unit T1130 receives the approver ID and the approval password transmitted from the server V100. Next, in step 228-S, the information display control unit T1140 displays the approver ID and the approval password, and ends the process related to the approver information registration process.

  Next, the waiting-for-approval training history registration process between the mobile communication terminal T100 and the server V100 of the training history management system 10 in the present embodiment will be described in detail with reference to FIG. This system flow is a flow in the case where a user registers an approval waiting training history using the mobile communication terminal T100.

(System flow / Waiting history registration process for approval / Processing 1E of mobile communication terminal T100)
First, the process of the mobile communication terminal T100 is executed. First, in step 302-S, the user operates the mobile communication terminal T100 to access the user login URL. Next, in step 303-S, the request signal transmission control unit T1120 transmits a login information input form request to the server V100 side via the wireless communication device T1400.

(System flow / Waiting history registration process for approval / Processing 1F of server V100)
Next, the process of the server V100 is executed. First, in step 304-S, the request signal reception control unit V1110 receives the login information input form request transmitted from the server V100. Next, in step 305-S, the screen generation means V1131 generates a login information input form (form for inputting each item related to login). Next, in step 306-S, the response signal transmission control unit V1120 transmits a login information input form (a form for inputting each item related to login) to the mobile communication terminal T100 via the information communication device V1400. To do.

(System flow / Waiting history registration process for approval / Processing 2E of mobile communication terminal T100)
Next, the process of the mobile communication terminal T100 is executed. First, in step 308-S, the response signal receiving unit T1130 receives the login information input form (form for inputting each item related to login) transmitted from the server V100. Next, in step 310-S, the information display control means T1140 displays a login information input form (form for inputting each item related to login). Next, in step 312-S, the user operates the information input device T1300 to input login information (user ID and user password). Next, in step 314 -S, the request signal transmission control unit T 1300 transmits the input login information (user ID and user password) to the server V 100 via the information communication device V 1400.

  Here, the image diagram in the upper left of the figure is a login information input form image diagram. As shown in the image diagram, in this example, a login information input form includes a user ID input form, a user password input form, and a login button. Although not specifically shown, the user ID and user password entered on the user password entry screen may be in the form of entering four types (four digits) of 10 types of numbers from 0 to 9. User password authentication is performed depending on whether or not the password input on the password input screen matches the user password stored in the server V100. Note that the number of digits of the user password and the types of numbers that can be input are not limited to this, and any number of digits may be used, or a combination of alphabets and symbols may be used. The user authentication is performed by inputting the user ID in the user ID input form, touching (selecting) the login button after inputting the user password in the user password input form.

(System flow / Waiting history registration process for approval / Process 2F of server V100)
Next, the process of the server V100 is executed. First, in step 316-S, the request signal reception control unit V1110 receives the user ID and user password transmitted from the mobile communication terminal T100. Next, in step 318-S, the user identification information authentication means V1140 determines whether or not the received user ID and user password match the user ID and user password stored in the user identification information table V1141 ( Certify. Next, in step 320-S, the screen generation means V1131 generates a training history information input form (form for inputting training history information) based on the user training history of the user. Next, in step 322-S, the response signal transmission control unit V1120 sends the generated training history information input form (form for inputting training history information) to the mobile communication terminal T100 via the information communication device V1400. Send to.

  Through the above processing, when accessing the server V100, the user ID input on the mobile communication terminal T100 side and the user password input by the user match the user ID and user password managed on the server V100 side. Whether or not the user of the mobile communication terminal T100 is an authorized user can be determined. Although not shown, when the authentication result is normal (regular user ID or user password), the function of the training history management system can be used (a menu screen is displayed on the information display device T1200). . On the other hand, if the authentication result is abnormal (invalid user ID or user password), the function of the training history management system cannot be used (the menu screen is not displayed on the information display device T1200).

(System flow / Waiting history registration process for approval / Processing 3E of mobile communication terminal T100)
Next, the process of the mobile communication terminal T100 is executed. First, in step 324-S, the response signal reception control means T1130 receives the training history information input form (form for inputting training history information) transmitted from the server V100. Next, in step 326-S, the information display control means T1140 displays the received training history information input form (form for inputting training history information). Next, in step 328-S, the user operates the information input device T1300 to input training history information. Next, in step 330-S, the request signal transmission control unit T1120 transmits the training history information input form (input completed) that has been input to the server V100 via the wireless communication device T1400.

  Here, the image diagram in the lower left of the figure is a training history information input form image diagram. As shown in the image diagram, in this example, a list of items that can be selected on the training history information input form, a menu button, and an item storage button are displayed as button images. Further, when any one of the button images related to each item is touched (selected), selection candidates for each item touched (selected) are displayed in a pull-down menu. Thereafter, by touching (selecting) a button image of an item to be selected from the displayed selection candidates, the touched (selected) item is selected and displayed. After selecting the training history, the selected training history is saved by touching (selecting) the item storage button, and the training history registration can be approved in the training history approval process described later.

  Although not particularly shown in this example, when a menu button is touched (selected), the screen moves to a menu screen (a screen displaying a button image for shifting to a training history information input form or a training history list screen waiting for approval). It is configured as follows. The image diagram is merely an example, and the configuration of the display screen is not limited to this example. The selection candidate may be displayed as long as it can be recognized which item is selected when each item is touched (selected). For example, the selection candidate may be displayed on the entire screen. Further, selection candidates for each item to be displayed may be determined based on the user training history, other personal information, etc. (for example, already registered items are not displayed, etc.) Instead, a method in which the user inputs characters in the content may be used.

  In addition, after the training history is saved, the menu screen may be displayed, or after the training history is saved, the training history may be selected and saved. After saving the training history, the saved training history may be approved as it is, and after the training history is saved, it may be configured to be able to shift directly to the training history list screen waiting for approval.

(System flow / Waiting history registration process for approval / Process 3F of server V100)
Next, the process of the server V100 is executed. First, at step 332-S, the request signal reception control means V1110 receives a training history information input form (input completed) from the mobile communication terminal T100. Next, in step 334 -S, the history information management means V 1160 stores the training history input in the received training history information input form as the registration status “waiting for approval”.

  Here, the lower right part of the figure is a user training history management table image diagram (1) of a certain user. As shown in the image diagram, in the user training history management table, information related to the user training history is displayed for each training item. In the present embodiment, the item includes “registration status” that is information indicating whether the item is awaiting approval or approval, “implementation date and time” that is information related to the date and time of the training, and the approver “Evaluation” which is information related to evaluation of training history, “Comment” which is comment information about training history, and “Approver” which is information related to the approver ID of the person who executed or executed the training history ”And“ update date / time ”, which is information related to the latest update date / time of the training history information, can be managed. Moreover, in the same figure, the case where the training B is preserve | saved as an approval waiting training history is illustrated. It should be noted that the items related to the training history are not limited to this, and there is no problem if it is appropriately changed depending on the application. Moreover, the format to be stored is not limited to the table format, and it is only necessary to store the user and the information related to the training history of the user.

  Next, the training history approval process between the mobile communication terminal T100 and the server V100 of the training history management system 10 in the present embodiment will be described in detail with reference to FIG. This system flow is a flow in the case where the approver approves the training history after the user displays the training history list screen waiting for approval using the mobile communication terminal T100. Note that all the processes in the figure are executed after the above-described login information is input.

(System flow / training history approval process / process 4E of mobile communication terminal T100)
First, the process of the mobile communication terminal T100 is executed. First, in step 402-S, the request signal control process T1120 transmits an approval waiting training history list screen request to the server V100 via the wireless communication device T1400 by the operation of the mobile communication terminal T100 by the user.

(System flow / training history approval processing / processing 4F of server V100)
Next, the process of the server V100 is executed. First, in step 404-S, the request signal reception control means V1110 receives a request for approval training history list screen request from the mobile communication terminal T100. Next, in step 406-S, the screen generation means V1131 generates a training history list screen waiting for approval based on the training history information having the registration status “waiting for approval”. Next, in step 408-S, the response signal transmission control unit transmits the generated training history list screen to the mobile communication terminal T100 via the information communication device V1400.

  Here, the upper right part of the figure is a user training history management table image diagram (2) of a certain user. In this example, a description will be given by taking as an example a user who has training history information (training A, training B, and training C are stored in a table as training history waiting for approval) as shown in the same image diagram.

(System flow / training history approval process / process 5E of mobile communication terminal T100)
Next, the process of the mobile communication terminal T100 is executed. First, in step 410-S, the response signal reception control unit T1130 receives the approval waiting training history list screen transmitted from the server V100. Next, at step 412-S, the information display control means T1140 displays a training history list screen waiting for approval. Next, in step 414-S, the approver operates the information input device T1300 and selects any approval-waiting training history. Next, in step 416-S, the request signal transmission control unit T1120 transmits an evaluation information input form request related to the selected approval waiting training history to the server V100 via the wireless communication device T1400.

  Here, the approver (in this example, the approver 1) operates the processes of 5E to 7E in FIG. In other words, login and approval waiting training history registration processing are performed by the user, and evaluation information and approval password (to be described later) are input by the approver.

  Here, the upper part of the left image diagram is an example of a training history list screen waiting for approval. As shown in the image diagram, in this example, a list of training histories whose registration status is “waiting for approval” and menu buttons are displayed as button images on the training history list screen waiting for approval. By touching (selecting) any button image related to the training history list, the screen shifts to the evaluation information input screen for the touched (selected) item.

