KR101487608B1 - System and method for monitoring smart device - Google Patents

Abstract

A Smart Device Monitoring System that enables students to learn management information efficiently by collecting and analyzing usage information about applications used by smart devices and providing monitoring information to administrator terminals. And a method are disclosed.

Description

TECHNICAL FIELD [0001] The present invention relates to a smart device monitoring system,

The present invention relates to a smart device that enables a student to efficiently manage a student who learns using a smart device by collecting and analyzing usage information related to an application used in a smart device and providing monitoring information to the administrator terminal And to a device monitoring system and method.

With the improvement and expansion of smart devices, interest in digital textbook systems is increasing.

The digital textbook system utilizes smart devices as digital textbooks to provide various multimedia materials such as photographs, videos, and animations and to create an environment in which students can interact with each other. It is possible to make learning more efficient than textbooks.

However, there are many cases where smart devices interfere with learning as few students use applications such as Social Network Service (SNS), Internet, video, and games that are not related to learning on smart devices during class .

Accordingly, the teacher can prohibit the use of the smart device other than the learning by blocking the application of the application other than the digital textbook (for example, the English subject application) in the smart device during the class. In this case, May be prohibited from being used together.

In order to solve such a problem, it is necessary not to prohibit the use of applications other than digital textbooks in the smart device, but to allow the teacher to grasp the application usage patterns of the students and to allow or block the use of the applications according to the degree of the class, There is a desperate need for a model that can provide students with various monitoring information about applications used in smart devices.

SUMMARY OF THE INVENTION The present invention has been conceived to solve the problems described above, and it is an object of the present invention to provide an information processing apparatus and method, which generates monitoring information on usage time for each category to which an application used in a smart device belongs, The present invention provides a smart device monitoring system and method that enables an administrator terminal to grasp an application usage pattern of a student at a glance by category according to the degree of learning association.

In addition, the present invention provides monitoring information, which includes a usage time of an application for each subject in a smart device and a subject of a student who holds the smart device, to the administrator terminal when a monitoring request for an education category occurs And an object of the present invention is to provide a smart device monitoring system and method that enables an administrator terminal to easily grasp a relationship between a student's application usage pattern and a subject's score to easily instruct learning using the smart device.

In addition, the present invention provides monitoring information associated with a place designated by a monitoring request to an administrator terminal, thereby allowing a smart terminal to selectively grasp an application use pattern of a student at a school, a school, Monitoring system and method.

The smart device monitoring system includes a database for maintaining use information related to use of an application in association with a generation time, A monitoring unit configured to generate monitoring information for an application in the smart device according to the period, in association with generation of the monitoring request, A generation unit configured to generate the monitoring information including the usage time and a providing unit configured to visualize a ratio of the use time for the period and to provide the monitoring request to the terminal that has generated the monitoring request, , Education category, education supplement category, and rain The configuration includes a classification to classify into any of the categories of the category broiler.

According to another aspect of the present invention, there is provided a smart device monitoring method comprising the steps of: storing usage information related to use of an application in a database corresponding to a generation time; Reading the usage information corresponding to the generation time corresponding to the generation time from the database; and generating monitoring information for the application in the smart device according to the period, in association with generation of the monitoring request, Generating the monitoring information including the usage time for each category, and providing the monitoring request to the terminal that generated the monitoring request by visualizing the ratio of the usage time for the period.

According to the present invention, the monitoring information on the usage time for each category to which the application used in the smart device belongs is created, and the ratio of the use time for the monitoring requested period is visualized and provided to the administrator terminal. It is possible to provide a smart device monitoring system and method that enable an application usage pattern to be grasped at a glance by category according to the degree of learning association.

In addition, according to the present invention, when a monitoring request for an education category is generated, monitoring information including a usage time of a subject-specific application in a smart device and a student's score of a student having the smart device is provided to an administrator terminal Thus, the administrator terminal can easily grasp the relationship between the application usage pattern of the student and the grades of the course, and can easily instruct the learning using the smart device.

