KR20010090246A - Method and system for monitoring target window's status and measuring its practical referencing time, and method and system for computing incentive using that - Google Patents

Abstract

PURPOSE: A method and a system for monitoring an interested window, measuring a real preference time and estimating an incentive are provided to lead a user to connect to a site through the internet by recompensing the user for expenses generated from using the internet, and by enabling the user to be free from using the internet. CONSTITUTION: An interested window monitor(31) monitors the changed state of the window. In addition, the interested window monitor(31) generates and transmits information on the valid state of the window. A request web page monitor(32) monitors a web page which a user newly requests. In addition, the request web page monitor(32) generates and transmits request web page information. A real preference time measuring unit(33) receives the information on the valid state of the window from the interested window monitor(31) and the request web page information from the request web page monitor(32). An incentive estimating unit(34) receives real reference time information from the real reference time measuring unit(33) and estimates the incentive to be compensated for the user.

Description

Method and system for monitoring target window's status and measuring its practical referencing time, and method and system for computing incentive using that

The present invention relates to a method of monitoring a screen of interest / time measurement / incentive calculation and a system thereof, and more particularly, to monitor a screen of interest provided by a web server, to measure a time of actual lookup, and to use an incentive using the measurement result. The present invention relates to a computer-readable recording medium having recorded thereon a method and a system and a program for implementing the methods.

1 is an exemplary view illustrating a communication method between a web browser and a web server on the Internet to which the present invention is applied, and FIGS. 2A and 2B illustrate a state of a work screen (Window) in a user terminal to which the present invention is applied. This is an example.

In general, the communication method between the web server 12 and the web browser 11 on the Internet, as shown in Figure 1, the web browser 11 to the web server 12 to establish a connection and request by the web address selected by the user (13,14), the web server 12 responds to this request (15) and releases the connection (16). This type of communication is persistent because of the nature of connectionless (which does not maintain a persistent connection and there is only one response to a request) and stateless (process and terminates for any one request). Not stored).

In addition, user terminals such as personal computers, next-generation mobile communication terminals, portable personal digital assistants (PDAs), wireless data terminals, mobile phones, smart phones, portable computers, Internet televisions, and the like, may also be used due to the multi-tasking function. As shown in FIG. 2A, only one work screen may be displayed, but as shown in FIG. 2B, two or more work screens may be overlapped and some work screens may be hidden in other work screens.

In addition, the user can freely adjust the size, position, and order of the work screen displayed on his terminal, or even prevent the work screen from appearing at all without ending the work screen. You can also

Therefore, the web server can know which user, when, and which request is made, but can know how much time the user views the response screen from the web server in the state displayed on his terminal. In addition, when a user accesses another web server, there is a problem that the user cannot know when and which request is made.

As a result, it is not possible to determine how effective the information or advertisement, which is inquired through the screen provided by the web server, and the user may not know which field he is interested in.

In addition, users are not only paying a lot of time and communication costs due to the use of the Internet, but they are not getting the corresponding benefits even when they are exposed to numerous advertisements.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and monitors an interest screen provided by a web server to measure a time for which the user actually inquires, and uses this to calculate an incentive to reward the user. It is an object of the present invention to provide a computer-readable recording medium recording a search time measurement / incentive calculation method and a system and a program for implementing the methods.

1 is an exemplary view illustrating a communication method between a web browser and a web server on the Internet to which the present invention is applied.

Figure 2a and 2b is an exemplary view showing the state of the operation window (Window) in the user terminal to which the present invention is applied.

3 is a diagram illustrating an embodiment of a system for monitoring interest screen / viewing time measurement / incentive calculation according to the present invention;

4 is a flowchart illustrating a method for monitoring a screen of interest provided by a web server in a window of interest monitoring unit according to the present invention.

5A to 5E are explanatory diagrams for a method for measuring a real-time inquiry time of an interest screen provided by a web server according to the present invention.

6 is a flowchart illustrating an incentive calculation method using a real-time inquiry time of a screen of interest provided by a web server according to the present invention.

* Explanation of symbols for the main parts of the drawings

11: web browser 12: web server

31: interest window monitoring unit 32: request web page monitoring unit

33: Inquiry time measurement unit 34: Incentive calculation

A first incentive calculation system of the present invention for achieving the above object is an incentive calculation system for estimating incentives by monitoring a screen of interest and measuring a real-time inquiry time, the system being generated for a window of interest. Monitor the status of changes, such as exit, size, position, order, etc., so that the window of interest remains valid for the user's eye while the window of interest is hidden from other windows beyond the minimum size desired by the system. Window of interest monitoring means for generating and conveying status information; Request web page monitoring means for monitoring the web page newly requested by the user to generate and transmit request web page information; Receiving interest window valid state information from the interest window monitoring means and request web page information from the request web page monitoring means, and measuring a time actually viewed by the user for each of the interest window or request web page. Actual query time measurement means for; And incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user.

