JP2003132086A - Web page dynamic generation system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To dynamically generate a Web page flexibly reflecting user's needs and demand. SOLUTION: In a Web page dynamic generation system 1, a WWW transmission/reception part 10, on receiving a transmission request for a Web page from a WWW browser 20 of a communication terminal 2, issues a request for generating the Web page to a Web page dynamic generation part 13. The Web page dynamic generation part 13, in accordance with a representation form determined with a rule base processing part 12, using static information, dynamic information and personal information stored in a static information database 15, a dynamic information database 16 and a personal information database 17, respectively, generates the Web page dynamically, and transmits to the communication terminal 2 through the WWW transmission/reception part 10.

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to a WWW (World Wi
de Web) A dynamic web page generation system that dynamically generates a web page in response to a request from a client.

[0002]

2. Description of the Related Art In a wide area network such as the Internet, a website (hereinafter referred to as a portal site) is known as a starting point for accessing various information resources (contents) in the wide area network. The portal site stores the location information of various information resources distributed on the wide area network.
It provides a service that provides the location information to users who have accessed using a WW (World Wide Web) system. Some portal sites have a system that can search a huge number of information resources by keyword (“search engine”).
Called. ), And many sites that provide e-mail services. There are also websites where the contents of the top page of the web page can be customized for each registered user. For example, a registered user can customize and use his / her own top screen on the portal site by registering his / her field of interest or profile.

[0003] In addition, a portal site whose contents are fixed and do not change in view of commercial or corporate image strategy has little freshness of information or attractiveness when accessed, so stock prices and exchange rates that change momentarily, There is also a service that aggregates dynamic data such as retail prices and incorporates it in a web page to provide it. Further, there is also known a portal site that electronically fosters virtual trees, vegetables, animals, etc. by the registered user's access count and predetermined data input operation.

[0004]

However, the content of the web page transmitted from the conventional portal site is the most common divisor content desired by the majority of people, and the usage environment and needs of individual users ( Necessity) and demand (request) were not sufficiently reflected.

In view of the above, the problem to be solved by the present invention is to provide a web page dynamic generation system for dynamically generating a web page that can flexibly reflect the needs and demands of the user.

[0006]

In order to solve the above problems, the invention according to claim 1 provides a WWW provided in a communication terminal on an IP (Internet Protocol) network.
(World Wide Web) Stores static information including a WWW transmission / reception unit that transmits a web page in response to a transmission request from a browser, a plurality of types of template files that define the specifications of the web page, and content embedded in the template file. A static information database, a dynamic information database that stores dynamic information that changes from the outside with time, and a personal information database that stores personal information of a user who uses the communication terminal; Information, the static information, and at least one of the personal information, a rule-based processing unit that determines a representation format of the web page by applying a generation rule prepared in advance, and the rule-based processing unit. According to the form of expression, the static information, the dynamic information, and the personal information are used to access the web. Wherein W and dynamically generate over di
And a web page dynamic generation part for outputting to a WW transmission / reception part.

The invention according to claim 2 is the web page dynamic generation system according to claim 1, further comprising a general information database for storing public general information that is open to the public, and the rule. The base processing unit applies the generation rule to at least one of the general information, the dynamic information, the static information, and the personal information to determine an expression format of the web page, The dynamic generation unit further dynamically generates the web page using the general information.

The invention according to claim 3 is the invention according to claim 1 or 2.
The web page dynamic generation system described, further comprising an analysis unit for analyzing demand data transmitted from the communication terminal, the demand data indicating a request of a user of the communication terminal, and the rule-based processing unit, The expression format of the web page is determined by using the analysis result of the analysis means.

A fourth aspect of the present invention is the dynamic web page generation system according to the third aspect, which is a network for searching for information resources distributed on an IP network using the analysis result of the analyzing means as a search condition. Type search engine, and a totalization processing unit for outputting total data obtained by totaling the search results output from the network type search engine to the rule base processing unit, wherein the rule base processing unit stores the total data. It is used to determine the expression format of the web page.