(System Flow / Training History Approval Process / Server V100 Process 5F)
Next, the process of the server V100 is executed. First, at step 418-S, the request signal reception control means V1110 receives the evaluation information input form request transmitted from the mobile communication terminal T100. Next, in step 420-S, the screen generation means V1131 generates an evaluation information input form based on the training history information. Next, in step 422-S, the response signal transmission control unit V1120 transmits the generated evaluation information input form to the mobile communication terminal T100 via the information communication device V1400.

(System flow / training history approval process / process 6E of mobile communication terminal T100)
Next, the process of the mobile communication terminal T100 is executed. First, in step 424-S, the response signal reception control unit T1130 receives the evaluation information input form transmitted from the server V100. Next, in step 426-S, the information display control means T1140 displays the received evaluation information input form. Next, in step 428-S, the approver operates the information input device T1300 to input evaluation information (evaluation, comment, etc.). Next, in step 430-S, the request signal transmission control unit T1120 transmits the input evaluation information input form (input completed) to the server V100 via the wireless communication device T1400.

  Here, the middle part of the image on the left side of the figure is an example of an evaluation information input screen. On the evaluation information input screen, the information selected on the training history list screen waiting for approval is displayed, and the approver enters the evaluation of the training history waiting for approval (radio button in the figure), and the approver approves it. A comment input form for inputting comments about the waiting training history, an approval button image for the approver to approve the training history waiting for approval, a rejection button image for rejecting the training history waiting for approval, a menu button image, Is displayed. Although not specifically illustrated in this example, the reject button image is a button image that is operated when the approver determines that it is not appropriate to approve the training history waiting for approval, and when the reject button image is operated. Is configured such that the training history information is deleted from the user training history management table. Note that this example is merely an example, and is not limited to this. For example, when the reject button is operated, the training status information is not deleted even when the training history information is operated, and the registration status is “return”. Certain training history information may be configured to be re-editable by the user.

(System flow / training history approval process / server V100 process 6F)
Next, the process of the server V100 is executed. First, in step 432-S, the request signal reception control unit V1110 receives the evaluation information input form (input completed) transmitted from the mobile communication terminal T100. Next, in step 434-S, the history information management means V1160 refers to the training history management service related information temporary storage means V1132, and the evaluation information input in the received evaluation information input form is used as the training related to the evaluation. The information is stored in the user training history management table V1161 in a form added to the history information.

  Here, the middle part on the right is a user training history management table image diagram (3). In the same image diagram, a state in which evaluations and comments input by the approver 1 regarding the training B from the state of the user training history management table image diagram (2) are newly stored is illustrated.

  Next, in step 436-S, the screen generation means V1131 generates an approval password input form. Next, in step 438-S, the response signal transmission control unit V1120 transmits the generated evaluation information input form to the mobile communication terminal T100 via the information communication device V1400.

(System flow / training history approval process / process 7E of mobile communication terminal T100)
Next, the process of the mobile communication terminal T100 is executed. First, in step 450-S, the response signal reception control unit T1130 receives the approval password input form transmitted from the server V100. Next, in step 452-S, the information display control means T1140 displays the received approval password input form. Next, in step 454-S, the approver operates the information input device T1300 to input the approval password. Next, in step 456-S, the request signal transmission control unit T1120 transmits an approval password input form (input completed) to the server V100 via the wireless communication device T1400.

  Here, the lower part of the image on the left in the figure is an example of an approval password input screen. On the approval password input screen, the information selected on the approval waiting training history list screen is displayed, and an approval password input image is displayed. In this example, a 4-digit password consisting of 10 numbers from 0 to 9 is entered on the approval password input screen. Authorization password authentication is performed based on whether or not the 4-digit password entered on the authorization password input screen matches the authorization password stored in the server V100.

  Note that this example is merely an example, and the number of digits of the approval password and the types of numbers that can be input are not limited to this, and any number or number of digits may be used, or a combination of alphabets and symbols may be used. When the menu button is touched (selected), the menu screen is displayed.

(System flow / training history approval processing / processing 7F of server V100)
Next, the process of the server V100 is executed. First, at step 458-S, the request signal reception control means V1110 receives the approval password input form (input completed) transmitted from the mobile communication terminal T100. Next, in step 460-S, the approval identification information authenticating means V1150 receives the received approval password and the approval password corresponding to the approver (approver ID) of the training history stored in the approval identification information table V1151. Is determined (authenticated). Next, in step 462-S, the history information management unit V1160 rewrites the registration status of the training history information related to the approval to “approved” and ends the training history approval process.

  Here, the lower right part of the figure is a user training history management table image diagram (4). In the same figure, from the state of the user training history management table image figure (3), the approver 1 enters the approval password and the training B is approved, and the registration status item is rewritten from “Waiting for approval” to “Approved”. It represents the state that was done.

  With the above processing, whether or not the approval password input on the mobile communication terminal T100 side matches the approval password managed on the server V100 side when the approval password is input on the mobile communication terminal T100 side. Thus, it is possible to determine whether or not the input approval password is a regular approval password. Although not shown, when the authentication result is normal (regular approval password), the training history is registered (recorded) on the server V100 side as a training history of “approved”. On the other hand, when the authentication result is abnormal (invalid approval password), the training history is not registered (recorded) on the server V100 side as a training history of “approved”.

  By configuring as described above, in the present embodiment, it is possible to execute a process of using a plurality of passwords by one login at the time of approval of training history at the mobile communication terminal, and management of training history Can be facilitated. Further, since approval can be made only from a terminal logged in with a user ID, it is necessary to face the user and the approver in order to approve the training history information, and an opportunity for communication can be secured.

  Note that the history management system is not limited to training history, and can be applied to various history management. For example, learning history, work history, visit history, purchase / sale history, etc.

  In addition, this example is an example to the last, and is not limited to this. In this example, the password is required to be input when the training history registration is approved. However, the present invention is not limited to this. For example, a specific QR code (registration) is registered via the image capturing device T1500 of the mobile communication terminal T100. The training history registration may be approved by reading an image such as a trademark. Alternatively, an IC chip may be built in the mobile communication terminal T100, and the training history registration may be approved by holding the mobile communication terminal T100 over a specific IC chip reader.

  Moreover, you may comprise so that the approval password input at the time of approval of training history registration can be changed. With such a configuration, even if the approval password is known to the user, fraud can be prevented by changing the approval password.

  The user password and the approval password are not limited to numbers and symbols. For example, an answer (for example, “black”) to a specific question format (for example, “What is your car color?”) It may be configured to perform authentication based on whether or not the answer matches the answer stored in the server. Further, in such a configuration, when the approver information is registered, the question and the answer are stored. At this time, a plurality of (for example, 10 types) questions and answers are registered, and the plurality of the questions are answered at the time of approval. It may be configured such that one question is randomly selected from the questions. In addition, you may comprise so that the said reply can also be changed.

  In addition, in this example, although not shown in particular, it is determined that fraud is going to be performed when the input approval password does not match the approval password held on the server side for a predetermined number of times, You may comprise so that countermeasures, such as making the said user's training history information unapprovable for a predetermined period, can be performed.

  In this example, the mobile communication terminal communicates with the server. However, the present invention is not limited to this, and any communication terminal such as a desktop PC may be used. It is also possible to execute each process from different terminals, such as communicating from the desktop PC to the server to store training history and training item information, and then communicating from the mobile communication terminal to the server for approval. .

  In this example, the evaluation information and the comment are configured to be stored in the user training history management table before the approval password authentication. However, the present invention is not limited to this. For example, the approval password, the evaluation information, and the comment are simultaneously set. The server may be configured so that the received evaluation information and comments are stored only when the authorization password is successfully authenticated.

  In this example, the user ID and the user password are input when logging in. However, the present invention is not limited to this. For example, the user ID may be configured to use an ID unique to the mobile communication terminal T100. Good.

  Further, in this example, although not particularly shown, the user training history information recorded on the server side may be configured to be viewable from the mobile communication terminal T100. In such a configuration, not only the user's own training history but also the training history of all the groups to which the user belongs can be viewed, so that the training history information of other users can be trained in the group. It can be used as a guide for measuring the degree of progress.

  Further, in this example, although not particularly illustrated, a plurality of approval passwords may exist, and it may be configured to be able to determine which approval password is to be determined based on an item selected by the user. (For example, when the approval password α and the approval password β exist as the approval password, and the approver 1 is selected as the approver, the match determination between the approval password α and the input password is performed. When the approver 2 is selected, the approval password β is determined to match the input password).

  In this example, it is configured that the user issues and registers his / her user information (user ID, user password, item to be selected, approval password, etc.) by accessing the server. For example, information related to the user may be set in advance (the system administrator inputs in advance). Further, the approver may be configured similarly.

(Second Embodiment)
In this embodiment, the management of the training history management table and the like is configured to be executed on the server. However, the training history management method is not limited to this. Therefore, such a configuration is referred to as a second embodiment, and only differences from the present embodiment will be described in detail below. In the second embodiment, the mobile communication terminal T100 has application-related process execution means T1170 for executing a process related to an application stored in the terminal (in this example, a training history management application described later). doing.

