JP2003196203A - System, program and method for automatically generating contents - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To automatically generate contents suitable for the tastes of a user while maintaining the usability at low costs, and to automatically generate new contents by a local server for distributing the contents by limiting an area by using information collected from the contents user in the area while increasing the usability in the area. <P>SOLUTION: A picture 30 constituted of a web page for information collection is configured to make a question to a user with a character. A data acquiring means 16 writes the inputted answer of the user in a data base 12. A web page generating means automatically generates new contents 13 by referring to the data base. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a content automatic generation system, a content automatic generation program, and a content automatic generation method capable of automatically generating various contents browseable using the Internet by a computer program.

[0002]

2. Description of the Related Art With the rapid increase in Internet users,
A wide variety of contents are provided from all fields through the Internet. If content delivered via the Internet is not new, users will get bored. Further, unless the user's taste is always reflected, the access frequency gradually decreases. Sites that earn advertising income through banner advertisements, etc., have made various efforts to increase the frequency of access and increase advertising income. That is, there is competition in all fields to provide home pages that users can access many times.

[0003]

By the way, the above conventional techniques have the following problems to be solved. Generally, content update work is expensive. If the site has a high degree of usage and costs can be paid in proportion to the effect of advertising, the content can be maintained at a sufficient cost with a dedicated person. However, the access frequency cannot be increased unless the user's tastes and tendencies can be accurately grasped even at a cost. No matter how much the cost
There are many cases where access cannot be improved. It is an object of the present invention to provide a content automatic generation system, a content automatic generation program, and a content automatic generation method that can automatically generate content that has a user's taste, and that can maintain high utilization at low cost. To do. Furthermore, the present invention is a local server that distributes content in a limited area, automatically generates new content using information collected from content users in that area, and determines the degree of use in that area. An object is to provide an enhanced content automatic generation system, content automatic generation program, and content automatic generation method.

[0004]

The present invention adopts the following constitution in order to solve the above points. <Structure 1> A web server for delivering a web page including an interactive information collecting program, a storage device for storing information collected through the interactive information collecting program, and information stored in the storage device for the information disclosure web. An automatic content generation system comprising: a web page generation unit that is incorporated into a page and edited to generate a new web page.

The interactive information collecting program has a function of allowing a user who browses a web page to answer a question and collect the result as information. You can ask questions by either text or voice. Information can be collected by inputting an answer in a text box provided on a web page or selecting an answer displayed as a candidate. The interactive information collecting program collects the reply information and stores it in the storage device. As for the storage method, it may be stored as it is in natural language, or it may be sorted and organized into a database and stored.

The web page generation means edits the information collected by the interactive information collection program into a web page in a format that can be browsed through a network. The editing range and editing method are arbitrary. An information disclosure web page is prepared in advance in order to browse the generated web page. The information disclosure web page has been made available from the beginning. A part of the web page including the interactive information collecting program may be the information disclosure web page.
By rewriting a specific part of the information disclosure web page that can be browsed from the beginning using the information stored in the storage device, the existing information disclosure web page is updated in real time. This method realizes a function of automatically editing and browsing the collected data without operator intervention. Also, if the response data collected by the interactive information collection program is analyzed and aggregated on a large number of web pages and the results can be reflected in a new web page in real time, the number of users will increase and the answers will be easier to collect. Become.

<Structure 2> A web server for delivering a web page including an interactive information collecting program, a storage device for storing information collected through the interactive information collecting program, and information stored in the storage device are used. An automatic content generation system comprising: a web page generation means for generating a new web page according to the above; and a link generation section for incorporating a link with the newly generated web page into the information disclosure web page.

When the interactive information collecting program creates a completely new web page, it is necessary to make the web page easy to browse. If the link generation unit makes a link between the information disclosure web page and the newly generated web page, the newly generated web page can be browsed.

<Structure 3> In the content automatic generation system according to Structure 1 or 2, the interactive information collecting program includes a character image displaying means for asking a question and a data acquiring means for acquiring an answer. An automatic content generation system characterized in that when there are a plurality of servers for browsing a web page including a collection program, the characters displayed by the character image display means of the web page browsed by each server are different.

