KR100736768B1 - Method for managing data classification - Google Patents

Abstract

The present invention relates to a data classification system management method capable of creating an unlimited number of multi-level classification systems and classifying the same data in various angles according to the classification system. Receiving target data, sending a classification system creation screen to generate a classification system, generating a classification system consisting of multiple steps, and sending a selection screen for controlling whether intermediate input or duplicate classification is possible. Step, receiving input of intermediate classification or duplication classification, classifying the input data according to whether input of intermediate input or duplication classification is possible, and transmitting data classified for each classification system. Include.

By using the data classification system management method as described above, an unlimited number of multi-level classification systems can be generated and the same data can be classified at various angles according to the classification system.

Classification, classification system, multilevel classification

Description

{METHOD FOR MANAGING DATA CLASSIFICATION}

1 is a block diagram showing a data classification system according to the present invention;

2 is a flowchart illustrating a data classification system management method according to an embodiment of the present invention;

3 is a view showing an example of a data classification system screen according to the present invention;

4 is a view illustrating a structure of a data classification system according to the present invention compared with an existing searcher structure;

5 is a view showing an example of the possibility of overlapping classification and intermediate stage input control screen according to the present invention;

6 is a view showing an example of an unclassified data screen according to the present invention;

7 shows an example of a data classification screen according to the present invention;

Explanation of symbols on the main parts of the drawings

10: classification system 101: classification input means

102: classification control means 103: classification means

104: storage means 105: database

The present invention relates to a data classification method, and more particularly, to a data classification system management method capable of generating a multi-level classification system unlimitedly and classifying the same data in various angles according to the classification system.

Generally, a classification system refers to a system for structuring and expressing a document or data using a classification symbol and a corresponding term, so that a subject classified by an alphabetical or alphabetical index can be easily accessed if necessary.

In the case of patents, patent data should be classified for patent analysis. After creating one classification system that a user wants, the data is inserted into each sub classification system. However, in practice, there is a shortage of a classification system that is provided because it is necessary to classify one data at various angles.

An example of such patent technology classification is disclosed in Korean Patent Registration Publication No. 10-0490725 (Technology Classification Patent Map Database Construction Method).

The technology disclosed in the above publication relates to a method for constructing a technology classification patent map DB, and includes a PM technology classification system and a technology classification PM DB, and uses a PM technology classification system and accesses PM-related servers through the Internet, respectively. After generating the relevant information and the PM related information produced by the operator who operates the PM technology classification system, the PM technology classification system uses the generated PM related information to detail the lower technical connection points and the upper technical connection points between columns. When connecting by classification type, classifying so that at least one item of bibliographic item is provided in the lowest technical classification column, storing it in the technical classification type PM DB, and reading data downloaded from the existing server and removing unnecessary parts , You don't have to repeat the same thing, and you can also merge it with data you've created in the past Patented technology can be classified type map, which is disclosed for database building method.

Moreover, an example regarding classification of patent information is disclosed in Unexamined-Japanese-Patent No. 2004-152243 (the classification, analysis, and display processing system of patent information).

The technique disclosed in the above publication is an N-dimensional matrix having a stretching column of a plurality of patent information arranged on N respective axes, wherein one patent information is provided for each stretching column (time) of each patent information on each of N number axes. When each is selected, the object of classification and analysis is applied to the patent information accommodating unit which uniquely corresponds to all of the relevant one patent information of N pieces, with respect to all of the corresponding one patent information of the selected N pieces. Patent information, such as patent information and patent information associated with a pair of the patent information, is combined for each N axes, and is limited to the case where the corresponding patent information is matched. Data processing for storing the associated patent number and the like in the corresponding patent information storage section is performed, and the patent definition of each axis in the N-dimensional matrix is performed. All of patent information containing portion formed as the intersections of the disclosed for classification, analysis, and display processing system of the patent information for performing the same processing in the temporary storage.

As described above, however, the publications 2004-0041293 and 2002-342447 have a problem in that only one classification system is provided and thus many limitations are used in actual practice.

An object of the present invention is to solve the problems as described above, to provide a data classification system management method that can generate a multi-level classification system unlimitedly and classify the same data in various angles according to the classification system.

Another object of the present invention is to provide a data classification system management method that can classify multiple sub-categories in the same classification system in a redundant manner.

Another object of the present invention is to provide a data classification system management method that can be input in the middle stage so that it is possible to input the lowest stage or middle stage in the multi-stage classification, where it is not possible to clearly determine where to classify. To provide.

In order to achieve the above object, the data classification system management method according to the present invention comprises a classification system management method including a classification system for classifying a plurality of data by classification system, the method comprising: receiving classification data to be classified and classifying a system; Sending a classification system creation screen to generate, generating a multi-stage classification system, sending a selection screen for controlling whether intermediate entry or overlapping is possible, possible intermediate entry or overlapping Receiving whether or not, the step of classifying the input data according to whether the input of the intermediate input or duplicate classification, and the step of transmitting the data classified by each classification system, the classification system or classification result Automatically saved, and the multi-level classification system can be created indefinitely The features that can be classified into multiple different angles depending on the classification system.

