KR20220021520A - System for auto-creation news articles by robot journalism - Google Patents

Abstract

The present invention relates to an automatic article generation system by a robot and, more specifically, to a system for automatically generating articles by a robot to provide customized information, in which articles notifying occurrence of an important event to an unspecified number of people are quickly generated and provided by a robot and a customized information providing unit inducing access to a customized database, which is built so that each reader can quickly acquire desired additional information in relation to a corresponding article generated by the robot, is displayed together in a web page where the article generated by the robot is published, thereby delivering the article generated by the robot with the same content to all readers to maintain credibility and representation as an article and providing the additional information related to the article generated by the robot in a format classified by region where readers want to check to maintain a function of providing customized information. The system comprises a robot-generated article generation server and a customized database.

Description

A system for automatically generating robot drivers that can provide customized information {SYSTEM FOR AUTO-CREATION NEWS ARTICLES BY ROBOT JOURNALISM}

The present invention relates to a system for automatically generating a robot article, and more particularly, to quickly generate and provide a robot article informing an unspecified number of the occurrence of an important event to an unspecified number, but the web page on which the robot article is loaded contains each robot article in relation to the robot article. Maintaining reliability and representation as an article by delivering a robot article with the same content to all readers by displaying a customized information providing unit that induces access to a pre-built custom database so that readers can quickly obtain additional information they want. At the same time, it relates to a system for automatically generating robot articles that can provide customized information so that additional information related to the robot article can be provided in a classified form by region that the reader wants to check, so that the function of providing customized information can be maintained.

In general, robot journalism refers to the act of writing articles on behalf of humans by robots operating by automated algorithms (software with built-in article writing algorithms). It is provided separately from articles written by people.

Since robot journalism was first started in the mid-2000s, its application area has been steadily expanding, and recently, robot news provided by various domestic and foreign media outlets, from securities and finance articles to baseball, soccer, earthquakes, elections, etc. is also gradually expanding.

Robot articles created with the application of robotic journalism in this way cannot provide creative articles in the form of free sentences based on various information obtained through the selection of coverage items or the coverage, but are excellent in that they can produce news in large quantities in a short time. Because of its productivity, it is starting to attract attention as a tool for creating personalized articles in recent years.

In addition, as the advantage of personalized news that it can provide more abundant information to users than general news has been introduced through several papers, research has been conducted to provide various personalized robot articles focusing on the excellent productivity of robot news in Korea. Robot articles created by over-personalization have a problem that their reliability is lowered compared to existing general news, so they cannot be applied to the actual media environment.

In addition, recently, in order to prevent the deterioration of the credibility of the article, to provide a robot article in a personalized form without changing the article content itself, the main area of interest, candidates, and political parties of the readers are selected from the election articles and related to them. Attempts have been made to provide access to summarized articles, but in this case, only biased articles that are biased toward the reader's interest are encountered, thereby damaging the representativeness (inclusiveness) of the news.

As a result, robot articles that are automatically generated and provided to each reader still have many limitations in terms of reliability and representativeness. There was a problem that could not satisfy the requests of readers who use the article, and this problem is a major cause of hindering the expansion of robot journalism.

Republic of Korea Patent Registration No. 10-2026907 Republic of Korea Patent Publication No. 10-2019-0134874

The present invention creates and provides a robot article promptly notifying the occurrence of an important event to an unspecified number of people, but the web page on which the robot article is loaded is built in advance so that each reader can quickly obtain the additional information desired by the robot article By displaying the customized information provider that induces access to the customized database, the robot article with the same content is delivered to all readers while maintaining reliability and representation as an article, and additional information related to the robot article can be confirmed by the reader. It is a task to provide a system for automatically generating robot technicians that can provide customized information that can be provided in a classified form by region to maintain the function of providing customized information.

The robot driver automatic generation system that can provide customized information to solve the above problems,

It receives the occurrence information of various events, selects the events to be created as articles, extracts data to be used for article writing among the occurrence information of the selected events, and combines them with a pre-set article template to create a robot article. In one area of the loaded web page, a robot article creation server that forms and provides a customized search window to search for additional information tailored to the region desired by a reader who has encountered a robot article in relation to the content of the robot article; and after classifying and collecting additional information related to the field or content of the robot driver by region, extracted by the region name input through the customized search window and provided as customized information linked to the robot driver, each region It is characterized in that it includes a customized database that matches and stores the name.