The character image display means for asking a question, for example, displays a predetermined character image on the display and displays the question by voice or characters. The character image is an image (image) of an inquiry subject having a predetermined personality such as animation of animals or cartoons, and may be a still image or a moving image. The data acquisition means for acquiring the answer is a means for fetching the answer data into the computer by characters or the like. When a plurality of servers browse a web page including an interactive information collecting program having common specifications, only the character image displayed by the character image display means is different for each server. For example, each server is individually arranged in each chain store. By making the character image different for each server, it is possible to give individuality to each place where the web page is provided.

<Structure 4> In the content automatic generation system according to Structure 1 or 2, the interactive information collecting program collects answers in natural language corresponding to the question,
An automatic content generation system characterized by classifying syntactic analysis results into a database.

By parsing the answers in natural language, it is possible to sort and sort by focusing on the words contained in common. As a result, the answers can be classified and totaled, and a web page including the result can be generated. In addition, the respondent can freely return the answer sentence without being restricted and can enjoy a more natural conversation.

<Structure 5> In the content automatic generation system according to Structure 1 or 2, the interactive information collecting program arbitrarily selects a word included in the answer sentence to the question stored in the storage device, and then selects the word. An automatic content generation system characterized by automatically generating a question including a question.

For example, by exemplifying one of the answers given in the past to the same question, it is possible to prompt an answer and collect more advanced answer data.

<Structure 6> In the content automatic generation system according to Structure 1 or 2, the interactive information collecting program selects new total information generated by using the question stored in the storage device, An automatic content generation system characterized by automatically generating a question including aggregated information.

By including the totalized result in the question sentence as an example, the content of the dialogue can be made more interesting.

<Structure 7> In the content automatic generation system according to Structure 1 or 2, when the local server manages a plurality of base stations, the base station captures the mobile terminal, and the mobile terminal is connected to the network. An automatic content generation system characterized by selecting an interactive information collecting program corresponding to the position information of the base station and delivering a web page including the interactive information collecting program to the mobile terminal.

When each base station is located in each coffee shop, the base station captures the mobile terminal and automatically connects the mobile terminal to the network. As a result, a predetermined web page dedicated to the store can be distributed as an initial screen from the local server that manages the base station to the mobile terminal of the customer. In this way, a web page including an interactive information collecting program tailored to the customer base of each store can be delivered to each store.

<Structure 8> A process of delivering a web page including the interactive information collecting program, a process of storing the information collected through the interactive information collecting program, and a process of storing the information stored in the storage device for information disclosure. An automatic content generation program that causes a computer to execute a process of incorporating a web page into a web page and editing it to generate a new web page.

A computer program that causes a computer to execute the process corresponding to the configuration 1.

<Structure 9> A process of distributing a web page including the interactive information collecting program, a process of storing the information collected through the interactive information collecting program, and a new process using the information stored in the storage device. Content automatic generation program that causes a computer to execute a process of generating a special web page and a process of incorporating a link with the newly generated web page into an information disclosure web page.

A computer program that causes a computer to execute the process corresponding to the configuration 2.

<Structure 10> In the content automatic generation program described in Structure 8 or 9, the interactive information collecting program includes a character image displaying means for asking a question and a data acquiring means for acquiring an answer, and the interactive information collecting program. An automatic content generation program, characterized in that, when there are a plurality of servers for browsing web pages including a collection program, the characters displayed by the character image display means of the web pages browsed by each server are different.

A computer program that causes a computer to execute the process corresponding to the configuration 3.

<Structure 11> In the content automatic generation program according to Structure 8 or 9, the interactive information collecting program collects answers in natural language corresponding to the question and classifies the results of the syntactic analysis into a database. An automatic content generation program that causes a computer to execute the processing to be performed.

A computer program that causes a computer to execute the process corresponding to the configuration 4.

<Structure 12> In the content automatic generation program according to Structure 8 or 9, the interactive information gathering program arbitrarily selects a word included in the answer sentence to the question stored in the storage device, and selects this word. A content automatic generation program that causes a computer to execute a process of automatically generating a question including a question.

A computer program that causes a computer to execute the process corresponding to the configuration 5.

