JP2022067144A - Image management system, management server, program, and method of evaluating submission - Google Patents

Abstract

To provide an image management system, a management server, a program, and a method of evaluating submissions, which can efficiently evaluate three-dimensional and artistic submissions.SOLUTION: In an image management system 100, a method of evaluating submissions includes steps of: receiving a submitter image obtained by imaging a submission from a submitter terminal 130 and registering the same by a management server 110 (S6); receiving a provisional evaluation set by checking the submitter image from a manager terminal 120 and registering the same by the management server 110 (S8); storing the submitter image in association with a predetermined area and determining collection of the submission and presenting the same to a deliverer terminal 140 when the number of submitter images corresponding to the predetermined area meets a predetermined condition; receiving a regular evaluation set by checking the submission itself from the manager terminal 120 and registering the same by the management server 110 (S14); and comparing the submitter image with a proper image acquired from an image acquisition device 150 (S15).SELECTED DRAWING: Figure 8

Description

The present invention relates to an image management system, a management server, a program, and a method for evaluating a submission.

Conventionally, in educational institutions such as schools, assignments and the like have been imposed, and students such as students have been required to submit submissions corresponding to the assignments. In recent years, submissions have also been managed using computers and network techniques (see Patent Document 1).

Japanese Unexamined Patent Publication No. 2018-74354

Submissions submitted are generally subject to a prescribed evaluation. In particular, when evaluating a three-dimensional or artistic submission, it is common to confirm and evaluate the real thing. However, for three-dimensional and artistic submissions, it takes time and effort to transport the actual object. Therefore, it is desired to evaluate efficiently.

Therefore, it is an object of the present disclosure to provide an image management system, a management server, a program, and an evaluation method for submissions, which can efficiently evaluate three-dimensional and artistic submissions.

In order to solve the above problems, this disclosure
A submitter terminal used by the submitter of the submission, an administrator terminal used by the administrator of the submission, an image acquisition device for acquiring an image of the submission, the submitter terminal, the administrator terminal, and the like. It has a management server that is communicably connected to the image acquisition device.
The management server
Provided is an image management system having an image comparison means for comparing a submitter image acquired from the submitter terminal and an appropriate image acquired from the image acquisition device.

In addition, the image management system of the present disclosure is
Further possesses a deliverer terminal used by the deliverer of the submission,
The management server
The submitter image is stored in association with a predetermined area, and is stored.
Further, it has a collection determination means for determining the collection of the submission when the number of the submitter images corresponding to the predetermined area meets the predetermined conditions.
The management server may present the collection destination determined by the collection determination means to the delivery person terminal.

In addition, the image management system of the present disclosure is
The management server
Presenting the submitter image to the administrator terminal,
The provisional evaluation acquired from the administrator terminal after the submitter image is presented and the main evaluation acquired from the administrator terminal after the submission is collected are stored as evaluation information of each submission. ,
The result of comparison by the image comparison means may be presented to the administrator terminal together with the evaluation information of the submission.

In addition, in this disclosure,
The submitter terminal used by the submitter of the submission, the administrator terminal used by the administrator of the submission, the delivery person terminal used by the deliverer of the submission, and the image for acquiring the image of the submission. It is connected to the acquisition device so that it can communicate with it.
An image comparison means for comparing a submitter image acquired from the submitter terminal and an appropriate image acquired from the image acquisition device, and an image comparison means.
A collection determination means that stores the submitter image in association with a predetermined area and determines the collection of the submission when the number of the submitter images corresponding to the predetermined area meets the predetermined condition. Have and
Present the submitter image to the administrator terminal and
The provisional evaluation acquired from the administrator terminal after the submitter image is presented and the main evaluation acquired from the administrator terminal after the submission is collected are stored as evaluation information of each submission. ,
A management server that presents evaluation information of the submitted matter to the submitter terminal is provided.

In addition, in this disclosure,
The submitter terminal used by the submitter of the submission, the administrator terminal used by the administrator of the submission, the delivery person terminal used by the deliverer of the submission, and the image for acquiring the image of the submission. The computer connected to the acquisition device so that it can communicate with the acquisition device,
An image comparison means for comparing a submitter image acquired from the submitter terminal with an appropriate image acquired from the image acquisition device.
The submitter image is stored in association with a predetermined area, and functions as a collection decision means for determining the collection of the submission when the number of the submitter images corresponding to the predetermined area meets the predetermined condition. Let me
Have the administrator terminal present the submitter image,
The provisional evaluation acquired from the administrator terminal after the submitter image is presented and the main evaluation acquired from the administrator terminal after the submission is collected are stored as evaluation information of each submission. hand,
Provided is a program for causing the administrator terminal to present the evaluation information of the submission.

In addition, in this disclosure,
The submitter terminal used by the submitter of the submission, the administrator terminal used by the administrator of the submission, the delivery person terminal used by the deliverer of the submission, and the image for acquiring the image of the submission. A method for evaluating a submission by an image management system having an acquisition device, a submitter terminal, an administrator terminal, a delivery person terminal, and a management server communicably connected to the image acquisition device.
For the set task, the stage where the submitter image of the submission is received from the submitter terminal and registered by the management server, and
The stage of receiving the provisional evaluation set by confirming the submitter image from the administrator terminal and registering it by the management server, and
The submitter image is stored in association with a predetermined area, and when the number of submitter images corresponding to the predetermined area satisfies the predetermined condition, the collection of the submission is determined and the delivery person terminal is used. The stage of presentation and
The stage of receiving the evaluation set by confirming the submission itself from the administrator terminal and registering it by the management server, and
The stage of comparing the submitter image acquired from the submitter terminal and the appropriate image acquired from the image acquisition device, and
Provides an evaluation method for submissions.

According to the present disclosure, it becomes possible to efficiently evaluate three-dimensional and artistic submissions.

It is a block diagram of the image management system which concerns on one Embodiment of this disclosure. It is a figure which shows the detail of management server 110. It is a figure which shows an example of the submitter information stored in the submitter information storage means 111. It is a figure which shows an example of the task information stored in the task information storage means 112. It is a figure which shows the hardware composition of the image acquisition apparatus 150. It is a figure which shows the hardware composition of the submitter terminal 130. It is a figure which shows the hardware composition of the administrator terminal 120, and the delivery person terminal 140. It is a sequence diagram which shows the processing operation of an image management system. It is a figure which shows the submitter registration screen G1. It is a figure which shows the issue management registration screen G2. It is a figure which shows the problem list screen G3 by an administrator. It is a figure which shows the task screen G4 for each submitter. It is a figure which shows the submitter list screen G5 by subject. It is a figure which shows the submission evaluation screen G6. It is a figure which shows the submission delivery management screen G7. It is a figure which shows the image management screen G8. It is a figure which shows the appropriate image list screen G9. It is a figure which shows the work search screen G10.

Hereinafter, preferred embodiments of the present disclosure will be described in detail with reference to the drawings.
<1. System configuration>
FIG. 1 is a configuration diagram of an image management system according to an embodiment of the present disclosure. In FIG. 1, 110 is a management server, 120 is an administrator terminal, 130 is a submitter terminal, 140 is a delivery person terminal, 150 is an image acquisition device, and 160 is a network. The management server 110, the administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150 are connected to a public network 160 such as the Internet, and data can be transmitted to and received from each other. In the example of FIG. 1, for convenience of explanation, only one administrator terminal 120, one submitter terminal 130, and one delivery person terminal 140 are shown, but in reality, a large number of administrator terminals 120 and submitter terminals are shown. The 130 and the delivery person terminal 140 are connected, and the system can be used by many managers, submitters, and delivery persons. The image acquisition device 150 is installed in a predetermined institution called a digitization center. The image acquisition device 150 may be only one in one image management system, but may be a plurality of in one image management system.

