KR101100113B1 - The connection display system for a continuation business transaction - Google Patents

Abstract

The present invention relates to a method for efficiently managing a continuous work process and various work screens in a financial or securities system, and provides a graphical user interface (GUI) to enable the user to conveniently and quickly switch individual screens for each work screen. It relates to a configuration and processing system of a screen for processing a continuous task to provide.

The present invention allows the user to set and manage a series of tasks to be performed in succession to the desired screen for each linked task as a group, when calling the user screen to display the screen of the group to which the screen belongs to as a list By providing a linking screen group display system for continuous business processing in a system such as a financial and securities processing system that processes a variety of continuous business tasks so that a user can proceed quickly and effectively on related tasks. In calling and using, the user provides continuous screen list information associated with the called screen according to the repeated pattern based on the user's screen usage history. Make business easier To be intended to provide a link display systems.

Finance, Securities, GUI, Screen setting, Screen switching, Business setting, Business

Description

{The connection display system for a continuation business transaction}

The present invention relates to a continuous business process or management of various numbers of business screens in a financial or securities system, and provides a graphical user interface (GUI) to enable the user to conveniently and quickly switch individual screens for each business screen. It relates to a screen configuration and processing system for processing a continuous task.

In recent years, all work is done through computers, and various types of programs are executed on the network, and each person in charge is conveniently and easily applying them to the work process.

If you simply display the application program or the processing screen of the program on your computer, you will have to run several screens at the same time because the task is continuous, or continue to display another screen required to carry out the task. If necessary, it will be difficult to process.

In particular, in the case of financial / securities business processing, it is often necessary to process continuous business in order to execute a series of screens required for one business process. Most of the time you need to run them sequentially.

In the conventional financial and securities processing system, each screen is stored as a unique screen number, and the user arranges and uses each individual screen by displaying the screen on a computer screen by executing the screens individually using the corresponding unique number. .

However, the conventional method of calling and executing individual screens using the unique number of the screen has a difficulty of remembering thousands of various work screens in financial and securities processing systems. In particular, a method of sequentially calling and terminating a plurality of screens in order to process one linked task required user's high memory and mastery related to manipulation.

In the present invention, a user can set and manage a plurality of screens belonging to a linked task for each linked task as a group. Accordingly, by executing a group of screens corresponding to linked tasks rather than individual screens, the user executes each screen corresponding to a series of consecutive individual tasks in a system such as a financial and securities processing system that processes various continuous tasks. Rather than making a group of linked tasks at once, it is to provide a linked screen group display system for continuous task processing so that the task can proceed more quickly and effectively.

In addition, when the user uses the financial and securities system, when each individual screen is called and used, the screen associated with the screen called according to the screen call pattern repeatedly used based on the user's screen usage history. It is to provide a linked screen display system so that a user can effectively process a continuous task by providing a list of users.

 Linked screen display system for the continuous business process of the present invention,

A screen group information management unit that allows a user to set a group according to a linked task according to the user's task definition, manages screen information for each group set for the user call screen, requests data to a server, and sends the requested information to the user. A server information management unit which manages to provide on the screen, a screen display information combination module constituting the screen to be displayed, and a screen display option management unit that provides screen display options of the screen display information combination module according to the option information set by the user. A screen display unit for displaying a screen configured by the screen display information combination module, a screen display unit for collecting the screen display history information of the user, and providing the recommended screen list information to the user using the collected information; Display line to provide screen list information and recommended screen list by user. The situation in the information and recommendation screen information and a list of features that comprise a database for storing screen display options.

According to the present invention as described above, the user can set the screen as a group according to the work area, and when the screen is called, the screen of the group is displayed as a screen list, so that each screen can be called and used during the work, Fast and convenient to the progress of.

In addition, according to the user's screen usage history and usage pattern, the system provides a highly recommended recommendation screen calculated according to the formula set in advance in the system. Since it is provided with, it is possible to proceed quickly and conveniently in the process of handling the financial and securities business used by displaying a complex and various screen.

The configuration and operation of a screen for processing a continuous task in the financial / securities system of the present invention will be described below with reference to the embodiments shown in FIGS. 1 to 4.