<Structure 13> In the content automatic generation program according to Structure 8 or 9, the interactive information collecting program selects new total information generated by using the question stored in the storage device, An automatic content generation program that causes a computer to execute a process of automatically generating a question including aggregated information.

A computer program that causes a computer to execute the process corresponding to the configuration 6.

<Structure 14> In the content automatic generation program according to Structure 8 or 9, when the local server manages a plurality of base stations, the base station captures the mobile terminal, and the mobile terminal is connected to the network. ,
An automatic content generation program for causing a computer to execute a process of selecting an interactive information collecting program corresponding to the position information of the base station and delivering a web page including the interactive information collecting program to the mobile terminal.

A computer program that causes a computer to execute the process corresponding to the configuration 7.

<Structure 15> A web page including an interactive information collecting program is distributed, the information collected through the interactive information collecting program is stored in a storage device, and the information stored in the storage device is stored in the information disclosure web. An automatic content generation method characterized by incorporating a page and editing it to generate a new web page.

A content automatic generation method corresponding to the configuration 1.

<Structure 16> A web page including an interactive information collecting program is distributed, the information collected through the interactive information collecting program is stored, and a new web page is created by using the information stored in the storage device. A method for automatically generating contents, which is generated and incorporates a link with the newly generated web page into the information disclosure web page.

It is a content automatic generation method corresponding to the configuration 2.

<Structure 17> In the content automatic generation program according to Structure 15 or 16, the interactive information collection program includes a character image display means for asking a question and a data acquisition means for acquiring an answer,
When there are a plurality of servers for browsing a web page including the interactive information collecting program, the characters displayed by the character image display means of the web page browsed by each server are different from each other. .

A content automatic generation method corresponding to the configuration 3.

<Structure 18> In the content automatic generation program according to Structure 15 or 16, the interactive information collecting program collects answers in natural language corresponding to the question, classifies the results of the syntax analysis, and creates a database. An automatic content generation method characterized by:

This is a content automatic generation method corresponding to the configuration 4.

<Structure 19> In the content automatic generation program according to Structure 15 or 16, the interactive information gathering program arbitrarily selects a word included in the answer sentence to the question stored in the storage device, and uses this word. A method for automatically generating content, which automatically generates a question including a question.

This is a content automatic generation method corresponding to the configuration 5.

<Structure 20> In the content automatic generation program described in Structure 15 or 16, the interactive information collecting program selects new total information generated by using the question stored in the storage device, and A method for automatically generating contents, which automatically generates a question including aggregated information.

This is a content automatic generation method corresponding to the configuration 6.

<Structure 21> In the content automatic generation program according to Structure 15 or 16, when the local server manages a plurality of base stations, the base station captures the mobile terminal, and the mobile terminal is connected to the network. A method for automatically generating content, comprising selecting an interactive information collecting program corresponding to position information of the base station and delivering a web page including the interactive information collecting program to the mobile terminal.

It is a content automatic generation method corresponding to the configuration 7.

[0047]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to specific examples. FIG. 1 is a concrete block diagram of the content automatic generation system of the present invention. The network 1 shown in the figure is a network such as the Internet. A global server 2 is connected to this network 1. The global server 2 is provided with various contents and widely provides them to the network 1.

The local server 3 is, for example, one provided at one coffee shop or one at a management office of a shopping mall. Here, the storage device 5 is provided to supply predetermined content to the mobile terminal 10 connected to the base station 4 managed by this server. An interactive information collecting program 6, a web page generating means 7, and a link generating means 8 are installed in the local server 3. All of these are computer programs that run on the local server. The storage device 5 has a web page 1 for collecting information.
1, a database 12, a content 13, and an information disclosure web page 14 are stored. The interactive information collection program 6 is a program including a character image display means 15, a data acquisition means 16, a natural language analysis means 17, and the like.

In this example, an IEEE 802.11b / g wireless network, which is being standardized internationally, is used.
In this network 1, radio waves in the 2.4 GHz band (ISM band)
Can be used to communicate between terminals at a distance of 50 to 100 m at a speed of 11 Mbps. When the mobile terminal 10 in the stand-by state enters the effective radio wave range of a radius of about 50 m from the base station 4, it automatically connects to the local server 3 via the base station 4. This local server 3 is an ISP (Internet service provider; Internet Services
Provider).

