KR20100094021A - Customized and intellectual symbol, icon internet information searching system utilizing a mobile communication terminal and ip-based information terminal - Google Patents

Abstract

The present invention achieves digital convergence (convergence) of Internet information retrieval through a mobile communication terminal and an IP-based information terminal, and has a symbol, an icon form, an area in which anyone participates, a cluster of specialized fields, and a specific form. It relates to the ubiquitous symbol and icon internet search system that can be customized and intelligently searched through search terms. The present invention creates a cluster index of all search specialty areas, local information, etc. for each specialty area and converts each Internet search information or domain into a symbol, an icon (figure, picture, symbol, voice, video, book mark, etc.). Create regional specialty clustered links, such as search patterns, blogs, UCC information, Internet shopping mall information, public institution knowledge, store website, restaurant POS information, corporate ERP, website information, and map information. It is to store the data in the form of a multi-dimensional relational database based on synchronous internet data and to search the Internet information of each region and specialty cluster in the form of symbols and icons. Therefore, the present invention does not require a specific search website, does not need to know the Internet domain, and when a specific search execution word is entered in the relevant website Internet domain, it can be more automatically intelligent search that can be understood by the computer. In addition, with the technology of related ubiquitous computing, the next-generation search specialization area through internet symbol and icon, the ID, IP information, voice information, voice information, etc. of information communication terminal, IPTV, VOIP, mobile communication terminal, navigation, etc. When a word query of Internet information is entered or related search words are entered in various group forms such as information, phone information, domain information, etc., the stored search results are symbols, icons (figures, symbols, pictures, diagrams, avatars, bookmarks), etc. The search information is displayed so that the search information can be utilized more effectively. It also uses regional and discipline-specific collaboration, the basic concept of clusters, to help local specialists in Internet information (customers, businesses, stores, governments, schools, local public institutions, offline actors, students, teachers, professional groups, individuals, Logical inference can be divided according to the collaboration criteria of specialized Internet information of community, etc., and verified by existing bidirectional data modification, and the desired information terminal or mobile communication terminal can also be used as symbols, icons (symbols, figures, pictures), etc. New concept that makes it more effective to respond to ubiquitous computing environment, to understand Internet search more easily, and to display simple and professional search result in a short time by touching desired symbol and icon through mobile terminal. To provide an intelligent Internet search system.

Description

Customized and intellectual symbol, icon internet information searching system utilizing a mobile communication terminal and IP-based information terminal}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to internet information retrieval, and in particular, digital convergence (convergence) of Internet information retrieval through mobile communication terminals and IP-based information terminals, and symbols and icons in which the Internet retrieval domain does not need to be known, and areas in which everyone participates. It is related to a mobile communication terminal that can be customized and intelligently searched through a specific search word and a customized, intelligent symbol and icon internet information retrieval system using an IP-based information terminal.

Due to the stagnant Internet portal type web services, the size of the web service has become severe due to intensifying competition among operators, and now businesses that rely on advertising revenue are limited.

In particular, with the interest in semantic web, a new concept of the web, and the development of server technology, the technology of cloud computing is dominant, and now we operate a new concept web networking and web database based on this technology. Technology must be developed.

In addition, service providers having customers of the Internet through the development of next generation web browsers or search and portals are developing mobile communication terminals suitable for their mobile communication environments. In particular, these browsers are developing a number of features and speed improvements, but the reality is that they do not have an integrated ubiquitous terminal, accept only their own technology and content, and do not provide acceptance for other information and communication terminals. Furthermore, existing web browser environments only dealt with the structure of current web servers. Because of this, it's a waste of time to show the browser back to the web server what a file was created as a file. Therefore, having a function that makes the web browser show only the current web server structure presents a lot of problems. Next-generation web browsers should choose the future, or relational web, so that the type of web that they want to relate to is visible to the browser. This will allow you to create a web browser that allows you to provide the functionality of a web editor depending on the relational web you choose.