The screen group information management unit 10 allows the user to directly set the linked task according to the task definition of the user as a group, and manages the screen information for each set group for the linked task called by the user, and the data to the server. Server information management unit 20 to manage the request and provide the requested information on the screen, the screen display information combination module 30 for configuring the screen to be displayed, and the screen display according to the option information set by the user A display option management unit 40 for providing display options of the information combination module 30, a screen display unit 50 for displaying a screen based on information configured by the display information combination module 30, and And a screen set providing unit 60 for collecting the screen display history information and providing the recommended screen list information to the user by using the collected information. Screen information and a list of recommended user history information and user patterns to provide information for the display list and is configured to include a database 70 for storing a screen display options for the screen display.

The recommendation screen list providing unit 60 is repeatedly used continuously from the collected information of the user history collecting unit 61 and the user history collecting unit 61 to store the history information (history) of the screen used by the user List of recommended screens to the user by using the usage history information and the extracted pattern information from the user pattern extracting unit 62, the user history collecting unit 61 and the pattern extracting unit 62 of the user And a screen list recommendation unit 63 for providing information.

In addition, the screen group information management unit 10 is an individual to be displayed on the screen according to the list information set in the screen list information management unit 11 and the screen list information management unit 10 to manage the list information of the screen set by the user as a group In order to convert screens into linked screens, the serialized and stored screen information stored in a binary format is executed to perform objectization, and each screen is configured to include a separate screen management unit 12 which stores and manages a unique ID.

According to the present invention, each screen belonging to one continuous task to be sequentially processed according to the characteristics of the continuous task can be bundled into one group, and the screen list for each user can be selected in consideration of the user's repetitive screen usage pattern. As it is configured to provide a recommendation,

The screen group information management unit 10 provides a process for a user to register and select a screen group according to a linked task according to a user's task definition, and manages a plurality of screen information belonging to a task group selected by the user. Control management means.

The screen list information management unit 11 is a means for storing a list of work groups selected by a user, calling up a stored list, and adding, modifying, and deleting screens belonging to each list.

That is, the screen list information management unit 11 is a means for providing a process for allowing a user to define and group a predefined screen list configuration according to actual tasks, and store and manage the same.

Group designation means that the user defines his / her own work order and sets up the groups in the work order that he defines himself.

For example, in the case of a new account opening task, a series of screen lists may be set as a group corresponding to a new account opening task as follows.

Group: opening a new account

Screen 1-Membership Information

Screen 2-Application for Certificate

Screen 3-Print Customer Information Consent Form

Screen 4-Issuing Account

Screen 5-Issue Cash Card and Enter Password

Screen 6-Internet, Mobile, Phone Banking Subscription Process

When several screens are designated as one group, when the user calls one of the screens in the group, the screens of the group to which the calling screen belongs are displayed as the screen list.

The individual screen manager 12 may convert and display a screen form displayed to the user with respect to the screen designated as a group as described above, that is, an individual screen operated by a window control to a screen suitable for continuous task display as described above. It is a means for storing and assigning a unique ID so as to be separate from the conventional system.

The server information management unit 20 requests information to the server, such as stock items or account information, and provides the information to be displayed on the computer screen through the screen display information combination module 30 in combination with the information of the screen group information management unit 10. Means.

The screen display information combination module 30 is a means for configuring a screen to be displayed to the user through the screen display unit 50, the screen list information provided from the screen group information management unit 10, the position and execution scripts of the window controls. The screen configuration information such as the object information, the account number to be displayed in the screen received from the server information management unit 20, the display data such as the balance, and the screen display option setting received from the screen display option management unit. Configure the screen information.

 The screen display option management unit 40 is a means for providing a screen display option of the screen display information combination module 30 and is configured to allow a user to set it.

An example of the display options is as follows.

Set transparency of inactive screen and transparency, set tooltip display when hovering the screen name, screen number, enable summary image (minimap) display in separate window, set reduction ratio by size of inactive scene (Reduction ratio of each step compared to activation).

The size of the inactive screen is reduced by 80% if the active screen is set to 100% .The second screen is 100 * 0.8, the third screen is (100 * 0.8) * 0.8, and the fourth screen is ((100 * 0.8) * 0.8) * 0.8) and so on. Here, the activated screen refers to a screen that can use controls within the screen, such as inputting data through an input device such as a keyboard.

The display form setting shows an example of display of the screen to be displayed and can be set in a checkerboard format, a 3D format, a staircase format, or the like.

2 shows an example displayed on the screen thereof.

The screen display unit 50 is a display means for graphically displaying the screen configured by the screen display information combination module 40 on the actual screen.

The recommended screen list providing unit 60 is a means for extracting a user's history of use and a pattern of screen switching, and providing recommended screen list information displayed on one side of FIG. 2 using the extracted information.