The invention according to claim 5 is the web page dynamic generation system according to claim 4, wherein the analysis means analyzes the syntax of the sentence data input as the demand data to extract the sentence data. A parsing unit for decomposing into linguistic units; a significant database for storing significant words associated with various words; and a significant word extracting unit for extracting the significant words from the significant database based on the linguistic units. The network-type search engine searches the information resource with the significant word as the search condition.

According to a sixth aspect of the present invention, in the web page dynamic generation system according to the fifth aspect, the analyzing means stores a thesaurus database storing a classification word having a meaning related to the language unit. The syntactic analysis unit extracts the classification word related to the language unit from the thesaurus database, and the significant word extraction unit extracts the significant word related to the classification word. Is.

An invention according to claim 7 is the web page dynamic generation system according to any one of claims 4 to 6, wherein the analysis result output from the analysis means is used as a search condition. The database further includes a database search engine that searches at least one of a static information database, the dynamic information database, and the personal information database, and the aggregation processing unit aggregates the search results output from the database search engine. Then, the aggregated data is output.

The invention according to claim 8 is the dynamic web page generation system according to claim 7, wherein the database search engine further searches the general information database.

[0014]

BEST MODE FOR CARRYING OUT THE INVENTION Various embodiments of the present invention will be described below.

Embodiment 1. FIG. 1 is a schematic configuration diagram of a web page dynamic generation system 1 according to the first embodiment of the present invention. This web page dynamic generation system 1
HTTP (HyperTe) based on P (Internet Protocol)
xt Transfer Protocol) and FTP (File Transfer Prot)
A WWW (World Wide Web) transmission / reception unit 10 having a server function such as ocol (file transfer protocol) is provided.

The communication terminal 2 is also capable of bidirectional communication with the WWW transmitting / receiving unit 10 via the IP (Internet Protocol) network NW1. The communication terminal 2 is W which is WWW client software.
A WWW browser 20 is installed, and the user of the communication terminal 2 activates the WWW browser 20 to establish a connection between the WWW browser 20 and the WWW transceiver unit 10,
From the transmission / reception unit 10, HTML or XML (eXtensible Mar
Web pages written in languages such as kup Language) can be downloaded and viewed. Also WWW browser 30
Can download modules such as image data and music data embedded in the web page, display the image data, and reproduce the music data.
Examples of such a communication terminal 2 include a set top box (home communication terminal), a network-compatible personal computer, a mobile phone, and a PHS (Pe).
rsonal Handyphone System), PDA (Personal Digital Assistant;
Personal Digital Assistants) and the like.

The web page dynamic generation system 1 further has a database group 11 including a static information database 15, a dynamic information database 16 and a personal information database 17. The static information database 15 includes various types of template files that define the specifications of web pages described in HTML, XML, etc., and still images, moving images, voices, music, CG (computers) embedded in these template files.・ "Static information" such as graphics images, animation images, characters, sentences, etc. is stored.

Further, the dynamic information database 16 stores "dynamic information" observed at a specific point and fluctuating due to natural or artificial factors. Such dynamic information is sequentially collected by the data collection processing unit 14 via the IP network NW2, stored in the dynamic information database 16 in real time, and the stored information is updated. The dynamic information includes astronomical information and meteorological information (weather, temperature, wind volume, wave height, snowfall, rainfall, tidal information, etc.) and traffic information (vehicle traffic volume, congestion degree, etc.).

Then, in the personal information database 17,
Personal information (name, address, age, hobby, nationality, purchase history of products, question history, preferences, system usage status, field of interest, etc.) of a registered user is stored in association with an ID (identifier).

Further, the web page dynamic generation system 1
Includes a rule base processing unit 12 and a web page dynamic generation unit 13, and the web page dynamic generation unit 13 uses the storage information of the database group 11 in accordance with the expression format specified by the rule base processing unit 12. To dynamically generate a web page and output it to the WWW transceiver 10.