The semantic web, which leads Web 3.0, is a technology that leads artificial intelligence knowledge search, and requires many changes in the internet paradigm. In particular, since the semantic web is made by XML or RDF (Resource Description Framework) technology, all existing web resources must be XML or RDF. Therefore, all internet web term information must be converted over a long period of time to form a semantic web. This is a problem that the existing HTML does not implement such an intelligent search engine or the next generation search engine web. The reason is that RDF refers to a structure for exchanging or describing metadata on the web. Unlike traditional methods that treat records as a description unit, domain resources, attributes, and attribute values are represented as one unit. The so-called "triple" concept is the key. The refinement of resource and attribute expressions enables more sophisticated descriptions of resources, and the relationship between domain resources can be infinitely set through predicates. Each domain resource has a unique identifier through a Uniform Resource Identifier (URI). In addition, attribute names that describe resources also use attributes defined in the XML namespace through their own URl to avoid semantic conflicts. Other URIs can be specified as values of these attributes, and the resources specified as attribute values are again subject to description, so that the attributes and attribute values for the resources can be imposed again. RDF-Schema is a schema language based on RDF that allows the resource to be described to belong to any class and to define the attributes required to describe the resource. It can define the relationship between the class and the class, the relationship between the property and the property, and it is possible to express the relationship between the property of the metadata and the class in a form that can be understood by humans and computer processing. The ontology language is a further extension of the modeling extensions that were not sufficient in RDF-Schema. The ontology language extends to RDF-Schema a wider range of expressive power and enables logical inference so that the semantic web is developed until the machine understands the meaning of the web.

The development of artificial intelligence knowledge search requires the development of a relevant paradigm of online expertise and a new paradigm in which many existing Internet information and technologies converge with new knowledge industries and new technologies. In addition, the saturated internet market should be developed by new Internet ubiquitous-oriented technologies. WEB 2.0, which represents blogs and UCCs, can only input information from one specific Internet domain or go through a specific web format. Overcoming the limitations of Internet technology is a convergence solution.

In particular, through the development of new information and communication technologies, the speed and capacity of all Internet servers, name servers, and domain servers have increased, and the speed of the network has increased, and now Cloud Computing is used to connect multiple servers as fast servers. The concept is coming out. As the technology for sharing a lot of internet information increases, the artificial intelligence knowledge industry will be activated by the semantic web. With the advancement in storage memory capacity, all computers now have shared server capabilities, allowing them to consolidate their online and offline infrastructure over the Internet. In doing so, it is necessary to solve the limitations of the existing Internet by creating and developing various offline services and agents.

The form of Internet information data should change from asynchronous to synchronous with the internet market and technology, and develop from independent time and space independent connections. The existing WEB 2.0 is mostly asynchronous because most of the data is collected through OPEN API (public Internet application) and meshing (gathering information on the net). For example, the OPEN API service represented by RSS is mainly composed of asynchronous data showing newspaper or news information. In addition, the blog, the representative concept UCC of WEB 2.0 of the Internet, is also created for one-time only. This also needs to be converted into a form in which synchronous and timeless Internet data is mainstream and asynchronous data is added to it.

To do this, product information and service information from an operating system such as an enterprise extranet or a website, a store or a restaurant, and the like must be connected to a synchronous information retrieval system as continuous operation data. In order for this information to be searched, stores, restaurants, retails, etc., must be linked to the search information at the point of sale (POS). It must be maintained in an ongoing manner.

Another web 2.0 concept, the long tail (comment-like evaluation center) and the mapping (map information) information, were mostly connected to time and space information. However, in the future, data must be synchronous in order to solve the liquidity and accessibility of information, and it must be made in relational and clustered web form over time and space. This new concept of the Web must be the foundation of cloud computing. In this system environment, web information of cluster type should be made through reference between different resources through synchronous and semantic link of data type. Through this, a new concept of web IT platform that converges ubiquitous equipment that transcends all time and space should be accelerated.

As contents are gathered from more and more customers, information uploaded through meshing (gathering net information) such as UCC has many disadvantages in copyright. In addition, many security issues, such as leakage of personal information, are a problem for the Internet. The most sensitive thing in the era of WEB 2.0 is the issue of copyright.