Further, according to the present invention, monitoring information associated with a place designated by a monitoring request is provided to an administrator terminal, thereby enabling an administrator terminal to selectively grasp an application use pattern of a student at a school, academy, or home A smart device monitoring system and method can be provided.

FIG. 1 is a diagram showing the overall relationship between a smart device monitoring system according to an embodiment of the present invention, a smart device possessed by a student, and an administrator terminal.
2 is a diagram illustrating a specific configuration of a smart device monitoring system according to an embodiment of the present invention.
3 is a view showing an example of monitoring information for visualizing the ratio of usage time for each category according to the present invention.
4 is a diagram showing an example of monitoring information for visualizing the ratio of use time of a subject-specific application classified into an education category.
5 is a view showing an example of monitoring information for visualizing the relationship between the usage time of an English course application and a student's English course score.
6 is a diagram showing an example of monitoring information for visualizing the number of movements of a plurality of applications classified into different categories.
7 is a flowchart illustrating a smart device monitoring method according to an exemplary embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to or limited by the embodiments. Like reference symbols in the drawings denote like elements.

FIG. 1 is a diagram showing the overall relationship between a smart device monitoring system according to an embodiment of the present invention, a smart device possessed by a student, and an administrator terminal.

Referring to FIG. 1, the smart device monitoring system 100 may be implemented as a server connected to a smart device 110 held by a student and a terminal 120 of an administrator (or a teacher) through a communication network.

The smart device monitoring system 100 can collect usage information related to the use of the application from the smart device 110 held by the student in real time and maintain the usage information in the database in correspondence with the generation time.

The usage information may include at least one of an install time of an application, a start time, an end time, a latest usage time, a cumulative usage count, or a location of the smart device 110.

The smart device monitoring system 100 may use the usage information corresponding to the period designated by the monitoring request (for example, 'two hours from the 1st period to the 2nd period on June 24th') in conjunction with the generation of the monitoring request From the database, and generates monitoring information on the application in the smart device 110 based on the read usage information.

At this time, the smart device monitoring system 100 may generate the monitoring information including the usage time for each category to which the application belongs.

For example, the smart device monitoring system 100 may include 'English subject application 25 minutes',' mathematics subject application 15 minutes', and ' When the application is used such as 'Game application 10 minutes', 'Internet 20 minutes', 'Calculator 7 minutes', the usage time of each application belongs to category 40 minutes, , 'Non-instructional category 30 minutes'.

In addition, the smart device monitoring system 100 may process the created monitoring information to visualize the ratio of the usage time for the period, and provide the monitoring request to the terminal 120 of the administrator who generated the monitoring request.

For example, the smart device monitoring system 100 may set the ratio of the usage time for each category '2 hours' to 'education category 40 minutes', 'education supplement category 7 minutes', and 'non-education category 30 minutes' Quot; education category 33.3%, education auxiliary category 5%, non-education category 25%, and the ratio can be numerically represented in the form of at least one of a graph, a chart, have.

Alternatively, the smart device monitoring system 100 may determine whether or not the usage time for each category is '40 minutes for education', 'education auxiliary category 7 minutes' for the total time '77 minutes' , And the ratio of 'non-education category 30 minutes' can be calculated as 'educational category 51%', 'education supplement category 10%', 'non-education category 39%', and the ratio can be visualized.

For example, if the education device category is further designated by the monitoring request, the smart device monitoring system 100 selects an application classified in the education category among the applications used in the period, The monitoring information including the usage time to be calculated and a subject score of the student having the smart device can be created.

In another example, if the plurality of applications used in the period are classified into different categories, the smart device monitoring system 100 may generate the monitoring information by further including the number of movements between the plurality of applications.

As another example, the smart device monitoring system 100 selects an application used in the smart device located at the designated location among the applications used in the period, when a location is further designated by the monitoring request, The use time can be calculated using the start time and the end time of the selected application.

The smart device 110 may be, but is not limited to, a smartphone, a tablet, for example.