While the operation of the web page dynamic generation system 1 having the above configuration is described, the functions of the respective parts will be described in detail below. The user of the communication terminal 2 activates the WWW browser 20 and executes a URL (Uniform Resource Locator).
Is specified to access the WWW transmitting / receiving unit 10 to issue a web page transmission request RQT. Upon receiving the access from the communication terminal 2, the WWW transmitting / receiving unit 10 of the dynamic web page generation system 1 executes a user authentication process, and then, if the user authentication is successful, a request to generate a web page of the user RQT # 1. Is issued to the web page dynamic generation unit 13. On the other hand, if the user authentication process fails, the WWW transmitting / receiving unit 10 returns a message to that effect to the communication terminal 2 and then ends the above process.

Next, a request for generating a web page RQT # 1
The web page dynamic generation unit 13 that has received the information acquires the personal information of the user by referring to the personal information database 17, and refers to the static information database 15 and the dynamic information database 16 to obtain the static information. Get dynamic information and. Next, the web page dynamic generation unit 13 transfers the personal information and dynamic information of the user to the rule base processing unit 12, and requests the representation format of the web page to be generated.

FIG. 2 shows a schematic block diagram of the rule-based processing unit 12. The rule-based processing unit 12 includes the process determining unit 2
3, a rule base storage unit 21 that stores a rule base, and a working memory 22.
Here, the rule base is a collection of production rules (generation rules) including a condition part and an execution part that is executed when the condition part is satisfied. The processing determination unit 23 accumulates personal information or dynamic information input from the web page dynamic generation unit 13 in the working memory 22, and refers to the rule base storage unit 21 to generate the personal information or dynamic information. Search for production rules with matching condition parts. If there is no executable production rule, the process ends, but if there is an executable production rule, the execution part of the production rule is executed to create a web page expression format, and Is output to the web page dynamic generation unit 13.

Then, the dynamic web page generator 13
A web page (HTML file) WD is generated based on the expression format determined by the rule-based processing unit 12, and W
It is output to the WW transceiver 10. The WWW transceiver 10
The web page WD is converted into transmission data and sent to the communication terminal 2. As a result, in the communication terminal 2, the web page WD is displayed on the WWW browser 20.

The above-described dynamic web page generation system 1 enables the specific processing exemplified in (1) to (3) below.

(1) Whenever the web page dynamic generation system 1 is accessed from the communication terminal 2, it is possible to provide a web page displaying an image in which a character imitating a person or an animal or an image in which a plant grows. That is, the web page dynamic generation unit 13
Acquires from the personal information database 17 information about the growth condition of characters and vegetation at the time of the previous access,
Meteorological information is acquired from the dynamic information database 16 and passed to the rule-based processing unit 12. The rule-based processing unit 12 applies a predetermined production rule,
Calculate the growth rate of characters and vegetation according to the season, and the character image and vegetation image corresponding to the growth rate,
The layout of the web page corresponding to the season is determined and notified to the web page dynamic generation unit 13. The web page dynamic generation unit 13 acquires a template file, a character image, and an image of vegetation suitable for the layout of the web page from the static information database 15 to generate the web page. Accordingly, it is possible to provide a web page that displays an image of vegetation in which fruit grows, leaves turn red, and leaves scatter according to spring, summer, autumn, and winter, and an image of a character in the process of growing.

(2) Every time the web page dynamic generation system 1 is accessed from the communication terminal 2, it is possible to provide a web page including different images, music, and voice depending on time and weather. That is, the web page dynamic generation unit 13 acquires information on the whereabouts of the user from the personal information database 17, and acquires time information at the time of access and weather information from the dynamic information database 16 to obtain a rule base. It is delivered to the processing unit 12. The rule-based processing unit 12 applies a predetermined production rule to determine an image with audio or music according to the weather in the user's residential area and a web page layout to determine the web page dynamic generation unit 1.
Notify 3. Thereby, the web page dynamic generation unit 1
3 can obtain a video and a template file from the static information database 15 to compose a web page and provide it to the user.