Copyright has many forms of problem, and all Internet knowledge information and all other information that represents UCC must require intellectual property rights or be handled in terms of existing information content distribution.

In addition, due to the development of ubiquitous computing, information terminal and mobile communication terminal RFID are increased, and the demand of IP address is increased, and the number of IP will be increased by changing to the technical structure of IPv6 to improve this. If so, many information terminals will not be able to properly implement Internet information data from many IPs with the existing web information infrastructure and web infrastructure service structure. Therefore, there is a need for a technology OID (OBJECT IDENTIFIER) that allows group IPs to be identified or grouped together with the same Internet data or correlated information from many kinds of information terminal IPs.

IPTV is one of the most growing technologies due to the development of IP-based ubiquitous. IPTV has excellent bi-directionality, can accommodate all multimedia, and can provide various Internet services. One problem is that, unlike a computer keyboard, only a limited number of buttons are provided for a remote controller used in IPTV, which causes troublesome input method of characters.

Also, the development of the Internet now requires many changes in mobile information and communication technology.

The website must display a small amount of information related to the Internet, and because of the characteristics of the mobile terminal, it is displayed on a small screen and accepts a small amount of communication data, so it is converted according to the standard of the WAP (Wireless Application Protocol) standard. It was inconvenient to recode. However, this is a technology that converts HTML to WML and solves the speed problem of sending or receiving to a mobile phone. The existing WAP is a protocol for efficiently transmitting data in a wireless propagation environment between a conventional wireless terminal and each mobile carrier base station, and should be able to operate in various wireless mobile communication protocols regardless of the type of network or terminal. Since WAP uses a communication protocol, a gateway (server) is necessary to convert to HTML, which is an existing Internet standard protocol such as HTTP and TCP, and WML, a protocol dedicated to WAP. Currently, there is a mobile terminal with a smart phone function with good performance and speed, and the protocol of WAP2.0 is shown, which reduces the disadvantage of switching to the related WML2, but there are still many problems of the mobile terminal. In Mobile Explorer, for example, a browser within a wireless terminal handles what a WAP gateway needs to do. Internally, the terminal is compatible with the existing HTTP method and m-HTML is abbreviated as HTML.

In addition, the method of managing object management software is indicated by the standard specification of the object request mediator (ORB) established by the object management group (OMG), generally abbreviated as CORBA. The ORB is a function that handles communication between objects in a distributed object environment. It is a key component of the five components of the object management structure (OMA), which is the basic structure of OMG's distributed object type system. Object type information technology is a distributed technology in which systems developed by various OS platforms are interconnected and processed as a single system.

In recent years, the Internet has been pouring out a lot of information and floods of information, when many people search or search for information, it is only the level of information retrieval that now searches for information through related words on specific search sites. Even if you find the related words of the search information, it is not easy to find the information you want. And it was difficult to find useful information in real life by reflecting the customer's living area from the searched information. The reason for this is that the search information is only an index stored on the server through specific words, so it is necessary to find the information that customers are looking for more extensively. However, the problem is that despite all of these problems in search sites, many search sites rely on advertisements to show advertisement-oriented information rather than fidelity of search information.

And it's too hard for everyone to think about or find a lower level of trust in information created from search information on the Internet. This requires time to enter and verify the domain again, since only the information on the Internet domain is shown at the index level, all of the information currently retrieved. In addition, because the search engine relying only on the Internet index and unknown website information are shown, the content level of many Internet information is retarded due to the position of the search which is the entrance of the Internet or the level of the search engine making the search. It will be in a state.

And the same is true of the creation of Internet websites, where traditional browsers only display files on the current web server. In fact, even if many people want to upload information or make information on a website, they have to test it with an existing browser by creating a website file by entering the website editor or selecting a program.

This is a problem of Internet communication, which requires a website that is easily recognized by a computer rather than a website that people understand. Because of this, the developed semantic web of XML or RDF can recognize only the limited information of a single business site or a few websites with more computer, or upload XML information only to a limited website so that only a limited website can use the semantic web. Will be. This creates a problem for the advancement of technology in the Internet industry, and it will be possible to implement artificial intelligence or the next-generation web over time.