The management server 110 plays a central role in the image management system 100, and stores and manages itself based on instructions and information from the administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150. It is a server computer that records, updates, and the like, and transmits necessary information to the administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150. That is, the management server 110 is communicably connected to the administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150. FIG. 2 is a diagram showing details of the management server 110. Of these, FIG. 2A is a hardware configuration diagram of the management server 110. The management server 110 can be realized by a general-purpose server computer, and as shown in FIG. 2, the CPU (Central Processing Unit) 110a, the RAM (Random Access Memory) 110b which is the main memory of the computer, and the CPU execute the data. A large-capacity storage device 110c (for example, hard disk, flash memory, etc.) for storing programs and data to be stored, an input I / F (interface) 110d for receiving input from input devices such as a keyboard and a mouse, and an external device. A data input / output I / F (interface) 110e for data communication with (data storage medium, etc.), a display output I / F (interface) 110f for transmitting information to a display device (liquid crystal display, etc.), and a network. It is provided with a communication unit 110g for performing network communication with other computers such as an administrator terminal 120, a submitter terminal 130, a delivery person terminal 140, and an image acquisition device 150 via 160, and is connected to each other via a bus. ing.

FIG. 2B is a functional block diagram of the management server 110. In the hardware configuration shown in FIG. 2A, the CPU 110a reads the program stored in the storage device 110c into the RAM 110b and executes the program, so that the management server 110 functions each means shown in FIG. 2B. It is possible to make it. As shown in FIG. 2B, the management server 110 includes a submitter information storage means 111, a task information storage means 112, a submitter image storage means 113, an appropriate image storage means 114, an image comparison means 115, and a collection determination means 116. Have.

The management server 110 reads the program stored in the storage device 110c into the RAM 110b, executes it by the CPU 110a, and issues a command to other components, so that the submitter information storage means 111, the task information storage means 112, and the submitter Each function of the image storage means 113, the appropriate image storage means 114, the image comparison means 115, and the collection determination means 116 is realized. The storage device 110c also serves as a data storage area for the submitter information storage means 111, the task information storage means 112, the submitter image storage means 113, and the appropriate image storage means 114. Further, the management server 110 also functions as a WEB server by storing the WEB server program in the storage device 110c, reading the WEB server program into the RAM 110b, and executing the CPU 110a. As a result, the function for executing each means of the management server 110 can be used from the administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150 equipped with the WEB browser. In the present embodiment, the management server 110 executes the WEB server program to generate the WEB page, generates screen data, and each terminal and device executes the WEB browser program to receive and process the screen data. As a result, various screens as described later are displayed on each terminal and device.

The submitter information storage means 111 is a storage means for storing information about a submitter who submits a submission such as a work for an assignment. FIG. 3 is a diagram showing an example of submitter information stored in the submitter information storage means 111. As shown in FIG. 3, the submitter information storage means 111 stores various information about the submitter as the submitter information in association with the submitter ID which is the identification information for identifying the submitter. When the image management system according to this embodiment is used, for example, in school units, the student ID number can be used as the submitter ID. Since the student ID number is associated with the submitter on a one-to-one basis, it is used as the submitter identification information (submitter ID) that identifies the submitter. For example, if the student enrolled in the school is the submitter, the student ID number can be used as the submitter identification information in this way. In this embodiment, as the submitter information, the name, grade, class, address, telephone number, and collection area are registered as the submitter information, as shown in FIG.

Although omitted in FIG. 3, a password is registered in association with each submitter ID (student ID number). The submitter can log in to the image management system by password authentication using the submitter ID as a login ID. In addition to the submitter ID, a login ID may be provided separately and registered in association with the submitter ID. The address is the address of the submitter. The telephone number is the telephone number of the submitter's home or mobile phone. Although not shown, in this embodiment, a communication address such as an e-mail address that can be contacted via a computer network is registered. Multiple telephone numbers and e-mail addresses may be registered for each submitter. The collection area is defined for the delivery person to collect the submitted matter, and the same area ID is recorded in the same collection area. The collection area can be determined arbitrarily. In order to carry out efficient collection, the range where each other can come and go in a short time is set in the same area in consideration of the road network, road conditions, etc.

The submitter information as shown in FIG. 3 is registered in advance and stored in the submitter information storage means 111. The submitter information may be registered from the administrator terminal 120 or from the submitter terminal 130. When performing from the administrator terminal 120, the administrator ID is used to log in to the management server 110, input the submitter information, and send the information to the management server 110. When performing from the submitter terminal 130, the submitter ID is used to log in to the management server 110, input the submitter information, and send the information to the management server 110. When logging in with an administrator ID, submitter information corresponding to all submitter IDs associated with the administrator ID can be registered. If you log in with your submitter ID, you can only register the submitter information corresponding to that submitter ID.

The task information storage means 112 is a storage means for storing information related to a task, which is a requirement for submitting a work or the like. FIG. 4 is a diagram showing an example of task information stored in the task information storage means 112. As shown in FIG. 4, the task information storage means 112 stores various information about the task as the task information in association with the task ID (problem number) which is the identification information for identifying the task. In the example of FIG. 4, the task name, the task content, the submission deadline, and the target person are registered in association with the task ID. The task content is information indicating the content of a specific task. The submission deadline is the date of the final submission. The submission deadline may be set up to the time. The target person is the submitter who is the target of the assignment. The target person is registered with the submitter ID. Therefore, it is usual that a plurality of submitter IDs are associated with one task ID, and a plurality of task IDs are associated with one submitter ID.

The management server 110 may be physically realized by one computer or may be realized by a plurality of computers. Further, it may be realized as a cloud system distributed in a plurality of areas on the network 160.

The image acquisition device 150 is an image acquisition device that acquires an image from a submission. FIG. 5 is a hardware configuration diagram of the image acquisition device 150. The image acquisition device 150 is realized by using a general-purpose computer such as a personal computer and a high-definition scanner or camera. As shown in FIG. 5, a CPU (Central Processing Unit) 150a, a RAM (Random Access Memory) 150b which is a main memory, and a non-volatile storage device 150c (for example, for example) for storing programs and data executed by the CPU 150a. Hard disk, flash memory, etc.), instruction input unit 150d such as keyboard, touch panel, data input / output I / F (interface) 150e for data communication with external device (data storage medium, etc.), and display unit (liquid crystal display). Etc.) 150f, a communication unit 150g for network communication with other computers such as the management server 110 via the network 160, and an image acquisition unit 150h such as a scanner and a camera, which are connected to each other via a bus. There is. Although not shown, the data input / output I / F (interface) 150e may be connected to a printer for printing an image and outputting it as a paper medium or the like as a part of the image acquisition device 150. good. As the printer, a known printer using a general-purpose printing method can be used. The image acquisition unit 150h is preferably a high-definition scanner or a high-definition camera. Specifically, it is preferable that the resolution is higher than that of the camera unit 130h of the smartphone used as the submitter terminal 130.

As the arithmetic processing function of the image acquisition device 150, if it is provided with an arithmetic processing unit of a CPU and has an information processing function, a display function, a network communication function, etc., other than a general-purpose computer such as a notebook PC, a tablet, a smartphone, etc. Various computers (arithmetic processing units) may be used. Then, the image acquisition device 150 is realized by connecting the image acquisition unit 150h such as a camera or a scanner to various computers.

In the hardware configuration shown in FIG. 5, the CPU 150a reads the program stored in the storage device 150c into the RAM 150b and executes the program, so that the image acquisition device 150 obtains an appropriate image (described later) acquired from the submission by the image acquisition unit 150h. ) Can be registered in cooperation with the management server 110. In the present embodiment, the image acquisition device 150 includes a WEB browser, and the WEB browser is used in cooperation with the management server 110 having a function as a WEB server to realize a proper image registration process. A high-definition scanner or a high-definition camera may be prepared separately, and a general-purpose personal computer connected to the network 160 may be used as the image acquisition device 150. In this case, the personal computer which is the image acquisition device 150 may log in to the management server 110, and the appropriate image acquired by the high-definition scanner or the high-definition camera may be registered (uploaded) in the management server 110.

The administrator terminal 120 is a terminal device used by an administrator who sets and manages tasks. The submitter terminal 130 is a terminal device used by a submitter of an assignment such as a student. The delivery person terminal 140 is a terminal device used by the delivery person who delivers the submission for the task. As the delivery person, for example, a delivery person engaged in a courier service is assumed. The administrator terminal 120, the submitter terminal 130, and the deliverer terminal 140 are general-purpose terminals having information processing functions and network communication functions such as personal computers, notebook PCs, tablets, and smartphones (multifunctional portable terminals). A computer can be used. In FIG. 1, the submitter terminal 130 is shown imitating a smartphone, and the administrator terminal 120 and the delivery person terminal 140 are shown imitating a personal computer. At present, a smartphone is often used as the submitter terminal 130, and a personal computer is often used as the administrator terminal 120 and the deliverer terminal 140. In particular, the delivery person terminal 140 preferably includes a printer in order to print a collection / delivery table described later.