The local server 3 is, for example, a coffee shop having chain stores nationwide, and provides an Internet connection service to customers who visit the stores. While eating and drinking at a coffee shop, customers access their favorite sites on the Internet and send and receive emails. On the other hand, the local server 3 of the store visited by the customer prepares contents for introducing the food menu of the store and advertising to the customer. If this content is attractive, access by users of the store will increase the advertising effectiveness and lead to higher sales. In the present invention, the local server 3 recognizes the position of the base station 4, distributes a web page containing an interactive information collecting program according to the use place, and collects information from the user.

DHCP (dynam which is one of TCP / IP protocols
ic host configuration protocol), the IP address and the default gateway address are registered on the DHCP server, and the client accesses the DHCP server at startup and acquires the IP address. The upper bits of this IP address are unique to each local server and each base station 4 managed by the local server 3. Therefore, it is possible to determine in which area of the base station 4 the mobile terminal 10 exists from the IP address given to the mobile terminal 10, and the location of the user of the mobile terminal 10 can be specified. In the example of the figure, the local server 3 controls the two base stations 4, but the number of base stations to control is arbitrary.

It is preferable that the interactive information collecting program 6 has a function of being familiar to the user and having a function of collecting a wealth of information as a result of having the user enjoy a conversation without being aware of it. When the corresponding web page is opened, an arbitrary character appears and asks the user. This character can be changed for each branch, such as a cat, a dog, a mouse, or a character in a popular anime, to create individuality. Characters may be used for the question from the character, or voice may be used. Edit the user's answer to this question and update the content.

In a chat room using the Internet, contents are updated in real time by a user's comment input. The difference between this chat room and the system of the present invention is that the user's responses to certain questions are classified and edited to generate new contents. User responses may be classified and aggregated by natural language processing. Moreover, if the question is formalized, the user's answer can also be formalized. It is possible to automatically generate contents including results such as 50 answers to yes and 80 answers to no for this question by collecting the answers of users like a questionnaire. It is also possible to generate a new question sentence by including part or all of the user's answer sentence in the question sentence.

For example, ask about popular movies, popular stores, music you often listen to, convenient goods you have, and so on. The result is automatically analyzed and aggregated by a computer program to generate new content in real time. At this time, an existing web page may be rewritten or a completely new web page may be generated. When you create an entirely new web page, it automatically links to your existing web page. For example, at the Aoyama store, a coffee shop that has chain stores all over the country, ask questions about popular stores and music you often listen to, and then aggregate the results and search for a web page titled "Town Information Collected at Aoyama Stores". Generate the database. These contents are distributed to local servers of all chain stores. The process of aggregating questions and creating a new web page is, for example, ASP
(Active Server Pages) executes. XML (eXtensible Markup Language) may be used for database distribution.

FIG. 2 is a perspective view of a specific facility suitable for realizing the automatic content generation system of the present invention. For example, as shown in FIG.
Inside the 0, there are several tables 21 as shown.
And a chair 22 are arranged. Customers can use this table 2
When it reaches 1, it takes out his mobile terminal 23 and puts it on the table 21. At this time, the base station 4 connected to the local server 3 captures the mobile terminal 23 and connects the mobile terminal 23 to the local server 3. As a result, various contents including the internet connection setting screen provided by the local server 3 are distributed to the mobile terminal 23. As shown in (b) of the figure, the mobile terminal 23 may have a relatively small and simple structure such as a notebook or a mobile phone. A display 24 and a keyboard 25 are provided. The mobile terminal 23 uses a mobile browser installed therein to browse a web page and perform various operations.

FIG. 3 is a diagram for explaining the operation of a specific information collecting web page and an interactive information collecting program. Figure 1
The screen 30 based on the information collecting web page shown in FIG. 3 displays the screen 30 as shown in FIG. 3 by a browser, for example. For example, a tiger character 31 is displayed here and asks a question to the user. The user's answer is input in characters in the text box 32 using a keyboard or the like. Of course, the voice of the user may be recognized and the result may be displayed in the text box 32. Character image display means 15 shown in FIG.
Displays a moving image of the character 31 as shown in this figure,
The data acquisition means 16 converts the user's answer input and displayed in the text box 32 into data.