According to an embodiment, the smart device monitoring system 100 may be implemented within the terminal 120 of an administrator (or teacher). In this case, the terminal (120) of the manager (or the teacher) may collect the usage information related to the use of the application from the smart device 110 directly held by the student and pass the server, have.

As described above, the smart device monitoring system 100 of the present invention can provide various monitoring information on the application used by the smart device 110 to the administrator terminal 120 by the students.

Accordingly, the terminal 120 of the administrator does not unconditionally block the application other than the subject-specific application (for example, the 'digital textbook'), but rather, based on the application usage pattern of the student according to the monitoring information, To allow or block the use of the application.

2 is a diagram illustrating a specific configuration of a smart device monitoring system according to an embodiment of the present invention.

The smart device monitoring system 200 of the present invention can include the creating unit 210 and the providing unit 220. Also, according to the embodiment, the smart device monitoring system 200 can be configured by adding the database 230, the lead unit 240, and the classifying unit 250, respectively.

The creating unit 210 creates monitoring information for an application in the smart device according to a period designated by the monitoring request, in association with the generation of the monitoring request, and includes usage time for each category to which the application belongs And generates the monitoring information.

The terminal of the administrator (or the teacher) can select the smart device and the period when requesting the monitoring. Accordingly, a monitoring request for an application to be used during the selected period in the selected smart device may be generated. In addition, the terminal of the administrator may simultaneously check the monitoring information for the applications in the plurality of smart devices by generating the monitoring requests for the plurality of smart devices.

For example, the creator 210 collects usage information related to an application used in a period designated by the monitoring request in the smart device, analyzes the collected usage information, Can be created.

In another example, the creating unit 210 may collect usage information related to the application from the smart device in real time, and may generate the monitoring information by extracting the usage information corresponding to the period in response to the generation of the monitoring request . To this end, the smart device monitoring system 200 may further include a database 230 and a lead unit 240.

The database 230 maintains usage information related to use of the application in the smart device in association with the generation time.

The read unit 240 performs a function of reading usage information corresponding to the generation time corresponding to the period from the database 230 in conjunction with the generation of the monitoring request. That is, in response to the generation of the monitoring request, the lead unit 240 determines whether the generation time is within the period designated by the monitoring request (for example, '2 hours from the 1st period to the 2nd period on June 24th') The corresponding usage information can be read from the database 230. [

Here, the generation time may be defined as a time at which the usage information is generated, and the usage information may include at least one of an installation time, a start time, an end time, a latest usage time, . ≪ / RTI >

The creating unit 210 can create the monitoring information based on the read usage information.

That is, the creator 210 may generate monitoring information including usage time of the application used in the period, which is calculated by the start time and end time in the usage information.

In addition, the creator 210 may generate monitoring information including an accumulated usage time or an average usage time of the application used in the period.

The creating unit 210 may generate the monitoring information by counting the number of times of use of the application used in the period using the start time and the end time of the use information.

The creating unit 210 can also create the monitoring information including the average calling time of the application used in the period or the type of the application that is called first in the period calculated by the start time in the usage information .

The creating unit 210 may generate the monitoring information by counting the number of movements between a plurality of applications used in the period using the start time in the use information.

For example, the creator 210 may determine that the start of the application is '9:00 English course application', '9:10 internet', '9:15 English course application', '9:20 internet' 25 English course application, '' 9:30 notepad ',' 9:35 English course application ',' English course application 'to' Internet 'during the specified period' June 24, And the number of times '2 times'.

 The creator 210 identifies the location of the smart device when the application is used by using the location of the smart device in the usage information and stores the designated location ('school', 'home', 'school' The usage time of the application or the number of movements between the plurality of applications may be calculated to generate the monitoring information.

On the other hand, an application can be classified into an education category, an education supplement category, and a non-education category according to the degree of learning association. For example, 'English course application' and 'mathematics course application' are categorized into education category, 'Notepad' and 'calculator' are classified into education supplement category, and 'Internet' and 'mobile game' Can be distinguished.

Here, the category classification for the application can be made in advance when the application is installed in the smart device.