FIG. 6 is a hardware configuration diagram of the submitter terminal 130. As shown in FIG. 6, a CPU (Central Processing Unit) 130a, a RAM (Random Access Memory) 130b which is a main memory, and a non-volatile storage device 130c (for example, for example) for storing programs and data executed by the CPU. Hard disk, flash memory, etc.), instruction input unit 130d such as keyboard, touch panel, data input / output I / F (interface) 130e for data communication with external device (data storage medium, etc.), and display unit (liquid crystal display). Etc.) 130f, a communication unit 130g for network communication with other computers such as the management server 110 via the network 160, and a camera unit 130h for photographing the submission in the submitter terminal 130. They are connected to each other via a bus. The smartphone further has a function for making a call, a function for performing short-range wireless communication without going through a network, and the like, but since it is not a function used in the present embodiment, it is omitted in FIG.

As the submitter terminal 130, if it is provided with an arithmetic processing unit such as a CPU and has an information processing function, a network communication function, etc., various computers (arithmetic processing devices) other than smartphones such as notebook PCs and tablets are used. You may.

In the hardware configuration shown in FIG. 6, the submitter terminal 130 can realize various functions as described later by the CPU 130a reading the program stored in the storage device 130c into the RAM 130b and executing the program. Become.

The submitter terminal 130 realizes various functions by reading the program stored in the storage device 130c into the RAM 130b, executing the program by the CPU 130a, and issuing a command to other components. In the present embodiment, the submitter terminal 130 is provided with a WEB browser, and the WEB browser is used to execute various processes in cooperation with the management server 110 having a function as a WEB server.

FIG. 7 is a hardware configuration diagram of the administrator terminal 120 and the delivery person terminal 140. As shown in FIG. 7, a CPU (Central Processing Unit) 120a, a RAM (Random Access Memory) 120b which is a main memory, and a non-volatile storage device 120c (for example, for example) for storing programs and data executed by the CPU. Hard disk, flash memory, etc.), instruction input unit 120d such as keyboard, touch panel, data input / output I / F (interface) 120e for data communication with external device (data storage medium, etc.), and display unit (liquid crystal display). Etc.) 120f, a communication unit 120g for network communication with another computer such as a management server 110 via the network 160, and a printer unit 120i for print output, which are connected to each other via a bus. There is. The hardware configuration shown in FIG. 7 is realized by a general-purpose personal computer. As described above, the administrator terminal 120 and the delivery person terminal 140 may be realized by a tablet or the like, a smartphone or the like.

In the hardware configuration shown in FIG. 7, the administrator terminal 120 and the delivery person terminal 140 realize various functions as described later by the CPU 120a reading the program stored in the storage device 120c into the RAM 120b and executing the program. It becomes possible to do.

The administrator terminal 120 and the delivery person terminal 140 realize various functions by reading the program stored in the storage device 120c into the RAM 120b, executing the program by the CPU 120a, and issuing commands to other components. In the present embodiment, the administrator terminal 120 and the delivery person terminal 140 are provided with a WEB browser, and the WEB browser is used to execute various processes in cooperation with the management server 110 having a function as a WEB server.

As described above, each terminal and device of the administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150 includes a WEB browser and is a program mounted on the management server 110 that functions as a WEB server. Although each means is realized while using the function, each means may be realized by a dedicated program.

Further, in the present embodiment, the hardware configurations of the administrator terminal 120, the submitter terminal 130, the deliverer terminal 140, and the image acquisition device 150 are configured as shown in FIGS. 5, 6, and 7, respectively, but they are common. It may be something like that. The administrator terminal 120, the submitter terminal 130, the delivery person terminal 140, and the image acquisition device 150 may or may not have the same hardware configuration as long as they have the necessary arithmetic processing functions and communication processing functions. good. However, it is preferable that the delivery person terminal 140 is connected to a printer, and the image acquisition device 150 is connected to a high-definition image acquisition device (scanner, camera, etc.).

<2. Processing operation>
Next, the processing operation of the image management system according to the present embodiment shown in FIG. 1 and the evaluation method of the submitted material will be described. FIG. 8 is a sequence diagram showing a processing operation by the image management system. In the description of the processing operation, general-purpose processing performed in normal computer processing will be omitted. For example, when the management server 110 and each terminal of the administrator terminal 120, the submitter terminal 130, and the delivery person terminal 140 communicate with each other, when clicked on the screen of each terminal, predetermined request information is input according to the clicked location. Each terminal generates and sends it to the management server 110, and the management server 110 identifies the data to be returned based on the request information and various information transmitted together with the request information, incorporates it, and displays the screen data. Processing such as creating and sending to the terminal that is the access source is performed. However, in the following, there is a part that is a simple explanation to the extent that the corresponding screen is displayed when the screen of the terminal is clicked, omitting the general-purpose part.

Prior to the processing of the image management system, it is assumed that the submitter information storage means 111 stores the submitter information as shown in FIG. 3 as described above. The submitter information is usually registered by the management server 110, but can be registered from each terminal that can log in to the management server 110. In this embodiment, the administrator performs the operation from the administrator terminal 120. Specifically, the administrator logs in from the administrator terminal 120. FIG. 9 is a diagram showing a submitter registration screen G1. When the administrator logs in from the administrator terminal 120 and instructs to register the setter, the submitter registration screen G1 as shown in FIG. 9 is displayed on the screen of the administrator terminal 120.

On the submitter registration screen G1, the submitters are managed for each group (for example, school). In the example of the figure, the registered submitter information is displayed in a list of items such as name, submitter ID (student ID number), grade, class, address, telephone number, and collection area for each submitter (for example, student). ing. When a group name such as a school name is entered in the group name field at the top of the screen, the submitter information storage means 111 is searched by the group name, and the submitter information of the corresponding submission is displayed in a list. An update / delete link is provided at the right end of each submitter. By clicking the update / delete link, you can move to the update / delete screen of the submitter information, and you can update / delete the submitter information. Also, by clicking the new registration link at the bottom of the group name column, the screen will move to the new registration screen for submitter information, and new registration of submitter information is possible. The contents newly input, updated, and deleted using the submitter registration screen G1 are reflected in the submitter information and registered in the submitter information storage means 111.

Registration of submitter information as described above is performed by registering student information when an organization such as a school decides to adopt the image management system according to this embodiment, and the student is the submitter. Treated as. Further, prior to the registration of the submitter information, a school teacher or the like is registered in the management server 110 as an administrator, and is set to be able to log in to the management server 110 using the administrator ID. Further, a delivery person engaged in the delivery business is registered in the management server 110, and is set so that he / she can log in to the management server 110 using the delivery person ID. The administrator ID and the delivery person ID are registered in the management server 110 in association with each other. That is, the manager and the delivery person are determined for each group such as a school. For this reason, managers and deliverers can only view information about students in specific groups (schools, etc.).

In the state where the submitter information is registered, the administrator sets an assignment (step S1). Specifically, first, the administrator terminal 120 accesses the management server 110 and logs in. Then, the management server 110 authenticates with the administrator ID and presents a menu suitable for the administrator. Then, after selecting the task setting from the presented menu and inputting the necessary information, the management server 110 is requested to register.

Specifically, when the administrator logs in from the administrator terminal 120 and instructs to register the task, the task management registration screen G2 as shown in FIG. 10 is displayed on the screen of the administrator terminal 120. On the task management registration screen G2, the task ID, the task name, the submission deadline, and the organization name can be registered, and the target person to submit the task can be set. In the example of FIG. 10, when a class is input, the submitter information storage means 111 is searched by the class ID, and the corresponding submitter name (displayed as "*****" in FIG. 10) is displayed on the task management registration screen. List on G2. Then, the check box indicated by □ is displayed at the left end. By checking this check box, the submitter can be determined individually. When the registration button labeled "Register" is clicked at the bottom of the issue management registration screen G2, the administrator terminal 120 sends the information set on the issue management registration screen G2 to the management server 110, and the management server 110 Registers the received information in the task information storage means 112.

