JPH0785163A - Device for correcting broadcast operation job support database - Google Patents

Abstract

PURPOSE:To build up a database without uncorrected parts and contradiction by properly correcting data related to each other when a broadcast operation job support database is corrected. CONSTITUTION:A keyword is extracted from a broadcast operation job support information database 2 storing broadcast operation job support information and a keyword relating to each content of the support information and stored as a relating keyword group 5 and the relating keyword is collated with the keyword extracted from the database and the relating keyword is extracted by a relating keyword retrieval section 7. Relating support information is extracted from the database by using the extracted relating keyword and the information is properly corrected by a relating support information correction section 10 and the corrected result is reflected on the broadcast operation job support information database 2.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a broadcast operation support database correction device, and more particularly to a correction device for correcting a broadcast operation support database that stores support information such as how to use operation facilities and notes regarding operation operations. .

[0002]

2. Description of the Related Art When modifying a broadcasting operation support database, it is necessary to modify not only these support data but also data related to the modification data. Therefore, conventionally, a keyword is added to each support data in the database in advance, a search is performed using the keyword added to the correction data to display related data, and the display data is corrected. .

[0003]

When the broadcast operation support database is modified, the data that needs to be modified does not always have the same keyword as the modified data.

It is often required to modify data depending on the contents of the operation work, and the individual data are related to each other. Therefore, if one data is modified, it is necessary to modify other data.

[0006] When one data is modified, necessary corrections are also made to the related data so that the contents of the database are not inconsistent at all. I was afraid.

[0006] An object of the present invention is to provide a broadcasting operation support database correction apparatus that does not leave any correction by searching for data that is required to be corrected according to the operation content and correcting it appropriately.

[0007]

A broadcasting operation work support database correction device of the present invention is a broadcasting operation work support database system correction device for updating broadcasting operation work support information.
A database storage unit added in association with each of these pieces of support information and storing in advance a keyword related to the corresponding support information, and each keyword in the database storage unit is grouped and stored in advance for each keyword related to each other. The keyword group data storage means, the keyword extraction means for extracting the keyword associated with the corresponding support information when the broadcasting operation support information in the database storage means is modified, and the keyword group data are referred to for extraction. Related keyword searching means for searching related keywords registered in the same group as the searched keyword, related support information searching means for searching broadcasting operation business support information to which the searched related keywords are added, and the searched related Modify support information A modified update unit to update, and having a.

[0008]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention.

The user adds a keyword to the broadcasting operation business support information database 2 via the keyword input unit 1. This keyword is a keyword according to the content of the operation support information of the database, and is stored as a part of the broadcast operation support information database 2.

Further, the user groups the added keywords through the keyword group data input unit 6 so as to be associated with each other. The grouped keywords are stored as keyword group data 5.

When any data on the broadcasting operation support information database 2 is updated by the database updating unit 3, the keyword extracting unit 4 extracts the keyword added to the update data.

The related keyword search unit 7 searches the keyword group data 5 by using the extracted keyword as a search key, and extracts the related keyword related to the extracted keyword.

The extracted related keywords are stored in the related keyword storage unit 8. Using the related keyword stored in the related keyword storage unit 8 as a search key, the related support information search unit 9 searches the broadcasting operation work support information database 2 for the broadcasting operation work support information to which the related keyword is added. The search result is stored in the related support information storage unit 11.

The related support information stored in the related support information storage unit 11 is presented to the user by the related support information correction unit 10. The user confirms the content of the related support information presented through the related support information correction unit 10 and makes a correction if necessary.

When the related support information is corrected, the correction contents are reflected in the broadcasting operation work support information database 2 through the database updating unit 3.

FIG. 2A is a diagram showing an example of a broadcasting operation support information database, FIG. 2B is an example of a support information addition / correction document, and FIG. 2C is an example of keyword group data. Further, FIG. 2D is an example of related support information correction sentence.

Now, assume that the correction sentence 13 of FIG. 2B is additionally corrected to the support information 12 of the example of the broadcasting operation support information database of FIG. 2A.

With this modification, the keyword extraction unit 4 is
The keywords 14 (a) to (c) are obtained. The related keyword search unit 7 searches the keyword group example of FIG. 2C, and the keyword 14 (c) and the keyword 15 match, so that the keyword 1 related to the keyword 15
6 is stored in the related keyword storage unit 8.

When the related support information search unit 9 searches the database of FIG. 2 (A) using the keyword 16 as a search key, the keywords 17 and 16 match each other. Therefore, it is examined whether the support information 18 should be added or modified. For this purpose, this is stored in the related support information storage unit 11.

The related support information correction unit 10 presents the support information 18 stored in the related support information storage unit 11 to the user.

The user can confirm the presented contents, determine that the correction sentence 19 should be added in relation to the first correction sentence 13, and can make additional corrections to the support information 18.

[0023]

According to the present invention, in the correction of the broadcasting operation support database, by retrieving individual data that are related to each other in content, the related data can be corrected as appropriate to prevent the correction omission and prevent the contradiction. You can build a database that does not support broadcasting operations.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention.

2A is an example of a broadcasting operation support information database, FIG. 2B is an example of support information addition / correction document, FIG. 2C is an example of keyword group data, and FIG. 2D is an example of related support information correction sentence.

[Explanation of symbols]

 1 keyword input section 2 broadcasting operation support information database 3 database update section 4 keyword extraction section 5 keyword group data 6 keyword group data input section 7 related keyword search section 8 related keyword storage section 9 related support information search section 10 related support information correction Part 11 Related support information storage part

Claims (2)

[Claims] 1. A broadcasting operation work support database system correction device for updating broadcasting operation work support information, which is added in correspondence with each of the broadcasting operation work support information and such support information, and is related to the corresponding support information. Database storing means for pre-storing the keywords to be stored, keyword group data storing means for pre-storing each keyword in the database storing means by grouping each related keyword, and broadcasting operation support information of the database storing means. And a keyword extracting unit for extracting a keyword related to the corresponding support information when the item is corrected, and a related keyword searching unit for searching the extracted keyword and the related keyword registered in the same group by referring to the keyword group data. When, Broadcast operation characterized by having related support information retrieval means for retrieving broadcasting operation business support information to which the retrieved related keyword is retrieved, and correction update means for revising and retrieving the retrieved related support information. Business support database correction device. 2. The method according to claim 1, further comprising input means capable of inputting the keyword in the database storage means and input means capable of inputting each of the keywords in the keyword group data storage means. The broadcasting operation support database correction device described in 1.