In addition, the second incentive calculation system of the present invention is an incentive calculation system for estimating incentives by monitoring a screen of interest and measuring a real-time inquiry time. Monitors the state of change such as position, order, etc., to generate interest window validity state information while the interest window is visible to the user without overlapping other windows over the minimum size desired by the system. Means of monitoring window of interest for delivery; Real-time inquiry time measurement means for receiving the interest window valid state information from the interest window monitoring means, and for measuring a time that the user actually inquires about the interest window; And incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user.

Further, the third incentive calculation system of the present invention is an incentive calculation system for calculating incentives by measuring the actual inquiry time according to the interest screen monitoring information, wherein a window of interest by the system is at least desired by the system. Receives the interest window valid state information generated while the user's eye is not hidden and overlapped with another window larger than the size of the window, and the request web page information generated according to the new web page request of the user. A real-time inquiry time measuring means for measuring a time actually viewed by the user for each window of interest or a requesting web page; And incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user.

In addition, the fourth incentive calculation system of the present invention is an incentive calculation system for calculating an incentive by measuring a real-time inquiry time according to interest screen monitoring information, wherein a window of interest by the system is at least desired by the system. This is a thread for measuring the time that the user actually inquires about the interest window by receiving the interest window valid state information generated while being visible to the user's eye without overlapping another window over the size of. Inquiry time measuring means; And incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user.

On the other hand, the interest screen monitoring system of the present invention, in the interest screen monitoring system for monitoring the interest screen, the state of the creation / end, size, position, order, etc. of the window of interest to the operator-side system Monitoring and generating interest window validity state information while the interest window is visible to the user's eyes without overlapping other windows over the minimum size desired by the service provider system and generating the interest window valid state information. Means for monitoring window of interest; And requesting webpage monitoring means for monitoring the webpage newly requested by the user to the operator system to generate the requested webpage information and to transmit the requested webpage information to the operator system.

On the other hand, the interest screen actual inquiry time measurement system of the present invention, in the interest screen actual inquiry time measurement system for monitoring the interest screen and measuring the actual inquiry time, the generation / end for the window (Window) of interest Monitoring the status of changes such as size, position, order, etc., while the window of interest is visible to the user's eyes without overlapping other windows over the minimum size desired by the system. Means of interest window monitoring for generating and delivering; Request web page monitoring means for monitoring the web page newly requested by the user to generate and transmit request web page information; And receiving the interest window valid state information from the interest window monitoring means and the request web page information from the request web page monitoring means, and measuring a time actually viewed by the user with respect to each of the interest window or request web page. It is characterized by including a real-time look-up time measuring means for.

In addition, another interesting screen real-time look-up time measurement system of the present invention, in the interest screen actual look-up time measurement system for monitoring the interest screen and measuring the actual look-up time, the system is generated / Monitors the status of changes such as termination, size, position, order, etc., so that the window of interest is visible to the user's eye while the window of interest is not obscured by overlapping other windows beyond the minimum size desired by the system. Interest window monitoring means for generating and conveying information; And a real-time inquiry time measuring means for receiving the window of interest valid state information from the window of interest monitoring means and measuring a time actually viewed by the user with respect to each of the window of interest or the requested web page. do.

On the other hand, the incentive calculation method of the present invention, incentive calculation method applied to the incentive calculation system for calculating the incentive by monitoring the interest screen and measuring the actual inquiry time, and registers the unregistered user at the request of the user terminal, A first step of transmitting a monitoring application (AP) to the user terminal; A second step of receiving time of interest window valid state information, request web page information, and user identifier (ID) from the user terminal, and measuring a time for which the user actually inquires about each window of interest or request web page; And a third step of calculating an incentive to compensate for the user according to the measured inquiry time information.

In addition, another incentive calculation method of the present invention is an incentive calculation method applied to an incentive calculation system for calculating an incentive by monitoring an interest screen and measuring an actual inquiry time, and registering an unregistered user according to a request of a user terminal. A first step of transmitting a monitoring application (AP) to the user terminal; A second step of receiving interest window valid state information and a user identifier (ID) from the user terminal and measuring a time when the user actually inquires about the interest window; And a third step of calculating an incentive to compensate for the user according to the measured inquiry time information.

