KR20000058637A - System and method for manufacturing contents - Google Patents

Abstract

PURPOSE: A contents manufacturing system is provided to process, edit, revise and manage the contents on an on-line by making a contents manager and a revisor and a contents writer connected to a web server of processing and manufacturing the contents through an internet. CONSTITUTION: A contents manufacturing system comprises a web server(50) which manufactures and manages the contents and searches the contents requested from a search client(40). Plural writers(10), plural revisors(20), a contents manager(30) and plural search clients(40) are connected to a web server connecting part(51) through an internet. An input processor(53) digitizes object data inputted through an input part(60) and store the digitized data to a contents manufacturing database(56). An application program part(54) supports so as to be able to process, revise, edit, store, search and manage the object data, and a data searching part(55) searches the contents requested from the search client(40) and the object data stored in the database. A contents writing database(57) stores completed data, and a revise database(58) stores data edited and revised by a revisor(20). A final database(59) stores final data to be searched by the client(40).

Description

Content creation system and method thereof {SYSTEM AND METHOD FOR MANUFACTURING CONTENTS}

The present invention relates to a content production system and a method thereof, and more particularly, in content production, a creator, a collaborator, and a content manager access a web server that processes and produces content through the Internet to search, process, edit, The present invention relates to a content production system and method for facilitating rapid content, and enabling a search client to perform a quick content search by performing orchestration and management.

10 is a flowchart illustrating a conventional content production method.

As shown in FIG. 10, the conventional content production method requires a check-in person to make a book and yearly information required for content production, for example, a book or a series of publications. The search will be checked in by the year and volume of issue, and the contents will be doubled by the person in charge. At this time, the shelf is divided into boxes of various spaces in which journals for database subjects such as fields and contents are arranged.

When the multiplication is completed, the content manager contacts the external content creator using a wired or wireless communication means, and a plurality of content creators are guided to the library to borrow a database target journal placed in a box of a shelf. Next, the author first performs content creation work on the loaned serial content. In this case, the content is written in a Korean file or a text file, and when the writing is completed, the content is transmitted or directly transmitted to the content collaborator using the Internet or a packet switched public data network (PSPDN).

The instructor who receives the content created by the author first performs calibration, teaching and evaluation of the author, and the content target material that is completed in the second work is sent to the final content manager as a file.

The final content manager receives the completed content by the colleague and performs evaluation work on the final collaborator and the colleague. After all this is done, the content is loaded into the database and becomes the final content data that can be retrieved.

Therefore, in the conventional content production method, since the check-in operation is performed after the data is obtained, the check-in staff imposes a work load for additional search, thereby lowering work efficiency and providing a remote location. It is temporally and spatially constrained by the hassle of having to call the content creator to where the information material is located. In addition, the original text copy service is not provided until the completion of content production (returning of the material) due to the loan of data until the completion of writing. The reality is that the data input and re-entry can not be used to burden the data input and error.

SUMMARY OF THE INVENTION The present invention has been made to overcome the above-mentioned conventional problems, and an object of the present invention is to provide on-line access to a web server for content creators, collaborators, and content managers to process and produce content through the Internet. The present invention provides a content production system and method for processing, editing, orchestrating and managing content.

Another object of the present invention is to check the work load of the check-in person by scanning the Serials Industry System Advisory Committee (SISAC) bar code attached to the magazine without checking in the magazines such as books and serials required for the production of the obtained content. To provide a content production system and method that can reduce the flow, and smooth the flow of data.

In order to achieve the above object, the present invention provides a web server access unit to which a plurality of authors, a plurality of instructors, a content manager, and a plurality of search clients connect through the Internet; An input processing unit for digitizing and processing the content production target material input through the input unit and storing it in a content production database; An application program unit for supporting processing, proofreading, orchestration, storage, retrieval, and management of the content production target material; A data retrieval unit for retrieving the content production target material stored in the database and the content requested from the retrieval client; A content production database for storing content production target material input and processed through the input processing unit; A content creation database for storing data of which content content creation has been completed by the author; A column database for storing data calibrated and aligned by the columner; A final database, which is finally intersected by the content manager and stores the final data that can be retrieved by the search client; A content production system including a server control unit for controlling all configurations of the web server and a content production method using the system configuration are provided.