At this time, the robot article creation server,

an article event selection unit that selects an event to be written as an article based on various event occurrence information searched for or received from an external server; a robot article generating unit that automatically extracts some words included in the selected event occurrence information and completes the sentence by combining it with a preset article text to create a robot article; and induces access to a customized database that is formed in one area of the web page where the robot article created by the robot article creation unit is loaded and can receive additional information tailored to the region desired by the reader in relation to the content of the robot article It characterized in that it includes; a customized information providing unit.

In addition, the customized information providing unit is stored after matching with the regional name of each region that can be input for searching for additional information classified by region in an area of a web page on which the contents of the robot article are loaded. It is characterized in that it is configured to provide a customized search window for inducing access and search to the database.

In addition, the robot article generation server,

Additional information related to the field or content of the robot engineer is acquired from external organizations or companies, the acquired additional information is classified and stored by region, and linked to the customized search window to enable access from the web page where the robot engineer is displayed It characterized in that it further comprises; a regional customized data construction unit to build a customized database.

At this time, the regional customized data construction unit,

an additional information regional classification unit that acquires additional information related to the field or content of the robot engineer from an external server of an external organization or company, and classifies the acquired additional information by region; and a regional information matching unit that matches and stores regional information including a regional name with additional information classified by region.

In addition, the regional customized data construction unit may further include a map matching unit that maps and stores map information indicating the location when the additional information relates to a place located in each region.

The present invention provides a customized information providing unit that induces access to a pre-built customized database so that readers can quickly obtain additional information they want in relation to the robot article on the web page on which the robot article is posted. , it has the effect of maintaining reliability and representation as an article by delivering the same content to all readers.

In addition, the present invention combines a robot article created by robot journalism with a customized information providing unit that induces access to a database built by data journalism and provides it as a single web page, while maintaining the reliability and representativeness of the robot article. There is an effect that it is possible to provide personalized information to the readers who have encountered the robot article by various data classified and stored by region by data journalism.

1 is a block diagram of a system for automatically generating a robot engineer capable of providing customized information according to the present invention.
2 is a block diagram of a system for automatically generating a robot engineer related to an earthquake field as an embodiment of the present invention.
Figure 3 is a coding example screen showing the algorithm of the article text for generating a robot article in the earthquake field according to the present invention.
Figure 4 is an example screen of a robot engineer in the earthquake field generated according to the present invention.
5 is an example screen of a robot engineer to which a customized search window is added according to the present invention.
6 is an exemplary screen showing a search result of an earthquake shelter through a customized search window according to the present invention.
7 is an exemplary screen showing a search result of an earthquake shelter through a customized search window according to the present invention along with a map.

Advantages and features of the present invention, and methods for achieving them, will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms. Rather, the embodiments introduced herein are provided so that the disclosed subject matter may be thorough and complete, and that the spirit of the present invention may be sufficiently conveyed to those skilled in the art.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification is present, but one or more other features It is to be understood that it does not preclude the possibility of the presence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings.

1 is a block diagram of a system for automatically generating a robot engineer capable of providing customized information according to the present invention.

Referring to Figure 1, the robot article automatic generation system capable of providing customized information according to the present invention receives the occurrence information of various events, selects the events to be generated as articles, and data to be used for writing articles among the occurrence information of the selected events After extracting a robot article, it is combined with a preset article template to create a robot article. The robot article creation server 100 that forms and provides a customized search window that can be searched together, and the additional information related to the field or content of the robot driver are inputted through the customized search window after classifying and collecting additional information for each region. It is configured to include a customized database 200 that matches and stores each region name so as to provide customized information that is extracted by region name and linked to the robot driver.

The robot article generation server 100 applies an article automatic generation algorithm to quickly generate and provide robot articles that accurately inform the occurrence of an important event to an unspecified number of readers, and, as well as a large number of unspecified readers who have encountered the robot article It is configured to provide a customized search window 132 that allows access to the customized database 200 together with the robot engineer so that they can quickly obtain additional information they want in relation to the robot engineer.

Accordingly, the robot article creation server 100 enables rapid article creation, so that it has the unique speed and productivity of robot journalism, while maintaining the reliability and comprehensiveness of the article, such as the objective delivery of accurate facts, like general news. In addition, each reader who encounters the article can quickly obtain additional information tailored to the region they need in relation to the article, thereby performing the function as a personalized article.