If a plurality of issues are already registered in association with the administrator ID logged in to the management server 110, the administrator-specific task list screen G3 as shown in FIG. 11 is displayed on the administrator terminal 120. In the present embodiment, one administrator ID is associated with one group, and the task list screen G3 for each administrator displays a list of tasks registered for the group specified by the group name. For each assignment, each item of assignment ID (assignment number), submission deadline, submission status, and target number of people is displayed.

On the task list screen G3, links for updating, deleting, and confirming the work are provided on the right side of each task. By clicking the update, delete, and work confirmation links, you can move to the update, delete, and work confirmation screens of the assignment information, and you can update, delete, and confirm the work. Further, by clicking the task registration link above the task column, the task management registration screen G2 is displayed, and new task information can be newly registered. On the right side (far right) of the update, delete, and work confirmation links, the public check box indicated by □ is displayed.

By checking this publication check box, it is possible to decide to publish for each issue. When it is released, as will be described later, a predetermined target person can view an appropriate image. When the link for updating, deleting, and registering the task information is clicked on the task list screen G3, the management server 110 displays the task management registration screen G2 on the administrator terminal 120. Then, using the task management registration screen G2, it is possible to update, delete, and register the task information.

When the task registration request is made from the administrator terminal 120, the management server 110 registers the requested task (step S2). Specifically, the management server 110 uses the information received from the administrator terminal 120 as the task information, and issues a new task ID. Then, the issued task ID and the task information are associated and stored in the task information storage means 112.

After registering the issue, the management server 110 notifies the issue (step S3). Specifically, the management server 110 refers to the task information stored in the task information storage means 112 with a predetermined task ID, and acquires the submitter ID corresponding to the task ID. Then, each submitter specified by each submitter ID is notified that the task has been imposed. Notification that an assignment has been imposed can be done by various methods. In the present embodiment, as a communication address, an e-mail address is stored in association with each submitter ID, and the task is assigned to the e-mail address corresponding to the submitter ID that identifies the target person of the task. Send a message indicating that. This allows each submitter to know that the assignment has been imposed.

The submitter who knows that the assignment has been imposed accesses the management server 110 from the submitter terminal 130 and logs in. Upon logging in, the management server 110 refers to the task information with the submitter ID of the logged-in person, and identifies the corresponding task ID. Then, the necessary information is acquired by referring to the task information as shown in FIG. 4 with the task ID. Then, after creating the screen data incorporating the acquired information, the screen data is transmitted to the submitter terminal 130 of the access source. Then, the submitter terminal 130 that has received the screen data displays the screen data on the display unit 130f. As a result, the submitter-specific task screen G4 as shown in FIG. 12 is displayed on the submitter terminal 130.

That is, when the submitter logs in from the submitter terminal 130 and instructs the management server 110 to confirm the task assigned to him / her, the submitter-specific task screen G4 as shown in FIG. 12 is displayed on the submitter terminal. It is displayed on the screen of 130. On the submitter-specific assignment screen G4, the submitter's name, submitter ID, grade, and class are displayed, and the assignment assigned to the submitter is displayed below it. If there are multiple assignments assigned to the submitter, multiple assignments will be displayed. The example in the figure shows a state in which two tasks are set for one submitter.

Then, the task ID, the task name, the submission status, and the submission deadline are displayed for each task. Regarding the submission status, either "submitted", "provisionally submitted", or "not submitted" is displayed. Below that, links for uploading, archived images, reference to shooting tips for the next submission, and confirmation of the teacher's evaluation are displayed. On the right side of the upload link, "Not registered" is displayed if it has not been submitted, and the image name of the submitted submitter image is displayed if it has already been provisionally submitted.

Further to the right of it, an icon indicating that it has not been submitted (in the example of the figure, "No Image" is displayed) is displayed if it has not been submitted, and if it has already been provisionally submitted, it has been provisionally submitted. The thumbnail image of the submitter image is displayed. By clicking the upload link, you will be taken to the upload screen where you can update, delete, and check the submitter image. Also, if you click the thumbnail image of the submitter image, the submitter image will be displayed and can be confirmed by the submitter.

By clicking the link of the archive image, the proper image registered by the image acquisition device 150 can be displayed. By clicking the "Refer to the shooting hint at the next submission" link, you can move to the specified screen and check the shooting hint at the next submission. By clicking the "Confirm teacher's evaluation" link, you can move to the specified screen and check the teacher's (assignment manager's) evaluation. In this embodiment, regardless of whether the link "Refer to the shooting hint at the next submission" is clicked or the link "Confirm teacher's evaluation" is clicked, the submission evaluation screen G6 described later is displayed for confirmation. It is possible.

The submitter recognizes the assignment by viewing the submitter-specific assignment screen G4, and if it has not been submitted, the submitter performs the assignment. Specifically, the work to be the subject of the assignment is created as a submission. Then, the work to be submitted is photographed for provisional evaluation (step S4). Specifically, the work is photographed using the camera unit 130h of the submitter terminal 130 and acquired as a submitter image. The submitter image is image data. In the submitter terminal 130, when the part described as "upload" is clicked while the submitter-specific assignment screen G4 is displayed, a screen in which the submitter image can be selected is displayed, so that the submitter terminal 130 stores the image. Specify the submitted submitter image and give instructions to upload. Then, the submitter terminal 130 transmits the designated submitter image to the management server 110 in association with the submitter ID and the task ID (step S5).

When the management server 110 receives the submitter image together with the submitter ID and the task ID, the submitter image is registered (step S6). Specifically, the management server 110 stores the submitter image in the submitter image storage means 113 in association with the submitter ID and the task ID.

As described above, when the task is registered in the management server 110, the submitter can log in to the management server 110 and know the task assigned to himself / herself. Therefore, in step S3 described above, the assignment is notified to each submitter, but it is not necessary to notify each submitter of the assignment. Even if the assignment is not notified to each submitter, each submitter logs in to the management server 110 at any time and displays the assignment screen G4 for each submitter on the submitter terminal 130, so that the assignment assigned to him / herself is imposed. Can be known. The submitter who knows that the assignment is imposed creates a work, and registers the submitter image of the work in the management server 110. In this way, the submitter image is accumulated in the submitter image storage means 113.

The manager makes a provisional evaluation of the work for the task using the submitter image submitted for the task (step S7). The provisional evaluation can be performed at any time as long as one or more submitter images are stored in the submitter image storage means 113. Therefore, when one or more submitter images are registered in step S6, provisional evaluation can be performed.

When performing a tentative evaluation, the administrator accesses the management server 110 from the administrator terminal 120 and logs in. Then, the management server 110 refers to the task information storage means 112 with the login-authenticated administrator ID, and identifies the corresponding task ID. Then, the necessary information is acquired by referring to the task information as shown in FIG. 4 with the task ID. Then, the management server 110 incorporates the acquired information and creates screen data of the problem list screen for each administrator. Subsequently, the management server 110 transmits the screen data of the task list screen for each administrator to the administrator terminal 120 of the access source. Then, the administrator terminal 120 that has received the screen data of the task list screen for each administrator displays the screen data on the display unit 130f. As a result, the administrator terminal 120 displays the administrator-specific task list screen G3.

When the work confirmation link corresponding to each task is clicked on the administrator-specific task list screen G3, the management server 110 refers to the task information storage means 112 with the task ID corresponding to the clicked work confirmation link. Get the information you need. Then, the screen data of the submitter list screen for each assignment is created by incorporating the acquired information. Subsequently, the screen data of the submitter list screen for each task is transmitted to the administrator terminal 120 of the access source. Then, the administrator terminal 120 that has received the screen data of the submitter list screen for each task displays the screen data on the display unit 130f. As a result, the submitter list screen G5 for each task is displayed on the administrator terminal 120.