On the other hand, the interest screen monitoring method of the present invention, in the interest screen monitoring method applied to the interest screen monitoring system for monitoring the interest screen, the creation / end, size, By monitoring the change status of the position, order, etc., the interest window valid state information is generated while the interest window is visible to the user without being hidden by being overlapped with another window more than the minimum size desired by the operator system. A first step of making; And a second step of generating the requested web page information by monitoring the web page newly requested by the user to the operator system.

In addition, the interest screen monitoring method of the present invention is an interest screen monitoring method applied to an interest screen monitoring system for monitoring an interest screen, and monitoring among currently operating windows using a class name of a window of interest to be monitored. A first step of classifying a target interest window and a non-monitoring window to obtain respective class names and instance identifiers; Based on the obtained class name and the instance identifier, the change state of the size, position, order, etc. of each window is identified and compared, so that the window of interest is larger than the minimum size desired by the operator system and is not overlaid on another window. A second step of generating window of interest validity information for the time visible to the user; And a third step of updating / interesting the window of interest state information of interest by identifying / compareing the change state of each window according to an input message (creation / end, size, position, order, etc.).

Meanwhile, the present invention registers an unregistered user at the request of a user terminal in an incentive calculation system equipped with a processor in order to monitor an interest screen and measure an actual inquiry time to calculate an incentive. A first function of transmitting to the user terminal; A second function of receiving interest window valid state information, request web page information, and user identifier (ID) from the user terminal to measure a time actually viewed by the user for each of the interest window or request web page; And a computer readable recording medium having recorded thereon a program for realizing a third function of calculating an incentive to compensate for the user according to the measured inquiry time information.

In addition, the present invention, in order to monitor the screen of interest and to measure the actual inquiry time to calculate the incentive, to register the unregistered user at the request of the user terminal in the incentive calculation system provided with a processor, and to monitor the application (AP) A first function of transmitting to the user terminal; A second function of receiving interest window valid state information and a user identifier (ID) from the user terminal and measuring a time that the user actually inquires about the interest window; And a computer readable recording medium having recorded thereon a program for realizing a third function of calculating an incentive to compensate for the user according to the measured inquiry time information.

In addition, the present invention, in order to monitor the screen of interest, in the interest screen monitoring system having a processor, a change state of the creation / end, size, position, order, etc. for the window of interest to the operator-side system A first function of monitoring and generating window of interest validity information for a while the window of interest is visible to a user's eye without being overlaid on another window beyond the minimum size desired by the operator system; And a computer readable recording medium having recorded thereon a program for realizing a second function of monitoring a web page newly requested by the user to the operator system to generate the requested web page information.

In addition, the present invention, in the interest screen monitoring system having a processor to monitor the screen of interest, using the class name of the window of interest to be monitored and monitoring the window of interest among the windows currently being operated (Monitor) and monitoring. A first function of distinguishing a non-target window to obtain each class name and an instance ID; Based on the obtained class name and the instance identifier, the change state of the size, position, order, etc. of each window is identified and compared, so that the window of interest is larger than the minimum size desired by the operator system and is not overlaid on another window. A second function of generating window of interest validity information for while visible to a user's eye; And a program for realizing the third function of updating the window valid state information of interest by identifying / compareing the state of change in creation / end, size, position, order, etc. of each window according to an input message. Provides a record medium that can be.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 3 is a diagram illustrating an embodiment of the interest screen monitoring / viewing time measurement / incentive calculation system according to the present invention, in which “31” denotes an interest window monitoring unit, “32” denotes a request webpage monitoring unit, “ 33 "denotes a real-time inquiry time measuring unit, and" 34 "denotes an incentive calculation.

The window of interest window monitoring unit 31 is a window of interest to the system implemented by using the present invention (a window appearing on the user terminal by a web browser, multicasting or push technology from a server, By monitoring the status of creation / end, size, position, order, etc. of the Internet broadcasting window, the window (Window: screen window) is overlaid on another window beyond the minimum size desired by the system. As a function unit for generating the window of interest valid state information for the time that is not visible to the user's eyes, the detailed operation of the window of interest monitoring unit 31 according to the present invention is as follows.

All windows operating in the user's terminal can be distinguished by a class name and an instance ID. The class of the window of interest which is the monitoring target set in the window monitoring unit 31 of interest. Names are used to distinguish between windows of interest and windows that are not to be monitored, and to obtain respective class names and instance identifiers.

Based on the class name and the instance ID, the status, size, position, and order of each window are identified and compared. Thus, the window of interest is larger than the minimum size desired by the system and overlapped with another window. When the user's eyes are not hidden, the window of interest state information (class name, instance identifier, valid state start time, valid state end time (recorded when the valid state ends) is generated. When a user's input occurs, the operating system (OS) sends a message-type command to the corresponding window. Among these, the size, position, and order of the screen change, or the creation of a new screen or the termination of an existing screen. In the case of a message such as a message, the size of the window, the position, the order, and the like of each screen are re-checked and compared, and the window of interest valid state information is updated.