1 is a block diagram illustrating a content production system according to the present invention.

2 is a block diagram illustrating a database structure of the present invention.

3 shows the structure of a QTOC file;

4 is an overall flowchart illustrating a content production method according to the present invention.

5 is a flowchart for explaining a content creation database construction step for a content production target;

6 is a flowchart for explaining a content creation step by a plurality of authors;

7 is a flow chart for explaining the calibration and the step of the calibration by a plurality of aligners.

8 is a flowchart for explaining the final intersection and final database construction step by the content manager.

9 is a flowchart for explaining a content search step by the search client.

10 is a flowchart illustrating a conventional content production method.

Explanation of symbols on the main parts of the drawings

10: author 20: instructor

30: Content Manager 40: Search Client

50: web server 51: server connection

52: server control unit 53: input processing unit

54: application unit 55: data search unit

56: content creation database 56a: QTOC database

56b, 56c: Information database 56d: Original scan database

57: content creation database 58: collocation database

59: final database 60: input unit

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a block diagram illustrating a content production system according to the present invention.

Referring to Figure 1, the present invention provides a plurality of authors (10) connected to the web server 50 via the Internet to search and process the material that is the object of content creation; A plurality of instructors 20 for intersecting the processing data created by the author 10 and connecting to the web server 50 via the Internet for evaluating the author 10; A content manager 30 for finally calibrating and intersecting the data aligned by the aligner 20 and connecting to the web server 50 via the Internet to evaluate the aligner 20; A plurality of search clients 40 requesting the search for the completed contents and accessing the web server 50 through the Internet to receive the contents; It is composed of a web server 50 to produce and manage content, and to search for and provide content requested from the search client (40).

In detail with respect to the above web server 50, a web server access unit that a plurality of authors 10, a plurality of arrangers 20, a content manager 30 and a plurality of search clients 40 are connected through the Internet ( 51); An input processing unit 53 for digitizing and processing the content production target material input through the input unit 60 and storing it in the content production database 56; An application program unit 54 for supporting processing, proofreading, ordering, storing, retrieving, and managing of the content production target material; A data retrieval unit 55 for retrieving the content production target material stored in the database and the content requested from the retrieval client 40; A content production database 56 for storing content production target material input and processed by the input processing unit 53; A content creation database 57 for storing data on which content content creation has been completed by the author 10; A column database 58 for storing the data calibrated and aligned by the column arranger 20; A final database 59, which is finally intersected by the content manager 30, and stores the final material that can be searched by the search client 40; It is composed of a server control unit 52 for controlling all components of the web server 50.

In the embodiment of the present invention will be described as a journal (Journal), such as a book or serial publication that is easy to produce the content to the content production target material.

2 is a block diagram illustrating a database structure of the present invention.

Referring to FIG. 2, the web server 50 of the present invention includes a QTOC database for storing QTOC (Quick Table Of Contents) production data among respective information materials for the content target journal input through the input unit 60 ( 56a); A plurality of information material databases 56b and 56c having various formats produced for a specific purpose; A content production database 56 including an original text scanning database 56d for scanning and storing the original text of the content target journal; A content creation database 57 for storing, by the creator 10, the content corresponding to the content creation among the information in the content production database 56 and storing the produced content; A teaching database (58) for storing the changed contents after the teachings (20) correct the contents produced by the creator (10) and the second teaching; The content manager 30 is configured as a final database 59 that stores the final content of the completed production of content re-aligned by the content arranger 20.

At this time, for example, a few of the information database for each of the above-mentioned content target journals, the QTOC (Quick Table Of Contents) database (56a), which is a journal that is built for the core journals in the field of science and technology published at home and abroad A database consisting of table of contents data. The QTOC database is a table of contents breaking news database that provides up-to-date information so that you can retrieve the table of contents of a journal most quickly after it is published.

In addition, other information materials databases 56b and 56c, which have various formats, produced according to specific purposes, are selected from articles published in periodical publications of industrial science and technology at home and abroad based on information values and current affairs, and these are translated into Korean. After translation, there may be a database that is processed through classification and indexing process. On the contrary, there may be a database where Korean data is translated into English.