(System flow / User information registration process / Process 2B of server V100, Process 3A of mobile communication terminal T100)
First, FIG. 8 is a system flow of user information registration processing in the second embodiment (the processing 1A, 1B, and 2A are substantially the same as those in this embodiment, and are not shown). Differences from this embodiment are step 124-S (second) to step 127-S (second), the purpose of which is training history management for managing training history information on the mobile communication terminal T100 side. Saving (downloading) an application in the mobile communication terminal T100. That is, after storing the user ID and user password and the personal information input in the user information registration request form in the user identification information table V1141, in step 124-S (second), the response signal transmission control means V1120 The user ID and user password generated by the processing of S120-S are embedded in the training history management application and transmitted to the mobile communication terminal T100 via the information communication device V1400. Next, in step 126-S (second), the response signal reception control means T1130 receives the training history management application transmitted from the server V100. Next, in step 127-S (second), the central controller T1100 stores the training history management application in the information storage means T1150, and proceeds to step 128-S.

  In the second embodiment, information related to the user, such as a user ID and a user password, is stored in the training history management application. However, in the case where the user forgets his / her user ID, the server V100 is also configured to store information related to the user such as a user ID and a user password.

(System flow / Waiting history registration process for approval / Processing 2E of mobile communication terminal T100)
Next, FIG. 9 is a system flow of an approval waiting training history registration process in the second embodiment. All of the processes in the figure are executed in the mobile communication terminal T100. First, in step 310-S, the user operates the information input device T1300 to start the training history management application, and displays a login information input form (a form for inputting each item related to login). Next, in step 312-S, the user operates the information input device T1300 to input login information (user ID and user password). Next, in step 314-S, the application related process execution unit T1170 determines whether or not the input user ID and user password match the user ID and user password stored in the information storage unit T1150 (authentication). )

(System flow / Waiting history registration process for approval / Processing 3E of mobile communication terminal T100)
Next, in step 326-S, the information display control means T1140 displays a training history information input form (form for selecting training history). Next, in step 328-S, the user operates the information input device T1300 to input training history information to the training history information input form. Next, in step 330-S, the application-related process execution means T1170 temporarily stores the training history information input in the training history information input form in the information storage means T1150 as training history information of the registration status “waiting for approval”. The training history registration process waiting for approval is terminated.

(System flow / training history approval process / process 5E of mobile communication terminal T100)
Next, FIG. 10 is a system flow of training history approval processing in the second embodiment. First, in step 412 -S, the user operates the information input device T1300 to display a training history list screen waiting for approval. Next, at step 414-S, the user selects any approval waiting training history.

(System flow / training history approval process / process 6E of mobile communication terminal T100)
Next, in step 426-S, the application related process execution unit T1170 displays an evaluation information input form related to the selected training history. Next, in step 428-S, the approver operates the information input device T1300 to input evaluation information (evaluation, comment, etc.). Next, in step 430-S, the application related process execution unit T1170 stores the evaluation information input in the evaluation information input form in a form to be added to the training history information related to the evaluation. Next, in step 432-S, the approver operates an approval button in the information input device T1300. Note that the approver (in this example, the approver 1) operates the processes 6E and 7E in FIG.

(System flow / training history approval process / process 7E of mobile communication terminal T100)
Next, in step 452-S, the application related process execution unit T1170 displays an approval password input form. Next, in step 454-S, the approver operates the information input device T1300 to input the approval password. Next, in step 456-S, the application related process execution unit T1170 receives the input approval password and the approval password corresponding to the approver (approver ID) of the training history stored in the information storage unit T1150. It is determined (authenticated) whether they match. Next, in step 458-S, the application related process execution unit T1170 rewrites the registration status of the training history information related to the approval to “approved”, and ends the training history approval process.

  By configuring as described above, in the second embodiment, the training history information management means is stored in the mobile communication terminal T100 as a training history management application, and the training history management application registers and approves the training history. It is comprised so that the process which concerns can be performed. When configured in this way, training history information can be managed without communication with the server.

  Note that this example is merely an example, and is not limited thereto. For example, in this example, processing other than user / approver registration and application distribution in the training history management system is executed on the application of the mobile communication terminal T100. However, only a part of the training history management system may be executed on the application. Alternatively, the server may be accessed when the application is activated to upload / download training history information on the server, update the application, or the like.

(Third embodiment)
Further, as a method for providing the history management system as in the present embodiment, an aspect in which a plurality of servers corresponding to each function of the system as shown in FIG. For example, in the same figure, the Web server W100 for providing HTML data (screen display etc.) related to the history management system to the mobile communication terminal T100 of the user (and approver), the user history information, etc. Is stored, and the database server D100 for executing the approval process is illustrated. In addition, this example is an example to the last, and it is not limited to this, For example, the aspect (what is called cloud) which utilizes the some computer which exists on a network as a server as an aspect of a server may be sufficient.

(Fourth embodiment)
In addition, although said embodiment is one of the methods for managing the learning history of Lana (learner), it is not limited to this, The action history (learning history) of various Lana in the real world May be configured to be able to acquire and manage. Therefore, an example of such a configuration is referred to as a fourth embodiment and will be described in detail below.

  First, FIG. 12 is an overall view of a system according to the fourth embodiment. W100, D100, and M100 shown in the figure are a Web server W100, a database server D100, and a mail server M100, respectively, and information about Lana's action history (learning history) is recorded in a different format depending on each server. For example, information related to a user's Web browsing history is recorded in W format (recorded for a predetermined period) as information that summarizes the client IP address, accessed URL, access date and time, etc. in the Web server W100. In addition, information related to the learning history of Lana's e-learning is recorded in the database server D100 in D format as information that summarizes the user ID, subjects, date and time of attendance, and the like. In addition, the information related to Lana's mail transmission / reception history is recorded in the M format in the mail server M100 as information that summarizes the sender mail address, the receiver mail address, the transmission date and time, and the like.

  As described above, the information related to the behavior of Lana is recorded in each server in a different format. However, in the user behavior history management system 40 according to the fourth embodiment, the server V100 that provides the system includes the information. The action history of Lana is recorded in a predetermined format (a constant format regardless of the contents of the action history, for example, user ID, learning date / time, learning action type, learning contents, etc.).

  Further, in the system according to the fourth embodiment, not only the mobile communication terminal, but also a terminal (for example, a desktop PC) capable of communicating with the server V100, it is simply referred to as the communication terminal T110.

  Here, FIG. 13 is a functional block diagram of the server V100 that provides the user behavior history management system 40 according to the fourth embodiment. First, the difference from the present embodiment is that the central control device V1100 of the server V100 has a badge information management means V1170, the purpose of which is based on the learning behavior of the Lana. When the condition is satisfied, an electronic title (hereinafter sometimes referred to as a badge) can be given to the Lana.

  Further, the badge information management means V1170 stores and manages the user acquisition probe management table V1171 for storing and managing the learning history information of the Lana (hereinafter sometimes referred to as a probe) and the badge grant conditions. A badge granting condition management table V1172 and a user acquisition badge management table V1173 for storing and managing badges acquired by Lana. As shown in the image diagram on the right side of the drawing, the user acquisition probe management table V1171 associates user information and probe information, and the learning behavior of the user (particularly Lana) is used as a probe (learning history information of the user). Capture and store in a predetermined format. The badge assignment condition management table V1172 associates badge information with probe information. When a badge is created by a system administrator, what probe is necessary to acquire the created badge. Remember if it is. In addition, the user acquisition badge management table V1173 associates user information and badge information, and the state (unacquired state, target state, acquired state, lost state) of a certain Lana has changed (for example, a new badge The badge status of the Lana is stored (the badge status information will be referred to by the Lana or the viewer). In this way, the system is a system responsible for the user {Lana (learner) and the viewer (the person who browses information related to learning of Lana, such as an employer)} and the management and operation of the system. It is operated by an administrator. Note that this example is merely an example, and the present invention is not limited thereto. For example, not only the system administrator but also a learner or a viewer may create a new badge.

  Next, FIG. 14 is an image diagram relating to badge assignment conditions in the user behavior history management system 40. Here, in this example, the badge has a grant condition set at the time of creation, and by satisfying the grant condition, the badge is given to the user learna that satisfies the grant condition. Become. In addition, there are two types of badges, a skill badge that represents the skill worn by Lana and an affiliation badge that represents a group to which Lana belongs. In addition, the badge status that can be set for each learner satisfies the “unacquired” state indicating that the badge granting condition is not satisfied (and not set as a target), and the badge granting condition is satisfied. However, the “Goal” state, which indicates that Lana has set a willingness to acquire, the “Acquisition” state, which indicates that the badge grant conditions are satisfied, and the badge grant conditions There are four states: a “lost” state that represents once satisfied but not currently satisfied. Although not particularly illustrated in this example, it may be configured such that states such as “not acquired”, “target”, “acquired”, “lost”, etc. can be set not only for the badge but also for the probe.

  Here, as shown in the figure, it may be set that one or a plurality of predetermined probes (learning history information) and / or a predetermined badge are acquired as a given condition for a certain badge. For example, the badge for “In-house N test” in the same figure satisfies the conditions for applying the badge by obtaining a probe for “Writing test 70 points” and a probe for “Report submission”. The status status of the badge of “in-house N test” related to is rewritten to “acquired” state (acquired). In addition, the badge of “Development Department” in the figure is a belonging badge, and by belonging to a certain Lana Development Department, the badge granting condition is satisfied and the badge is acquired ( If you move from Development to another, the badge will be “lost”). In addition, the “Development Specialist” badge shown in the figure was awarded the “Conference Presentation” probe, the “In-house N Certification” badge, the “Participation in Training P” probe, and the “Development Department” badge. In this case, the badge grant condition is satisfied and the badge is acquired. That is, in the system, the badge and the probe are configured to form a hierarchical structure.