On the other hand, if a user's input does not occur for a certain period of time, it is considered that the user is not in front of the terminal, it may be said that the valid state of all the windows of interest have ended. If no interest window remains in operation, the valid state of the last interest window is terminated and the interest window monitoring unit 31 terminates. An example of the specific operation of the interest window monitoring unit 31 will be described with reference to FIG. 4.

4 is a flowchart illustrating a method of monitoring a screen of interest provided by a web server in a window monitoring unit of interest according to the present invention.

First, the class name of all the screens of interest and the minimum size of the screen for each class are set (41), and using the set class name of the window of interest as the monitoring target, the window of interest and the target of monitoring among the currently operating windows Instead of distinguishing a window, each class name and an instance ID are obtained (42).

Thereafter, the class name and the instance identifier identify and compare the state of creation / termination, size, position, and order of each window, so that the window of interest is larger than the minimum size desired by the system. And window's valid state information of interest (class name, instance identifier, valid state start time, valid state end time (recorded when valid state ends) ) Is generated / updated (43 to 51).

In other words, when a user's input occurs, the operating system (OS) sends a message-type command to the corresponding window, and checks whether the size, position, or order of the screen has changed (44). If no, go to the next step, and if there is a change, update the valid state information. Next, it is checked whether the input message is the creation of a new screen (45). Otherwise, the process proceeds to the next verification process. When the new screen is generated, the class name and the instance identifier of the new screen are acquired (46) to generate valid state information. Next, if there is a user input within a certain time (47), if the user goes to the next confirmation process, if the user input for more than a certain time, the valid state of all the screen of interest is terminated (48), and then proceeds to the next confirmation process Goes. Next, check if the input message is the screen exit (49) or else go to the other check process, if it is the end, check if all the interest screens are finished (50) otherwise go to the update process, if all the interest screens are finished The valid state of the terminated interest screen is terminated (51).

On the other hand, the request web page monitoring unit 32 is a function unit for monitoring the web page requested by the user through a window having a web browsing function of the window of interest of the interest window monitoring unit 31. All general-purpose web browsers such as Internet Explorer, Netscape Navigator, etc. have a Child Window that indicates the address of the web page the user is requesting, and if it is the same web browser and the same version, its identifier ( ID) is the same. Accordingly, when a message sent to the identifier (ID) of the child window indicating the address of the web page is pulled out, the user may know what the address of the web page the user requests.

In addition, even if you do not have a general web browser, if you want to monitor a specific window having a browsing function in the system implemented using the present invention, create a corresponding window so that the user can retrieve the web page address message (Message) requested by the user Just do it.

As a result, the request web page monitoring unit 32 generates request web page information (class name, instance identifier, web page request time, request web page address) whenever a user requests a new web page. Here, if the address of the newly requested web page is compared with the current web page address, if the address up to a certain depth set in the request web page monitoring unit 32 is the same, the request web page information is not generated. This can reduce the number of information generated.

On the other hand, the actual query time measurement unit 33 is the interest window valid state information (class name, instance identifier, valid state start time, valid state end time) and the request web page monitoring unit 32 of the interest window monitoring unit 31 Receives request web page information (class name, instance identifier, web page request time, request web page address) from the server, and sends some information to the user terminal unilaterally by multicasting or push technology from the server. It is a function unit that measures the time actually viewed by the user for each window or web page requested by the user.

Here, the unit of time measurement is in the class unit to which the inquired window belongs or in the unit of web page. As the method of time measurement, the time period in which the user inquires by each class or web page (when From, to when) or the amount of time inquired (sum of each time interval) is obtained so that the incentive calculation unit 34 at the rear end calculates the score according to the time interval or the amount of time. The time measurement unit is set in advance for each class, and the time measurement method is set in advance for each class and each web page.

An example of interest window validity state information and an example of request webpage information will be described in detail with reference to FIGS. 5A to 5E. Here, it is assumed that the time measurement unit of the class A window is a class unit, and the time measurement unit of the class B window is set to a web page unit.

5A to 5E are explanatory diagrams for a method for measuring a real-time inquiry time of an interest screen provided by a web server according to the present invention.

5A illustrates an example of the window valid state information of interest, and indicates that the instance 1 of the class A window is valid from t1 to t3 and from t5 to t6. 5B illustrates an example of request web page information, and in the case of the instance 1 of the class B window, the web page ⓐ is requested at t1, the web page ⓑ is requested at t3, and the web page ⓐ is requested again at t5.