Alternatively, the smart device monitoring system 200 may further include a classifying unit 250 so that classification of categories can be performed for an application installed in the smart device in conjunction with the generation of the monitoring request. That is, the classifying unit 250 classifies the application into any one of the education category, the education supplement category, and the non-education category according to the degree of learning association.

For example, the classifying unit 250 may classify the 'calculator' as an educational supplementary category when the period designated by the monitoring request is 'mathematics' time, Can be classified.

Accordingly, the smart device monitoring system 200 of the present invention can be applied to a learning assistant category or a non-educational application category, such as' notepad ',' calculator 'or' And can be appropriately classified into educational categories.

The creating unit 210 creates the monitoring information including the usage time for each category to which the application belongs, thereby making it possible to more easily grasp the usage pattern of the student for the application by category according to the degree of learning association.

For example, when the plurality of applications used in the period are classified into the same category, the creator 210 can calculate the use time using the start time and the end time of each of the plurality of applications.

For example, the creator 210 determines that the usage time of each application calculated by the start time and the end time of the read usage information is' English subject application 25 minutes', 'math subject application 15 minutes',' mobile game 10 minutes', 'Internet 20 minutes',' Calculator 7 minutes (math time) 'and' Notepad 20 minutes', the usage time of 'English course application' and 'Mathematics course application' 'And' Usage time of 'Not Educational Category' by summing 'Usage Time of Calculator' and 'Notepad' to calculate 'Education Supplementary Category 27 minutes' Can be calculated. That is, the creator 210 may generate the monitoring information including the usage time for each category to which each application belongs, 'education category 40 minutes', 'education supplement category 27 minutes', and 'non-education category 30 minutes'.

The providing unit 220 visualizes the ratio of the use time for the period and provides the monitoring request to the terminal that generated the monitoring request.

That is, the providing unit 220 may process and provide the generated monitoring information so as to include a ratio occupied by the usage time for each category. The providing unit 220 can visualize the ratio by numerically expressing the ratio in the form of at least one of a graph, a chart, a graphic, and a table.

Here, the ratio of the usage time for each category may be set to a ratio of 100% for the period designated by the monitoring request.

For example, the providing unit 220 may determine the usage time for each of the categories' education category 40 minutes', 'education supplement category 27 And a non-education category of 25 minutes, and the ratio of the non-education category 30 minutes to the education category 33.3%, the education supplementary category 22.5%, and the non-education category 25% And a table in the form of a numerical value. Accordingly, the terminal of the administrator can more easily understand the ratio of the usage time for each category visualized by a graph or the like.

Alternatively, the ratio of the usage time for each category may be set to a ratio of 100% of the time during which the application is actually executed during the period designated by the monitoring request.

For example, the providing unit 220 may classify the usage time for each category 'education category 40 minutes' for the time '97 minutes' at which the application actually runs out of the' two hours from the first instruction to the second instruction on June 24 ' , "Education category", "education category", "non-education category 31%", "education category", "education category" Graphs, charts, figures, and tables, and visualize them numerically. As a result, the manager terminal can more accurately grasp the ratio of the use time for each category, except for the time when the application is not actually executed.

Therefore, according to the present invention, the monitoring information on the usage time for each category to which the application used in the smart device belongs is created, and the ratio of the usage time for the monitoring requested period is visualized and provided to the terminal of the administrator, It is possible for the terminal to grasp the application use pattern of the student at a glance according to the categories according to the learning association degree.

As described above, the smart device monitoring system 200 can visualize and provide a graphical representation of the percentage of usage time calculated for each of the education category, the education supplement category, and the non-education category.

In another example, the smart device monitoring system 200 may generate the monitoring information including the usage time for each application belonging to the designated category. That is, when a category is further designated by the monitoring request, the creator 210 selects an application classified in the designated category among the applications used in the period, and determines the start time and the end time of the selected application So that the use time can be calculated.