  Next, FIG. 15 is an image diagram of the management tables of the user acquisition probe management table V1171, the badge assignment condition management table V1172, and the user acquisition badge management table V1173 described in FIG. As shown in the figure, first, the user acquisition probe management table V1171 includes a user ID and learning history information of a user (Lana) indicated by the user ID as elements of learning date / time, learning behavior / learning content. It is comprised so that it can memorize | store in the format which matches. For example, information that the learner of the user ID “Y1234” in FIG. 16 learned “management A-3” by e-learning on November 29, 2013 is stored in the table.

  Next, the badge granting condition management table V1172 is configured to store the badge ID of the created badge, the badge name of the badge, and the badge granting condition. For example, the badge related to the badge IDS00234 in the figure is a badge named “intermediate web design”, [1] read “introduction to web design” (registered with a confirmation probe described later), [2] “http: //WWW.ddeeff.com ”is set to grant web pages, [3] get a badge ID“ S00054 ”, or [3] participate in web page creation training. Is stored in the table. Also, in this example, approval by the representative of the group to which you belong (for example, if you belong to the development department, the development manager) is set as an assignment condition for the belonging badge, but it is only an example, However, the present invention is not limited to this, and may be configured to be obtained by self-reporting (in that case, it is preferable that the system administrator or a group representative can cancel the request). Data for managing member affiliation (for example, member affiliation data managed by a directory service) may be fetched and a member badge may be automatically assigned to the member.

  Next, the user acquisition badge management table V1173 (for Lana) stores the user ID, the acquisition status of the badge related to the user (badge ID and the status of the badge), and the last update date and time of the badge status. Configured to get. For example, information that Lana of the user ID “Y12346” in the figure has acquired the badge of the badge ID “S00005” on December 5, 2013 is stored. In addition, the learner and the viewer who browses the information related to the learning of the learner may be configured such that the badge looks different (for example, the badge name, etc.). It is preferable to use a badge name such as An example of such a configuration is the user acquisition badge management table V1173 (* for viewers) of FIG. As shown in the figure, the Lana table and the viewer table are configured such that even if they are similar badges, the badge IDs are different and the badge names are also different. Note that this example is merely an example, and the present invention is not limited to this. For example, there are badges that can be seen only by the viewer (or only by Lana) because the existing badge itself is different for the Lana and the viewer. It may be configured to exist.

  Next, the login process (for Lana and system administrator) between the communication terminal T110 and the server V100 of the user behavior history management system 40 in the fourth embodiment will be described in detail with reference to FIG. This system flow is a flowchart when the user logs in to the user behavior history management system 40 using the communication terminal T110.

(System flow / login processing / processing 1G of communication terminal T110)
First, the process of the communication terminal T110 is executed. First, in step 502-S, the user operates the communication terminal T110 to access the user login URL. Next, in step 504-S, the request signal transmission control unit T1120 transmits a login information input form request to the server V100 side via the wireless communication device T1400.

(System Flow / Login Process / Server V100 Process 1H)
Next, the process of the server V100 is executed. First, in step 506-S, the request signal reception control unit V1110 receives the login information input form request transmitted from the communication terminal T110. Next, in step 508-S, the screen generation means V1131 generates a login information input form (form for inputting each item related to login). Next, in step 510-S, the response signal transmission control unit V1120 transmits a login information input form (a form for inputting each item related to login) to the communication terminal T110 via the information communication apparatus V1400.

(System flow / login processing / processing 2G of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 512-S, the response signal receiving unit T1130 receives the login information input form (form for inputting each item related to login) transmitted from the server V100. Next, in step 514 -S, the information display control means T1140 displays a login information input form (form for inputting each item related to login). Next, in step 516-S, the user operates the information input device T1300 to input login information (user ID and user password). Next, in step 518-S, the request signal transmission control unit T1300 transmits the input login information (user ID and user password) to the server V100 via the wireless communication device T1400.

  Here, as shown in the login screen image diagram on the left (upper) of the figure, in this example, the login information input form includes a user ID input form, a user password input form, and a login button. Note that user authentication is performed by inputting a user ID in the user ID input form, inputting a user password in the user password input form, and then selecting a login button.

(System Flow / Login Process / Server V100 Process 2H)
Next, the process of the server V100 is executed. First, in step 520-S, the request signal reception control unit V1110 receives the user ID and user password transmitted from the communication terminal T110. Next, in step 522-S, the user identification information authentication unit V1140 determines whether the received user ID and user password match the user ID and user password stored in the user identification information table V1141. (Certify. Next, in step 524-S, the screen generation unit V1131 determines that the user (particularly, Lana) based on the learning history information stored in the user acquisition probe management table V1171 and the user acquisition badge management table V1173. , Lana) main screen. Next, in step 526-S, the response signal transmission control unit V1120 transmits the generated main screen to the communication terminal T110 via the information communication device V1400.

(System flow / login processing / processing 3G of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 528-S, the response signal receiving unit T1130 receives the main screen of the user transmitted from the server V100. Next, in step 530-S, the information display control means T1140 displays the received main screen.

  Here, the left (lower) of the figure is an image diagram of the main screen displayed when the user (particularly Lana) has successfully logged in. As shown in the image, the main screen displays a badge acquired by the user, a badge set as a target, recent learning history information, and the like. Although not particularly shown, it is possible to shift to a screen corresponding to each button by selecting and operating buttons such as “probe list”, “badge list”, and “badge management”. Note that this example is merely an example, and the present invention is not limited to this example. Information necessary for login, a configuration of a main screen, and the like may be freely designed as appropriate. For example, in this example, a user behavior history management system is operated by a PC. However, when accessing the system via a mobile communication terminal (for example, a mobile phone, a smartphone, a tablet terminal, etc.), the screen shape of the mobile communication terminal, In view of operability and the like, it is preferable that a main screen different from the case of accessing with a PC can be displayed.

  Through the above process (login process), when accessing the server V100, the user ID input on the communication terminal T110 side and the user password input by the user are the user ID and user password managed on the server V100 side. It is possible to determine whether or not the user of the communication terminal T110 is a regular user depending on whether or not they match. Although not shown, when the authentication result is normal (regular user ID and user password), the function of the user behavior history management system 40 can be used (the main screen of the user is displayed on the information display device T1200. Will be). On the other hand, when the authentication result is abnormal (invalid user ID or user password), the function of the training history management system cannot be used (the main screen of the user is not displayed on the information display device T1200). The same process is executed when the viewer logs in to the system, but a main screen for mainly searching for Lana is displayed as the main screen (not shown).

  Next, referring to FIG. 17, in the user behavior history management system 40 in the fourth embodiment, between the communication terminal T110 (particularly the terminal where the system administrator is logged in to the system) and the server V100. The new badge creation process will be described in detail. This system flow is a flowchart when the system administrator accesses the server V100 using the communication terminal T110 and creates a new badge on the user action history management system 40.

(System flow / new badge creation process / process 1I of communication terminal T110)
First, the process of the communication terminal T110 is executed. First, in step 552-S, in a situation where a screen having a “create new badge” button {in this example, an image diagram of the badge management screen on the left (upper) in FIG. T110 is operated and “Create new badge” is selected. Next, in step 554-S, the request signal transmission control unit T1120 transmits a new badge creation form request to the server V100 side via the wireless communication device T1400.

(System flow / New badge creation process / Server V100 process 1J)
Next, the process of the server V100 is executed. First, in step 556 -S, the request signal reception control unit V 1100 receives the new badge creation form request transmitted from the communication terminal 110. Next, in Step 558-S, the screen generation means V1131 generates a new badge creation form. Next, in step 560-S, the response signal transmission control unit V1120 transmits the generated new badge creation form to the communication terminal T110 via the information communication device V1400.

(System flow / new badge creation process / process 2I of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 562-S, the response signal receiving unit T1130 receives the new badge creation form transmitted from the server V100. Next, at step 564-S, the information display control means T1140 displays the received new badge creation form. Next, in step 566-S, the system administrator operates the information input device T1300 to input information related to the new badge (particularly, badge design, badge name, etc.).

  Here, the left (middle) of the figure is an image diagram of a new badge creation screen (new badge creation form). As shown in the image diagram, the system administrator can create a new badge by inputting new badge information according to a form format and then selecting and operating a badge creation button. In addition, acquisition of a plurality of probes and badges can be set as the badge granting condition, and it is also possible to connect and set the condition with “or” or the like (for example, “probe A And acquire the probe B or the badge C ”). When “probe setting” is selected as the badge provision condition, the process proceeds to a probe temporary registration process described later. Further, the design of the badge can be created from a combination of a predetermined shape and color, or can be created from an image recorded in the communication terminal T110. Although not particularly illustrated in the present example, it may be configured such that characters such as a badge name can be input to the badge image. In addition, it is possible to set the validity period of the badge after the badge is acquired {for example, when the set validity period has passed, the badge expires (becomes "lost")} It may be configured.

(System flow / new badge creation process (probe provisional registration process) / process 3I-2J between communication terminal T110 and server V100)
Next, in step 600-S, the communication terminal T110 and the server V100 execute a probe temporary registration process (described later with reference to FIG. 16).

(System flow / new badge creation process / process 4I of communication terminal T110)
Next, in step 568-S, the request signal transmission control unit T1300 transmits a new badge creation form (input completed) to the server V100 via the wireless communication device T1400.