In addition, in the data classification system management method according to the present invention, the intermediate stage input may be input at the lowermost stage or the middle stage during multi-stage classification.

In addition, in the data classification system management method according to the present invention, the overlapping classification is characterized in that it can be classified into a plurality of sub-classification subordinate to one top classification system.

In the data classification system management method according to the present invention, the step of classifying the data according to whether the input of the intermediate stage input or the overlapping classification is possible, when the intermediate stage input and the duplicate classification are possible, If the classification is possible, the middle stage can be entered but duplicate classification is not possible. If it is impossible to duplicate the classification and the intermediate stage input, characterized in that it comprises the step of classifying only one of the lowest corresponding classification.

In the data classification system management method according to the present invention, in the step of transmitting the data classified by each classification system, if a classification to be classified is selected, the data corresponding to the classification are automatically classified into the corresponding classification to be selected. Characterized in that the input.

In addition, in the data classification system management method according to the present invention, when the middle end input is impossible, if the unclassified data transmission request is received after classifying the input data, classifying the unclassified data and the classified data is further performed. It is characterized by including.

In addition, the data classification system management method according to the present invention is characterized in that when the content of the input data is updated, the content of the data classified in the classification system is automatically updated.

Hereinafter, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily practice the present invention. .

1 is a block diagram illustrating a data classification system according to the present invention.

As shown in Fig. 1, the data classification system 10 is a conventional computer system having input / output means such as a printer, a monitor, a keyboard, a mouse, and the like used by a user who wants to classify data to classify the data. Although the classification system 10 used in the present invention may have some differences in its performance, detailed description thereof is omitted since it is a well-known technique commonly used in the art.

The classification system 10 shown in FIG. 1 includes a classification input means 101 for receiving a classification system and requirements from a user, a classification control means 102 for controlling whether intermediate input or duplicate classification is possible, and And a classification means 103 for classifying the data, a storage means 104 for storing the classification system and the classification results and data generated when the job is performed, and a database 105 for storing the data to be classified. The database 105 used in the present invention may have some differences in its performance, but a detailed description thereof will be omitted since it is a known technique commonly used in the art.

Next, a data classification system management method according to an embodiment of the present invention will be described with reference to FIGS. 2 to 7.

2 is a flowchart illustrating a method of managing a data classification system according to the present invention, FIG. 3 is a diagram illustrating an example of a screen of a data classification system according to the present invention, and FIG. 4 is an existing searcher structure and data classification according to the present invention. FIG. 5 is a diagram illustrating a structure of a system, and FIG. 5 is a diagram illustrating an example of a control screen capable of overlapping classification and intermediate input according to the present invention, and FIG. 6 is a diagram illustrating an example of an unclassified data screen according to the present invention. 7 is a diagram illustrating an example of a data classification screen according to the present invention.

As shown in FIG. 2, after the user is connected to the classification system 10 to classify data, the user receives an object to be classified from among data stored in the database 105 (ST 2010). Next, in order to generate a classification system, a classification system generation screen is sent (ST 2020) to receive a classification system from a user.

Next, as shown in FIG. 3, a multi-level classification system is generated by the classification input unit 101. A higher classification such as 'technical classification' and 'classification by IPC' is generated (ST 2021), and the 'basic device' Subclasses are generated for each upper category such as 'input device', 'H04', and 'H01' (ST 2022). The multi-level classification system can be generated unlimitedly, and the same data can be multi-classified at various angles according to the classification system.

The structure of the classification system according to the present invention has a similar form to the Windows Explorer, but only similar in form to the following differences.

The existing searcher (FIG. 4A) shown in FIG. 4 has a structure in which document information is entered in a state where classification is set, but the structure of the classification system (FIG. 4B) according to the present invention adds various classification information to document information at the center of the document. It is a structure. The specific differences are as follows.

Traditional explorer The present invention When changing the contents of literature, only the relevant literature is changed When the content of a document is changed, the content of all classification systems is also automatically updated. Store copies in multiple classifications Links to original texts, not copies If you delete the classification information, delete the contents of the relevant literature. When deleting classification information, only classification information is deleted. Literature information is not deleted. Bibliographic information cannot exist without classification Literature information can be present without classification information

Next, as shown in FIG. 5, a selection screen for controlling whether the intermediate stage input or overlapping classification is possible for the generated classification is sent (ST 2030), and the intermediate stage input or duplicate classification is received. (ST 2031). Here, middle input is a function that can be input at the bottom or middle in multi-stage classification so that data which cannot be clearly determined where to classify can be reclassified later. The ability to classify multiple sub-categories subordinately to multiple subclasses allows for flexible categorization.