What's more problematic is that the information that many people have found through traditional search engines has only become the index's location, the ordering factor, and the search information of the companies paying for the ad is moving forward and irrelevant people looking for information. It will take a lot of time to allow people to recognize and navigate manually, which will be a problem for the current search system and further hinder technological development. It is necessary for the computer to recognize the word and automatically go to the concept of inference or semantic web. To do this, an artificial intelligent retrieval system that semantic reasoning is recognized by the functional computer of the Semantic Web is required even with a number of existing html-structured websites.

And you need to show people more search content, upload information related to their Internet, and need more synchronous, professional, and refined information. Because of the comprehensiveness of the search system itself, the Internet's search system is only related information from one word. It was the limit to show the bay.

In addition, since the search information is simply asynchronous, a lot of improvement is required from the standpoint of making or consuming the search information without the information of the relevant search language having a certain format. In addition, since these data are limited in time and space, regular data cannot be updated periodically, and there are many limitations in space limitation and search method. In addition, it can be searched only when entering a specific website, which has a lot of inconvenience. In addition to spatial information, images, videos, maps, and multimedia should be made easy for people to search. Until now, the problem has been that text is mainly searched.

To solve this problem, rather than search results that represent only index-level Internet domains, you can use a richer, more specialized presentation form and an existing search engine that can be easily recognized by computers, using existing HTML resources with XML or RDF. Should have. This is a next-generation search engine that can provide more intelligent search through the framework of XML, such as RDF, which is a self-expression form over the existing paradigm of HTML resources, and can show the search information from these various forms of intelligent search at once. This is necessary. In addition, index-driven searches do not produce this information, and data is maintained and synchronously maintained in many people's areas of expertise and operating systems used in their local operations, such as POS, ERP, intranets, e-commerce, and websites. The data that comes out is the center of search, and the Internet search system must be created with the concept of collaboration that comes from various fields in cluster form.

This makes the convergence of many existing systems and the convergence of existing IT systems developed in each industrial field into symbol and icon search systems.

In addition, the number of mobile communication terminals such as mobile communication terminals and RFID is exploding, and various IP-based technologies such as VOIP and IPTV are increasing. The search system, which is the gateway of the Internet, is still a PC-based GUI. Have an environment. Search word-based search methods are more difficult to access in the mobile terminal without a keyboard, and furthermore, IPTV is in the form of a keyboardless remote control, and thus the search method needs to be improved. In particular, the mobile communication terminal needs a method to solve this problem because the contents of each carrier is different according to the WAP protocol of many carriers. This creates a lot of problems of communication of Internet data, and ultimately the need for ubiquitous search engines.

To this end, it is necessary to solve the following problems.

First, the professionalism, fidelity, convergence, convenience and convenience of search information and computers must be easily recognized by the web to become artificial intelligence.

Second, there should be a variety of hierarchies between more specialized and regional clusters that use them.

Third, the integration and accessibility of various mobile communication terminals and IPTVs using this information should be easier and simpler ubiquitous Internet search engine.

Fourth, applicability and commerciality using this information should be excellent.

Fifth, the Internet search data should be synchronous, transcending time and space, integrating with the operating systems of companies and workplaces.

Sixth, personal information, ID, password (PASSWORD) and copyright should be protected and search information can be generated.

Accordingly, an object of the present invention has been devised in view of the above-described problems, and achieves convergence of internet information retrieval through mobile communication terminal and IP-based information terminal, and does not need to know internet search domain. The present invention provides a customized, intelligent symbol and icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal that can search for information intelligently and intelligently through a specific search word having a cluster form.

It is also an object of the present invention that many people can create a lot of search information by themselves and then verify and logical reasoning of professional customers, companies, shops, industry experts, and public institutions divided into their respective clustered regions or areas of expertise. By making the related words, symbols, and icon related search terms more professional by the interactive web system, it is possible to verify the fidelity of the search words and to make logical inferences with various expressions so that the computer can recognize and trust the internet search professionally. To provide a customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal.