First, class-based measurement has only the window validity state information of interest and checks whether windows of the same class are valid by overlapping two or more instances in the same time zone so that there is no overlapping time zone. Generate class-level actual inquiry time interval information (class name, actual group start time, actual group end time) according to the time measurement method set for each class, or class-level actual group time information (class name, actual group time amount) )

For example, FIG. 5C illustrates an example of class-by-class real-time time interval information. Since class 1 and instance 2 of the class A window were overlapped and valid in a time zone from t2 to t3, if class A If the time measurement method of the window is set to the time interval, as shown in FIG. 5C, two class unit actual inquiry time interval information indicating that the class A was inquired from t1 to t4 and t5 to t6 is generated. If the time measurement method is set to the amount of time, one class unit inquiry time amount information indicating that the class A is searched by (t4-t1) + (t6-t5), which is the sum of each time interval, is generated.

On the other hand, web page unit measurement is to determine which web page was inquired when and when through which instance of which class, using window of interest information and request web page information, and then class unit measurement. After checking whether the same web page is repeatedly searched through two or more instances in the same time zone, so that there is no overlapping time zone, the information on the time interval information of the web page unit according to the time measurement method set for each web page (Webpage address, actual search start time, actual query end time) or generate webpage unit actual search time information (web page address, actual search time amount).

For example, FIG. 5D shows an example of a web page search section for each instance, and shows the results of when and when which web pages were searched in each instance under the circumstances of FIGS. 5A and 5B. Here, in the case of the web page ⓑ requesting t3 through the instance 1, the validity state of the instance 1 is terminated at t4, so it can be seen that the inquiry was performed from t3 to t4.

Therefore, as shown in FIG. 5D, since the web page ⓐ is inquired in a time zone from t2 to t3 through the instance 1 and the instance 2, if the time measurement method of the web page ⓐ and the web page ⓑ is set as the time interval. If it is, as shown in FIG. 5E, three webpage unit actual inquiry time interval information that the webpage ⓐ was inquired from t1 to t4 and t5 to t6 and the webpage ⓑ was inquired from t3 to t5 are displayed. Is generated, and if the time measurement method is set to the amount of time, the web page ⓐ is irradiated by (t4-t1) + (t6-t5), and the web page ⓑ is searched by (t5-t3) 2 Information of the amount of time of inquiry for each web page is generated.

Next, the incentive calculation unit 34 is a function unit that receives the actual inquiry time information of the actual inquiry time measurement unit 33 and calculates an incentive (compensation score, compensation amount, etc.) to be compensated to the user. There are estimates by and amount by time.

In this case, the weighting factor is set so that the incentive can be differentially calculated according to which class or which web page has been viewed in which time period or how much time. Basic incentives can be granted if the time period or amount of time satisfies certain conditions (eg, more than the minimum inquiry time for each class or web page).

In addition, the incentive calculation formula (Equation 1) according to the following time interval is applied to the class unit real-time inquiry time section information and the web page unit real-time inquiry time information. For the amount of time information, the following incentive calculation formula (Equation 2) based on the amount of time is applied, and each incentive is summed to calculate an incentive. Looking at (Equation 1) and (Equation 2) below, it is possible to obtain the incentive only when the user inquires the desired class or web page in the system by setting the weighting factor and basic incentive. Able to know.

Where n is the number of time periods of class or web page i (n≥1), W _ij is the weight of the j-th time period of class or web page i (W _ij ≥ 0), and R _ij is the class or web page The rate at which the class or webpage i is viewed (0≤R _ij ≤1) during the jth time interval of i, F _i is the base incentive of the class or webpage _i , and B _i is the base of the class or webpage i As to whether incentive is granted, B _i is 1 if the time period information for which the class or the web page i is viewed satisfies a specific condition, and B _i is 0.

Where W _i is the weight of the class or web page i (W _i ≥ 0), T _i is the amount of time to look up the class or web page i, A _i is the unit time of the class or web page i, and Floor (X) is the largest integer not greater than X, F _i is the base incentive of class or web page i, B _i is the base incentive of class or web page i, and If one piece of time information satisfies a specific condition, B _i is 1; otherwise, B _i is 0.

6 is a flowchart illustrating an incentive calculation method using a real-time inquiry time of an interest screen provided by a web server according to the present invention.

First, when a user runs a web browser (61) and accesses a system implemented according to the present invention (62), checks whether the user is already registered (63) and if the user is not a registered user, whether to apply for registration to the user. (64) If not registered, the application is terminated. If a user applies for registration, the user is registered, and a monitoring application (AP) composed of the interest window monitoring unit 31 and the requested webpage monitoring unit 32 is downloaded to the user ( 66, the interest window and the request web page are monitored to generate interest window valid state information and request web page information (67).