That is, when the administrator logs in from the administrator terminal 120 and instructs to perform the evaluation, the subject-specific submitter list screen G5 as shown in FIG. 13 is displayed on the screen of the administrator terminal 120. On the submitter list screen G5 by assignment, each item of name, submission status, collection area, collection status, registration status of appropriate images (denoted as "archive data"), and evaluation is displayed in association with the submitter ID. .. As for the submission status, either "submitted", "provisionally submitted", or "not submitted" is displayed as in the case of the submitter-specific assignment confirmation screen G4. Regarding the collection status, "uncollected" indicating the status of not requesting collection, "waiting for collection" indicating the status of requesting collection, "in storage" indicating the status of collection and the status at the administrator, return request "Waiting for return" indicating the status of the request, "Returned" indicating the status of the return to the submitter, etc. are displayed. Since the proper image is used as an archive, if it is registered, it is displayed as "archived", and if it is registered, it is displayed as "none". Regarding the evaluation, if the main evaluation has not been performed, "not yet" is displayed, and if the evaluation has been completed, the score and the like are displayed. An update link is displayed on the right side of the evaluation, and when the update link is clicked, the submission evaluation screen G6 is displayed and the evaluation can be updated.

When the update link at the right end corresponding to each submitter ID is clicked on the submitter list screen G5 by assignment, the management server 110 refers to the assignment information storage means 112 with the submitter ID corresponding to the clicked update link. , Get the information you need. Then, the screen data of the submission evaluation screen is created by incorporating the acquired information. Subsequently, the screen data of the submission evaluation screen is transmitted to the administrator terminal 120 of the access source. Then, the administrator terminal 120 that has received the screen data of the submission evaluation screen displays the screen data on the display unit 130f. As a result, the submission evaluation screen G6 is displayed on the administrator terminal 120.

That is, when the administrator logs in from the administrator terminal 120 and clicks the update link at the right end corresponding to each submitter ID on the subject-specific submitter list screen G5, the submission evaluation screen G6 as shown in FIG. 14 appears. It is displayed on the screen of the administrator terminal 120. On the submission evaluation screen G6, the assignment ID (issue number), the assignment name, the submission deadline, the submitter ID, the submitter name, the submission status, and the collection area are displayed. Then, the check box of the collection request indicated by □ is displayed on the right side of the collection area. By checking this check box, you can request the delivery person to collect the submission.

Further, below the collection area, items related to the provisional evaluation are displayed. In the item of provisional evaluation status at the top, information is displayed as to whether "OK" indicating that the provisional evaluation was successfully performed or "remand" for which the provisional evaluation cannot be performed and a request for resubmission is performed. When the provisional evaluation cannot be performed and resubmission is requested, it is difficult to recognize the part to be evaluated from the content of the submitter image, and the evaluation itself cannot be performed. In such a case, the submitter image taken more appropriately is resubmitted and an appropriate provisional evaluation is performed. Below the provisional evaluation status, provisional evaluation, evaluation comment, and submission ID (denoted as work ID in FIG. 14) are displayed. In this embodiment, since it is assumed to be a work of art, the submission is also a work. Therefore, when displaying on the screen, it may be displayed as a work ID. However, the image management system can be used for submissions other than so-called works, and the submissions are not limited to so-called works. The submission ID is identification information for identifying the submission (work), and is not issued at the stage when the submitter image is not registered. When the management server 110 registers the submitter image, the submission ID is issued and stored in association with the submitter image. Further, the submission ID is stored in the task information storage means 112 as a part of the task information in association with the task ID and the submitter ID.

Further, below the items related to the provisional evaluation, the items related to the final evaluation are displayed. Among them, "OK" indicating that the main evaluation has been performed or "Not" indicating that the main evaluation has not been performed is displayed in the item of the main evaluation status at the top. Below this evaluation status, this evaluation and this evaluation comment are displayed. Information about this evaluation and this evaluation comment is actually displayed after this evaluation. It is not displayed at the time of provisional evaluation in step S7.

Further, below the items related to this evaluation, comparison information between the submitter image and the appropriate image is displayed. In the present embodiment, the submitter image is used for the provisional evaluation, and the appropriate image is used as an archive as described later. Therefore, the submitter image is displayed as a "tentative evaluation image" on the submission evaluation screen G6. Appropriate images are displayed as "archive". In the submission evaluation screen G6, the comparison items of the comparison information are four items of Brightness (brightness), Sharpness (sharpness), margin, and inclination. The comparison item of the comparison information is not limited to the example of FIG. 14, and various information obtained from the submitter image and the appropriate image can be used.

A thumbnail image of the submitter image is displayed on the submission evaluation screen G6. When this thumbnail image is clicked on the administrator terminal 120, the management server 110 enlarges the submitter image corresponding to the screen and displays it on the administrator terminal 120. The manager tentatively evaluates the submitted work with the enlarged submitter image. The tentative evaluation is a tentative evaluation performed before the main evaluation. In the present embodiment, the main evaluation is performed by observing the submission itself, while the provisional evaluation is performed by observing the submitter image. In both the provisional evaluation and the main evaluation, the evaluation can be performed by various criteria such as a score evaluation with a maximum of 100 points and a ranking evaluation such as A to F. The tentative evaluation is only a tentative evaluation for the submitted work, not a tentative evaluation for the submitter image. However, the better the image of the submitter, the better the work can be seen and the easier it is to get a high evaluation. Therefore, the submitter is required to improve the quality of the submitter image.

When the provisional evaluation for the submitted material is determined, the administrator registers the provisional evaluation (step S8). Specifically, first, a provisional evaluation is input in the provisional evaluation field on the submission evaluation screen G6. Then, a provisional evaluation registration instruction is given. Then, the administrator terminal 120 transmits the input provisional evaluation together with the task ID and the submitter ID to the management server 110. The management server 110 stores the received provisional evaluation in the task information storage means 112 in association with the task ID and the submitter ID. The provisional evaluation is stored as evaluation information of the submission together with the final evaluation registered later.

Since the submitter image is obtained by photographing the completed work, it can be determined that the submitted work has been completed by registering the submitter image. That is, it means that the submitted material is ready to be collected (collected). Therefore, in the present embodiment, the collection determination means 116 in the management server 110 aggregates the number of submitter images for each issue for each area, and the number of submitter images corresponding to the predetermined area satisfies the predetermined condition. If so, decide to collect the submission. The predetermined conditions may be that the predetermined number has been reached in advance and that the ratio of the number of submitter images to the total number of submitters has reached the predetermined value. “Determining the collection of submissions” means, for example, setting the collection status to awaiting collection.

When the submitter image is stored in the submitter image storage means 113, it is associated with the submitter ID. Therefore, from the relationship between the submitter ID and the collection area shown in FIG. 3, the submitter image is in a predetermined area. It will be stored in association with a certain collection area. Therefore, the collection determination means 116 stores the submitter image in association with a predetermined area, and determines the collection of the submission when the number of submitter images corresponding to the predetermined area satisfies the predetermined condition. ing. Then, the management server 110 notifies the delivery person specified by the delivery person ID associated in advance with the area ID specifying the area of the collection request (step S9). Specifically, the management server 110 transmits a collection request to the e-mail address of the delivery person associated with the area ID in advance. Then, the collection request can be confirmed from the delivery person terminal 140, and the delivery person who knows the collection request can collect the submitted matter. In this way, when a predetermined number is reached for a predetermined area, by setting the collection status to waiting for collection, collection can be performed at a certain number of stages, and efficient delivery becomes possible. ..

Regarding the collection request, the collection request may be forcibly set by checking the check box of the collection request on the submission evaluation screen G6 displayed on the administrator terminal 120. By checking the check box and forcibly setting a collection request, it is possible to make a collection request even if a certain number of items are not collected, for example, when an emergency collection is desired. However, if the submitter image is not registered, it is not determined that the submission has been provisionally submitted, so the check box for the collection request is not displayed on the submission evaluation screen G6.

The submitter who knows the collection request accesses the management server 110 from the delivery person terminal 140 and logs in. Upon logging in, the management server 110 refers to the area information with the delivery person ID of the logged-in person, and identifies the corresponding area ID. Then, the necessary information is acquired by referring to the submitter information as shown in FIG. 3 with the area ID. Then, after creating the screen data incorporating the acquired information, the screen data is transmitted to the delivery person terminal 140 of the access source. Then, the delivery person terminal 140 that has received the screen data displays the screen data on the display unit 130f. As a result, the submission delivery management screen G7 is displayed on the delivery person terminal 140.