(System flow / New badge creation process / Server V100 process 3J)
Next, the process of the server V100 is executed. First, in step 570-S, the request signal reception control means V1100 receives a new badge creation form (input completed) transmitted from the communication terminal T110. Next, in step 572-S, the badge information management means V1170, based on the new badge information (badge design, badge name, badge granting condition, etc.) entered in the received new badge creation form (entered), It is determined whether or not the badge of the content related to the new badge creation form is a badge that can be created (for example, there is no existing badge with the same grant condition and badge name). Next, in step 574-S, the badge information management means V1170 determines that the new badge information entered in the new badge creation form and the new badge creation form, if the new badge with the content related to the new badge creation form is a createable badge, The probe information provisionally registered in the probe provisional registration process is stored in the badge assignment condition management table V1172. Next, in step 576-S, the screen generation means V1131 displays a new badge creation completion screen when a new badge is created, and a new badge creation form (for correction) when the new badge is not a badge that can be created. Generate. Next, in step 578-S, the response signal transmission control unit V1120 transmits the generated new badge creation completion screen or new badge creation form (for correction) to the communication terminal T110 via the information communication device V1400. .

(System flow / New badge creation process / Process 5I of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 578-S, the response signal receiving unit T1130 receives a new badge creation completion screen or a new badge creation form (for correction) transmitted from the server V100. Next, in Step 580-S, the information display control means T1140 displays the received new badge creation completion screen or new badge creation form (for correction).

  Through the above processing (new badge creation processing), the system administrator of the user behavior history management system 40 operates (communication) the communication terminal T110 to register (create) a new badge in the badge assignment condition management table V1172 of the server V100. You will be able to do it. Further, the badge registered by this process can be a target badge, earned badge, or lost badge of a user (particularly, Lana) of the system.

  Next, referring to FIG. 18, the communication terminal T110 (particularly, the system administrator logs in to the system according to step 600-S in FIG. 15 of the user behavior history management system 40 in the fourth embodiment). Probe provisional registration processing between the terminal and the server V100 will be described in detail. This system flow is a flowchart in the case where a probe is set as a badge grant condition in the above-described new badge creation process.

(System flow / probe temporary registration processing / processing 3I-1 of communication terminal T110)
First, the process of the communication terminal T110 is executed. First, in step 602-S, the system administrator operates the communication terminal T110 to select an execution button related to a predetermined probe setting.

  Here, as shown in the image on the right side of the figure (especially the left side), a button is provided for each learning action to be set as a probe. When the button is selected, the probe setting screen corresponding to the button is displayed. Will be migrated.

  Next, in step 604-S, the request signal transmission control unit T1120 transmits a predetermined probe setting form request based on the selected item.

(System flow / probe provisional registration process / server V100 process 2J-1)
Next, the process of the server V100 is executed. First, in step 606-S, the request signal reception control unit V1110 receives a predetermined probe setting form request transmitted from the communication terminal 110. Next, in step 608-S, the screen generation means V1131 generates a predetermined probe setting form. Next, in step 610-S, the response signal transmission control unit V1120 transmits the generated predetermined probe setting form to the communication terminal T110 via the information communication device V1400.

(System flow / probe provisional registration process / communication terminal T110 process 3I-2)
Next, the process of the communication terminal T110 is executed. First, in step 612-S, the response signal receiving unit T1130 receives a predetermined probe setting form transmitted from the server V100. Next, at step 614-S, the information display control means T1140 displays the received predetermined probe setting form. Next, in step 616-S, the system administrator operates the information input device T1300 to input probe information according to the format of the displayed predetermined probe setting form. Next, in step 618-S, the request signal transmission control unit T1300 transmits a predetermined probe setting form (input completed) to the server V100 via the wireless communication device T1400.

  Here, the image on the right side of the figure (especially the right side) is an image of the probe setting form for each learning action (new probe creation screen using content site, new probe creation screen using e-learning, human confirmation is used) 3 screens of a new probe creation screen to be illustrated). As shown in the figure, when the system administrator selects the implementation button for probe setting, a probe setting form (probe creation screen) corresponding to the selected learning action is displayed, and items that can be entered by the user are provided. It has been. For example, in the case of a new probe creation screen using a content site, the system administrator can input the probe name, the attendance method (the URL of the content site to be used), and the content of the confirmation test. Based on the information entered in the form, a probe as a condition for giving a new badge is set.

(System flow / probe provisional registration process / server V100 process 2J-2)
Next, the process of the server V100 is executed. First, in step 620-S, the request signal reception control unit V1100 receives a predetermined probe setting form (input completed) transmitted from the communication terminal T110. Next, at step 622-S, the badge information management means V1170 converts the received information into the received predetermined probe setting form (entered) and the information stored in the badge assignment condition management table V1172. Based on this, it is determined whether or not the probe to be set is a probe that can be newly created (for example, whether it is a probe that does not need to be newly created with the same name and condition as an existing probe). To do. Next, in Step 624-S, if the probe information is a probe that can be created as a result of the determination, the badge information management unit V1170 obtains the probe information input on the predetermined probe setting form (input completed), Temporarily registered in the badge assignment condition management table V1172. Next, in step 626-S, the screen generation unit V1131 generates a probe temporary registration completion screen or a predetermined probe setting form (for correction). Next, in step 628-S, the response signal transmission control unit V1120 transmits the generated probe temporary registration completion screen or a predetermined probe setting form (for correction) to the communication terminal T110 via the information communication device V1400. To do.

(System flow / probe temporary registration process / process 3I-3 of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 630-S, the response signal receiving unit T1130 receives a probe temporary registration completion screen or a predetermined probe setting form (for correction) transmitted from the server V100. Next, in step 632-S, the information display control means T1140 displays the received probe provisional registration completion screen or a predetermined probe setting form (for correction).

  Through the above process (probe provisional registration process), the system administrator of the user behavior history management system 40 receives a determination as to whether or not it is a probe that can be created when setting a probe as a condition for giving a new badge. The probe contents can be temporarily registered in the badge assignment condition management table V1172.

  Next, the target badge setting process (for Lana) between the communication terminal T110 and the server V100 of the user behavior history management system 40 in the fourth embodiment will be described in detail with reference to FIG. In this system flow, a user (particularly Lana) accesses the server V100 using the communication terminal T110, and the unacquired information stored in the user acquisition badge management table V1173 on the user behavior history management system 40 is obtained. It is a flowchart in the case of changing the state of a badge into a “target” state.

(System flow / target badge setting process / communication terminal T110 process 1K)
First, the process of the communication terminal T110 is executed. First, in step 652-S, Lana operates communication terminal T110 to select a button related to “add target badge”. Next, in step 654-S, the request signal transmission control unit T1120 transmits a target badge addition form request to the server V100 side via the wireless communication device T1400.

(System flow / target badge setting process / server V100 process 1L)
Next, the process of the server V100 is executed. First, in step 656-S, the request signal reception control unit V1100 receives the target badge addition form request transmitted from the communication terminal 110. Next, in Step 658-S, the screen generation means V1131 generates a target badge addition form. Next, in step 660-S, the response signal transmission control unit V1120 transmits the generated target badge addition form to the communication terminal T110 via the information communication device V1400.

(System flow / target badge setting process / communication terminal T110 process 2K)
Next, the process of the communication terminal T110 is executed. First, in step 662-S, the response signal receiving unit T1130 receives the target badge addition form transmitted from the server V100. Next, at step 664-S, the information display control means T1140 displays the received target badge addition form. Next, in step 666-S, Lana operates the information input device T1300 according to the format of the displayed target badge addition form and inputs search items (for example, keywords and search methods related to the badge to be searched). To do. Next, in step 668-S, the request signal transmission control unit T1300 transmits the target badge addition form (input completed) to the server V100 via the wireless communication device T1400.

(System flow / target badge setting process / server V100 process 2L)
Next, the process of the server V100 is executed. First, at step 670-S, the request signal reception control means V1100 receives the target badge addition form (input completed) transmitted from the communication terminal T110. Next, in step 672-S, the screen generation means V1131 determines the user acquisition probe management table V1171 and user acquisition badge management table of the Lana based on the search items input in the received target badge addition form (input completed). The target badge search result screen is generated with reference to V1173. Next, in step 674-S, the response signal transmission control unit V1120 transmits the generated target badge search result screen to the communication terminal T110 via the information communication device V1400.

(System flow / target badge setting process / process 3K of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 676-S, the response signal receiving unit T1130 receives the target badge search result screen transmitted from the server V100. Next, in step 678-S, the information display control means T1140 displays the received target badge search result screen. Next, in step 680-S, Lana selects an unacquired badge to be added as a target badge by operating the information input device T1300 from among unacquired badges displayed on the target badge search result screen. Next, in step 682-S, the request signal transmission control unit T1300 transmits a target badge addition request related to the selected unacquired badge to the server V100 via the wireless communication device T1400.

(System flow / target badge setting process / server V100 process 3L)
Next, the process of the server V100 is executed. First, at step 684-S, the request signal reception control means V1100 receives the target badge addition request transmitted from the communication terminal T110. Next, in step 686-S, the badge information management means V1170 sets the status of the unacquired badge related to the received target badge addition request stored in the Lana user acquisition badge management table V1173 to “target”. rewrite. Next, in step 688-S, the screen generation means V1131 generates a notification screen indicating that the unacquired badge has become the target badge. Next, in step 690-S, the response signal transmission control unit V1120 transmits the generated notification screen to the communication terminal T110 via the information communication device V1400.