The robot article generation server 100 includes an article event selection unit 110 that selects an event to be written as an article based on various event occurrence information searched for or received from an external server, and a part included in the selected event occurrence information. A robot article generating unit 120 that creates a robot article by automatically extracting a word and then combining it with a preset article text to complete the sentence, and a portion of a web page on which the robot article created by the robot article generating unit is loaded It may include a customized information providing unit 130 for inducing access to a customized database that is formed in and can receive additional information tailored to the region desired by the reader in relation to the contents of the robot article.

The article event selection unit 110 is for determining whether an event for writing a robot article has occurred, and an event is generated from an external server built by various organizations or companies depending on the field or content of the robot article to be written. It is configured to receive event occurrence information that can confirm whether or not the event content is present.

Accordingly, in the article event selection unit 110, event occurrence information related to disaster information such as earthquake or flood may be received from a server of a government agency such as the Meteorological Administration server or the Central Disaster and Safety Countermeasures Headquarters, as well as public charges. Event occurrence information related to various articles such as related articles, population-related articles, price guide articles, apartment articles, and livestock and fishery articles can be received from external servers built by various organizations or companies.

At this time, the article event selection unit 110 assigns different weights to the elements that can determine whether to be articles among the contents included in the received event occurrence information, so that the elements corresponding to the elements with higher weights are assigned different weights. It is preferable to be configured so that it can be determined whether or not to publish the corresponding event occurrence information based on whether a situation has occurred. Accordingly, it is possible to prevent the generation of similar and similar robot articles indiscriminately because a robot article is generated whenever event occurrence information is received regardless of the severity of the event.

In this way, the article event selection unit 110 selects an event for writing an article only when it exceeds a predetermined criterion set by giving different weights in advance, and when it does not meet the criterion, the negative ( By making it possible to select events that will generate robot articles in a negative way, it is possible to provide necessary information to a large number of readers as robot articles without being overly local.

In addition, the robot article generation unit 120 automatically extracts some words from the contents of the event occurrence information selected to be written by the article event selection unit, and then combines them with the main positions of the pre-created article templates to make sentences. It is configured to automatically create a robot engineer by completing

At this time, the robot article generating unit 120 creates the form of a sentence in advance in a state in which several items in which some words included in the event occurrence information, including the subject or object, can be placed, are left blank, and the event occurs After automatically extracting some words from the contents of the information, it is configured to combine the words with empty positions of a pre-generated sentence to generate a sentence.

That is, it is not easy for the robot article generating unit 120 to generate a sentence of an article by itself with the contents of the selected event occurrence information. By extracting and combining the contents from the event occurrence information, it is possible to create an article that is simple but accurately reflects the event occurrence information.

In addition, the customized information providing unit 130, in an area of a web page that provides a robot article automatically generated by using the content on the event occurrence information in the robot article generating unit, in relation to the content of the robot article It is configured to be provided with a customized search window 132 that induces a connection to the customized database 200 so that each reader can receive additional information tailored to their desired region.

In other words, the robot article, which was provided in a personalized form in the past, was prepared and provided differently according to individual preferences set in advance, so each reader received a slightly different article, and as a result, the reliability and representativeness of the article were lost. problems were exposed.

Accordingly, in the robot article creation server 110, the robot article provided to the readers is written in the same way based on the same content obtained from the same event occurrence information, so that the reliability and representativeness of the article can be maintained, but the In the customized database 200, additional information that each reader who has seen the robot article is interested in in relation to their surroundings, such as themselves, family, or work, is collected in advance, classified and stored by region, and then the robot article is published. By inducing a webpage to search for additional information in the customized database, it is possible to maintain the function as a personalized article.

As described above, the customized information providing unit 130 is constructed by a robot article generated by robot journalism that automatically and quickly writes an article after receiving event occurrence information, and data journalism that digs up, collects, refines, and builds data. By combining the databases that are used, it is possible to provide personalized and customized information while maintaining the reliability and representativeness of the robot driver.

Accordingly, when the name or address of a certain region is input in the customized search window 132, the input region and the input region and the specific additional information that the administrator of the robot article creation server wants to provide in relation to the contents of the robot article Only relevant additional information can be provided to the reader after being extracted from the customized database 200 .

That is, when the names of input regions are different, readers can only check additional information related to each region they are interested in, so that it is possible to provide the readers with customized information they want.

In this case, access to a portal site where much more information can be searched can be induced through the customized search window. For readers, there is a hassle of having to go through an additional search process.