The classification means 103 classifies the data according to whether the intermediate input or duplicate classification is input, and the classification control means 102 determines whether the intermediate input is possible (ST 2040), and whether the classification is possible. (ST 2041, ST 2045) to control accordingly. As a result, if mid-stage inputs and overlapping classifications are possible, they are classified into several corresponding classifications of all stages (ST 2046) .If mid-stage inputs are possible but overlapping classifications are impossible, they are classified into only one corresponding classification of all stages (ST 2046). 2047) If mid-level input is not possible but overlapping classification is possible, classify it into the lowermost several classifications (ST 2042). If mid-level input and overlapping classification are not possible, classify only to the lowest one corresponding classification (ST 2043). ). In this case, the data is directly input to the classification, or if the classification is selected, the data corresponding to the classification is automatically inputted. The classification system and the classification result are automatically stored in the storage means 104 (ST 2044, ST 2048).

In the case where the middle end input is controlled to be impossible, after classifying is completed, whether or not to send unclassified data is checked from the user (ST 2050), and when a sending request is received, the unclassified data and the classified data are classified and sent as shown in FIG. (ST 2051).

After all the classification is completed, it is checked whether or not the classified data is transmitted from the user (ST 2060). When the transmission request is received, the data classified by each classification is transmitted as shown in FIG. 7 (ST 2061).

When the contents of the original data stored in the database 105 are updated, the contents of the classification result data stored in the storage means 104 by being classified in each classification system are automatically updated.

A specific embodiment of the data classification system management method according to the present invention will be described below.

After the user is connected to the classification system 10 to classify the data, the database 105 selects and inputs the classification target data to be classified (ST 2010). Next, in order to generate a classification system, a classification system generation screen is sent (ST 2020) to receive a classification system from a user. The classification input means 101 generates an upper classification of 'technical classification' and 'classification by IPC' (ST 2021), and the 'technical classification' includes 'basic device', 'multimedia device', and 'multifunctional device structure'. Create a sub-category (ST 2022), use 'DISPLAY', 'storage', 'input', 'transceiver', etc. for 'basic device', 'camera module', 'sound', 'Digital signal processing' and the like are again generated in a subclass (ST 2022). 'IP04 classification' generates 'H04', 'H01', 'G06', etc. as subclasses (ST 2022).

Next, a selection screen for controlling whether the intermediate stage input or overlapping classification is possible for the generated classification is sent (ST 2030), and the intermediate stage is not input, and the duplicate classification is input (ST 2031). Since intermediate input is impossible but overlapping classification is possible, the classification control means 102 is controlled by the classification control means 102 so that the classification means 103 classifies each of the data into the lowest numbered corresponding classifications (ST 2042). The sorted result is automatically stored in the storage means 104 (ST 2044).

After the classification is completed, the unclassified data transmission request of the 'input device' is received from the user (ST 2050), and the unclassified data and the classified data of the 'input device' are classified and sent (ST 2051). Unclassified data transmission is possible because it is controlled to prevent intermediate input. In addition, upon receiving the data transmission request classified in the "digital signal processing" from the user (ST 2060), the data classified in the "digital signal processing" is sent (ST 2061).

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary.

As described above, according to the data classification system management method according to the present invention, an unlimited number of multi-level classification systems can be generated, and the same data can be classified at various angles according to the classification system.

In addition, according to the data classification system management method according to the present invention, the effect of the classification can be made flexible by dividing the multiple sub-classes in the same classification system in duplicate.

In addition, according to the method for managing a data classification system according to the present invention, when the multi-level classification is possible, the lowest stage input or the middle stage input is possible so that data that cannot be clearly determined where to classify can be classified in the intermediate stage so that it can be further classified later. The effect of inputting is also obtained.

Claims (7)

In the classification system management method having a classification system for classifying a plurality of data by classification system, Receiving classification data to be classified; Transmitting a classification system creation screen to generate a classification system, Creating a multistage taxonomy, Transmitting a selection screen for controlling whether intermediate input or overlapping is possible; Receiving input whether intermediate input or duplicate classification is possible; Classifying the input data according to whether an input of an intermediate stage input or an overlap classification is possible; Transmitting data classified by each classification system; The classification system or the classification result is automatically stored, and the multi-level classification system can be generated unlimitedly, and the classification system management method, characterized in that the same data can be multi-classified at various angles according to the classification system. The method of claim 1, The middle stage input may be input at the lowermost stage or the middle stage during multi-stage classification. The method of claim 1, The overlapping classification system can be classified into multiple sub-classes subordinate to one highest classification system. The method of claim 1, The step of classifying the data according to whether the input intermediate stage input or redundant classification is possible, If intermediate classification and overlapping are possible, classify in several corresponding classifications of all stages, If it is possible to enter intermediate stages but not duplicate classification, classify only into one corresponding classification of all stages, If mid-level input is not possible but overlapping classifications are possible, classify them into the lowest numbered corresponding classifications, And classifying only the lowest one corresponding classification when the intermediate input and the duplicate classification are impossible. The method of claim 4, wherein The step of transmitting the data classified by each classification system, when selecting a classification to be classified, the classification data management method characterized in that the data corresponding to this classification is automatically classified into the corresponding classification and input to the selected classification. The method of claim 1, And classifying the input data and classifying the unclassified data and classifying the classified data when the middle stage is impossible. The method of claim 1, And when the content of the input data is updated, automatically updates the content of the data classified in the classification system.

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