(System flow / target badge setting process / process 4K of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 692-S, the response signal receiving unit T1130 receives the notification screen transmitted from the server V100. Next, in step 694-S, the information display control means T1140 displays the received notification screen.

  Here, as shown in the target badge setting screen image diagram on the left side of the figure, the unacquired badge set as the target badge can be listed from the badge list screen. Although not specifically shown in the present example, when searching for a target badge, the Lana to be searched is similar to the badge currently set as the target badge (for example, the Lana which has similar grant conditions and is set as the target). May be configured to be searchable (or displayed in a position or display mode that is easily visible on the search result screen). Further, when searching for a target badge, a badge that can be acquired by the Lana to be searched a little more may be configured to be searchable.

  Through the above process (target badge setting process), the user (particularly Lana) of the user behavior history management system 40 can set and manage an unacquired badge that the user wants to acquire as a target badge. It becomes. Although not specifically shown in this example, when a certain Lana sets it as a target badge, information such as the probe acquired by the Lana who has already acquired the target badge and the acquired badge is analyzed. Accordingly, a probe or badge effective for acquiring the target badge may be presented to the certain Lana, and the target badge acquisition may be supported.

  Next, the badge state update process between the communication terminal T110 and the server V100 of the user behavior history management system 40 in the fourth embodiment will be described in detail with reference to FIG. This system flow is a flowchart when the contents of the user acquisition probe management table V1171 and the user acquisition badge management table V1173 are updated to the latest state when a predetermined timing (periodic update timing or the like) is reached.

  Here, in this example, the badge status is updated from “unacquired”, “target”, “lost” to “acquired”, and the badge status is changed from “acquired” to “lost”. The process on the right side of FIG. First, the badge state update process (acquisition) on the left side of FIG.

(System flow / badge state update processing (acquisition) / server V100 processing 1N)
First, the process of the server V100 is executed. First, in step 702-S, when a predetermined badge grant timing (for example, when Lana acquires a new probe or when a new badge is created, a periodic badge status update timing, etc.) The following processing is executed. Next, in step 704-S, the badge information management means V1170 refers to the user acquisition probe management table V1171 and the badge assignment condition management table V1172, and newly obtainable badges based on the probes acquired by each Lana. It is determined whether or not exists. Next, in step 706-S, if there is a badge that can be newly acquired as a result of the determination, the badge information management means V1170 stores the newly acquired badge stored in the Lana user acquisition badge management table V1173. Rewrite the possible badge status to “Acquired”. Next, in step 708-S, the badge information management means V1170, on the condition that the badge that has become the “acquired” state is acquired, the unacquired badge that can be further acquired by the Lana (and the higher-level badge that can be further acquired). In the case where there is an unacquired badge), the state of the further unobtainable badge stored in the user acquisition badge management table V1173 of the Lana is rewritten to “acquired”. Next, in step 710-S, the screen generation unit V1131 generates a notification screen indicating that there is a badge that has been “acquired” in the process (if there is no acquired badge, the following process is executed). do not do). Next, in step 712-S, the response signal transmission control unit V1120 transmits the generated notification screen to the communication terminal T110 via the information communication device V1400.

(System flow / badge state update process (acquisition) / process 1M of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 714-S, the response signal receiving unit T1130 receives the notification screen transmitted from the server V100. Next, at step 716-S, the information display control means T1140 displays the received notification screen.

  By the above process {badge state update process (acquisition)}, the user behavior history management system 40 changes the probe or badge granting conditions acquired by each learner (although not specifically shown in this example). The badge conditions that can be automatically acquired by each Lana without the operation of the Lana can be determined by the creator of the badge. It is rewritten as “acquisition”.

  Next, the badge state update process (loss) on the right side of FIG.

(System flow / badge state update process (lost) / server V100 process 1P)
First, the process of the server V100 is executed. First, in step 752-S, when a predetermined badge loss timing (for example, when a badge grant condition is modified or a periodic badge state update timing) is reached, the following processing is executed. Next, in step 754-S, the badge information management unit V1170 refers to the user acquisition probe management table V1171 and the badge assignment condition management table V1172, and the revocation (for example, a predetermined value) among the probes acquired by each Lana. A determination is made as to whether or not all probes that may expire due to the expiration of the validity period. Next, in Step 756-S, if there is a probe that expires as a result of the determination, the badge information management means V1170 selects the expired probe stored in the user acquisition probe management table V1171 of the Lana. Expire (for example, delete from the table). Next, in step 758-S, the badge information management means V1170 determines that if there is a badge in the “acquired” state (and a higher-ranked badge) with the acquisition of the expired probe as a granting condition, The state of the badge in the “acquired” state stored in the user acquired badge management table V1173 is rewritten as “lost”. Next, in step 760-S, the screen generation unit V1131 generates a notification screen indicating that there is a badge that has been “lost” in the processing (if there is no lost badge, the following processing is executed). do not do). Next, in step 762-S, the response signal transmission control unit V1120 transmits the generated notification screen to the communication terminal T110 via the information communication device V1400.

(System flow / badge state update process (lost) / process 10 of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 764-S, the response signal receiving unit T1130 receives the notification screen transmitted from the server V100. Next, in step 766-S, the information display control means T1140 displays the received notification screen.

  By the above process {badge state update process (loss)}, the user behavior history management system 40 satisfies the condition that the probe or badge acquired by each Lana expires (loss) (for example, a predetermined period of time has elapsed since acquisition) , Etc.), the probe or badge is revoked (lost), and the state of the invalidated probe or the badge above the lost badge is also rewritten to the “lost” state. By combining with the badge state update process (acquisition) on the left side of the figure, the badge state of each Lana is automatically updated to the latest state without any Lana operation.

  Next, a self-authentication probe registration process (for Lana) between the communication terminal T110 and the server V100 of the user behavior history management system 40 in the fourth embodiment will be described in detail with reference to FIG. This system flow is a flowchart in a case where Lana accesses the server V100 using the communication terminal T110 and registers a user learning history (for example, a self-authentication probe) on the user behavior history management system 40.

(System flow / Self-authentication probe registration process / Communication terminal T110 process 1Q)
First, the process of the communication terminal T110 is executed. First, in step 802-S, Lana operates communication terminal T110 to select an execution button related to “self-authentication probe”. Next, in step 804-S, the request signal transmission control unit T1120 transmits a self-authentication probe input form request to the server V100 side via the wireless communication device T1400.

(System flow / Self-authentication probe registration process / Server V100 process 1R)
Next, the process of the server V100 is executed. First, in step 806 -S, the request signal reception control unit V 1100 receives the self-authentication probe input form request transmitted from the communication terminal 110. Next, in step 808-S, the screen generation means V1131 generates a self-authentication probe input form. Next, in step 810-S, the response signal transmission control unit V1120 transmits the generated self-authentication probe input form to the communication terminal T110 via the information communication device V1400.

(System flow / Self-authentication probe registration process / Communication terminal T110 process 2Q)
Next, the process of the communication terminal T110 is executed. First, in step 812-S, the response signal receiving unit T1130 receives the self-authentication probe input form transmitted from the server V100. Next, at step 814-S, the information display control means T1140 displays the received self-authentication probe input form. Next, in step 816-S, Lana operates information input device T1300 to input learning history information (learning action name, learning date, learning content, etc.) to be registered as a self-authentication probe. Next, in step 818-S, the request signal transmission control unit T1300 transmits the self-authentication probe input form (input completed) to the server V100 via the wireless communication device T1400.

(System flow / Self-authentication probe registration process / Server V100 process 2R)
Next, the process of the server V100 is executed. First, in step 820-S, the request signal reception control means V1100 receives the self-authentication probe input form (input completed) transmitted from the communication terminal T110. Next, in step 822-S, the badge information management means V1170 obtains the learning history information (learning action name, learning date, learning content, etc.) input in the received self-authentication probe input form (input completed). It is stored in the Lana user acquisition probe management table V1171. Next, in step 824-S, the screen generation means V1131 generates a notification screen indicating that the learning history information related to the self-authentication probe has been registered. Next, in step 826-S, the response signal transmission control unit V1120 transmits the generated notification screen to the communication terminal T110 via the information communication device V1400.

(System flow / Self-authentication probe registration process / Processing 3Q of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 828-S, the response signal receiving unit T1130 receives the notification screen transmitted from the server V100. Next, in step 830-S, the information display control unit T1140 displays the received notification screen.

  Through the above processing (self-authentication probe registration processing), the user (particularly Lana) of the user behavior history management system 40 operates the communication terminal T110 to store his / her learning history information in the user acquisition probe management table V1171. It can be memorized. It should be noted that, as shown in the left image diagram and flowchart, the learning history information input by Lana is a probe that is registered without requiring authentication in the self-authentication probe. .

  Next, the confirmation probe registration process (for Lana) between the communication terminal T110 and the server V100 of the user behavior history management system 40 in the fourth embodiment will be described in detail with reference to FIG. This system flow is a flowchart when the Lana accesses the server V100 using the communication terminal T110 and registers the learning history (for example, a confirmation probe) of Lana on the user behavior history management system 40.

(System flow / confirmation probe registration process / communication terminal T110 process 1S)
First, the process of the communication terminal T110 is executed. First, in step 852-S, Lana operates the communication terminal T110 to select an execution button related to “confirmation probe”. Next, in step 854-S, the request signal transmission control unit T1120 transmits a confirmation test response form request to the server V100 side via the wireless communication device T1400.