The character 31 shown in FIG.
Ask various questions to the users as shown in Q1 to Q8. This question may be displayed in text, but is preferably output as voice. For example, "where did you come from?"
Is answered, "Yokohama."
When a simple answer is given to such a short question, the result is stored in the database 12. Also, for example,
If you answered "Handbag." To the question "What do you want to buy?", You can use the words in the answer as it is, and see "Aoyama sells good handbags" as shown in Q6. A new question such as "Are you there?" The answers thus obtained are stored in the database 12 and analyzed by the natural language analysis means 17 shown in FIG. The database 12 is updated by classifying or tabulating the results of the analysis. The information disclosure web page 14 is generated using the information in this database. These processes are executed in real time by the computer program and immediately made available to other users or the person himself / herself.

FIG. 4 is an explanatory diagram showing a more specific operation of the system of the present invention. What is shown in FIG. 4A is an example showing a method of generating a new question. As shown in the figure, in Q1, ask the question "Where are you from?"
When an answer such as “Yokohama.” Is obtained, a question for another arbitrary user is generated using the data of Yokohama. That is, as shown in Q11, a question such as "Your child came from Yokohama. Where did you come from?" Can be generated. As a result, it is possible to make the user feel closer and to expect smooth information collection. It can also make you want to see the web pages generated from the results of this information gathering.

In FIG. 4B, a large number of prepared questions are stored in the library 36, and random numbers are input to the library 36 by using the random number generator 37. This will randomly change the order of the questions to give them a fresh taste. In this example, the question is the voice output control program 3
It is used after being converted into a voice by 8.

That is, as shown in FIG. 4C, when an answer 42 is obtained for a question 41 prepared in advance, the content or database 43 is utilized by using the answer.
And the content of the answer is used again for the question 41 to create various new questions. In this way, the question itself changes automatically and the content is rewritten one after another.

FIG. 5 is an explanatory diagram showing an example of the information disclosure web page generated from the data obtained by executing the interactive information collecting program as described above. As shown in this figure, the information disclosure web page 14
Shows the result of statistically tabulating the answers to the above questions. For example, the answers to the question "Where are you going?" Are aggregated, and as shown in the figure, the result is "the destinations of the people who came to this store this month are the 5 best". In addition, the answers to the question “What are you doing now?” Are collected and classified, and a result such as “What are you using this store for the best 5” is displayed. Furthermore, answers such as "Do you know the most popular store in Aoyama?" Are collected and the result "Aoyama's 5 most popular spots" is shown.

When the local server 3 shown in FIG. 1 manages the base station 4 of the coffee shop in Aoyama, the mobile terminal 10 connected to this base station will be described with reference to FIG. Provide an interactive information gathering program to ask such questions. The data collected in this way is analyzed and the results of aggregation focusing on Aoyama are actively included in the content. This appeals to customers that they can always see such content at this coffee shop in Aoyama. Depending on the location of the base station, if you have a unique interactive information gathering program, you can provide customers who frequently come to the area with interesting information unique to the area, and also frequently come to the area. It enables customers to automatically generate and provide more fresh information.

FIG. 6 is a flow chart showing a specific operation example of the system of the present invention. First, in step S1, when a customer enters a coffee shop in Aoyama, for example, a base station in the shop captures a mobile terminal. Then, in step S2, the mobile terminal is connected to the network that manages the base station. In step S3, the position information of the mobile terminal is acquired. That is, the identification information of the base station is transmitted to the local server 3 and the position of the mobile terminal is recognized. In step S4, the optimum interactive information collecting program prepared according to the location of this base station is selected.

In step S5, the interactive information collecting program is started. The interactive information collecting program may be activated by the intention of the customer who has entered the store, or may be automatically displayed on the mobile terminal of the customer and automatically activated. In step S6, one of a large number of questions prepared in advance by this interactive information collecting program is selected. Then, in step S7, a question is uttered. In step S8, the answer data input by the customer is acquired, and in step S9, natural language analysis is performed. That is, necessary syntactic analysis is performed according to whether the answer is a word or a sentence, and an appropriate answer word to the question is extracted. In step S10, a database is created based on this analysis result.