In order to achieve the above objects, a customized, intelligent symbol, and icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal of the present invention is a large number of Internet information retrieval systems using a mobile communication terminal and an IP-based information terminal. A relational website system for searching for and a database for storing data, a matching search engine, a plurality of web servers, and a cluster symbol and icon search server to which the database, matching search engine and web servers are connected, The web page file is formatted and databased according to the characteristics and website menus displayed on at least one website, and the main part that changes according to the menu elements of each website is divided into several web page files. Between each web linked back here The same kind of main part that changes according to the web configuration menu is databased so that various kinds of internet data can be input and modified, and internet data from various internet programs (blog, RSS, UCC, BOARD, etc.), and related internet shopping malls. The location of each web site's web page organization table by dividing and formalizing several Internet websites, consisting of information, commodity information, knowledge information, XML structured data, or comparative data of Internet information, creating databases and metadata. By using information, server sharing technology is divided into web page files, metadata and databases of web sites that are related in advance according to the desired relationship type. Ball in form of new web page file of results It can be stored and stored in metadata or database by marking it on Internet domain address (URL) resources so that it can be logically inferred from words searching for web server and directory names. Or, it can be stored in metadata or database by using Internet domain address (URL) resource of common name.

In this context, a website relationship is an object-relational relationship between a collection of objects with the same property, a network relational relationship between things that do not have the same property, a single extended relational property in which one property extends to the same property, and the same property. Objects are divided into hierarchical relation types, which have substructures with the same properties, and complex relation types in which all relation attributes are complex.

The customized, intelligent symbol and icon Internet information retrieval system using the mobile communication terminal and the IP-based information terminal of the present invention achieves digital convergence through a mobile communication terminal and an IP-based information terminal and does not require an internet search domain. It is a ubiquitous symbol and icon internet intelligent search system that has a symbol, an icon form, and a local cluster in which anyone participates, and can search with semantic reasoning and customized through specific search terms. Each specialty cluster index is defined by the database of specific Internet search information and general website information created by each web site relation type, and the Internet data information created through various Internet open programs (blog, RSS, etc.). Each of the integrated search information (Internet shopping mall information, knowledge information or comparison data of Internet information, etc.) is used for multi-dimensional relational Internet website system to search for specific symbols, icons (figures, figures, symbols, Voice, video, or bookmark), and enter related search terms, related searches, voice search terms, semantic reasoning, and logical search information into standardized or database information in the information database fields of related symbols and icons. When the relevant search words made through various forms of search in the intelligent search site are matched, this particular symbol and icon are displayed on the information communication terminal. Subjects (customers, companies, By collaborating with the Internet to create, verify, and freeze search information by linking stores, government, schools, and local public units) to model search data with more logical reasoning, Recognizing and creating an intelligent Internet search system in the form of a machine. They should make sure that each intelligent search information does not collide, which is why intelligent search information is linked to each symbol and icon by code and serial number, thereby providing more expertise and reliability in intelligent search information from relational web SCHEMA. Add logical reasoning information so that you can In addition, it becomes the Internet intelligent search system that is continuously added by updating the synchronous Internet data applied in each public institution and workplace. It is also a kind of standard meaning that can be interpreted by an automated computer rather than searching by offline humans, cluster symbols using it through various mobile communication networks, and various layers between icons. The means of information exchange is made.

In addition, multi-dimensional relational database information can be compared and searched into specific symbols and icons to form individual search areas and regional clusters, so that the searched information can be logically searched from various angles in a professional manner. Rather than entering the existing search domain and searching for a simple index, a specially designed intelligent search browser uses attribute values from each relevant relational web site, ie, words that only contain specific search words into the Internet domain address window and perform a search. Combined with semantic reasoning, the search results shown allow more people to participate in convenient and reliable searches, and to make their own Internet data searches more professionally and clustered. Internet intelligent search system.