(System flow / confirmation probe registration process / server V100 process 1T)
Next, the process of the server V100 is executed. First, in step 856-S, the request signal reception control unit V1100 receives the confirmation test response form request transmitted from the communication terminal 110. Next, in step 858-S, the screen generation means V1131 generates a confirmation test response form with reference to the information related to the badge assignment condition stored in the badge assignment condition management table V1172. Next, in step 860-S, the response signal transmission control unit V1120 transmits the generated confirmation test response form to the communication terminal T110 via the information communication device V1400.

(System flow / confirmation probe registration processing / processing 2S of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 862-S, the response signal receiving unit T1130 receives the confirmation test response form transmitted from the server V100. Next, in step 864-S, the information display control means T1140 displays the received confirmation test answer form. Next, in step 666-S, the Lana operates the information input device T1300 to input a confirmation test answer related to the learning content of the confirmation probe. Next, in step 868-S, the request signal transmission control unit T1300 transmits a confirmation test response form (answered) to the server V100 via the wireless communication device T1400.

  Here, as shown in the image diagram on the left side of the same figure, as a confirmation test for registering the probe, a problem related to the probe set at the time of creating the badge is presented.

(System flow / confirmation probe registration process / server V100 process 2T)
Next, the process of the server V100 is executed. First, in step 870-S, the request signal reception control means V1100 receives the confirmation test response form (answered) transmitted from the communication terminal T110. Next, in step 872-S, the badge information management means V1170 sends the answer inputted in the received confirmation test answer form (answered) and the answer of the confirmation test stored in the badge assignment condition management table V1172. Whether or not coincides with each other (pass / fail). Next, at step 874-S, if the result of the confirmation test is acceptable, the badge information management means V1170 stores the confirmation probe related to the confirmation test in the user acquisition probe management table V1171 of the learner. Next, in step 876-S, the screen generation unit V1131 generates a notification screen indicating that the learning history information related to the confirmation probe has been registered, or a pass / fail result notification. Next, in step 878-S, the response signal transmission control unit V1120 transmits the generated notification screen to the communication terminal T110 via the information communication device V1400.

(System flow / confirmation probe registration process / process 3S of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 880-S, the response signal receiving unit T1130 receives the notification screen transmitted from the server V100. Next, in step 882-S, the information display control unit T1140 displays the received notification screen.

  Through the above processing (confirmation probe registration processing), the user (particularly Lana) of the user behavior history management system 40 operates his / her communication terminal T110 and passes the confirmation test related to the probe, whereby his / her learning history is recorded. The information can be stored in the user acquisition probe management table V1171.

  Next, the manual probe registration process (for Lana) between the communication terminal T110 and the server V100 of the user behavior history management system 40 in the fourth embodiment will be described in detail with reference to FIG. This system flow is a flowchart when the Lana accesses the server V100 using the communication terminal T110 and registers the learning history (for example, manual probe) of Lana on the user behavior history management system 40.

(System flow / manual probe registration process / process 1U of communication terminal T110)
First, the process of the communication terminal T110 is executed. First, in step 902-S, Lana operates the communication terminal T110 to select an execution button related to “manual probe”. Next, in step 904-S, the request signal transmission control unit T1120 transmits a manual probe input form request to the server V100 side via the wireless communication device T1400.

(System flow / manual probe registration process / server V100 process 1V)
Next, the process of the server V100 is executed. First, in step 906-S, the request signal reception control unit V1100 receives a manual probe input form request transmitted from the communication terminal 110. Next, in step 908-S, the screen generation unit V1131 refers to the badge assignment condition management table V1712, and generates a manual probe input form based on the items (approver, condition, etc.) set for the probe. Next, in step 910-S, the response signal transmission control unit V1120 transmits the generated manual probe input form to the communication terminal T110 via the information communication device V1400.

(System flow / Manual probe registration process / Process 2U of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 912-S, the response signal receiving unit T1130 receives the manual probe input form transmitted from the server V100. Next, at step 914-S, the information display control means T1140 displays the received manual probe input form. Next, in step 916-S, the Lana operates the information input device T1300 to input information related to the learning content of the manual probe (for example, attach report data). Next, in step 918-S, the request signal transmission control unit T1300 transmits a manual probe input form (input completed) to the server V100 via the wireless communication device T1400.

  Here, as shown in the image diagram on the right side of the figure, the manual probe input form displays items related to the manual probe (in this example, a display requesting to submit a report of 400 to 1200 characters). Has been made).

(System flow / Manual probe registration process / Server V100 process 2V)
Next, the process of the server V100 is executed. First, at step 920-S, the request signal reception control means V1100 receives the manual probe input form (input completed) transmitted from the communication terminal T110. Next, in step 922-S, the screen generating means V1131 recognizes the information entered in the received manual probe input form (entered) and the approver of the manual probe stored in the badge assignment condition management table V1172. An approval form for the approver is generated based on the information. Next, in step 924-S, the response signal transmission control unit V1120 transmits the generated approval form to the approver communication terminal T120 via the information communication device V1400.

(System flow / manual probe registration process / approver communication terminal T120 process 1W)
Next, the process of the approver communication terminal T120 is performed. Here, the approver communication terminal T120 will be described as having the same configuration (control means, storage means, etc.) as the communication terminal T100. First, in step 926-S, the response signal receiving unit T1130 receives the approval form transmitted from the server V100. Next, in step 928-S, the information display control means T1140 displays the received approval form. Next, in step 930-S, the approver (user of the approver communication terminal T120) operates the information input device T1300 and inputs whether or not to approve the learning content of the manual probe (and a comment or the like). To do. Next, in step 932-S, the request signal transmission control unit T1300 transmits an approval form (input completed) to the server V100 via the wireless communication device T1400.

(System flow / Manual probe registration process / Server V100 process 3V)
Next, the process of the server V100 is executed. First, in step 934-S, the request signal reception control unit V1110 receives the approval form (input completed) transmitted from the approver communication terminal T120. Next, in step 936-S, if the content entered in the approval form is “approved”, the badge information management means V1170 obtains learning history information (manual probe) related to the probe from the user of the learner. Store in the probe management table V1171. Next, in step 938-S, the screen generation means V1131 generates an approval completion screen or resubmission form for the manual probe based on the contents (approval, resubmission, comment, etc.) input to the received approval form. To do. Next, in step 940-S, the response signal transmission control unit V1120 transmits the generated approval completion screen or resubmission form to the communication terminal T110 via the information communication device V1400.

(System flow / manual probe registration process / communication terminal T110 process 3U)
Next, the process of the communication terminal T110 is executed. First, in step 942-S, the response signal receiving unit T1130 receives the approval completion screen or the resubmission form transmitted from the server V100. Next, at step 944-S, the information display control means T1140 displays the received approval completion screen or resubmission form.

  Through the above processing (manual probe registration processing), the user (particularly Lana) of the user behavior history management system 40 operates the communication terminal T110 and obtains the input of his / her learning history information from the approver. As a result, it can be stored in the user acquisition probe management table V1171. In this example, the approval is obtained from the approver by electronically exchanging report data. However, this is only an example, and the present invention is not limited to this. For example, this embodiment (first embodiment) The learning history information (manual probe) is entered by the approver entering the approval password on the approval screen that is displayed when the Lana inputs the ID and password and logs in to a certain terminal as described in. It may be configured to be approved and stored in the user acquisition probe management table V1171.

  Next, referring to FIG. 24, the database server that manages the learning history information of the communication terminal T110, the server V100, and the e-learning system used by Lana of the user behavior history management system 40 in the fourth embodiment. The automatic probe registration process with D100 will be described in detail. This system flow is a flowchart in the case where a learning history by e-learning of a learner is automatically registered as a probe when the learner performs e-learning.

(System Flow / Automatic Probe Registration Process / Server V100 Process 1Y)
First, the process of the database server D100 is executed. First, in step 952-S, when a predetermined data acquisition timing (for example, a periodic update timing or a timing at which a learner data update operation is performed) is reached, the following processing is executed. Next, in step 954-S, the response signal transmission control means V1120 (in this case, a response is not returned but is exemplified as a transmission control means) sends an update data request via the information communication device V1400. Transmit to the database server D100 side.

(System flow / automatic probe registration process / process 1Z of database server D100)
Next, the process of the database server D100 is executed.

  Here, the database server D100 includes information transmission / reception control means D1110 that controls transmission / reception of information to / from a Web server (not shown) that provides an e-learning service and a server V100 that provides the user behavior history management system 40, and e-learning. The learning history information management means D1160 for managing the learning history information of the student and the information communication device D1400 functioning as a wired communication unit configured by an external connection interface or the like are provided. The learning history information management means D1160 Further includes learning history information storage means D1161 for storing learning history information of e-learning students. In this example, the database server D100 that manages the e-learning attendance history is illustrated. However, this is only an example, and the present invention is not limited to this. For example, a web page is provided to the accessing client side, and the web browsing history is provided. Web servers that manage emails, mail servers that manage email transmission / reception history, and the like. In that case, information related to the web browsing history and information related to the e-mail transmission / reception history are exchanged with the server V100 by the following processing.

  First, at step 957-S, the information transmission / reception control means D1110 receives the update data request transmitted from the server V100. Next, in step 958-S, the learning history information management unit D1160 transmits the learning history information stored in the learning history information storage unit D1161 to the server V100 side via the information communication device D1400.