That is, when the delivery person logs in to the management server 110 from the delivery person terminal 140, the submission delivery management screen G7 as shown in FIG. 15 is displayed on the screen of the delivery person terminal 140. FIG. 15 is a diagram showing a submission delivery management screen G7. At the top of the submission delivery management screen G7, the name of the organization in charge of the delivery person and the collection area are displayed. You can also enter the organization name and collection area in this area to display information about the corresponding submitter. Below the collection area, some of the submitter information is listed. In the example of FIG. 15, as a part of the submitter information, the submitter ID, the collection area, the collection / return classification, the request date, the address, the name, the telephone number, and the collection status are listed.

As for the collection status, as with the G5 submitter list screen by issue, "Uncollected" indicating the status of not requesting collection, "Waiting for collection" indicating the status of requesting collection, and collecting are at the administrator. "In storage" indicating the status, "Waiting for return" indicating the status of the return request, "Returned" indicating the status of returning to the submitter, etc. are displayed. Regarding the collection status, an update link is displayed, and when the update link is clicked, the screen moves to a predetermined screen and the collection status can be updated. Further, when the link of "print collection / delivery table" at the bottom of the submission delivery management screen G7 is clicked, the delivery person terminal 140 prints out the collection / delivery table from the printer unit 120i. The collection / delivery table is a printed matter on which a list of submitter information displayed on the submission delivery management screen G7 is printed.

The delivery person can know the address waiting for collection by viewing the submission delivery management screen G7. In this way, the management server 110 presents the collection destination determined by the collection determination means 116 to the delivery person terminal 140. The delivery person goes to the address, collects the submission, and delivers the submission to the digitization center where the image acquisition device 150 is installed.

When the collection status is registered in the management server 110 as waiting for collection, the delivery person can log in to the management server 110 and know that the collection request for the area to which he / she is in charge has been made. In step S9 described above, the collection request is notified to each delivery person, but it is not necessary to notify each delivery person of the collection request. Even if the collection request is not notified to each delivery person, each delivery person logs in to the management server 110 at any time and displays the submission delivery management screen G7 on the delivery person terminal 140 to present the collection destination. You can know the collection request that you are in charge of. Each deliverer who learns that a collection request has been made collects the submission and delivers it to the digitization center that manages the image acquisition device 150. In this way, the digitization center collects submissions collected from various areas.

At the digitization center, which is an image acquisition organization, the image acquisition device 150 acquires an image as an aptitude image from the submitted material (step S10). Images from the submission are obtained by scanning with a high-definition scanner if the submission is flat. If the submission is three-dimensional, it will be obtained by taking a picture with a high-definition camera. When a high-definition scanner or a high-definition camera is used, the scanning conditions and shooting conditions are set to the optimum conditions based on the actual results, so that an appropriate image can be obtained. Therefore, the image acquired by the image acquisition device 150 is referred to as an appropriate image.

When acquiring an appropriate image, first, the image acquisition device 150 accesses the management server 110 and logs in. Then, when the submission ID attached to the submission is specified, the management server 110 acquires the submitter image associated with the submission ID and creates screen data incorporating the submission ID and the submitter image. After that, the screen data is transmitted to the image acquisition device 150 of the access source. Then, the image acquisition device 150 that has received the screen data displays the screen data on the display unit 150f. As a result, the image management screen G8 is displayed on the image acquisition device 150.

That is, when the submission ID is input after logging in to the management server 110 from the image acquisition device 150, the image management screen G8 as shown in FIG. 16 is displayed on the screen of the image acquisition device 150. FIG. 16 is a diagram showing an image management screen G8. On the image management screen G8, the submission ID (denoted as the work ID in FIG. 16) and the receipt date are displayed. Below that, a data registration link and a shipping date registration link are displayed. Further, a thumbnail image of the submitter image (denoted as "provisional evaluation image" in FIG. 16) is displayed at the bottom of the image management screen G8.

At the digitization center, by clicking the data registration link, a registration request for an appropriate image acquired by the image acquisition unit 150h such as a camera or a scanner is made from the submitted material. At this time, by checking the thumbnail image displayed on the image management screen G8, it is possible to prevent the image from being mistakenly registered as another submission. When the registration request for the proper image is made, the management server 110 registers the proper image in association with the submission ID. Then, the management server 110 returns the registered date and displays it on the image management screen G8 of the image acquisition device 150.

Since the image of the submitter of the same submission is displayed on the image management screen G8, it is possible to visually confirm whether or not the same submission as the received submission is copied, and it is possible to prevent erroneous registration. can. Then, when it is determined that the same submission is copied, an appropriate image is acquired from the submission by the image acquisition device 150, and the acquired appropriate image is stored in the storage device 150c.

Then, the management server 110 is accessed from the image acquisition device 150, and an appropriate image is transmitted together with the submission ID, the task ID, and the submitter ID (step S11). Then, the management server 110 registers an appropriate image received from the image acquisition device 150 (step S12). Specifically, the appropriate image received from the image acquisition device 150 is stored in the appropriate image storage means 114 in association with the submission ID, the task ID, and the submitter ID. At this time, a new appropriate image ID is issued for the appropriate image and stored in association with the appropriate image. When the image acquisition unit 150h of a high-definition scanner, high-definition camera, or the like is not connected to the network 160, a general-purpose personal computer or the like connected to the network 160 may be used as the image acquisition device 150. In this case, this personal computer acquires an appropriate image as the image acquisition device 150, and registers the appropriate image in the management server 110.

The delivery person will deliver (ship) the submission with the appropriate image registered to the administrator. In the digitization center, the image management screen G8 is displayed by logging in to the management server 110 from the image acquisition device 150, and when the shipping date link is clicked, the screen shifts to the screen where the shipping date can be registered and the shipping date is input. When the image acquisition device 150 transmits the set shipping date to the management server 110, the management server 110 registers the received shipping date in association with the submission ID. The registered shipping date is displayed on the image management screen G8 as shown in FIG. On the other hand, the delivered (shipped) submission is delivered to the administrator. Then, the administrator who received the submission is in a state where the actual evaluation of the submission is possible.

Then, the manager performs the main evaluation of the submission (work) for the assignment using the submission submitted for the assignment (step S13). This evaluation can be performed at any time once the submission reaches the administrator. In the present embodiment, after the appropriate image is registered in the management server 110 from the image acquisition device 150, the submission is delivered to the manager. However, it is not always necessary to perform the evaluation in such an order, and the main evaluation of step S13 may be performed before the processing of appropriate images in steps S10, S11, and S12.

When performing this evaluation, the administrator accesses the management server 110 from the administrator terminal 120 and logs in. Then, the management server 110 refers to the task information storage means 112 with the login-authenticated administrator ID, and identifies the corresponding task ID. Then, the necessary information is acquired by referring to the task information as shown in FIG. 4 with the task ID. Then, the screen data of the problem list screen for each administrator is created by incorporating the acquired information. Subsequently, the screen data of the task list screen for each administrator is transmitted to the administrator terminal 120 of the access source. Then, the administrator terminal 120 that has received the screen data of the task list screen for each administrator displays the screen data on the display unit 130f. As a result, the administrator terminal 120 displays the administrator-specific task list screen G3.

When the work confirmation link is clicked on the administrator-specific task list screen G3, the management server 110 refers to the task information storage means 112 with the task ID (denoted as “task” in FIG. 11) corresponding to the clicked work confirmation link. And get the necessary information. Then, the screen data of the submitter list screen for each assignment is created by incorporating the acquired information. Subsequently, the screen data of the submitter list screen for each task is transmitted to the administrator terminal 120 of the access source. Then, the administrator terminal 120 that has received the screen data of the submitter list screen for each task displays the screen data on the display unit 150f. As a result, the administrator terminal 120 displays the task-specific submitter list screen G5 as shown in FIG.

