KR101944692B1 - Apparatus for providing details number information of content - Google Patents

Apparatus for providing details number information of content Download PDF

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KR101944692B1
KR101944692B1 KR1020170061349A KR20170061349A KR101944692B1 KR 101944692 B1 KR101944692 B1 KR 101944692B1 KR 1020170061349 A KR1020170061349 A KR 1020170061349A KR 20170061349 A KR20170061349 A KR 20170061349A KR 101944692 B1 KR101944692 B1 KR 101944692B1
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unit
data
graph
metadata
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김훈
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김훈
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    • G06F16/90—Details of database functions independent of the retrieved data types
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    • G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
    • G06F16/9566—URL specific, e.g. using aliases, detecting broken or misspelled links
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Abstract

The present invention relates to an apparatus for providing detailed numerical information of contents, which can provide detailed numerical information according to a user's request, with respect to contents posted on the web, such as an electronic newspaper.
More specifically, when numerical information is uploaded, cube data including time information extracted from numerical information, spatial information, user information other than time information and spatial information, and numerical values generated by each information, A data structure section for separately generating and analyzing metadata for extracting and interpreting the cube data and metadata, a content posting section for posting contents containing link information of the cube data and the metadata on the web, and a detailed numerical information And a numerical information providing unit for extracting the linked metadata and the cube data and providing the detailed numerical information corresponding to the selected content.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

The present invention relates to an apparatus for providing detailed numerical information of contents, which can provide detailed numerical information according to a user's request, with respect to contents posted on the web, such as an electronic newspaper.

More specifically, when numerical information is uploaded, cube data including time information extracted from numerical information, spatial information, user information other than time information and spatial information, and numerical values generated by each information, A data structure section for separately generating and analyzing metadata for extracting and interpreting the cube data and metadata, a content posting section for posting contents containing link information of the cube data and the metadata on the web, and a detailed numerical information And a numerical information providing unit for extracting the linked metadata and the cube data and providing the detailed numerical information corresponding to the selected content.

A variety of information is formed by human activities, either socially or personally. At this time, various information can be information related to text, image, numerical value, and the like.

On the other hand, users are applying research and development, decision making, etc. by utilizing statistics of such information. Therefore, the collection, accumulation, retrieval and use of information depending on advanced science and technology is one of indispensable acts in human intellectual activities in information society.

To this end, various resource management devices are disclosed. Korean Patent Registration No. 10-0535373 relates to an information retrieval management system, and it is difficult to search for, understand, and utilize numerical information merely by providing and managing information including a keyword through general keyword retrieval .

There is also a need for a numerical information providing device capable of retrieving or utilizing numerical information in accordance with a user's purpose and providing the numerical information in an appropriate graph form capable of grasping the numerical information at a glance.

In addition, when a content such as a graph, a table, or the like having numerical information is posted on the web, the content is generally inserted in the form of an image according to the content of the article. Therefore, only the graph information displayed in the image can be visually identified, and detailed information (specific numerical values included in the graph) of the specific graph can not be confirmed, which makes it difficult to utilize the content.

1. Korean Registered Patent No. 10-0535373 (Announcement of Dec. 2, 2005)

It is an object of the present invention to provide a detailed numerical information providing apparatus for providing a detailed numerical information on a posted content by linking the meta data and the cube data to a content posted on the web.

It is also an object of the present invention to provide a detailed numerical information providing apparatus for contents which can change metadata and cube data linked to contents posted on the web and directly apply the changed contents to the web.

Another object of the present invention is to provide an apparatus for providing detailed numerical information of contents, which can easily store and provide data by structuring and managing numeric information into a single data structure.

According to an aspect of the present invention, there is provided an apparatus for providing detailed numerical information of contents in which numerical information is uploaded to a user other than time information, spatial information, time information, A data structure part for generating cube data including numerical values generated by information and each information, metadata for extracting and analyzing the cube data, and separately storing the cube data in a DB, link information of the cube data and metadata, And a numerical information providing unit for extracting the linked metadata and the cube data and providing detailed numerical information corresponding to the selected content when the detailed numerical information about the posted content is requested, .