Accordingly, the customized information providing unit 130 collects specific additional information, pre-classifies it by region, stores it in the customized database 200, and enables direct search and result derivation in the customized database, thereby allowing the reader Users will be able to quickly and accurately check information related to robot drivers that they can directly experience in each community as customized additional information they need. That is, it is possible to maintain both the reliability and representativeness of the robot driver and the function as a personalized article while going through the process of entering the local name into the customized search window.

In addition, the robot article generation server 100 acquires additional information related to the field or content of the robot article from an external institution or company, classifies and stores the obtained additional information by region, and a web page on which the robot article is displayed It may further include a region-specific customized data construction unit 140 for constructing a customized database 200 linked to the customized search window 132 to enable access in the .

The region-specific customized data construction unit 140 obtains additional information related to the field or content of the robot engineer from an external server such as an external institution or company, and an additional information region classification unit for classifying the acquired additional information by region ( 141), a local information matching unit 142 that matches and stores regional information including a regional name with additional information classified by region, and map information indicating the location when the additional information relates to a place located in each region It is configured to include a map matching unit 143 that maps and stores the .

To this end, the region-specific customized data construction unit 140 parses specific information in the website or provides additional information related to the robot driver through an open API (Application Programming Interface) provided by a company or public institution. can be obtained At this time, the regional customized data construction unit 140 may be configured to separately set the collection number or collection time of additional information by using a cronjob that executes work at a specified time or periodically executes repeatedly for a specified time. Of course it could be.

As described above, the regional customized data construction unit 140 is configured to classify the additional information related to the robot driver by region, and then extract the additional information related to each region quickly and simply through the region name and provide it to the reader. This is because the biggest concern is whether the influence of the contents of the robot article on the reader appears in the region where the reader is located or in a specific region that the reader is interested in. By classifying and storing the information in the customized database 200, and the extraction of the stored information is also made by the region name input by the reader, it is possible to implement the function as a customized article for the reader.

As such, in the region-specific data construction unit 140, as an example of classifying and storing additional information related to the robot driver by region, in the case of a utility-related robot driver, the city bus or subway usage rate by region is set by the public data portal for each region. It can be constructed by acquiring from charge data, and in the case of population-related robot drivers, regional population status, population, and monthly population can be obtained and constructed from population data of regional public data portals. Trends can be obtained and constructed from public data portal data.

In addition, as in an embodiment to be described later, in the case of an earthquake-related robot engineer, it is possible to obtain and build location information of earthquake shelters registered in public data portals by local governments across the country. In the case of providing additional information related to a place that the reader needs to visit, such as such a support shelter, the address, latitude, and longitude information indicating the location of each place is mapped and stored with a map of the area by the map matching unit. , it is preferable to be configured so that such map information can be displayed together.

Next, with reference to FIGS. 2 to 7, an embodiment of generating and providing an earthquake related robot article will be described. This is only to disclose an embodiment of the automatic generation system for a robot engineer capable of providing customized information according to the present invention, of course, the present invention is not limited to such an earthquake related robot engineer.

The robot article generation server 100 searches for earthquake information provided from an external server, extracts an event that can determine whether an earthquake has occurred, obtains event occurrence information matching it, and selects important event data to be published The article event selection unit 110, and automatically extracts some words included in the event data selected to write an article, and then combines it with a preset article text to complete the sentence, thereby creating a robot article to create a robot article. It includes a unit 120 and a customized information providing unit 130 that provides earthquake shelter information built in the earthquake shelter database in an area of a web page provided by the robot article generator in a regional unit desired by each user. is composed by

The article event selection unit 110 is configured to connect to an external server, the Meteorological Agency server 400 , and search for earthquake information provided through an open API to acquire event data related to a newly generated earthquake event.

In this way, the article event selection unit 110 acquires the coverage data that is the basis for creating a robot article in the robot article creation server 100, just as a human reporter acquires coverage data for writing an article. To this end, it may be configured to periodically access each external server capable of receiving coverage data through a wired/wireless communication network to determine whether event occurrence information is updated.

In addition, the article event selection unit 110 is configured to select an important earthquake event to be documented based on the content of event occurrence information obtained from the external weather agency server 400 to specify an article writing target.

To this end, the article event selection unit 110 assigns different weights to elements capable of determining whether or not to be articles among the contents included in the event occurrence information, but corresponding to the elements to which the higher weight is assigned. It is preferable to be configured to determine whether an earthquake event to be reported occurs based on whether a situation has occurred.