On the other hand, if the user is already registered, since the monitoring application (AP) has already been downloaded, the window of interest and the request webpage are immediately monitored to generate the window of interest validity information and the request webpage information (67). ).

Thereafter, as described in detail with reference to FIG. 4, when all the windows of interest are closed, the objects to be monitored no longer exist, and the window of interest validity information and the requested webpage information are transmitted to the server together with the user identifier (ID). (68).

Then, in the server, the application (AP) composed of the real-time inquiry time measuring unit 33 and the incentive calculation unit 34 receives the interest window valid state information and the requested web page information and measures the actual inquiry time as described above ( 69. An incentive to reward the user is calculated (70).

When implementing the system according to the present invention, consideration should be given to practical aspects such as the performance of the system and the amount of information generated. For example, when the time measurement unit of a class is set in web page units in the real-time inquiry time measuring unit 33, it is impossible to set the time measurement method for every web page, so it is set as the time interval. Only certain web pages that you want to set are set as time intervals, and the rest is assumed to be set as the default amount of time. In addition, the incentive calculation unit 34 cannot set the basic incentive, weighting factor, unit amount of time, and basic incentive grant criteria for every web page. Should be treated as the default.

Meanwhile, in the exemplary embodiment of the present invention, the method of operating the real-time inquiry time measuring unit 33 on the server side has been described. However, the real-time inquiry time measuring unit 33 is configured on each user terminal. After operating in the same manner, it may be implemented to deliver the actual query time information accordingly.

On the other hand, in the present invention as described above, it is possible to present the corresponding data to the advertiser and the like by analyzing for how long the user actually connected to each site, such as access.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes can be made in the art without departing from the technical spirit of the present invention. It will be apparent to those of ordinary knowledge.

The present invention as described above, by allowing the user to be compensated for the costs incurred by using the Internet, so that more people can use the Internet willingly, by inducing many users to access the desired site by the system Not only can it increase the competitiveness of the site, but it can also calculate the advertising cost according to the amount of time actually viewed by the user, and can also send relevant advertisements or information by analyzing the user's interests by the web page viewed by the user. It has an effect.

Claims (31)