The content publishing apparatus may further include a graph providing unit for generating a graph of the numerical information, wherein the content publishing unit is configured to transmit the generated graph, a table corresponding to the generated graph, a text including numerical values corresponding to the graph, One type of content can be posted on the web.

The content publisher may inquire whether or not to download the detailed numerical information when the posted content is selected, and may output the advertisement while the detailed numerical information is downloaded.

The content publishing apparatus may further include a data extracting unit that provides a URL for linking with the cube data and meta data stored in the DB, and the content publishing unit may use the URL as link information.

The cube data may include at least one of a temporal viewpoint having the temporal information as a hierarchical value, a spatial viewpoint having the spatial information as a hierarchical value, a user view having information other than the temporal information and spatial information as a hierarchical value, The numerical value generated by the value may be a structure formed by one row.

In addition, the data structure unit may store cube data composed of at least one column forming one file in the DB on a file unit basis.

Further, the time perspective, the space perspective, and the user perspective of the cube data are each divided into a plurality of viewpoints, and the plurality of viewpoints are hierarchically classified into a superordinate concept, at least one subordinate concept subordinate to the superordinate concept, May have a fixed hierarchical name according to the layer location.

The metadata includes file index information, column name, analysis information, and management information corresponding to the corresponding cube data. The DB stores information included in the metadata in the form of a relational table, Wherein the analysis information includes at least one of unit information for representing a numerical value included in the numerical information, graph template information, a hierarchical column name for each view, and a language . ≪ / RTI >

The content publishing apparatus may further include a data extracting unit for extracting the metadata requested to be retrieved by the content publishing unit and the cube data or the linked metadata and the cube data from the DB, Extracts a hierarchical column name corresponding to each viewpoint of the cube data from the linked metadata, and provides detailed numerical information in a tabular form including a hierarchical column name and a hierarchical value corresponding to the hierarchical column name and a numerical value .

In addition, the column hierarchical name for each viewpoint is taken as an axis. Each axis has a hierarchical value of each viewpoint, and a numerical value based on the hierarchical value of each axis is divided into unit information included in the metadata and a graph defined in the metadata And a graph providing unit for generating a graph shown by the template.

In addition, the content publishing unit may include an inquiry unit for providing a UI for receiving changes of the linked cube data and the meta data when the posted content is selected, and the content publishing unit, And a publishing unit for applying the graph to the regenerated graph when the applied graph is regenerated.

As described above, according to the present invention, the detailed numerical information providing apparatus of contents of the present invention can provide detailed numerical information on published contents by linking the metadata and the cube data to the contents posted on the web have.

In addition, it is possible to change the metadata and cube data linked to the content posted on the web, and to apply the changed content directly to the web.

Further, by structuring and managing numeric information into a single data structure, data can be easily stored and provided.

In addition, data security can be enhanced by separately storing cube data including numerical values and metadata interpreting cube data.

Also, by providing a suitable graph template based on the viewpoint of the cube data, it is possible to provide a graph reflecting the characteristics of the numerical information.

In addition, the column names of the cube data are defined in the hierarchical name order and stored in the meta data, and the cube data is extracted by calling through the query or the like, thereby eliminating the need to rewrite the call query even if the cube data is changed .

1 is a block diagram showing a schematic configuration of an apparatus for providing detailed numerical information of contents according to an embodiment of the present invention.
2 is a block diagram showing the configuration of the data extracting unit of FIG.
3 is a diagram for explaining the structure of cube data according to an embodiment of the present invention.
4 is a view showing numerical information.
5 through 6 illustrate cube data according to various embodiments of the present invention.
7 is a view for explaining metadata according to an embodiment of the present invention.
FIG. 8 is a graph of FIG. 4 generated by the graphing unit of FIG.
FIG. 9 is a block diagram showing a schematic configuration of the content posting unit of FIG. 1. FIG.
FIG. 10 is a diagram showing content posted on the Web by the content publishing unit of FIG. 9; FIG.
11 is a table for explaining detailed numerical information about contents posted on the web according to an embodiment of the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may properly define the concept of the term in order to best describe its invention It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

Before describing the present invention with reference to the accompanying drawings, it should be noted that the present invention is not described or specifically described with respect to a known configuration that can be easily added by a person skilled in the art, Let the sound be revealed.