The user history collecting unit 61 of the recommendation screen list providing unit 60 stores information such as the time that the user sequentially uses the screen, the number of clicks, the number of keyboard inputs, and the like through the screen display unit 50 to use the user's screen. Means for providing the history information to the user pattern information extraction unit 62.

The user pattern extracting unit 62 of the recommendation screen list providing unit 60 performs pattern information on the linkability of a screen to be selected and switched next from the currently used screen from the collected information of the user history collecting unit 61. ) And means for extracting the frequencies used.

The screen list recommendation unit 63 is a means for providing a list of recommended screens to the user by using the screen usage history information of the user history collecting unit 61 and the pattern information extracted from the pattern extracting unit 62 of the user.

The database 70 is a means for storing the information managed in each part of the system, the database 70 is the group information set by the user, the screen list information according to the group information, the screen of the display option management unit 40 The display option information and the recommendation screen list providing unit 60 include user screen usage history information, extracted pattern information, and recommendation screen list information.

Referring to the operation of the present invention having such a configuration in detail as follows.

When the user selects a task to be performed, the screen group information management unit 10 provides screen list information corresponding to the task selected by the user.

The screen list information provided by the screen list information management unit 11 of the screen group information management unit 10 provides screen list information stored by grouping the user for a predefined task. For each individual screen selected by the user as a group, that is, according to the screen list registered in the screen list information management unit 11, the screen display information combination module 30 to the display screen to convert the individual screens to be displayed on the screen into the associated screen. Objectize to be able to switch and save and manage by giving unique ID to each screened object.

That is, the individual screen management unit 12 stores all the information for configuring the screen, such as the location information of the controls of each screen and the script information linked to the controls in a structured standard form to display the display information combination module In operation 30, objectification is performed so that a new screen can be configured in combination with the information received from the screen display option manager 40. FIG.

Therefore, when the user selects a group necessary for work, the screen list information management unit 11 provides screen list information corresponding to the called group, and accordingly, the individual screen management unit 12 screens the object screened for each individual screen. Provide information.

In the individual screen information provided by the individual screen management unit 12, the summary image information of the screen configuration is generated from the generated screen object, so that the summary screen information is not used even if the actual screen is not called using the generated summary image information. Information that can be used to configure the preview image is included.

The screen display information combination module 30 calls each screen configuration information according to the list information of the screen list information management unit 11 in the individual screen management unit 12, and the account information provided from the server information management unit 20. In addition, the information is displayed on the screen display unit 50 in combination with information such as the balance and the option information provided from the screen display option management unit 40.

 Subsequently, each individual screen displayed through the screen display unit 50 is displayed on the screen, and the screen list displayed for preview is switched while switching the screen deactivated by the user's input value to be activated according to the set method. Display it, and let the user select it to view it.

As such, when the user selects a screen to be activated, the screen display information combination module 30 activates the corresponding screen and displays it on the screen display unit 50.

Meanwhile, the screen list recommendation unit 63 generates a screen list to be recommended according to the screen history information of the user collected from the user history collecting unit 61 and the pattern information extracted from the user pattern extracting unit 62, and the screen list. Compared with the screen list registered by the user of the information management unit 11 generates a recommended screen list that is not manually registered by the user and transmits it to the screen display information combination module 30 to display through the screen display unit 50 to be viewed by the user. Will be displayed.

That is, in consideration of the screen frequently used by the user and the repeated use pattern when switching from the previous screen to the next screen, the next screen transition of the user is predicted, and a screen list thereof is shown on one side of the screen as shown in FIG. 2. By providing the user, the user can easily switch the screen in performing the work.

5 and 6 show an example displayed on the actual program thereof.

As shown in FIG. 5, a screen designated by a user is displayed, and switching between the screens is possible by using a means such as a mouse. As shown in FIG. You can choose directly.

3 is a flowchart showing an operation of the recommendation screen list providing unit 60 constituting the recommendation screen list from the user screen use history information and the usage pattern.

When the user calls the screen, the user history collecting unit 61 stores the usage history information about the screen used immediately before the screen called by the user, and the user pattern extracting unit 62 displays the previously used screen and the present. The database 70 searches whether there is information stored as a linked screen for the called screen.

If there is a linking screen information on the previously used screen and the currently called screen, the association degree between the corresponding two screens is calculated according to a specified formula, and the association degree is newly updated and stored.

On the other hand, if there is no associated screen information of the previous screen for the currently called screen, a space for storing information on the linked screen is secured, and the degree of association calculated according to the formula is stored in the database 70.