The unique feature of this system is that if you do not enter a specific search website, simply click on the clustered search symbols and icons to make the desired information immediately visible in association with the location information, product information, and map information of the mobile communication terminal. This eliminates the need for a search browser on the Internet or a specific Internet domain, and allows you to program a new interface to the Internet by creating symbols and icons on the desktop for specific clusters. The mobile terminal using this search information is easier to access and search on the Internet, and the symbolic and icon is very simple to use, and more people use intelligent search system.

In addition, the most important feature of this is that it can be synchronized with internal operating system such as POS, ERP, MIS, CRM, PIMS to make synchronous data, and search information is modified and added beyond time and space. It becomes a search system. In addition, it is possible to search intelligently in a simple way. By connecting various related symbols and icons in a straight line or by dragging each corresponding symbol and icon to one place using a mouse in the space created by any program, the search information is automatically determined. You can make it appear in. It is also possible to make each search condition more intelligent, which is accomplished through inference through semantic links of each search word and references to search information stored and linked to symbols and icons that are different resources (RESOURCE). It is possible by the cluster logical reasoning search method by specialty. It can be used as a tool to create and verify search information by collaborating search subjects by each region or specialty cluster, and it can raise the confidence level of search information by automatically making it recognized by computer. These cluster symbols and icon information can be traded by connecting information that can be sold such as knowledge information, music, movies, and novels, and this transaction will open the era of more active internet information intelligent search. In addition, the applicability and commercial effects of more Internet data can be created using synchronous information that transcends time and space.

In addition, it becomes a cutting-edge Internet intelligent search system that can convert the index of the cluster to each symbol and icon by voice and call the cluster information symbol and icon of a desired field by voice to perform related word search by voice. By combining local cluster symbols and icons with map information or 3D video, it can be used as a cutting edge technology of internet search. For example, if a local cluster type symbol or icon is selected using voice information or an IPTV remote control, the desired search information of the area can be linked at will, and the content of the IPTV enables various Internet search services through simple symbols and icons. Here, the search results can be displayed through multimedia such as voice information or video information. After all, it is possible to make a home shopping mall that can trade goods such as local stores through IPTV.

The same is true for clustering emails in the same way, sending emails or sending SMS to carriers. You can create specific groups or people involved in clustered symbols and icons. This technology has an object identifier (OID) function, which can be combined with numerous IP-based technologies to enable various types of group search, Internet data recommendation search, and custom search. In addition, it is possible to apply a lot of Internet data information to make a number of objects such as cars, buses, houses, etc. in clustered symbols and icons, and to recognize them as a multi-objective relationship by collecting the same properties. And if IP is used for each symbol and icon information, user IP of search data is stored, which can enhance information security. In addition, by using symbol and icon technology, the ID and password of the Internet can be created and re-coded in order to be input to the server, or a symbol or icon linked with the ID and password can be input by a specific voice recognition program or a specific fingerprint recognition program. will be.

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

1 is an overall configuration of a customized, intelligent symbol, icon Internet information retrieval system to which the present invention is applied, which illustrates a case of using a multi-dimensional relational web system.

Referring to FIG. 1, a database unit for storing data includes a master multi multidimensional relational web system DB 200, a cluster multi multidimensional relational web system DB 300, a symbol, an icon multi multidimensional relational web system DB 400, and integrated movement. The communication search is composed of a multi-dimensional relational web system DB (100).

The cluster symbol and icon search server 500 may be an internet cluster symbol, an icon search engine program-matching agent 510, a web server 520, a middleware 530, and a CORBA 540. It consists of a server.

In addition, an integrated WAP-based multi multi-dimensional web system DB 810 is connected to the mobile telecommunication service provider network 800. The WAP-based mobile communication terminal 820 is connected to the symbol and icon search server 500 through the integrated WAP-based multi-dimensional web system DB 810. The mobile terminal 830 of the full browsing series also has a structure for accessing a cluster symbol and icon search system using the mobile operator network 800 according to a signal from a network of a related mobile operator.