Accordingly, the article event selection unit 110 gives the weight to a 'negative (-)' value for earthquakes with a magnitude of 3.0 or less that we do not experience or lack meaning as news, so that the corresponding articles may be configured to block the creation of In addition, even in the case of an earthquake that occurs locally on the seabed rather than on land, it may be configured to block the generation of articles corresponding to it by giving the weight as a negative (-) value.

Contrary to this, the article event selection unit 110 assigns a weight to a 'positive (+)' value for an earthquake with a seismic intensity of 3.0 or higher or an earthquake occurring on land, and generates an event containing information about the earthquake event. Enables information to be selected as the robot driver's coverage data.

In addition, the robot article generating unit 120 automatically extracts some words included in the event occurrence information of the earthquake event selected to be written by the article event selection unit to write an article, and the main position of the article template created in advance It is configured to write a robot article by completing the sentence by combining with

If the event occurrence information extracted from the external server, the Meteorological Agency server 400, is listed as it is, it is simply a list of words, so it has no value as an article. It should be learned how to create and express article sentences using the included content.

To this end, in the robot article generating unit 120, an article in the form of “On ○○, ○○○ announced that an earthquake with a seismic intensity of 0.0 occurred in ○○ on 00, 00, 00:00:00, on ○○.” After generating the sentence in advance, it is possible to generate an article in the form of a sentence by extracting data to be placed in each position of the article text among the contents on the event occurrence information and combining the data in an appropriate position.

As such, in order to automatically generate a robot article by using the event occurrence information obtained from the Meteorological Agency server 400 in the robot article generating unit 120, the form of the article text is generated in advance, and the event occurrence information is added to the article text. The coding part of the software programmed so that the extracted contents can be combined is shown in FIG. 3 . The coding shown in FIG. 3 is only one example of the article text provided by the robot article generator 120 , and it goes without saying that article texts of different types may be set in various ways.

In this way, the robot article generated by the robot article generating unit 120 based on the event occurrence information obtained from the Meteorological Agency server 400 is quickly generated in the form of a brief breaking news article focusing on the fact of the earthquake, as shown in FIG. made available to readers.

The customized information providing unit 130 includes the information so that readers who have viewed the robot article can search for the information they need in one area of a web page that provides the robot article automatically generated by the robot article generator. A customized search window 132 that induces direct connection to the pre-built customized database 200 is provided together with the robot driver.

Accordingly, the customized information providing unit 130, as shown in FIG. 5, is built in each region of the country in an area of a web page where a robot article notifying an earthquake generated by the robot article generating unit is displayed. It is configured to provide a customized search window 132 that can be provided by extracting earthquake shelter information built in a desired area from the earthquake shelter database 200 built by refining the earthquake shelter information.

Of course, in the public data portal operated by the public data server 300, information on 11,148 earthquake shelters built by 187 local governments across the country is disclosed, and free access to the information is possible, but urgent breaking news When many readers who come across a robot article provided in the form of an article access and search at the same time, it is difficult to avoid the occurrence of a difficult search due to a server down due to a sudden increase in traffic.

In addition, it is also possible to provide such earthquake shelter information to the robot driver in the form of a simple list, but in this case, it is difficult to avoid the entire article being too long, and based on the location of the smartphone, etc. If only the earthquake shelter information that has been established is extracted and displayed together, it becomes difficult to properly grasp the shelter information for distant families.

Accordingly, in one embodiment of the present invention, data closely related to the article content provided by the robot driver from among the information freely accessible through the public data server 300, etc., are extracted in advance to a separate earthquake shelter database ( 200), and by allowing readers who viewed the robot article to search for and extract desired data directly from the earthquake shelter database 200 linked with the customized search window 132 of the corresponding web page, individual information desired by readers It is configured so that it can be quickly checked.

At this time, as shown in FIG. 6 , the customized information providing unit 130 extracts the earthquake shelter information built by the local government having jurisdiction over the region based on the search word input by the reader directly from the earthquake shelter database 200 and lists them. can be provided in this way. In FIG. 6 , when the local name 'Sancheong' is input as a search word, only information having the corresponding local name as the location information can be quickly extracted from the earthquake shelter database and provided.

As such, the information searched and provided by the customized information providing unit is a result directly retrieved from the pre-established earthquake shelter database, and the gateway to the earthquake shelter database is formed together on the web page provided by the robot driver, and the server is overloaded. It is possible to search for desired information while minimizing the occurrence of such problems.