When the submitter ID is clicked on the assignment-specific submitter list screen G5, the management server 110 refers to the assignment information storage means 112 with the clicked submitter ID and acquires necessary information. Then, the screen data of the submission evaluation screen is created by incorporating the acquired information. Subsequently, the screen data of the submission evaluation screen is transmitted to the administrator terminal 120 of the access source. Then, the administrator terminal 120 that has received the screen data of the submission evaluation screen displays the screen data on the display unit 130f. As a result, the submission evaluation screen G6 is displayed on the administrator terminal 120.

Then, the manager evaluates the submitted work while observing and touching the submitted matter. As described above, in this evaluation as well, as in the provisional evaluation, it is possible to perform an evaluation based on various criteria such as a score evaluation with a maximum of 100 points and a ranking evaluation such as A to F.

When the final evaluation of the submitted material is determined, the administrator registers the final evaluation (step S14). Specifically, first, the main evaluation is input in the main evaluation field on the submission evaluation screen G6. Then, the final evaluation registration instruction is given. Then, the administrator terminal 120 transmits the input main evaluation together with the task ID and the submitter ID to the management server 110. The management server 110 stores the received evaluation in the task information storage means 112 in association with the task ID and the submitter ID. This evaluation is stored as evaluation information of the submission together with the provisional evaluation already registered.

When both the submitter image and the proper image are registered for one task, the image comparison means 115 of the management server 110 compares the submitter image and the proper image (step S15). Specifically, the image comparison means 115 of the management server 110 refers to the task information storage means 112 at a predetermined timing, and the submitter image and the appropriate image are registered, and the two images are not compared. Find out individual issues. Then, when both the submitter image and the appropriate image are registered and the submitter-specific task for which the two images are not compared is found, the image comparison means 115 of the management server 110 regarding one submitter-specific task. Compare the submitter image with the appropriate image.

The task for each submitter is specified by specifying the task ID and the submitter ID among the task information stored in the task information storage means 112. Further, by specifying the submission ID, it can be specified together with the submitter ID combination of the task ID. The submitter image and the appropriate image for one submitter-specific assignment are images obtained from the same submission (work). Therefore, the difference between the two is due to the influence of shooting and scanning.

Various methods can be used for comparing images by the image comparison means 115. In the present embodiment, predetermined items of Exif (Exif (Exif image file format) information attached to the image are extracted as comparison items and compared. In this embodiment, the comparison items are four items: Brightness (brightness), Sharpness (sharpness), margin, and inclination. The number of comparison items can be any number. In addition to these, other items may be acquired from the Exif information and used as comparison items, or information not included in the Exif information such as information obtained by analyzing an image may be used as a comparison item. Further, as the value of the evaluation item, for example, the value of the Exif information may be adopted as it is, the value of the appropriate image is set to 100, for example, and the value converted according to a predetermined standard is used as the value of the submitter image. You may.

The image comparison means 115 of the management server 110 compares the values of the comparison items obtained from the submitter image with reference to the values of the comparison items obtained from the appropriate images. Further, the image comparison means 115 of the management server 110 creates a comment according to the difference between the two. The content of the comment is to improve the quality of the submitter image based on the comparison result. Therefore, comments can be rephrased as advice or recommendation information. Then, the management server 110 stores the created comment in the task information storage means 112 in association with the combination of the task ID and the submitter ID.

Further, as the image comparison method by the image comparison means 115, a method using the result of machine learning using AI (artificial intelligence) can also be used. For example, when AI is used, the difference between the comment of the manager (teacher) accumulated in the past and the evaluation value is learned, and the content suitable for AI is created as a comment.

Further, when the comparison result is obtained, the management server 110 notifies the corresponding submitter of the comparison result (step S16). Specifically, the management server 110 refers to the task information storage means 112 to specify the submitter ID and the task ID corresponding to the registered comparison information. Then, the comparison result is notified to each submitter specified by each submitter ID. Notification of the comparison result can also be performed by various methods. In the present embodiment, an e-mail address is stored in association with each submitter ID, and a message indicating that the comparison result is obtained is transmitted to the e-mail address. As a result, each submitter can know that the comparison result has been obtained.

The submitter who knows that the comparison result is obtained accesses the management server 110 from the submitter terminal 130 and logs in. Upon logging in, the management server 110 presents a screen that can be referred to by the submitter ID of the logged-in person. When the submitter terminal 130 makes a selection, the management server 110 creates screen data corresponding to the selected content and transmits the screen data to the submitter terminal 130.

The comparison result can be confirmed on the submission evaluation screen G6. Therefore, the submitter who wants to confirm the comparison result selects the submission evaluation screen G6. Then, the management server 110 refers to the assignment information with the login-authenticated submitter ID, and acquires the information necessary for the submission evaluation screen G6. Then, after creating the screen data incorporating the acquired information, the screen data is transmitted to the submitter terminal 130 of the access source. Then, the submitter terminal 130 that has received the screen data displays the screen data on the display unit 130f. As a result, the submission evaluation screen G6 is displayed on the submitter terminal 130.

In addition to the above-mentioned information, the comparison result is displayed on the submission evaluation screen G6. The comparison result displays the submitter image, the appropriate image, and the comment side by side for each comparison item. In this way, by displaying the submission evaluation screen G6 on the submitter terminal 130, it is possible to know the comparison result between the submitter image and the appropriate image. In particular, by referring to the comments, it can be useful for improving the quality of the submitter image from the next time onward.

On the other hand, for the subject for which the final evaluation of the submitted material has been completed, the appropriate image can be published as an archive (step S17). The publication of an appropriate image is performed by making it visible to a predetermined person who has been set. Specifically, the administrator logs in to the management server 110 from the administrator terminal 120, and then displays the administrator-specific task list screen G3. Then, on the issue list screen G3 for each administrator, the disclosure check box for the issue to be disclosed is checked, and the disclosure request is made to the management server 110. The management server 110 that has received the publication request sets the publication of an appropriate image. Specifically, the screen data of the appropriate image list screen G9 corresponding to the corresponding task ID is created and stored as data that can be accessed from the outside in a predetermined area in the storage device 110c. On the appropriate image list screen G9, an appropriate image of each submitter and a link to the thumbnail image are recorded. Further, when a predetermined number or more of appropriate images are registered, the management server 110 may set the public setting.

FIG. 17 is a diagram showing a proper image list screen G9. On the appropriate image list screen G9, the task ID and the task name are displayed at the upper part thereof. Below the task ID and the task name, a thumbnail image of an appropriate image is displayed in association with the author (submitter name). A link is set for the thumbnail image of the appropriate image, and when the thumbnail image is clicked, the management server 110 acquires the corresponding appropriate image in the appropriate image storage means 114 and displays it on the access source terminal.

The appropriate image list screen G9 is displayed when the task ID is specified. Therefore, when the task ID is unknown, it is necessary to specify the task ID. In this embodiment, a work search screen G10 for specifying a task ID and searching for a work to be submitted is prepared. FIG. 18 is a diagram showing a work search screen G10. At the top of the work search screen G10, input fields for grades and classes are provided. When the grade and class are entered from the submitter terminal 130 in these input fields and searched, the management server 110 refers to the submitter information storage means 111 in the entered grade and class and inputs the corresponding submitter ID. get. Further, the task information storage means 112 is referred to by the corresponding submitter ID, and the corresponding task ID is acquired. Then, the acquired task ID and task name are acquired, incorporated into the work search screen G10, and the screen data is transmitted to the submitter terminal 130. The submitter terminal 130 processes the screen data received from the management server 110 and displays it as the work search screen G10. As a result, the work search screen G10 displaying the task ID and the task name is displayed on the submitter terminal 130.

After that, when the task ID or the task name displayed on the work search screen G10 is clicked, the management server 110 acquires the proper image storage means 114 for the proper image corresponding to the task ID, and the thumbnail image is the proper image. It is incorporated in the list screen G9 and the screen data is transmitted to the submitter terminal 130. The submitter terminal 130 processes the screen data received from the management server 110 and displays it as an appropriate image list screen G9. As a result, the submitter terminal 130 displays the appropriate image list screen G9 on which the task ID and the task name are displayed.

As described above, after logging in to the management server 110 with the submitter ID that allows viewing of the work, when the instruction to view the work is instructed, the management server 110 displays the work search screen G10 on the access source terminal. Or directly without going through the work search screen G10, the appropriate image list screen G9 is presented. In this way, the submitter who is permitted to view can confirm the list of appropriate images. It should be noted that not only the submitter but also the administrator can be set so that the list of appropriate images can be confirmed as a matter of course.