1 is a block diagram showing a schematic configuration of an apparatus for providing detailed numerical information of contents according to an embodiment of the present invention. 1, a detailed numerical information providing apparatus 1000 (hereinafter referred to as a detailed numerical information providing apparatus) according to an embodiment of the present invention includes a numerical information input unit 100, a data structure unit 200, a DB A data extracting unit 400, a graph providing unit 500, a contents posting unit 600, and a numerical information providing unit 700. [

The data input unit 100 may be a user interface for receiving numerical information from a user. At this time, the data input unit 100 may provide a user interface for inputting numerical information based on the data structure. The numerical information input by the user of the data input unit 100 can be provided to the data structure unit 200.

In addition, the data input unit 100 may search for numerical information existing in the Internet network and a predetermined local network using a bot, collect the numerical information to be searched, and provide the numerical information to the data structure unit 200.

Here, the numerical information is information related to the numerical value (numerical value) generated in the society. The numerical information is information related to the numerical value generated by the student who is studying at the school, the card usage amount generated by the individual, the height, (Number) of sales, stock price, number of customers, production amount, etc. generated by the company.

That is, the data structure unit 200 may convert the numerical information into cube data and meta data according to the data structure of the present invention, and store the cube data and the meta data in the DB 300. Here, the cube data is data including a numerical value and may have a structure as shown in Fig. In addition, the metadata may include information as shown in FIG. 7 as data for interpreting the cube data.

3 is a diagram for explaining the structure of cube data according to an embodiment of the present invention. 3, the cube data includes a time view tn for recording time information (a hierarchical value in a time-based viewpoint), a spatial viewpoint ln for recording spatial information (a hierarchical value in a spatial viewpoint), time information and spatial information A user view Un for recording other information (a hierarchical value of a user's viewpoint), and a set column structure including a numerical value (value) generated by each hierarchical value.

In addition, the time perspective, space perspective, and user perspective of the cube data are divided into a plurality of viewpoints (hierarchical level: n), and a plurality of viewpoints are hierarchically divided into at least one sub- Each viewpoint can have a hierarchical name according to the hierarchical location.

For example, referring to FIG. 3, each viewpoint can be divided into seven layers.

The temporal viewpoint tn can be divided into seven layers having hierarchical names t0 to t6. Here, t6 can be defined to mean the sixth layer in terms of time. In addition, each layer of t0 to t6 can be given the following hierarchical column name. That is, t0 is the highest concept and t6 is the lowest concept. At this time, the hierarchical column name can be stored in the metadata.

t0 t1 t2 t3 t4 t5 t6 century year quarter month Work time Custom

In addition, the spatial viewpoint ln can be divided into seven layers having layer names l0 to l6. Here, l2 can be defined to mean the second layer of the spatial view. Each hierarchy of 10 to 16 can be given the following hierarchical column name. That is, l0 is the highest concept, and l6 is the lowest concept. At this time, the hierarchical column name can be stored in the metadata.

l0 l1 l2 l3 l4 l5 l6 continent country Metropolitan city Municipality Euphee-dong Custom Custom

In addition, the user point of view Un may be divided into seven layers having hierarchical names U0 to U6. Here, U1 can be defined to mean the first layer of the user's viewpoint. On the other hand, the user view Un can be registered by the user at the time of inputting data through the data input unit 200 without giving the hierarchical column name as a basis. In addition, when collected through the data collection unit 300, the data structure unit 200 can apply the collected data to the user using the user-view data included in the collected numerical information. On the other hand, hierarchical column names can be stored in metadata.

For example, if the numerical information relates to the number of living things, it can be given as follows.

U0 U1 U2 U3 U4 U5 U6 system door River neck and genus Bell

Or, if it relates to prices, it may be given as follows.