For example, when the non-education category is designated by the monitoring request, the creator 210 calculates the usage time of each application 'Internet', 'mobile game', and 'calculator' belonging to the 'non-education category' So that the monitoring information can be generated. The provider 220 can visualize the ratio of the usage time of each application belonging to the 'non-education category' and provide the visualization to the terminal of the administrator. Accordingly, the terminal of the administrator can easily confirm the usage pattern of the student according to the use time of each application belonging to a specific category.

In addition, when the education category is further designated by the monitoring request, the creator 210 selects an application classified in the education category from the applications used in the period, Time, and a grade of a student who holds the smart device.

For example, when the category for education is further designated by the monitoring request, the creator 210 determines the use time of the subject application used for the period 'March 2 ~ June 24' designated by the monitoring request , The relationship with the student's performance of the smart device that is read by the database 230 can be visualized in at least one of a graph, a chart, a graphic, and a table and provided to the terminal of the administrator. Accordingly, the terminal of the administrator can easily grasp the relationship between the application usage pattern of the student and the grades of the subjects, and can easily guide the learning using the smart device.

In another example, if the plurality of applications used in the period designated by the monitoring request are classified into different categories, the creating unit 210 may generate the monitoring information by further including the number of movements between the plurality of applications.

For example, the creator 210 uses an application belonging to the 'education category' using the start time of the application to be used for the designated period of 'June 24, 2 hours of the 1st to 2nd classes' Quot ;, and counts the number of times the application belonging to the " auxiliary category " is used to create the monitoring information. In addition, the creator 210 may generate the monitoring information by counting the number of times of using the application belonging to the 'non-education category' while using the application belonging to the 'education category'.

Accordingly, the terminal of the administrator refers to the number of movements so that the student can specifically know a usage pattern such as which kind of application is frequently used in addition to the subject application (digital textbook) during learning, The use of applications not related to the learning can be appropriately blocked. In addition, the number of movements can also be utilized for category classification of applications.

In another example, when a location is further specified by the monitoring request, the creating unit 210 selects an application used in the smart device located at the designated location among the applications used in the period, The use time can be calculated using the start time and the end time of the use time.

For example, the creator 210 may calculate the usage time of an application used in a place such as a school, a house, a school, etc., by using the GPS position of the smart device in usage information held in the database 230, The monitoring information can be generated. Accordingly, the terminal of the administrator can selectively grasp the application use pattern of the student at the school, the institute, or the home.

Hereinafter, the monitoring information provided to the terminal of the administrator according to the occurrence of the monitoring request will be described in detail with reference to FIG. 3 to FIG.

3 is a view showing an example of monitoring information for visualizing the ratio of usage time for each category according to the present invention.

Referring to FIG. 3, the smart device monitoring system sums up the usage time of the application used for the period 'June 24' specified by the monitoring request by category, and stores' education category 421 minutes', 'education supplement category 100 minutes ',' Non-instructional category 325 minutes', and so on.

At this time, the smart device monitoring system visualizes the ratio of use time by categories such as' Education category 33.3% ',' Education supplement category 5% ', and' Non-education category 25% The use pattern of the user can be more easily grasped for each category according to the degree of learning association.

4 is a diagram showing an example of monitoring information for visualizing the ratio of use time of a subject-specific application classified into an education category.

Referring to FIG. 4, when a category for education is further designated by a monitoring request, the smart device monitoring system calculates a usage time of a subject application used for a period 'March 2 ~ June 24' designated by the monitoring request Can be visualized numerically as shown in the circle graph. Accordingly, the terminal of the administrator can confirm the use time of the subject application (digital textbook) in the smart device in the designated period, and can easily derive the learning time (learning degree) for each subject of the student.

5 is a view showing an example of monitoring information for visualizing the relationship between the usage time of an English course application and a student's English course score.

The smart device monitoring system can generate monitoring information that further includes the usage time for the applications classified in the education category and the student's grade of the student possessing the smart device.

Referring to FIG. 5, the smart device monitoring system can visualize the cumulative learning time according to the usage time of the English subject application in the smart devices held by the students A, B, C, D, and E in the form of a bar graph. In addition, the smart device monitoring system can visualize the numbers according to the English subject grades of students A, B, C, D, and E as shown by the line graph shown in FIG.