In the present embodiment, the proper image is published after the registration of the main evaluation in step S14, but even before the main evaluation, after the proper image is registered in step S12. If so, the appropriate image can be published.

As described with reference to the sequence diagram of FIG. 8, the method of evaluating the submission according to the present embodiment includes a submitter terminal 130, an administrator terminal 120, a delivery person terminal 140, an image acquisition device 150, and management. It is a method of evaluating a submission by an image management system 100 having a server 110, and the management server registers the submitter image obtained by photographing the submission from the submitter terminal 130 for a set task. The stage of checking the submitter image, the stage of receiving the provisional evaluation set from the administrator terminal 120 and registering it by the management server 110, and the stage of storing the submitter image in association with a predetermined area and storing it in a predetermined area. When the number of submitter images corresponding to the area meets the predetermined conditions, the stage of deciding to collect the submission and presenting it to the delivery terminal 140, and the final evaluation set by confirming the submission itself. Is received from the administrator terminal 120 and registered by the management server 110, and the submitter image acquired from the submitter terminal 130 and the appropriate image acquired from the image acquisition device 150 are compared.

As described above, in the method of evaluating the submission according to the present embodiment, two evaluations are performed: a provisional evaluation of the submission by the submitter image obtained by photographing the submission, and a main evaluation of the submission by the submission itself. In this way, prior to the final evaluation of the submission by the submission itself, by performing a provisional evaluation of the submission using the submitter's image, the teacher, etc., before mailing the work produced by the submitter, such as a student, to the school, etc. The administrator can evaluate the performance of the submission in advance and confirm whether or not it is necessary to resubmit. If the conditions required for submission are not met, it is possible to reduce unnecessary logistics, such as checking the work to be submitted before mailing it. Cases that do not meet the conditions required for submission include cases where the work does not meet the purpose of the assignment, and cases where the level is clearly low enough to be confirmed by the submitter's image.

Further, in the image management system according to the present embodiment, the submitter image for provisional evaluation and the appropriate image for archiving acquired by the image acquisition device (installed in the digitization center) are compared. As mentioned above, it is assumed that a submitter such as a student uses a smartphone or a digital camera at home when shooting a work at home. At home, there are many cases where it is not possible to shoot in a large environment such as a school club room, such as shooting under fluorescent lights or shooting from the front because the room is small. Under these conditions, compare the submitter's image with the appropriate image in order to take a picture of your work as beautifully as possible when you submit your next work. Then, by devising the shooting conditions with reference to the comparison result, the quality of the submitter image of the preliminary evaluation image is improved. Finally, if the quality of the submitter image is improved, the evaluation based on the submitter image may be used as the main evaluation instead of the evaluation based on the submission itself. If only the evaluation based on the submitter's image is sufficient, the work can be evaluated without any actual delivery.

The image management system according to the present embodiment enables efficient evaluation such as reduction of physical distribution, but in particular, evaluation of the submitted material is performed in a state where the contact between people is reduced as much as possible. Is also possible. For example, when an infectious disease spreads, it is desirable to reduce human-to-human contact. In particular, in club activities such as painting and calligraphy, due to the nature of the painting materials and tools used, works may be created in a "closed room". In order to reduce the contact between people, it is difficult to stay in the club room and create with colleagues, submit works, evaluate by teachers, and browse the works of colleagues. The image management system according to the present embodiment enables evaluation of submissions even in such a situation.

Although the preferred embodiments of the present disclosure have been described above, the present invention is not limited to the above embodiments and can be modified in various ways. For example, in the image management system according to the above embodiment, a delivery person terminal is provided, and the delivery person collects the submitted materials. In this way, efficient collection is possible by the delivery person performing collection. However, the image management system does not have to be equipped with a delivery person terminal. In this case, the submitter brings the submission to the digitization center or the administrator.

100 ... Image management system 110 ... Management server 111 ... Submitter information storage means 112 ... Problem information storage means 113 ... Submitter image storage means 114 ... Appropriate image storage means 115 ...・ Image comparison means 116 ・ ・ ・ Collection decision means 120 ・ ・ ・ Administrator terminal 130 ・ ・ ・ Submitter terminal 140 ・ ・ ・ Delivery person terminal 150 ・ ・ ・ Image acquisition device 160 ・ ・ ・ Network

Claims (6)

A submitter terminal used by the submitter of the submission, an administrator terminal used by the administrator of the submission, an image acquisition device for acquiring an image of the submission, the submitter terminal, the administrator terminal, and the like. It has a management server that is communicably connected to the image acquisition device.
The management server
An image management system having an image comparison means for comparing a submitter image acquired from the submitter terminal and an appropriate image acquired from the image acquisition device. Further possesses a deliverer terminal used by the deliverer of the submission,
The management server
The submitter image is stored in association with a predetermined area, and is stored.
Further, it has a collection determination means for determining the collection of the submission when the number of the submitter images corresponding to the predetermined area meets the predetermined conditions.
The image management system according to claim 1, wherein the management server presents the collection destination determined by the collection determination means to the delivery person terminal. The management server
Presenting the submitter image to the administrator terminal,
The provisional evaluation acquired from the administrator terminal after the submitter image is presented and the main evaluation acquired from the administrator terminal after the submission is collected are stored as evaluation information of each submission. ,
The image management system according to claim 1 or 2, wherein the administrator terminal is presented with the evaluation information of the submission and the result of comparison by the image comparison means. The submitter terminal used by the submitter of the submission, the administrator terminal used by the administrator of the submission, the delivery person terminal used by the deliverer of the submission, and the image for acquiring the image of the submission. It is connected to the acquisition device so that it can communicate with it.
An image comparison means for comparing a submitter image acquired from the submitter terminal and an appropriate image acquired from the image acquisition device, and an image comparison means.
A collection determination means that stores the submitter image in association with a predetermined area and determines the collection of the submission when the number of the submitter images corresponding to the predetermined area meets the predetermined condition. Have and
Present the submitter image to the administrator terminal and
The provisional evaluation acquired from the administrator terminal after the submitter image is presented and the main evaluation acquired from the administrator terminal after the submission is collected are stored as evaluation information of each submission. ,
A management server that presents the evaluation information of the submission to the submitter terminal. The submitter terminal used by the submitter of the submission, the administrator terminal used by the administrator of the submission, the delivery person terminal used by the deliverer of the submission, and the image for acquiring the image of the submission. The computer connected to the acquisition device so that it can communicate with the acquisition device,
An image comparison means for comparing a submitter image acquired from the submitter terminal with an appropriate image acquired from the image acquisition device.
The submitter image is stored in association with a predetermined area, and functions as a collection decision means for determining the collection of the submission when the number of the submitter images corresponding to the predetermined area meets the predetermined condition. Let me
Have the administrator terminal present the submitter image,
The provisional evaluation acquired from the administrator terminal after the submitter image is presented and the main evaluation acquired from the administrator terminal after the submission is collected are stored as evaluation information of each submission. hand,
A program that causes the administrator terminal to present evaluation information of the submission. The submitter terminal used by the submitter of the submission, the administrator terminal used by the administrator of the submission, the delivery person terminal used by the deliverer of the submission, and the image for acquiring the image of the submission. A method for evaluating a submission by an image management system having an acquisition device, a submitter terminal, an administrator terminal, a delivery person terminal, and a management server communicably connected to the image acquisition device.
For the set task, the stage where the submitter image of the submission is received from the submitter terminal and registered by the management server, and
The stage of receiving the provisional evaluation set by confirming the submitter image from the administrator terminal and registering it by the management server, and
The submitter image is stored in association with a predetermined area, and when the number of submitter images corresponding to the predetermined area satisfies the predetermined condition, the collection of the submission is determined and the delivery person terminal is used. The stage of presentation and
The stage of receiving the evaluation set by confirming the submission itself from the administrator terminal and registering it by the management server, and
The stage of comparing the submitter image acquired from the submitter terminal and the appropriate image acquired from the image acquisition device, and
How to evaluate the submission.

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