(3) Every time the web page dynamic generation system 1 is accessed from the communication terminal 2, referring to the purchase history of the product purchased by the user who is the viewer, selection of product advertisements to be displayed on the web page I do. That is,
The web page dynamic generation unit 13 acquires the purchase history information of the product of the user from the personal information database 17 and transfers it to the rule-based processing unit 12. The rule-based processing unit 12 applies a predetermined production rule, determines a product advertisement according to a user's preference and a web page layout from the purchase history of the product, and notifies the web page dynamic generation unit 13 of the product advertisement. The web page dynamic generation unit 13 acquires the image data of the product advertisement and the template file from the static information database 15, and generates, for example, a web page capable of displaying the banner of the product advertisement. This makes it possible to provide a web page that preferentially displays an advertisement for clothing when the user purchases many clothing-related products.

As described above, according to the web page dynamic generation system 1 according to the first embodiment, it is possible to dynamically generate and provide a web page that can finely meet the needs and demands of individual users. is there.

Embodiment 2. Next, a second embodiment of the present invention will be described. FIG. 3 is a schematic configuration diagram of a web page dynamic generation system 1A according to the second embodiment. In FIG. 3, blocks designated by the same reference numerals as those shown in FIG. 1 have substantially the same functions, and detailed description thereof will be omitted.

This web page dynamic generation system 1A
In addition to the configuration of the web page dynamic generation system 1 according to the first embodiment, a general information database 18 for storing public general information published on the IP network NW2 is further provided. There are features. The data collection processing unit 14 sequentially collects the general information distributed on the IP network NW2 to generate a general information database 18
The information stored in the general information database 18 is updated at any time in the same manner as the dynamic information database 16 in order to store the information in the general information database 18. Examples of general information include popularity votes, quotes, popular items, popular songs, sales, ratings and rankings.

The web page dynamic generation unit 13 acquires the storage information of the general information database 18 in addition to the static information database 15, the dynamic information database 16 and the personal information database 17, and cooperates with the rule-based processing unit 12. Meanwhile, the web page is dynamically generated and output to the WWW transceiver 10. For example, when images of popular products acquired from the general information database 18 are sequentially displayed on the web page, or when the total number of accesses to the web page dynamic generation system 1 reaches a predetermined number,
It is possible to generate a web page that displays a fireworks image or displays that a prize has been won. In addition, the layout of the generated web page can be dynamically changed every time the result of the popularity vote acquired from the general information database 18 is updated.

Embodiment 3. Next, a third embodiment of the invention will be described. FIG. 4 is a schematic configuration diagram of a web page dynamic generation system 1B according to the third embodiment. In FIG. 4, blocks designated by the same reference numerals as those shown in FIG. 1 have substantially the same configuration, and detailed description thereof will be omitted.

This web page dynamic generation system 1B
Is characterized in that a demand analysis unit 19 is further provided in addition to the configuration of the web page dynamic generation system 1 according to the second embodiment. The demand analysis unit 19 includes an analysis unit (not shown) that analyzes the demand data DD transmitted from the communication terminal 2, and outputs the analysis result by the analysis unit to the rule-based processing unit 12. The demand data DD includes, for example, text-format sentences (request sentences, command sentences, etc.), selection information from choices,
Examples of information include the physical condition and emotion of the user, and the current location information of the user.