Accordingly, based on the monitoring information visualized in the form of a graph in FIG. 5, the administrator's terminal has a usage pattern for a plurality of students such that the higher the use time of the English course application is, And it is possible to easily teach the learning using the smart device.

6 is a diagram showing an example of monitoring information for visualizing the number of movements of a plurality of applications classified into different categories.

Referring to FIG. 6, the smart device monitoring system uses an application belonging to the education category 610 using the start time of the application used for the designated period 'June 24 to June 26' The monitoring information can be generated as shown in FIG. 6 by counting the number of times '26 times' that the application belonging to the application 620 is used. At this time, the smart device monitoring system can numerically express the number of movements per application 'dictionary', 'calculator', and 'notepad' belonging to the education assistant category 620 as numerical values in the circle graph.

Also, the smart device monitoring system can generate monitoring information by counting '30 times' of using the application belonging to the non-education category 630 while using the application belonging to the education category 610. At this time, the smart device monitoring system can numerically express the number of movements of the applications 'Internet', 'Twitter', 'KakaoTalk', and 'Anifang' belonging to the non-education category 630 as numerical values in a circle graph.

Accordingly, the terminal of the administrator refers to the counted number of movements so that the student can specifically know a usage pattern such as which kind of application is frequently used in addition to the subject application (digital textbook) during learning, It is possible to appropriately block the use of the application not related to the learning in consideration of the pattern.

Hereinafter, the operation flow of the smart device monitoring system 200 according to the embodiment of the present invention will be described in detail with reference to FIG.

7 is a flowchart illustrating a smart device monitoring method according to an exemplary embodiment of the present invention.

The smart device monitoring method according to the present embodiment can be performed by the smart device monitoring system 200 described above.

The smart device monitoring system 200 maintains usage information regarding usage of the application in the smart device corresponding to the generation time (710).

Here, the generation time may be defined as a time at which the usage information is generated, and the usage information may include at least one of an installation time, a start time, an end time, a latest usage time, . ≪ / RTI >

Next, the smart device monitoring system 200 generates monitoring information for the application in the smart device according to the period designated by the monitoring request, in conjunction with the generation of the monitoring request (720) And generates the monitoring information including the usage time for each category (730).

In this step 730, the monitoring information including the usage time for each category to which the application belongs can be created, thereby making it possible to more easily grasp the usage pattern of the student for the application by category according to the degree of learning association.

For example, if the plurality of applications used in the period are classified into the same category, the smart device monitoring system 200 can calculate the use time using the start time and the end time of each of the plurality of applications.

For example, the usage time of each application calculated by the start time and the end time in the read usage information is 'English subject application 25 minutes', 'mathematics subject application 15 minutes', 'mobile game 10 minutes' The smart device monitoring system 200 adds up the usage time of the 'English subject application' and the 'mathematics subject application' in the case of '20 minutes',' the calculator is 7 minutes (math time) 40 minutes ", and calculates the" education sub-category 27 minutes "by summing the usage time of the" calculator "and" notepad ", and calculates the sum of the usage time of" mobile game " Minute "can be calculated.

That is, the smart device monitoring system 200 can generate the monitoring information including the usage time for each category to which each application belongs, 'education category 40 minutes', 'education supplement category 27 minutes', and 'non-education category 30 minutes'.

Finally, the smart device monitoring system 200 visualizes the ratio of the usage time for the period and provides the monitoring request to the terminal in operation 740.

The step 740 may be a process of processing and providing the generated monitoring information so as to include a ratio occupied by the usage time for each category. At this time, the smart device monitoring system 200 can display the ratio by numerically expressing the ratio in the form of at least one of a graph, a chart, a figure, and a table.

For example, the smart device monitoring system 200 may be configured to monitor the usage time for each category for '2 hours from 1 st to 2 nd' on June 24, designated by the monitoring request, 'education category 40 minutes' Quot; category 27 minutes ", and " non-education category 30 minutes ", as the education category 33.3%, education supplement category 22.5% A graphic, a table, and a table.