This degree of association is extracted from the user history information. Instead of the group defined as the continuous task, the association degree is extracted from the usage history information stored as each individual screen is called and used sequentially.

In order to express how close the relationship is between the two screens, each time usage history information is stored, the association is calculated and updated.For example, n screens are called and some time has elapsed. The calculation method of the correlation degree α _nm when the m screen is called after an operation such as calling can be expressed by Equation 1 below.

Here, T is a function for setting the degree of association with the time of use, and α ' _nm is a screen association value stored before the current screen change occurs.

That is, the initial value of α _nm is 0, and the calculated value is added to the initial value as the first event of calling the m screen from n screens occurs. This value becomes larger as the user executes and enters more work at a time closer to the reference time, and the value accumulates as the same usage pattern is repeated and finally converges to 1.

In addition, C is the number of times the user clicks on the screen, K is the number of times the user inputs data on the screen using the keyboard, t is the usage time, R is the user operating the screen to request information from the server or update the display data. The number of times a request was made.

의 기본 값은 10,000등의 임의의 자연수로 설정하여 사용자의 사용이력 데이터가 쌓이는 속도 및 빈도에 따라 조정한다.

The default value of is set to an arbitrary natural number, such as 10,000, and adjusted according to the speed and frequency at which the user history data is accumulated.

T can be expressed as Equation 2 below.

t is the time the screen is used, u is the reference time

Equation 2 may be defined from a graph function as shown in FIG. 4.

으로 설정함으로써 이전화면의 사용시간이 3일경우 최대치 0.9에 가장 가까워 지며,

로 함으로써 함수의 X축 분포를 적절하게 정하여

의 영역에서 연관도에 유효한 값이 더해지도록 하고, 그 이외의 값에서는 0에 가까운 값이 되도록 함으로써, 사용자가 화면을 활성화하고 3분 체류한 후 새로운 화면으로 넘어갔을 경우에 연관도가 높게 설정되도록 한다. For example, if the user has an average processing time of 3 minutes for one screen and the usage time is close to 3 minutes, the user needs to set the highest correlation value to be stored.

If you set the previous screen to 3 hours, the maximum value is 0.9.

By setting the X-axis distribution of the function appropriately,

In the area of, add a valid value to the degree of relevance, and make other values close to zero so that the degree of relevance is set when the user activates the screen and stays for 3 minutes and then moves to a new screen. do.

That is, by adjusting u, the reference time is determined, and σ is determined to determine the range of the reference use time, so that a value valid in the time range on which the user works on average is added to the degree of association.

4 is a function graph for setting the degree of association according to the time width.

(X-axis shows time, Y-axis shows correlation.)

As shown in Table 1 below, an example of obtaining an association degree for a case where a screen is used will be described.

Click Count-C Keyboard input-K Usage time-t (minute) Server Information Requests-R 1 to 2 3 20 3 7 2-> 3 times 5 100 2 16 3-> 4 times 4 50 5 24

 Association of Screen 2 to Screen 1

The relevance of screen 3 to screen 1 is

The relevance of screen 4 to screen 1 is

Can be expressed as:

It is determined whether or not to update the recommendation list by performing a comparison with the calculated correlation and the threshold value TH set in the usage pattern extracting unit 62.

The threshold value TH is a value obtained by repeating experiments using the function graph as shown in FIG. 4 and is set for the recommendation list.

Compared with the reference value TH for the recommendation structure ranking, it is determined whether the recommendation rank has changed, and if there is a change, the new recommendation list is updated by updating to a new rank.

That is, if the degree of association between the previously called screen and the currently called screen is equal to or greater than the reference value (TH), it is registered in the recommendation list information. .

The user can select and display the recommendation list information displayed on one side as shown in FIG. 2, and the recommendation list is updated through the above process even when the screen is called.

Therefore, the recommendation list is continuously changed according to the user's screen usage history and its usage pattern.

 In addition, by using the accumulated degree of relevance through the repeated use, it provides a function to automatically group the screens having a high degree of relevance with the user's selected screen.

This function operates with the structure as shown in FIG. In Figure 8, the current screen is X, the previous screen is W _n If the next screen is Y _n , a list of the screens satisfying the threshold value TH or more set in advance from the current screen is created and provided to the user. If the degree of association between X and W _n satisfies the threshold TH or more, it is searched whether there is a previous screen having the degree of association between W _n and the threshold TH as in the previous step. If there is a screen that satisfies this, the search is repeated. This search is repeated up to a predetermined number of times, and the same is repeated between X and Y _n . Thus extracting the associated display list is presented to the user in the higher order by adding the association degree between the assist X and W _n association between X and W _n.