3 is a diagram showing the structure of the QTOC file.

Referring to FIG. 3, the QTOC file structure includes a document number, a journal name, a journal article, an author's name, a bibliographic information, an International Standard Serial Number (ISSN), a book number, a topic classification, a publication year, a volume number, a total number of pages, and the like. The data is recorded.

If the data is not stored in the QTOC database 56a, a separate QTOC file is produced. At this time, the structure of the separately produced file has a TOF (Tagged Oriented Format) file structure in which one line constitutes one field.

QTOC files may be converted into a uniform format by using QTOC files obtained through external organizations such as 'ADONIS', an e-journal for life sciences, or 'EBSCO', an international serial. Each country also uses MARC (MAchine Readable Catalog) files, which are bibliographic input formats. Since MARC files have different standards for each country, the data entered in MARC are converted and used in a unified format.

Figure 3 also shows the structure of the TOF file and the structure of the QTOC file and MARC file provided from each of the external organizations 'ADONIS' or 'EBSCO'. At this time, the ISSN (International Standard Serial Number) is an international standard code that can identify serial publications. It is a unique code for journals that are not affected by each publishing country, language, frequency, and media. . The composition consists of four digits, '-', and the last four digits or three digits followed by an 'X'.

Referring to the accompanying drawings with respect to the content production method of the present invention having the above configuration as follows.

4 to 8 are flowcharts illustrating a content production method according to the present invention, and FIG. 4 is a flowchart illustrating the content production method according to the present invention.

Referring to FIG. 4, the present invention provides a method of constructing a content production database for a content production target (S100) and a plurality of creators 10 connected to the created content production database to create content. Constructing a creation database (S200), and correcting and arranging content creation objects by connecting a plurality of arrangers 20 to the content creation database and the content creation database (S300); In step S400, the content manager 30 performs a final alignment of the content production target of the alignment database and then builds a final database. On the other hand, the final database of the content production target thus completed is searched by the search client 40 (S500).

5 is a flowchart for explaining a content creation database building step (S100) for the content production target.

Referring to FIG. 5, when a target journal for content production, for example, a book and a continuous publication, arrives by air or by sea (S105), the content manager 30 sends the SISAC (Serials Industry System) to the content target journal. Advisory) Check whether the barcode is attached (S110). If the SISAC barcode is attached to the content target journal, the SISAC barcode is scanned directly (S115) without scanning the content target material one by one (S115). At this time, the advantage of scanning SISAC barcode is that check-in is done through barcode scanning without searching when the data is received, which reduces the work load of the check-in staff and maximizes the work efficiency by smoothing the flow of data.

On the other hand, the content target journal is not attached to the SISAC barcode is retrieved by the check-in staff (S120), and then check-in one by one (S125).

Next, after attaching a bar code having a new scheme for classifying the content target journal by itself to the checked-in content target journal (S130), an international standard code for identifying a serial that is a content target journal included in the barcode A classification key is generated by an ISSN (International Standard Serial Number) and a Volume number (S135). In this case, the volume number corresponds to volume 00 of the content target journal 00, and is composed of a volume corresponding to volume 00 and issue ISSUE corresponding to each 00.

When the classification key is generated, the QTOC file of the Quick Table Of Contents (QTOC) database 56a is searched using the key generated by the attached barcode (S140). At this time, the QTOC database refers to a database composed of table of contents data of core journals published in domestic and international journals.

After matching the QTOC file with the new bar code stored in the QTOC database 56a through a matching process (S145), if the stored data is automatically classified as a book information continuous publication (S160). .

On the other hand, if the data is not stored in the QTOC database 56a, the content target journal is entrusted to the QTOC producer (S150) to produce a QTOC file (S155). In this case, the QTOC file may be provided in the form of a previously processed QTOC file through an external institution such as 'ADONIS' or 'EBSCO'.

Next, after scanning the bar code attached to the content production journal automatically classified as a continuous use of book information (S165), after scanning the original text of the corresponding content production target journal (S170), the original text scan of the content production database 56 The data is stored in the database 56d (S175). At this time, all of the information material of the content production database 56, the content creator to the content online (ON-LINE) via the web (WEB) in order to avoid the hassle of calling the remote content creator to the place where the information material is located. It is stored as digitized data that can be accessed and created immediately.