U0 U1 U2 U3 U4 U5 U6 Category Category Product category product name - - -

On the other hand, the cube data has a set row structure, so that the cube data can be expanded in the column direction. At this time, the cube data may be composed of a plurality of set columns, and a plurality of set columns may form one file. That is, the cube data may be formed on a file-by-file basis.

The data structure unit 200 extracts the numerical information input through the data input unit 100 from at least one of the time viewpoint tn, the spatial viewpoint ln and the user viewpoint Un, according to the cube data structure shown in Fig. The cube data can be generated by extracting a value and recording it in the corresponding area. Thus, if the numerical information includes only a temporal view, the cube data can have only a time perspective and a numerical value.

For example, FIG. 4 shows numerical information. The data structure unit 200 recognizes the generation year as a time perspective tn, the war name as a spatial perspective Un and the war period as a numerical value from the numerical information of Fig. 4, , The hierarchical value (b) of the spatial viewpoint, and the numerical value of each set column to generate the cube data.

In addition, the data structure unit 200 may store the generated cube data in the cube data DB 310 of the DB 300 on a file-by-file basis. On the other hand, the cube data generated on a file basis may have an embodiment as shown in FIGS.

5 through 6 illustrate cube data according to various embodiments of the present invention. Referring to FIG. 5, the cube data is generated from numerical information on the number of male and female population (file) by country in July 2015, and t2 and t3 from the time perspective, l0.l2 from the viewpoint of space, U0, A hierarchical value for the layers of U1 and a numerical value for each set column. In this case, the corresponding cube data may have a column name of 't2, t3, l0, l2, U0, U1', and such column name information may be stored in the corresponding metadata.

Alternatively, as shown in FIG. 6, the cube data may include only the user's viewpoint and the numerical value (distance) when generated from the numerical information about 'distance (file) for each planet from the sun'. In this case, the corresponding cube data may have a column name of 'U0', and the column name information and the column hierarchical name (planetary name) of the user's view can be stored in the corresponding metadata.

On the other hand, the data structure unit 200 generates cube data based on the data structure from the numerical information, generates metadata for interpreting the generated cube data, and stores the generated metadata in the metadata DB 320 of the DB 300 have. At this time, the information included in the metadata can be stored in the form of a relational table. Thus, data security can be enhanced by storing and managing metadata separately from cube data.

7 is a view for explaining metadata according to an embodiment of the present invention. Referring to FIG. 7, the metadata may include a file index value, a column name, analysis information, and management information corresponding to the corresponding cube data.

Here, the file index value may be index information for extracting cube data stored in units of files. The column name is defined by the hierarchical name order of each viewpoint included in the corresponding cube data. If the cube data includes the time view t1, the user view U0, and the numerical value, The column name can be 't1, U0'.

Accordingly, at the time of extracting the cube data, the cube data can be extracted through a query call using the column name regardless of the type of the cube data (e.g., quotation, menu plate, production amount, etc.). That is, even if the hierarchical and numerical values in the cube data change, there is no need to change the query call.

The analysis information is for analyzing the relationship between hierarchical and numerical values included in the cube data and includes at least one of unit information for representing a numerical value included in the inputted numerical information, graph template information, hierarchical column name, and language can do.

Here, the unit information may be classified into a metric type, a reduction unit, and a symbol. A metric can be a numeric value unit such as a weight, a length, a number, or a unit of money. In addition, the reduction unit is a unit for expressing a reduction in a unit of a numerical value. For example, if the numerical value is 1, it can be interpreted as a unit of 10,000. Also, the abbreviation unit may be used to represent a multiplier. For example, in the case of 10 6 representations, the reduction unit can be 6. On the other hand, symbols can be applied when using numerical values such as multiplier, root, and pie.

Also, the graph template information may be information on a graph template capable of displaying numerical information.

Also, the language may be a language name representing each layer value of the cube data.

On the other hand, the management information is additional information for managing the data, and includes management information such as the owner of the numerical information, source (source), frequency of use of the cube data, update period, advertisement category, , Payment amount for downloading the detailed numerical information, etc.).

The DB 300 can separately store and store the cube data, the metadata, and the graph template generated by the data structure unit 100.

The cube data DB 310 can store the cube data in units of files.