According to this, the screen list recommendation unit compares the correlation between the previous screen and the next screen based on the current point of use and the preset threshold value (TH). Repeat the process of grouping the screens that are greater than or equal to the set value by searching for the degree of association with the used screen, and searching the information of the next screen and the next screen to be equal to or greater than the set value. By repeating the grouping operation a predetermined number of times, it is possible to provide a process that allows the user to create a recommendation screen list for each user based on the history information using the screen.

1 is a block diagram showing the configuration of a linked screen display system for continuous business processing of the present invention.

2 is a diagram showing an example of screen display according to the present invention;

3 is a flowchart illustrating a process of providing a recommendation screen list according to the present invention.

4 is a function graph for setting the degree of association according to the variation width from the reference use time and the reference use time in the present invention.

5 is a view showing an example of a screen list that is applied on the actual program in the present invention.

FIG. 6 is a diagram showing an example of a minimap display applied on an actual program in the present invention. FIG.

7 is a view showing an example of an option setting screen of screen display (screen switching) applied on an actual program in the present invention.

8 is a diagram illustrating an operation structure for explaining a function of automatically grouping and recommending screens in groups according to the degree of association according to the present invention;

Claims (6)

A screen group information management unit 10 for managing screen information for each group set for the user call screen; A server information manager 20 for requesting data from a server and managing the requested information on a screen; A screen display information combination module 30 for configuring a screen to be displayed; A display option manager 40 for storing option information set by a user in a database and providing a display option of the display information combination module according to the stored information; A screen display unit 50 for displaying a screen configured by the screen display information combination module; A recommendation screen list providing unit 60 for collecting screen display history information of the user and providing recommendation screen list information to the user by using the collected information; And A database 70 for storing information managed by the system; , ≪ / RTI & The screen group information management unit 10, The screen list information management unit 11 which manages the list information of the screens set by the user as a group, and serialized in binary to convert the individual screens displayed on the screen into linked screens according to the list information set in the screen list information management unit. An individual screen management unit 12 that objectizes the screen file, and assigns and stores and manages a unique ID for each screened object, The recommended screen list providing unit 60, A user history information collecting unit 61 for storing and managing history information of the screen used by the user, and a user pattern information extracting unit extracting a screen use pattern repeatedly used by the user from the collected information of the user history collecting unit; And a screen list recommendation unit 63 for providing recommended screen list information to the user by using the pattern information extracted by the user pattern information extraction unit 62. Linkage display system for delete The method according to claim 1, wherein the user history information of the user history information collecting unit includes a previous screen number, a next screen number activated by a current switching event, a time used before the user switches the screen to another screen, the number of times the screen is clicked, And a number of times of inputting a key by pressing a key of a keyboard and a number of times of transmitting a data communication request to a server by operating a screen with a keyboard or a mouse. The method of claim 1, wherein in the user pattern information extracting unit, obtaining the pattern information is calculated by the degree of association between the displayed screens.

Here, T is a Gaussian function for setting the degree of association with the usage time, α ' _nm is a screen association updated and stored before the current time point. The initial value is 0, the default value of ε is 10,000, and the user's use The value can be adjusted according to the speed and frequency of historical data accumulation, t is the time the screen is used, and u is the reference time. By adjusting u, the reference time is determined, and σ is determined to determine the range of reference time, so that a valid value is added to the degree of association in the time range on which the user works on average. Linked Display System. The screen list recommender of claim 1, wherein the screen list recommender retrieves the relevance data of the currently selected screen based on the calculated relevance, and brings a screen number having a predetermined threshold value (TH) or more to the screen and has a high relevance. Linked screen display system for continuous business processing, characterized in that to arrange the individual screen list in order to recommend to the user. According to claim 1, The screen list recommendation unit is based on the current use point and compares the correlation between the previous screen and the next screen and the threshold value (TH) that is set in advance, if more than the preset value, the corresponding previous screen and the Search for association with the previously used screen and group the screens that are at or above the value set by the association, and search for information on the next screen and the next screen to be at least the value set by the association. In the case of repeating the operation of grouping the same group by a predetermined number of times, the linked screen display system for continuous work processing, characterized in that the user to create a recommendation screen list for each user based on the history information using the screen.

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