In an incentive calculation system for estimating incentives by monitoring the screen of interest and measuring the time of inquiries, The system monitors a change state of creation / end, size, position, order, etc. of a window of interest so that the window of interest is not covered by another window over the minimum size desired by the system. Interest window monitoring means for generating and communicating interest window validity state information while being visible to a user's eyes; Request web page monitoring means for monitoring the web page newly requested by the user to generate and transmit request web page information; Receiving interest window valid state information from the interest window monitoring means and request web page information from the request web page monitoring means, and measuring a time actually viewed by the user for each of the interest window or request web page. Actual query time measurement means for; And Incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user Incentive calculation system comprising a. In an incentive calculation system for estimating incentives by monitoring the screen of interest and measuring the time of inquiries, The system monitors a change state of creation / end, size, position, order, etc. of a window of interest so that the window of interest is not covered by another window over the minimum size desired by the system. Interest window monitoring means for generating and communicating interest window validity state information while being visible to a user's eyes; Real-time inquiry time measurement means for receiving the interest window valid state information from the interest window monitoring means, and for measuring a time that the user actually inquires about the interest window; And Incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user Incentive calculation system comprising a. In the incentive calculation system for calculating the incentive by measuring the actual inquiry time according to the interest screen monitoring information, The user's new web of interest information and the window of interest validity information generated while the window of interest to the system is visible to the user without being obscured by overlapping other windows beyond the minimum size desired by the system; A real-time inquiry time measuring means for receiving the request web page information generated according to a page request and measuring a time actually viewed by the user with respect to each of the window of interest or the request web page; And Incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user Incentive calculation system comprising a. In the incentive calculation system for calculating the incentive by measuring the actual inquiry time according to the interest screen monitoring information, The window of interest receives the window of interest validity information generated while the window of interest is visible to the user in a state in which the window of interest is overlaid on another window more than the minimum size desired by the system and is not hidden. A real-time query time measuring means for measuring a time actually inquired by the user with respect to; And Incentive calculation means for receiving the actual inquiry time information from the actual inquiry time measurement means to calculate an incentive to compensate for the user Incentive calculation system comprising a. The method according to claim 1 or 2, The window of interest monitoring means, Generates window status information of interest by identifying and comparing the change status of each window by the class name and instance identifier uniquely assigned to each window. Incentive calculation system, characterized in that for updating the window valid state information of interest by grasping / comparing the change state of the creation / end, size, position, order, etc. of each window. The method according to any one of claims 1 to 4, The actual inquiry time measurement means, Incentive calculation system characterized in that the time is measured in the unit of the class (Window) belonging to the inquired window (unit). The method according to any one of claims 1 to 4, The actual inquiry time measurement means, An incentive calculation system for obtaining a time interval searched by the user or the amount of time searched for each class or web page. The method according to any one of claims 1 to 4, The incentive calculation means, An incentive calculation system that sets weighting factors so that incentives can be differentially calculated according to which class or web page has been viewed in which time period or how much time. . The method according to any one of claims 1 to 4, The incentive calculation means, An incentive calculation system for calculating incentives based on the following incentive calculation formulas based on the following time intervals. Where n is the number of time periods of class or web page i (n≥1), W _ij is the weight of the jth time period of class or web page i (W _ij ≥ 0), and R _ij is the class or web The rate at which the class or web page i is viewed (0≤R _ij ≤1) during the jth time period of page i, F _i is the basic incentive of class or web page i, and B _i is the class or web page i's B _i is 1 if the time period information for which the class or the webpage i has not been viewed satisfies a certain condition, or B _i is 0). The method according to any one of claims 1 to 4, The incentive calculation means, An incentive calculation system for estimating incentives based on the following incentive calculation formula based on the amount of time for class-specific actual inquiry time information and web page-based actual inquiry time amount information. Where W _i is the weight of the class or web page i (W _i ≥ 0), T _i is the amount of time of the real-time lookup of the class or web page i, A _i is the amount of unit time of the class or web page i, Floor (X) is the largest integer that is not greater than X, F _i is the default incentive for class or web page i, and B _i is the default incentive for class or web page i. B _i is 1 if the searched time interval information satisfies a certain condition, otherwise B _i is 0) In the interest screen monitoring system for monitoring a screen of interest, By monitoring the status of creation / end, size, position, order, etc. of the window of interest to the operator system, the window of interest is overlapped with other windows beyond the minimum size desired by the operator system. Interest window monitoring means for generating interest window valid state information for the user's eye while not visible and delivering it to the operator system; And Request web page monitoring means for monitoring the web page newly requested by the user to the operator system to generate the requested web page information and deliver it to the operator system Screen surveillance system of interest comprising. The method of claim 11, The window of interest monitoring means, Generates window status information of interest by identifying and comparing the change status of each window by the class name and instance identifier uniquely assigned to each window. The interest screen monitoring system according to claim 1, wherein the interest window valid state information is updated by identifying / compareing state of creation / end, size, position, and order of each window. The method of claim 12, The window of interest monitoring means, And if the user's input does not occur for a predetermined time, the user is considered to be in front of the terminal and the valid state of all windows of interest is terminated. The method of claim 11, The window of interest valid state information, And a class name, valid state start time and valid state end time, or a class name, instance identifier, valid state start time and valid state end time. The method according to any one of claims 11 to 14, The request web page monitoring means, And extracting the address of the web page requested by the user and monitoring the request web page. The method of claim 15, The request web page monitoring means, And generating the requested webpage information by comparing the address of the newly requested webpage with the current webpage address to a predetermined predetermined depth. The method of claim 15, The request web page information, And a class name, instance identifier, web page request time, and request web page address. In the interest screen actual view time measurement system for monitoring the interest screen and measuring the actual view time, The system monitors a change state of creation / end, size, position, order, etc. of a window of interest so that the window of interest is not covered by another window over the minimum size desired by the system. Interest window monitoring means for generating and communicating interest window validity state information while being visible to a user's eyes; Request web page monitoring means for