Further, as shown in FIG. 5, the process determining unit 23 of the rule-based processing unit 12 has a rule-base storing unit 21.
To search for a production rule that can be applied to the analysis result input from the demand analysis unit 19, and if there is a production rule that can be executed, execute the execution unit of the production rule and execute the Web page. The expression format is determined and the web page dynamic generation unit 13 is notified. After that, the dynamic web page generation unit 13 dynamically generates a web page as described in the first and second embodiments and transmits it to the communication terminal 2 via the WWW transmission / reception unit 10. As a result, for example, when the user of the communication terminal 2 transmits the information representing the user's emotions and physical condition as the demand data DD, the layout, message and video corresponding to the emotions and physical condition are used. It is possible to dynamically generate a web page and send it to the communication terminal 2 via the WWW transceiver 10.

Fourth Embodiment Next, as the fourth embodiment, a more specific configuration of the demand analysis unit 19 according to the third embodiment will be described below. FIG. 6 is a schematic configuration diagram of the demand analysis unit 19 according to the fourth embodiment. As shown in FIG. 6, the demand analysis unit 19 uses the thesaurus
The database 34 and the syntax analysis unit 30 that executes the syntax analysis of the demand data DD transmitted from the communication terminal 2 are provided. In this example, the demand data DD is configured in text format. The thesaurus database 34 stores a thesaurus (synonym / related word dictionary) and systematically classifies synonyms, synonyms, related words, superordinate terms, subordinate terms, and antonyms (classified words). I remember.

In addition, the demand analysis unit 19 determines the significance database 3 based on the analysis result of the syntax analysis unit 30.
5, a significant word extraction unit 31 for extracting a significant word described later from 5. The demand analysis unit 19 further includes a network-type WWW search engine 32 that searches information resources distributed on the IP network NW2, a database search engine 33 that searches stored information in the database group 11, and these search engines 32. , 33 and a totalization processing unit 36 for totaling the search results.

The operation of the web page dynamic generation system 1B having the demand analysis unit 19 having such a configuration will be described in detail below. The user of the communication terminal 2 uses the WWW transmitter / receiver 1
While browsing the web page transmitted via 0, the demand data DD indicating its own request is transmitted to the web page dynamic generation system 1B. This demand data DD is composed in text format,
For example, a text format such as "the weather is good from morning" may be used.

Next, the syntactic analysis unit 30 executes syntactic analysis of the input demand data DD to decompose it into a plurality of word units, and then refers to the thesaurus database 34 to identify the classification words associated with each word unit. Extract. Specifically, as shown in FIG. 7, the input word of "the weather is good from the morning" input as the demand data DD is "from the morning", "the weather", and "the weather is good" by the syntax analysis. It is broken down into 3 word units. Then, referring to the thesaurus database 34, “early morning (80P)” and “morning (80P)” are searched and extracted as the classification words related to “from morning”. Here, the content in parentheses attached to each extracted classification word indicates the degree (similarity) related to each word. The similarity is represented by “xP” (x = 0 to 100), and the larger the numerical value x, the higher the similarity. From the word unit of "weather", "weather (100
P) ”and“ climate (80P) ”are extracted, and from the word unit“ weather is good ”,“ fine (80P) ”,
The classification words of "fine weather (80P)" and "blue sky (80P)" are extracted.

Next, the significant word extraction unit 31 refers to the significant database 35 to further retrieve and extract the significant words related to the classification word input from the significant word extraction unit 31. In the specific example shown in FIG. 7, from the classification words of “early morning (80P)” and “morning (80P)”, “sleep (10P)”,
"Newspaper (20P)", "Milk (25P)", "Walk (2
5P) ”,“ park (10P) ”, and“ exercise (20P) ”are extracted. In addition, "weather (100P)",
From the term "climate (80P)", "spring (40P)"
"Summer (40P)", "Autumn (40P)", "Winter (40P)"
P) ”significant words have been extracted, and“ fine (80
P) ”,“ sunny weather (80P) ”, and“ blue sky (80P) ”are classified as“ sun (65P) ”and“ cool (40P) ”.
P) ”,“ cloud (60P) ”,“ nature (20P) ”,“ earth (10P) ”,“ plateau (10P) ”, and“ relaxation (10P) ”are extracted.