In step S11, the information disclosure web page is updated using the database. That is, the best 5 portion of the web page as shown in FIG. 5 is updated in real time from the totalized result. Step S1
In step 2, the next question is generated. Alternatively, randomly selected from the questions prepared in advance. Then, the processing from step S7 to step S11 is repeated. When a large number of questions are prepared, this process may be repeated until the customer comes up and interrupts the operation. Further, the question may be limited to a certain number in advance, a certain number of questions may be asked, and when the answer is obtained, the program may be terminated. In addition,
In addition to updating the information disclosure web page prepared in step S11, a completely new web page can be generated (step S13). At this time, a link is established with an existing information disclosure web page to view the web page (step S14).
Through the above processing, it is possible to provide an environment in which contents are automatically updated and propagated without intervention of an administrator, and the latest contents can always be used.

In the above example, the web page containing the interactive information collecting program is distributed from the web server to the terminal device. However, for example, a web page including the interactive information collecting program may be displayed on the display of one personal computer or a workstation to collect the information. That is, it is possible to play a game based on the conversation of the appearing characters, collect conversation data with the appearing characters, and create and use statistical data. Further, it becomes possible to provide the content of the page updated according to the information gathered through the conversation with the character to another web server or the like, or to provide an information providing service such as topical news distribution.

Each functional block of the computer program shown in FIG. 1 may be composed of a separate independent program module or an integrated program module. Further, all or part of these functional blocks may be configured by hardware by a logic circuit. Further, each program module may be incorporated into an existing application program to be operated, or may be operated as an independent program. The computer program for implementing the present invention as described above can be recorded in a computer-readable recording medium such as a CD-ROM, installed, and used. It can also be downloaded and used in the memory of a computer via a network.

[Brief description of drawings]

FIG. 1 is a specific block diagram of an automatic content generation system of the present invention.

FIG. 2 is a perspective view of a specific facility suitable for realizing the content automatic generation system of the present invention.

FIG. 3 is an operation explanatory diagram of a specific information collecting web page and an interactive information collecting program.

FIG. 4 is an explanatory diagram showing a more specific operation of the system of the present invention.

FIG. 5 is an explanatory diagram showing an example of an information disclosure web page generated from data obtained by executing the interactive information collecting program as described above.

FIG. 6 is a flowchart showing a specific operation example of the system of the present invention.

[Explanation of symbols]

1 network 2 Global server 3 local server 4 base stations 5 storage devices 6 Interactive information collection program 7 Web page generation means 8 Link generation means 10 mobile terminals 11 Information Collection Web Page 12 Database 13 contents 14 Information disclosure web page 15 Character image display means 16 Data acquisition means 17 Natural language analysis means

Claims (21)