The metadata DB 320 may store metadata in the form of a relational table.

The graph template DB 330 may store various graphs. At this time, the graph template can be classified into a pay graph template and a free graph template. The paid graph template may be created by the provider of the graph template and uploaded by the provider, and may include the fee-based amount information.

The advertisement DB 340 stores advertisements for each category. The categories can be classified and associated with keywords included in the file index information of the metadata stored in the metadata DB 320, column names, and the like. For example, if the ad category is a stock, the keyword may be associated with metadata including stocks, stock prices, and the like. On the other hand, an advertisement category may be recorded in the metadata.

Meanwhile, the data structure unit 200 may convert the numerical information inputted through the numerical information input unit 100 into cube data and meta data, and store the cube data and the meta data in the DB 300.

At this time, the data extracting unit 400 generates link information (URL) for linking to the cube data and the meta data stored in the DB 300, and provides the generated link information at the request of the content publishing unit 600 .

2 is a block diagram showing the configuration of the data extracting unit of FIG. Referring to FIG. 2, the data extracting unit 400 may include a metadata extracting unit 410, a cube data extracting unit 420, a graph recommending unit 430, and a URL providing unit 450.

The data extracting unit 400 may extract the metadata corresponding to the input search keyword through the search of the content publisher 600 and extract the corresponding cube data using the extracted metadata. Alternatively, the data extracting unit 400 may extract the metadata and the cube data from the content publishing unit 600 or the numerical information providing unit 700 and extract the corresponding data.

The graph data providing unit 500 analyzes the corresponding cube data using the extracted metadata information and provides a graph. When the numerical information is inputted through the data input unit 100, Data and cube data may also be used to provide a graph.

Specifically, the graph providing unit 500 has a column hierarchical name for each view of the cube data as an axis, each axis having a hierarchical value of each viewpoint, and a numerical value based on the hierarchical value of each axis, Unit information, and a graph as a graph template defined in the meta data.

The metadata extraction unit 410 may extract metadata corresponding to the URL received from the content publishing unit 500 or the numerical information providing unit 600. [ Alternatively, when a search request is input in the content publishing unit 500, the metadata extracting unit 410 may extract metadata including a hierarchical column name corresponding to the search keyword.

The cube data extracting unit 420 may extract the corresponding cube data using the file index value and the column name of the extracted metadata.

The graph recommending unit 430 recommends a graph template according to the time, space, and whether information recorded in the user's view and the unit of the numerical value of the extracted cube data, or recommends a graph template having the highest frequency of user use .

For example, if you have both a time perspective, a spatial viewpoint, and a user perspective, I recommend a multi-bar system, recommend a line string if a time dimension exists, recommend a bar system if you have a space dimension, If the value is less than 6, radial series can be recommended.

The URL providing unit 450 generates link information (URL) for linking the stored meta data and the cube data when storing the meta data and the cube data in the DB 300 in the data structure unit 200, 600 may receive the URL request.

The graph providing unit 500 analyzes the cube data extracted by the cube data extracting unit 420 using analysis information of the corresponding metadata, extracts a graph template corresponding to the analyzed cube data, . At this time, the recommended graph template of the graph recommending unit 430 may be used or the graph template specified in the metadata may be used.

An example of the graph provided by the graphical classifier 500 can be seen from FIG. FIG. 8 is a graph of FIG. 4 generated by the graphing unit of FIG.

In the case of FIG. 4, when a bar graph is designated in the metadata, the graph provider 500 forms an axis according to each hierarchical column name defined in the metadata to provide a graph as shown in FIG. Also, the graph recommending unit 430 may provide a line series graph.

FIG. 9 is a block diagram showing a schematic configuration of the content posting unit of FIG. 1. FIG. 9, the content posting unit 600 may include a posting unit 610 and an inquiry unit 620. [

The publishing unit 610 can insert a content into a specific post such as an electronic newspaper or a blog on the web and post it. Here, the content includes a graph (generated by the graph preparing unit 500) generated using the meta data and the cube data stored in the DB 300, a table corresponding to the generated graph, and a numeric value corresponding to the graph Text, image (graph, table). At this time, the publishing unit 610 may provide a separate UI for selecting a content to be published.