In this case, the terminal of the administrator can easily derive a usage pattern such that the ratio of the use time of the application belonging to the education supplement category and the non-education category is relatively high as compared with the application belonging to the education category, You can refer to the instruction that you use more closely.

As described above, according to the present invention, the monitoring information on the usage time for each category to which the application used in the smart device belongs is created, and the ratio of the usage time for the monitoring requested period is visualized and provided to the terminal of the administrator, The terminal of the user can grasp the application use pattern of the student at a glance according to the categories according to the learning association degree.

The method according to an embodiment of the present invention may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions to be recorded on the medium may be those specially designed and configured for the embodiments or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the embodiments, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. For example, it is to be understood that the techniques described may be performed in a different order than the described methods, and / or that components of the described systems, structures, devices, circuits, Lt; / RTI > or equivalents, even if it is replaced or replaced.

Therefore, other implementations, other embodiments, and equivalents to the claims are also within the scope of the following claims.

200: Smart device monitoring system
210: Creation unit 220:
230: database 240:
250:

Claims (10)

A database that holds usage information related to usage of the application in association with the generation time;
A read unit for reading usage information corresponding to a generation time corresponding to a period specified by the monitoring request from the database, in association with the occurrence of a monitoring request;
Wherein the monitoring information generating unit generates monitoring information for an application in the smart device in accordance with the period, in association with the occurrence of the monitoring request, wherein, among the applications used in the period, A preparing unit for selecting the applications and preparing the monitoring information including the usage time calculated using the start time and the end time of the selected application;
A providing unit for visualizing a ratio of the use time for the period and providing the monitoring request to the terminal; And
And classifying the application into any one of an education category, an education supplement category, and a non-education category according to the degree of learning association,
A smart device monitoring system. The method according to claim 1,
Wherein the providing unit comprises:
The ratio is expressed numerically in the form of at least one of a graph, a chart, a graphic, and a table,
Smart device monitoring system. The method according to claim 1,
Wherein the creating unit comprises:
Based on the read usage information, generates monitoring information including usage time for each category to which the application belongs
Smart device monitoring system. The method according to claim 1,
If the plurality of applications used in the period are classified into the same category by the classifying unit,
Wherein the creating unit comprises:
The usage time is calculated using the start time and the end time of each of the plurality of applications
Smart device monitoring system. The method according to claim 1,
If more categories are designated by the monitoring request,
Wherein the creating unit comprises:
The usage time is calculated using the start time and the end time of the application classified into the specified category
Smart device monitoring system. The method according to claim 1,
If further education category is designated by the monitoring request,
Wherein the creating unit comprises:
And generates monitoring information that further includes a usage time calculated with respect to an application classified in the education category and a subject score of a student possessing the smart device
Smart device monitoring system. The method according to claim 1,
Wherein the creating unit comprises:
If the plurality of applications used in the period are classified into different categories, the monitoring information is generated by further including the number of movements between the plurality of applications
Smart device monitoring system. delete A smart device monitoring method implemented by a smart device monitoring system,
Maintaining, in the smart-device monitoring system, usage information about usage of an application in a database corresponding to a generation time;
Reading from the database usage information corresponding to a generation time corresponding to a period designated by the monitoring request, in association with generation of a monitoring request, in the smart device monitoring system;
In the smart device monitoring system, monitoring information for an application in the smart device according to the period is generated in conjunction with the occurrence of the monitoring request, and among the applications used in the period, Selecting the application used in the smart device and generating the monitoring information including the usage time calculated using the start time and the end time of the selected application; And
In the smart device monitoring system, visualizing the ratio of the use time for the period and providing the monitoring request to the terminal
And a smart device monitoring method. 10. The method of claim 9,
The step of providing the monitoring request to the terminal,
The step of numerically representing the ratio in the form of at least one of a graph, a chart, a graphic, and a table,
And a smart device monitoring method.

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