(System flow / automatic probe registration process / server V100 process 2Y)
Next, the process of the server V100 is executed. First, at step 960-S, the request signal reception control unit V1100 receives new learning history information related to e-learning learning by Lana, transmitted from the database server D100. Next, in step 962-S, the badge information management means V1170 uses the received learning history information that is not stored in the user acquisition probe management table V1171 (difference from existing learning history information) as an API. Is converted into a predetermined format (the same format as other probes stored in the user acquisition probe management table V1171), and stored in the user acquisition probe management table V1171 of the Lana.

  Here, the API is an abbreviation of an application programming interface that simplifies programming by providing a predetermined process as a function. For example, TinCan API (Experience API), which is a standard suitable for e-learning, can be mentioned. By using such an API, learning history information can be easily acquired and converted into a predetermined format.

  Next, in step 964-S, the screen generation unit V1131 determines that the learning history information is Lana's user acquisition probe management based on the new learning history information (the learning history information stored in the user acquisition probe management table V1171). A notification screen indicating that it is stored in the table V1171 is generated. Next, in step 966-S, the response signal transmission control unit V1120 transmits the generated notification screen to the communication terminal T110 via the information communication device V1400.

(System flow / automatic probe registration process / process 1X of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 968-S, the response signal receiving unit T1130 receives a notification screen (a notification screen indicating that new learning history information is stored in the user acquisition probe management table V1171) transmitted from the server V100. Next, in step 970-S, the information display control unit T1140 displays the received notification screen.

  Through the above process (automatic probe registration process), the user (particularly the learner) of the user behavior history management system 40 can also take the e-learning by taking e-learning provided from a server different from the system. That is, the learning history information related to can be automatically stored in the user acquisition probe management table V1171.

  Next, referring to FIG. 25, between the communication terminal T <b> 110 (particularly the terminal where the viewer is logged in to the system) and the server V <b> 100 of the user behavior history management system 40 in the fourth embodiment, The Lana search process (for viewers) will be described in detail. This system flow is a flowchart in the case where a user (particularly a viewer) accesses the server V100 using the communication terminal T110 and searches the user behavior history management system 40 for a learner that meets the conditions.

(System flow / Lana search processing / processing 1α of communication terminal T110)
First, the process of the communication terminal T110 is executed. First, in step 1002-S, the viewer operates the communication terminal T110 to select a button related to “Lana search”. Next, in step 1004-S, the request signal transmission control unit T1120 transmits a learner search form request to the server V100 side via the wireless communication device T1400.

(System Flow / Lana Search Process / Server V100 Process 1β)
Next, the process of the server V100 is executed. First, in step 1006-S, the request signal reception control unit V1100 receives a learner search form request transmitted from the communication terminal 110. Next, in step 1008-S, the screen generation means V1131 generates a learner search form. Next, in step 1010-S, the response signal transmission control unit V1120 transmits the generated learner search form to the communication terminal T110 via the information communication device V1400.

(System flow / Lana search processing / processing 2α of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 1012-S, the response signal receiving unit T1130 receives the learner search form transmitted from the server V100. Next, at step 664-S, the information display control means T1140 displays the received learner search form. Next, at step 1016-S, the viewer operates the information input device T1300 in accordance with the format of the displayed Lana search form to input search items (for example, the acquired badge or affiliation of Lana to be searched). . Next, in step 1018-S, the request signal transmission control unit T1300 transmits a learner search form (input completed) to the server V100 via the wireless communication device T1400.

(System flow / Lana search process / Server V100 process 2β)
Next, the process of the server V100 is executed. First, in step 1020-S, the request signal reception control unit V1100 receives a learner search form (input completed) transmitted from the communication terminal T110. Next, in step 1022-S, the screen generation unit V1131 refers to the user acquisition badge management table V1173 (for the viewer) based on the search item input in the received Lana search form (input completed), and the Lana Generate search result screen. Next, in step 1024-S, the response signal transmission control unit V1120 transmits the generated learner search result screen to the communication terminal T110 via the information communication device V1400.

(System flow / Lana search process / Process 3a of communication terminal T110)
Next, the process of the communication terminal T110 is executed. First, in step 1026-S, the response signal receiving unit T1130 receives the learner search result screen transmitted from the server V100. Next, in step 1028-S, the information display control unit T1140 displays the received learner search result screen.

  Here, as shown in the Lana search screen image diagram on the left side of the figure, it is possible to list information about each Lana or display information about Lana that meets the search conditions. Further, although not particularly illustrated in the present example, a list that stores predetermined learner information (for example, a learner displayed as a search result) and makes it easy to display again may be configured.

  Through the above process (Lana search process), the user (particularly the viewer) of the user behavior history management system 40 can grasp the learning status of Lana and search for a Lana that satisfies a predetermined condition. .

  By configuring as described above, the user behavior history management system 40 according to the fourth embodiment described with reference to FIGS. 12 to 22 is a user (in particular, a user who satisfies a predetermined condition related to learning history information). By giving an electronic title to Lana), it is possible to tell the user (Lana and the viewer) what kind of ability the Lana is wearing from the composition of Lana's learning history information. On the other hand, it is possible to provide a service that maintains learning motivation of Lana, since the goal setting relating to learning of Lana and the conditions related to achievement of the target can be simplified while being visualized.

10 Training history management system T100 Mobile communication terminal, T1100 central control means T1120 Request signal transmission control means, T1121 Request transmission information temporary storage means T1130 Response signal reception control means, T1131 Response reception information temporary storage means T1140 Information display control means, T1150 Information storage means T1151 URL information storage means, T1152 Terminal identification information storage means T1200 Information display device, T1300 Information input device T1400 Wireless communication device, T1500 Image photographing device THB Home button, TSB sub button V100 Server, V1100 Central control device V1110 Request signal Reception control means, V1111 request reception information temporary storage means V1120 Response signal transmission control means, V1121 Response transmission information temporary storage Storage means V1130 training history management service supply control means, V1131 screen generation means V1132, training history management service related information temporary storage means, V1140 user identification information authentication means V1141 user identification information table, V1150 approval identification information authentication means V1151, approval identification information table, V1160 history information management means V1161 user training history management table, V1400 information communication device T110 communication terminal, W100 Web server D100 database server, M100 mail server V1170 badge information management means, V1171 user acquisition probe management table V1172 badge assignment condition management table, V1173 User acquisition badge management table

Claims (10)

An information processing apparatus operable by a user;
An information management system that is communicably connected to a server device capable of executing processing according to a request from an information processing device,
The server device
Based on a request from an information processing apparatus operated by a certain user, means for recording information related to the action history of the certain user, and the first recording format in the first recording format according to the type of the request Recording information related to an action history and receiving information related to a second action history different from the first action history of the certain user in a second recording format different from the first recording format Action history information recording means for converting and recording from the second recording format to the first recording format ;
Based on the action history information recording unit is recorded by the one user of the first action according to the information and the second behavior history according to the history information, giving the title information for the certain user Title information giving means
The title information giving means is
Correspondence recording means for storing a correspondence relationship between a plurality of types of title candidates and title information provision conditions associated with each of the types of title candidates,
The title information provision condition includes a first provision condition and a second provision condition different from the first provision condition,
The correspondence relationship has a relationship in which the first provision condition and the second provision condition are associated with a certain kind of title candidate among a plurality of kinds of title candidates,
The first grant condition is a condition determined based on information related to an action history recorded in the first recording format,
The second grant condition is a condition determined based on information related to an action history recorded in the second recording format,
The title information giving means is
It further has a title information addition judging unit that gives the title candidate of a certain type as the title information when both the first grant condition and the second grant condition are satisfied. Information management system. 2. The server device converts an unrecorded portion of information relating to the second action history from the second recording format to the first recording format and records the converted information in the action history information recording unit. Information management system described in 1 . The information management system according to claim 1, wherein the server device can set a design for displaying the title information . The server device
4. The information according to claim 1, wherein, in response to a request from the information processing apparatus, a user having predetermined title information given by the title information addition judging unit is searched and a search result is transmitted to the information processing apparatus. Management system.   The server device
  In response to a request from the information processing apparatus, information on a confirmation test for the information on the first action history or the information on the second action history is transmitted to the information processing apparatus, and an answer to the confirmation test 5 is received, and the information management system according to any one of claims 1 to 4, wherein pass / fail is determined based on an answer.   The server device
  Title information registration means for newly registering title information, and action history registration means for newly registering information related to action history,
  The action history registration means, when the information related to the action history transmitted from the information processing apparatus does not exist in the information related to the already registered action history, Temporary registration of such information,
  The title information registration means registers the title information transmitted from the information processing device and the behavior information when the title information transmitted from the information processing device does not exist in the registered title information. The information management system according to any one of claims 1 to 5, wherein the history registration unit registers information related to the temporarily registered action history. The title information granting condition associated with a predetermined specific type of title candidate includes at least that a title candidate of a type different from the title candidate of the specific type is given as the title information. Item 7. The information management system according to any one of Items 1 to 6 . After a certain kind of title candidate is given as the title information, if the title information giving condition associated with the certain kind of title candidate is not satisfied, the given title information is stripped. The information management system according to claim 1, further comprising a title information stripping unit. 9. The information management system according to claim 1, further comprising at least the title information adding unit. The program for making the server apparatus in the information management system as described in any one of Claims 1 thru | or 8 perform the process which concerns on the said title information provision means at least.

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