On the other hand, the contents posted on the web can provide specific numerical values, so that it is possible to grasp the flow according to the period, but can not grasp concrete information per period. Accordingly, the detailed numerical information providing apparatus 1000 of the present invention can provide detailed numerical information on the content using the data structure and the link information.

In addition, the publishing unit 610 may retrieve metadata and cube data stored in the DB 300 using the search function, and may receive the retrieved metadata and link information (URL) for the cube data.

That is, the publishing unit 610 can include the link information (URL) in the content for publication and post it on the web.

On the other hand, the content posted on the web can be shown as in FIG. FIG. 10 is a diagram showing content posted by the content publishing unit of FIG. 9; FIG. 10, text (3) including a graph (1), a table (2), and a numerical value is inserted as contents of a specific article on the Web, and each content includes link information provided by the URL providing unit 450 .

When the selection signal (mouse click) for the content posted on the web is recognized, the inquiry unit 620 can inquire about whether or not to download the detailed numerical information about the content and whether or not the content is changed. At this time, the inquiry unit 620 can transmit the download request to the numerical information providing unit 700 when the detailed numerical information downloading is selected by the user (the posting subscriber). On the other hand, downloading can be performed when the payment amount corresponding to the downloading of the detailed numerical information is paid.

At this time, the advertisement providing unit 440 may extract the advertisement corresponding to the advertisement category included in the linked metadata from the advertisement DB 340 and provide the extracted advertisement to the publishing unit 610. In addition, the publishing unit 610 may control the extracted advertisement to be displayed on a part of the web or in a separate download window.

The numerical information providing unit 700 may request the data extracting unit 400 to extract the metadata and the cube data using the link information included in the posted content and receive the meta data and the cube data. The numerical information providing unit 700 extracts a hierarchical column name corresponding to each viewpoint of the cube data received from the data extracting unit 400 from the received metadata and stores the hierarchical column name corresponding to the hierarchical column name and the hierarchical column name Detailed numerical information including a numerical value can be provided in the form of a table.

Therefore, although only a part of the posted content can be grasped by only showing the operating profit of a specific year, the user (the post-subscriber) can download and use the detailed numerical information.

11 is a table for explaining detailed numerical information about contents posted on the web according to an embodiment of the present invention. Referring to FIG. 11, the numerical information providing unit 700 may extract the hierarchical column names 11 and 12 from the metadata received by the data extracting unit 400. In this case, 11 is a hierarchical column name in terms of time, and 12 can be a hierarchical column name for a numeric value.

Next, from the cube data received by the data extracting unit 400, the numerical information providing unit 700 provides detailed numerical information including a hierarchical value 14 and a numerical value 15 for the hierarchical column name in tabular form . At this time, the detailed numerical information provided may be a table excluding null (when there is no hierarchical value).

On the other hand, the inquiry unit 620 can request a content change to the posting unit 610 when the content change is selected. At this time, the content change may be the change of the inserted content itself or the detailed numerical information change of the content, and the change of the detailed numerical information may be performed only when the posted content uses the graph provided by the graph providing unit 500 . On the other hand, the content change can be performed in the case of the post manager. In other words, content changes can be performed through authentication of the post manager.

The publishing unit 610 may request the extraction of the meta data and the cube data linked to the data extracting unit 400 at the time of a content change request, and may provide a UI for changing the meta data and the cube data.

When the information of the metadata and the cube data is changed through the UI of the publishing unit 610, the data extracting unit 400 stores the changed information in the DB 300, and the graph providing unit 500 stores the changed metadata and the cube data The graph can be regenerated using the data and provided to the publisher 610. Accordingly, the publishing unit 610 can change the graph according to the change to the posting.

Here, the change may be modification of hierarchical values and numerical values of the cube data, deletion and addition of a specific set column, change of the graph template of the metadata, and change of the column hierarchy name.

1 to 11 are merely the main points of the present invention. As far as various designs can be made within the technical scope of the present invention, the present invention is limited to the configurations of Figs. 1 to 11 It is self-evident.