In addition, as shown in FIG. 7 , the customized information providing unit 130 provides the location of the earthquake shelter together with map information of the area, such as Google Map, so as to improve the convenience of identifying the location of the earthquake shelter. Of course, it may be configured.

In this way, the robot article provided by the robot article creation server can be viewed through a web page that is opened by clicking a title displayed online or in a mobile environment, and is also displayed in one area of the same web page. Through the displayed customized search window, it is possible to personally check the data to be additionally searched in relation to the article.

As such, access to the customized database built in advance by the customized information providing unit is made possible, so there is no need for a separate connection such as portal access or mobile app search to obtain additional information. It is possible to minimize the increase in traffic due to the rush of reconnections to obtain additional information.

In addition, in the above embodiment of providing a robot engineer in a field related to an earthquake article, it was exemplified that information on an earthquake shelter can be checked through a customized information providing unit, but it is not limited to this earthquake shelter information, and confirmation of various information is possible. Of course, it can be configured to be possible, and it is easy to access various additional information desired by a reader who has encountered a robot article by providing a plurality of customized search windows when there is a variety of additional information to be checked as well as a single customized search window It may be configured to do so.

In the above, the technical idea of the present invention has been described together with the accompanying drawings, but this is an exemplary description of a preferred embodiment of the present invention and does not limit the present invention. In addition, it is a clear fact that various modifications and imitations are possible without departing from the scope of the technical spirit of the present invention by anyone having ordinary knowledge in the technical field to which the present invention pertains.

100: robot article generation server 110: knight event selection unit
120: robot engineer generating unit 130: customized information providing unit
132: custom search box
140: Regional customized data construction department
141: additional information regional classification unit 142: local information matching unit
143: map matching unit
200: custom database
300: public data server
400: Meteorological Agency Server

Claims (7)

After receiving the occurrence information of various events, selecting the events to be created as articles, extracting data to be used for article writing among the occurrence information of the selected events, combining them with a preset article template to create a robot article, In one area of the loaded web page, a robot article creation server that forms and provides a customized search window to search for additional information tailored to the region desired by a reader who has encountered the robot article in relation to the content of the robot article; and
After classifying and collecting additional information related to the field or content of the robot driver by region, each region name is extracted by the region name input through the customized search window and provided as customized information linked to the robot driver Automated creation system for robot technicians capable of providing customized information, characterized in that it includes a customized database to match and store with. According to claim 1,
The robot article creation server,
an article event selection unit for selecting an event to be written as an article based on various event occurrence information searched for or received from an external server;
a robot article generating unit that automatically extracts some words included in the selected event occurrence information and completes the sentence by combining it with a preset article text to create a robot article; and
It is formed in one area of the web page where the robot article created by the robot article creation unit is loaded and induces access to a customized database where the reader can receive additional information tailored to the desired region in relation to the content of the robot article. Customized information providing unit; robot engineer automatic generation system capable of providing customized information, characterized in that it includes. 3. The method of claim 2,
The article event selection unit determines whether a situation corresponding to the element to which the high weight is assigned has occurred by assigning different weights to the elements that can determine whether or not to be article among the contents included in the received event occurrence information. A robot article automatic generation system capable of providing customized information, characterized in that it is configured to determine whether to publish the corresponding event occurrence information as a reference. 3. The method of claim 2,
The customized information providing unit is a customized database stored after being matched with a regional name of each region that can be input for searching for additional information classified by region in one area of a web page on which the contents of the robot article are loaded. Automatic creation of a robot engineer capable of providing customized information, characterized in that it is configured to provide a customized search window to induce access and search. 3. The method of claim 2,
The robot article creation server,
Additional information related to the field or content of the robot engineer is obtained from external organizations or companies, the obtained additional information is classified and stored by region, and linked to the customized search window to enable access from the web page where the robot engineer is displayed. A robot engineer automatic creation system capable of providing customized information, characterized in that it further comprises a region-specific customized data construction unit that builds a customized database. 6. The method of claim 5,
The regional customized data construction unit,
an additional information regional classification unit that acquires additional information related to the field or content of the robot engineer from an external server of an external organization or company, and categorizes the acquired additional information by region; and
A robot article automatic generation system capable of providing customized information, characterized in that it includes; a local information matching unit that matches and stores local information, including a local name, with additional information classified by region. 7. The method of claim 6,
The regional customized data construction unit,
When the additional information is related to a place located in each area, a map matching unit for mapping and storing map information indicating the location together; The robot driver automatic generation system capable of providing customized information, characterized in that it further comprises.

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