monitoring the web page newly requested by the user to generate and transmit request web page information; And Receiving interest window valid state information from the interest window monitoring means and request web page information from the request web page monitoring means, and measuring a time actually viewed by the user for each of the interest window or request web page. Means of measuring time Screen real time inquiry time measurement system comprising a. In the interest screen actual view time measurement system for monitoring the interest screen and measuring the actual view time, The system monitors a change state of creation / end, size, position, order, etc. of a window of interest so that the window of interest is not covered by another window over the minimum size desired by the system. Interest window monitoring means for generating and communicating interest window validity state information while being visible to a user's eyes; And Real-time inquiry time measurement means for receiving the interest window valid state information from the interest window monitoring means, and for measuring the time actually viewed by the user with respect to each of the interest window or the requested web page. Screen of interest time measurement system including a The method of claim 18 or 19, The window of interest monitoring means, Generates window status information of interest by identifying and comparing the change status of each window by the class name and instance identifier uniquely assigned to each window. The interest screen actual inquiry time measurement system, characterized in that for updating the interest window valid state information by identifying / comparing the change state of the creation / end, size, position, order, etc. of each window. An incentive calculation method applied to an incentive calculation system for monitoring an interest screen and measuring an inquiries time to calculate an incentive, A first step of registering an unregistered user according to a request of a user terminal and transmitting a monitoring application (AP) to the user terminal; A second step of receiving time of interest window valid state information, request web page information, and user identifier (ID) from the user terminal, and measuring a time for which the user actually inquires about each window of interest or request web page; And A third step of calculating an incentive to reward the user according to the measured inquiry time information; Incentive calculation method comprising a. An incentive calculation method applied to an incentive calculation system for monitoring an interest screen and measuring an inquiries time to calculate an incentive, A first step of registering an unregistered user according to a request of a user terminal and transmitting a monitoring application (AP) to the user terminal; A second step of receiving interest window valid state information and a user identifier (ID) from the user terminal and measuring a time when the user actually inquires about the interest window; And A third step of calculating an incentive to reward the user according to the measured inquiry time information; Incentive calculation method comprising a. The method of claim 21 or 22, The window of interest valid state information, It is created according to the change state of each window size, position, and order by the class name and instance identifier (InstanceID) uniquely assigned to each window, and the creation / end of each window according to the input message (Message), Incentive calculation method characterized in that updated according to the change state of size, position, order. In the interest screen monitoring method applied to the interest screen monitoring system for monitoring the interest screen, By monitoring the status of creation / end, size, position, order, etc. of the window of interest to the operator system, the window of interest is overlapped with other windows beyond the minimum size desired by the operator system. A first step of generating window of interest validity information for a while not visible to a user's eye; And A second step of generating the requested webpage information by monitoring the newly requested webpage to the operator system; Screen monitoring method of interest comprising a. In the interest screen monitoring method applied to the interest screen monitoring system for monitoring the interest screen, By using the class name of the window of interest to be monitored, classifying the window of interest and the non-monitored window among the currently operating windows to obtain each class name and instance ID. First step; Based on the obtained class name and the instance identifier, the change state of the size, position, order, etc. of each window is identified and compared, so that the window of interest is larger than the minimum size desired by the operator system and is not overlaid on another window. A second step of generating window of interest validity information for the time visible to the user; And The third step of updating the window of interest status information of interest by grasping / comparing the change status, such as the creation / end, size, position, order of each window according to the input message (Message) Screen monitoring method of interest comprising a. The method of claim 25, A fourth step of terminating the valid state of all windows of interest by considering that the user is not in front of the terminal if the user's input does not occur for a predetermined time; The screen monitoring method of interest further comprising. The method of claim 25 or 26, The window of interest valid state information, And a class name, instance identifier, valid state start time, and valid state end time. In the incentive calculation system with a processor to monitor the screen of interest and measure the inquiries time to calculate the incentive, A first function of registering an unregistered user according to a request of a user terminal and transmitting a monitoring application (AP) to the user terminal; A second function of receiving interest window valid state information, request web page information, and user identifier (ID) from the user terminal to measure a time actually viewed by the user for each of the interest window or request web page; And A third function of calculating an incentive to reward the user according to the measured inquiry time information A computer-readable recording medium having recorded thereon a program for realizing this. In the incentive calculation system with a processor to monitor the screen of interest and measure the inquiries time to calculate the incentive, A first function of registering an unregistered user according to a request of a user terminal and transmitting a monitoring application (AP) to the user terminal; A second function of receiving interest window valid state information and a user identifier (ID) from the user terminal and measuring a time that the user actually inquires about the interest window; And A third function of calculating an incentive to reward the user according to the measured inquiry time information A computer-readable recording medium having recorded thereon a program for realizing this. In order to monitor the screen of interest, to the screen of interest monitoring system having a processor, By monitoring the status of creation / end, size, position, order, etc. of the window of interest to the operator system, the window of interest is overlapped with other windows beyond the minimum size desired by the operator system. A first function of generating window of interest validity state information for a while not visible to a user's eye; And A second function of generating the requested web page information by monitoring the web page newly requested by the user to the operator system A computer-readable recording medium having recorded thereon a program for realizing this. In order to monitor the screen of interest, to the screen of interest monitoring system having a processor, By using the class name of the window of interest to be monitored, classifying the window of interest and the non-monitored window among the currently operating windows to obtain each class name and instance ID. First function; Based on the obtained class name and the instance identifier, the change state of the size, position, order, etc. of each window is identified and compared, so that the window of interest is larger than the minimum size desired by the operator system and is not overlaid on another window. A second function of generating window of interest validity information for while visible to a user's eye; And A third function of updating the window of interest state information of interest by identifying / compareing the change state of each window according to an input message, such as creation / end, size, position, order, etc. A computer-readable recording medium having recorded thereon a program for realizing this.