[Claims] 1. A web server that distributes a web page including an interactive information collecting program, a storage device that stores information collected through the interactive information collecting program, and information stored in the storage device for information disclosure. An automatic content generation system, comprising: a web page generation unit that is incorporated into a web page and edited to generate a new web page. 2. A web server for delivering a web page including an interactive information collecting program, a storage device for storing information collected through the interactive information collecting program, and a new device using the information stored in the storage device. An automatic content generation system comprising: a web page generation means for generating a new web page; and a link generation section for incorporating a link with the newly generated web page into the information disclosure web page. 3. The automatic content generation system according to claim 1, wherein the interactive information collection program includes a character image display means for asking a question and a data acquisition means for acquiring an answer, and the interactive information collection. An automatic content generation system characterized in that when there are a plurality of servers for browsing a web page including a program, the characters displayed by the character image display means of the web page browsed by each server are different. 4. The automatic content generation system according to claim 1, wherein the interactive information collecting program collects answers in natural language corresponding to the question, classifies the results of the syntactic analysis, and creates a database. An automatic content generation system characterized in that 5. The automatic content generation system according to claim 1 or 2, wherein the interactive information collecting program arbitrarily selects a word included in the answer sentence to the question stored in the storage device, and uses this word. An automatic content generation system characterized by automatically generating a question including a question. 6. The automatic content generation system according to claim 1 or 2, wherein the interactive information collecting program selects new totalization information generated using the question stored in the storage device, and performs the totalization. An automatic content generation system characterized by automatically generating a question including information. 7. The automatic content generation system according to claim 1, wherein the local server manages a plurality of base stations, the base station captures the mobile terminal, and the mobile terminal is connected to the network. An automatic content generation system characterized by selecting an interactive information collecting program corresponding to position information of the base station and delivering a web page including the interactive information collecting program to the mobile terminal. 8. A process of distributing a web page including an interactive information collecting program, a process of storing information collected through the interactive information collecting program, and a process of storing information stored in a storage device into an information disclosure web page. An automatic content generation program that causes a computer to execute the processing of incorporating into, editing, and generating a new web page. 9. A process of delivering a web page including an interactive information collecting program, a process of storing information collected through the interactive information collecting program, and a new web using the information stored in a storage device. An automatic content generation program that causes a computer to execute a process of generating a page and a process of incorporating a link with the newly generated web page into an information disclosure web page. 10. The content automatic generation program according to claim 8 or 9, wherein the interactive information collection program includes a character image display means for asking a question and a data acquisition means for acquiring an answer, and the interactive information collection. An automatic content generation program, wherein when there are a plurality of servers for browsing a web page including a program, the characters displayed by the character image display means of the web page browsed by each server are different from each other. 11. The automatic content generation program according to claim 8 or 9, wherein the interactive information collecting program collects answers in natural language corresponding to the question, classifies the results of the syntactic analysis, and creates a database. An automatic content generation program that causes a computer to execute processing. 12. The automatic content generation program according to claim 8 or 9, wherein the interactive information collecting program arbitrarily selects a word included in the answer sentence to the question stored in the storage device, and selects this word. An automatic content generation program that causes a computer to execute a process of automatically generating a question including the question. 13. The automatic content generation program according to claim 8 or 9, wherein the interactive information collection program selects new totalization information generated using the question stored in the storage device, and performs the totalization. An automatic content generation program that causes a computer to execute a process of automatically generating a question including information. 14. The content automatic generation program according to claim 8, wherein the local server manages a plurality of base stations, the base station captures the mobile terminal, and the mobile terminal is connected to the network. An automatic content generation program that causes a computer to execute a process of selecting an interactive information collection program corresponding to the position information of the base station and delivering a web page including the interactive information collection program to the mobile terminal. 15. A web page including an interactive information collecting program is distributed, the information collected through the interactive information collecting program is stored in a storage device, and the information stored in the storage device is used as an information disclosure web page. An automatic content generation method characterized by incorporating and editing to generate a new web page. 16. A web page including an interactive information collecting program is distributed, the information collected through the interactive information collecting program is stored, and a new web page is generated using the information stored in the storage device. A method for automatically generating content, characterized in that a link to the newly generated web page is incorporated into the information disclosure web page. 17. The method for automatically generating contents according to claim 15 or 16, wherein the interactive information collecting program includes a character image displaying means for asking a question and a data acquiring means for acquiring an answer. When there are a plurality of servers for browsing a web page including a program, the characters displayed by the character image display means of the web page browsed by each server are different from each other. 18. The method for automatically generating contents according to claim 15 or 16, wherein the interactive information collecting program collects answers in natural language corresponding to the question, classifies the results of the syntactic analysis, and creates a database. An automatic content generation method characterized by the above. 19. The method for automatically generating contents according to claim 15 or 16, wherein the interactive information collecting program arbitrarily selects a word included in the answer sentence to the question stored in the storage device, and uses this word. A method of automatically generating a content, which automatically generates a question including the question. 20. The automatic content generation method according to claim 15 or 16, wherein the interactive information collecting program selects new totalization information generated using the question stored in the storage device, and performs the totalization. A method for automatically generating content, which automatically generates a question including information. 21. The content automatic generation method according to claim 15 or 16, wherein the local server manages a plurality of base stations, the base station captures the mobile terminal, and the mobile terminal is connected to the network. An automatic content generation method comprising selecting an interactive information collecting program corresponding to the position information of the base station and delivering a web page including the interactive information collecting program to the mobile terminal.