6 is a flowchart for describing a content creation step S200 by the plurality of authors 10.

Referring to FIG. 6, the plurality of creators 10 access the server connection unit 51 of the web server 50 through the Internet (S205), and input an ID and a password (SASSWORD). In this case, the plurality of authors 10 may be previously authorized to access the original text of the content production target stored in the content production database 56 from the content manager and to download bibliographic information. When the ID and password are input from the author 10, the web server control unit 52 checks whether the author is a registered author, and allows access to the content production database 56 (S215). The author 10 who has been granted access to the content production database 56 downloads the original text information and bibliographic information of the content production target journal (S220), and writes the content thereof (S225). The production information of the content production target journal processed by the creator 10 is stored in the content creation database 57 (S230).

7 is a flow chart for explaining the calibration and the step of the alignment (S300) by the plurality of aligner (20).

Referring to FIG. 7, the plurality of arrangers 20 access the server connection unit 51 of the web server 50 through the Internet (S305), and input an ID and a password (SASSWORD). At this time, the plurality of arrangers 20, like the creator 10, also downloads the contents produced by the creator 10 and information on the contents produced in the contents production database 56 and the contents creation database 56 from the content manager ( You will be granted the right to download. When the ID and password are input from the arranger 20, the web server control unit 52 confirms whether it is a registered arranger, and allows access to the content production database 56 and the content creation database 57 (S315). The arranger 20, which has been granted access to the databases 56 and 57, downloads the preparation information of the content production target journal (S320), corrects and aligns the contents thereof, and evaluates the creator (S325). The alignment information of the content production target journal corrected and aligned by the alignment unit 20 is stored in the alignment database 58 (S330).

FIG. 8 is a flowchart for describing a final intersection and final database building step (S400) by the content manager 30.

Referring to FIG. 8, the content manager 30 accesses the server connection unit 51 of the web server 50 through the Internet (S405), and inputs an ID and a password (SASSWORD). The content manager 30 is authenticated by the server control unit 52 of the web server 50 for the ID and password (S415), the database database 58 stores the information calibrated and aligned by the communicator 20 Access to download the content and evaluation information of the author (S420). The content manager 30 intersects the downloaded content contents again, and evaluates the plurality of instructors 20 (S425).

The content information of the content production target journal re-ordered by the content manager 30 is stored in the final database 59 and provided according to various search requests of the plurality of search clients 40 (S430).

9 is a flowchart for describing a content search step S500 by the search client 40.

Referring to FIG. 9, the plurality of search clients 40 may access the server connection unit 51 of the web server 50 through the Internet (S510), register an ID and a password, and receive content information. The qualification is authenticated (S510) (S515). When the search client 40 requests the search for the content information to be provided after being qualified (S520), the server controller 52 of the web server 50 controls the data search unit 55 to control the final database ( 59) Retrieve the content information stored in 59). The data search unit 55 provides the search results to the client 40, and the client 40 downloads the searched data (S525).

What has been described above is only one embodiment for implementing a content production system and method thereof according to the present invention, and the present invention is not limited to the above-described embodiment, as claimed in the following claims. Without departing from the gist of the present invention, those skilled in the art to which the present invention pertains to the technical spirit of the present invention to the extent that various modifications can be made.

As described above, the content production system and method thereof according to the present invention process, edit, align, and manage content by accessing a web server that authors, arrangers, and content managers process and produce content through the Internet. By resolving the time and space constraints caused by the content production, the rapidity of the content, enabling fast content search, and preventing the delay of the original text service due to the loan of the material.

In addition, by scanning the Serials Industry System Advisory Committee (SISAC) bar code attached to the magazine without checking-in the magazine required for content creation, it not only reduces the load of the check-in staff and facilitates the flow of data. The information and QTOC files can be used to reduce the burden and error of data input and maximize the utilization of the data.