Next, the WWW search engine 32 searches the information resources distributed on the IP network NW2 using a number of significant words input from the significant word extraction unit 31 as a search condition, and processes the search results. It is output to the unit 36. Further, the database search engine 33 can be given a significant word as a search condition to search the stored information in the database group 11. In the example shown in FIG. 7, W
As a result of the WW search engine 32 searching for sentences including significant words from the IP network NW2, "please enjoy the milk of the highlands of the earth to wake up in the morning", "Walk around Tivoli Gardens under the early morning sun", You can get search results such as greetings and advertisements such as "Relax CD" Refreshing morning "Spring celebration, Mahler's land". These search results are given a higher priority in the order of higher matching with a significant word that is a search condition.

Next, the totalization processing unit 36 totals the search results output from the WWW search engine 32 or the database search engine 33, and outputs the results to the rule-based processing unit 12 in descending order of priority. The rule-based processing unit 12
The expression form of the web page is determined using the search result. In the example shown in FIG. 7, although the search results of three sentences were obtained, the rule-based processing unit 12 may determine the expression format so that the search results may be incorporated in the web page, or the search results may be displayed. Rule-based processing may be performed using this.

As described above, according to the fourth embodiment, the IP
Since the aggregated data is obtained by using a huge number of information resources distributed on the network NW2, it is possible to dynamically generate various web pages and provide them to the user. In particular, since the thesaurus database 34 is used to extract the classification words, and the significant database 35 is used to extract the significant words related to the classification words for use in the search, uniform search results are obtained. Can be avoided.

Further, constructing a production rule corresponding to all kinds of conditions in the rule base storage unit 21 of the rule base processing unit 12 results in enormous labor for its creation work and registration work. By using the information resources on the IP network NW2 as in the present embodiment, it is possible to realize various web page expression formats according to user needs and demands without complicating the production rules.

[0045]

As described above, according to the dynamic web page generation system of claim 1 of the present invention, static information, dynamic information and personal information are generated based on the expression format determined by the rule base processing unit. Since a web page is dynamically generated by using the web page, it is possible to provide a web page that can meet the needs and demands of individual users in detail.

According to the second aspect, since a web page reflecting public general information can be dynamically generated, it is possible to provide a web page that can more finely meet the needs and demands of individual users.

According to claim 3, the immediate request of the user of the communication terminal can be reflected on the web page to change the layout and content of the web page.
A more detailed service can be realized.

According to the fourth aspect, the network type search engine searches the information resources distributed on the IP network using the analysis result of the demand data as the search condition, and the totalization processing unit totalizes the search results. Since the aggregated data is created, the aggregated data can be created by utilizing a huge number of information resources on the IP network. Therefore, it is possible to dynamically generate web pages in various expression formats without complicating the generation rules registered in the rule-based processing unit.

According to claim 5, the sentence data input as demand data is syntactically analyzed, and various types of significant words are extracted and used as search conditions. Therefore, web pages of various expression formats can be operated. Can be generated automatically.

According to the sixth aspect of the present invention, since the classification words stored in the thesaurus database are used, the extraction process of the significant words in the significant word extraction unit is facilitated, the extraction rate of the significant words is increased, and the representation of the web page is performed. It is possible to widen the range of formats.

According to the seventh aspect, since the aggregated data can be created by adding the stored information of the static information database, the dynamic database and the personal information database and output to the rule-based processing unit, the width of the expression format of the web page can be increased. Can be further expanded.

According to the eighth aspect, since the aggregated data can be created in consideration of the information stored in the general information database and the aggregated data can be output to the rule-based processing section, the range of expression formats of the web page can be further expanded. .

[Brief description of drawings]

FIG. 1 is a schematic configuration diagram of a web page dynamic generation system according to a first embodiment of the present invention.

FIG. 2 is a schematic configuration diagram of a rule-based processing unit.