1000: Detailed numerical information providing device for contents
100: numerical information input unit 200: data structure
300: DB 400: Data extraction unit
310: Cube data DB 320: Metadata DB
330: Graph DB 340: Advertisement DB
410: Metadata extracting unit 420: Cube data extracting unit
430: graph recommendation unit 440:
450: URL providing unit 500:
600: Content publishing unit 610:
620: inquiry part 700: numerical information offerer

Claims (11)

When the numerical information is uploaded, the cube data including the time information extracted from the numerical information, the spatial information, the user information other than the time information and the spatial information, and the numerical value generated by each information, A data structure unit for separately generating and storing metadata in the DB;
A content publishing unit for posting, on the web, a content including link information (URL) of the cube data and the meta data;
Wherein the data structure unit provides link information to the content publishing unit when metadata and cube data are stored in a DB, and when detailed numerical information on the content is requested, the metadata and cube data are transmitted to the DB A data extracting unit for extracting data from the data; And
And a numerical information providing unit for extracting detailed numerical information about the content from the metadata extracted through the link information and the cube data and providing the detailed numerical information in the form of a table,
The cube data includes:
A time perspective having the time information as a layer value, a space view having the spatial information as a layer value, a user view having information other than the time information and spatial information as a layer value, and a numerical value Has a single structure formed of one row,
The numerical information providing unit,
Extracts a hierarchical column name corresponding to each viewpoint of the cube data extracted by the data extracting unit from the linked metadata, extracts a hierarchical value and a numerical value corresponding to the extracted hierarchical column name from the linked cube data, And provides detailed numerical information of "
And a data input unit for receiving numerical information,
A hierarchical column name corresponding to the user view is registered by the user when data is input through the data input unit,
Wherein the graph recommending unit of the data extracting unit recommends a graph template according to whether the extracted cube data is recorded in a time perspective, a space perspective, a user perspective, or a unit of a numerical value.
The method according to claim 1,
And a graph providing unit for generating a graph of the numerical information,
The content publishing unit,
Wherein the content is one of a generated graph, a table corresponding to the generated graph, and a text and an image including a numeric value corresponding to the graph, on the web.
The method according to claim 1,
The content publishing unit,
Inquiring whether to download the detailed numerical information when the posted content is selected, and outputting the advertisement while the detailed numerical information is being downloaded.
The method according to claim 1,
Further comprising a data extracting unit for providing a URL for linking to the cube data and metadata stored in the DB,
Wherein the content publishing unit uses the URL as link information.
delete The method according to claim 1,
Wherein the data structure unit comprises:
And stores the cube data composed of at least one column forming one file in the DB in units of files.
The method according to claim 1,
The time perspective, space perspective, and user perspective of the cube data are divided into a plurality of views,
Wherein the plurality of viewpoints are hierarchically classified into a superordinate concept and at least one subordinate concept subordinate to the superordinate concept, and each viewpoint has a hierarchical name fixed according to a hierarchical position.
The method according to claim 1,
The metadata includes file index information, a column name, analysis information, and management information corresponding to the corresponding cube data. The DB stores information included in the metadata in the form of a relational table,
Wherein the column name is defined in a hierarchical name order of each viewpoint included in the corresponding cube data,
Wherein the analysis information includes at least one of unit information for representing numerical values included in the numerical information, graph template information, a hierarchical column name for each view, and a language.
delete 9. The method of claim 8,
Wherein each axis has a hierarchical value of each viewpoint and a numerical value based on the hierarchical value of each axis is divided into unit information included in the metadata and a graph template defined in the metadata And a graph providing unit for generating the graph shown in FIG.
11. The method of claim 10,
The content publishing unit,
An inquiry unit for providing a UI for receiving changes of linked cube data and metadata when the posted content is selected; And
Wherein the content publishing unit includes a publishing unit for applying the graph to the regenerated graph when the graph to which the change is applied is regenerated by the graph providing unit, .
KR1020170061349A 2017-05-18 2017-05-18 Apparatus for providing details number information of content KR101944692B1 (en)

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