Claims (8)

In a system in which a plurality of authors and a plurality of instructors approach the content production target to produce content, A web server connection unit 51 to which a plurality of authors 10, a plurality of arrangers 20, a content manager 30, and a plurality of search clients 40 access through the Internet; An input processing unit 53 for digitizing and processing the content production target material input through the input unit 60 and storing it in the content production database 56; An application program unit 54 for supporting processing, proofreading, ordering, storing, retrieving, and managing of the content production target material; A data retrieval unit 55 for retrieving the content production target material stored in the database and the content requested from the retrieval client 40; A content production database 56 for storing content production target material input and processed by the input processing unit 53; A content creation database 57 for storing data on which content content creation has been completed by the author 10; A column database 58 for storing the data calibrated and aligned by the column arranger 20; A final database 59, which is finally intersected by the content manager 30, and stores the final material that can be searched by the search client 40; Content production system, characterized in that consisting of a server control unit 52 for controlling all components of the web server (50). The content production database of claim 1, further comprising: a QTOC database (56a) for storing QTOC (Quick Table Of Contents) production data among respective information materials for the content target journal inputted through the input processing unit (53); A plurality of information material databases 56b and 56c having various formats produced for a specific purpose; And a text scanning database (56d) for scanning and storing the original text of the content target journal. The content production system according to claim 2, wherein the QTOC file stored in the QTOC database (56a) is self-produced or provided from an external organization. In a method of producing content by a plurality of authors and a plurality of instructors approaching the content production target, Constructing a content production database for the content production target (S100); A step (S200) of establishing a content creation database after a plurality of creators 10 are connected to the constructed content production database to create contents; A step (S300) of constructing an orthodontic database after a plurality of arrangers 20 are connected to the content production database and the content creation database to correct and orchestrate content created objects; And a step (S400) of constructing a final database after the final production of the content production target of the alignment database by a content manager (30). The method of claim 4, wherein the step of establishing a content production database for the content production target (S100), Acquiring the content production target (S105); Confirming whether a serials industry system advisory (SISAC) bar code is attached to the content production target (S110); If the SISAC barcode is attached, scanning the SISAC barcode and then checking in (S115) (S125); If the SISAC barcode is not attached to the content production target, searching for and checking in the content production target (S120) (S125); Attaching a barcode of a new system to the checked-in content creation target (S130); Generating a distinguishing key for the content creation target (S135); Retrieving a QTOC file of a Quick Table Of Contents (QTOC) database (56a) which has been constructed with the generated Separation Key (S140); Matching (S145) whether the QTOC file is stored in the QTOC database 56a; If it does not match, producing a QTOC file for the content production target (S155); Automatically matching to classify the subject of content creation into book information continuous publications (S160); Scanning a bar code attached to a content production target automatically classified as the series (S165); And scanning (S170) (S175) the original text of the content production target after scanning the barcode and storing the original text in the original scanning database (56d). The method of claim 4, wherein the content creation and content creation database by the plurality of authors 10 are established (S200). A plurality of writers 10 accessing the server connection unit 51 through the Internet (S205); Author (10) authenticating an ID and password (PASSWORD) (S210) (S215); Downloading original text information and bibliographic information of the content production database 56 (S220); Creating contents of the downloaded content production target (S225); And a step (S230) of storing the content creation target in which the content is created in the content creation database (57). 5. The method of claim 4, wherein the step of constructing the database of the content after correcting and arranging the content creation targets by the plurality of contenters 20 is performed (S300). Step (S305) the plurality of arrangers 20 to connect to the server connection unit 51 through the Internet; Receiving the ID and password (PASSWORD) by the orderer (S310) (S315); Downloading content information created by the creator 10 (S320); Correcting and arranging the downloaded content production target, and evaluating an author (S325); And storing (S330) the corrected and ordered contents production targets in a sequence database (58). 5. The method of claim 4, wherein the step of constructing the final database after the final production of the content production target by the content manager 30 is performed (S400). The content manager 30 accessing the server connection unit 51 through the Internet (S405); The content manager 30 authenticating an ID and a password PASSWORD (S410) (S415); Downloading the content aligned by the arranger 20 and evaluation information of the creator (S420); Re-sorting the content aligned by the orderer (20) and evaluating the orderer (20) (S425); And storing the re-arranged contents production target in a final database (S430).