FIG. 3 is a schematic configuration diagram of a web page dynamic generation system according to a second embodiment of the present invention.

FIG. 4 is a schematic configuration diagram of a web page dynamic generation system according to a third embodiment of the present invention.

FIG. 5 is a schematic configuration diagram of a rule-based processing unit.

FIG. 6 is a schematic configuration diagram of a demand analysis unit according to the fourth embodiment.

FIG. 7 is a diagram illustrating an operation example of a demand analysis unit.

[Explanation of symbols]

1 Web page dynamic generation system 2 communication terminals 10 WWW transceiver 12 Rule-based processing unit 13 Web page dynamic generator 14 Data collection processing unit 15 Static information database 16 Dynamic Information Database 17 Personal information database 18 General Information Database 19 Demand analysis section

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) G06F 17/60 330 G06F 17/60 330 504 504 F term (reference) 5B075 KK07 NK02 PQ02 PQ20 PQ42 PR08 UU40 5B082 GA08 HA05 HA08

Claims (8)

[Claims] 1. A WWW (World Wide W) provided in a communication terminal on an IP (Internet Protocol) network.
eb) A WWW transmission / reception unit for transmitting a web page in response to a transmission request from a browser, and static information for storing static information including a plurality of types of template files that define the specifications of the web page and contents to be embedded in the template file. An information database, a dynamic information database that stores dynamic information that changes from time to time and is input, a personal information database that stores personal information of a user who uses the communication terminal, the dynamic information, and A rule-based processing unit that determines a representation format of the web page by applying a generation rule prepared in advance to at least one of static information and the personal information; and the representation format determined by the rule-base processing unit. According to the static information, the dynamic information and the personal information to the web page Dynamically generate the WWW
A dynamic web page generation system, comprising: a dynamic web page generation section for outputting to a transmission / reception section. 2. The web page dynamic generation system according to claim 1, further comprising a general information database that stores public general information that is open to the public, and the rule-based processing unit includes: Applying the generation rule to at least one of general information, the dynamic information, the static information, and the personal information to determine an expression format of the web page, and the web page dynamic generation unit further includes: A dynamic web page generation system that dynamically generates the web page using the general information. 3. The web page dynamic generation system according to claim 1, further comprising an analysis unit that analyzes demand data transmitted from the communication terminal and indicating a request of a user of the communication terminal. The rule-based processing unit determines an expression format of the web page using the analysis result by the analysis unit,
Web page dynamic generation system. 4. The web page dynamic generation system according to claim 3, wherein the network type search engine searches the information resources distributed on the IP network using the analysis result of the analysis means as a search condition, Further, a totalization processing unit that outputs totalized data that aggregates the search results output from the network-type search engine to the rule-based processing unit, and the rule-based processing unit uses the totalized data A dynamic web page generation system that determines the expression format. 5. The web page dynamic generation system according to claim 4, wherein the analysis unit analyzes a syntax of sentence data input as the demand data and decomposes the sentence data into language units. An analysis unit, a significant database that stores significant words associated with various words, and a significant word extraction unit that extracts the significant words from the significant database based on the linguistic units, and the network-type search The engine is a dynamic web page generation system, which searches the information resource using the significant word as the search condition. 6. The dynamic web page generation system according to claim 5, wherein the analysis means further comprises a thesaurus database storing a classification word having a meaning related to the language unit, The syntactic analysis unit extracts the classification word related to the language unit from the thesaurus database, and the significant word extraction unit extracts the significant word related to the classification word. A dynamic web page generation system. . 7. The web page dynamic generation system according to claim 4, wherein the analysis result output from the analysis means is used as a search condition for the static information database and the static information database. The database further includes a database search engine that searches at least one of a dynamic information database and the personal information database, and the aggregation processing unit aggregates search results output from the database search engine to obtain the aggregated data. A web page dynamic generation system to output. 8. The dynamic web page generation system according to claim 7, wherein the database search engine further searches the general information database.