Multiple cluster member information terminals 610 to 630 such as individual cluster members, ie, local businesses (eg, restaurants 610), expert groups (eg, culinary specialists 620), and customers 630 (eg, restaurant customers), via the Internet network. ) Is connected. Each cluster member information terminal 610 to 630 connected to the cluster symbol and icon search server 500 through the Internet network is a system capable of generating, verifying and searching symbol and icon search information through respective user applications on the desktop. will be. For example, a restaurant POS system 710 as a local company, a restaurant POS system 710 as a professional group, a culinary expert 620 as a symbol, an icon input device 720, a restaurant customer 630 a symbol, an icon searcher 730, and the like. The same user application can be used to create, verify, and retrieve information.

For example, as shown in FIG. 2, while a restaurant or restaurant in Mapo-gu, Seoul is used as the Internet, the POS or website is operated synchronously, stored in a cluster symbol, icon search server 500 or stored in another server. In the data and screen configuration of each of the one or more websites, as shown in Figure 3, the website configuration menus (eg, about us, contact us, menu ‥, etc.) are included, After dividing the changing and unchanging parts of the website screen, divide each part into parts. 2 and 3 are examples of basic multi-dimensional relational DB and Web site partitioning configuration.

For example, the upper part that does not change as shown in FIG. 3 is TOP 131, and data is displayed and changed according to each website configuration menu as MAIN 132, and other unchanged lower parts. It is divided into several equal parts such as BOTTOM (133). All of these are formatted as database split source filenames and databased. For example, it may be standardized with related web page file names, split files, split names, split locations, tags, menus, data, or the like, or a database of metadata. Among them, according to the type of Internet data, each data is connected by key value and connected with database of more detailed information. There are various types of such data as shown in FIG. 3, and the web file form 134, the script (SCRIPT) web form 135, the database form 136, the blog form 137, the map information 138, and the like. It can be classified into XML format.

For example, as shown in [Table 1] to [Table 4], it is possible to create websites of 'Aid Restaurant' and 'Gangchon Restaurant' in 'Mapo-gu'.

[Table 1] Example: Mapo-gu Aid Restaurant Website

 [Table 2] Example: Mapo-gu original restaurant product (restaurant menu DB)

 [Table 3] Example: Map of Gangchon Restaurant Website

[Table 4] Example: Gangchon Restaurant Product Mapo-gu (Restaurant Menu DB)

After the MAIN (132) part that changes according to each website configuration menu element is formalized into several website files, the same kind of MAIN (132) part that changes according to each website configuration menu connected to it The internet data is connected and can be entered and modified, and the data is made into the same restaurant menu database as above. Then create these multiple Internet websites in the same way, and then create a configuration master multidimensional relationship table for each website. Each new website displayed by the results of each search information is newly designed or fixed as a search result, and is defined as the fixed TOP and BOTTOM sections, and the data in the MAIN section is the restaurant menu name, photo, symbol, icon information, description, price. , The restaurant address, the restaurant name, etc., respectively, the data website file source value of the MAIN section stores the restaurants of each different Mapo-gu connected to each Internet through the POSITION (server IP / directory) at the top. It is a technology that allows linking to a file in a web server directory through a link (shared technology of cloud computing), which makes it possible to share the same website information configuration menu part or similar parts between restaurants. Object relationships, network relationships, single extended relationships, hierarchical relationships, mixed relationships, arranged according to new search results (e.g., 2). This arrangement can be applied to new types of websites and web page files to show search results. In order to do this, the existing attribute of the divided web page file (Gangchon restaurant, Mapo restaurant's divided web page file) and the relational property of each divided web page file and metadata can be merged or merged according to the relation type. Create an array of names, assign each property value name to an array of property types, specify the property type as the server domain name, and specify the name of the property that belongs to it as the directory name. Puts metadata in a class web page file and configures the web server to share related databases with each other. If you put a URL into the web address bar of a particular intelligent search web browser that demonstrates this, each search attribute value is either a word name or a domain that is a type of attribute, the relevant search results in the directory are directed to the search web page file (the Mapo-gu restaurant's integrated search website). To make it visible. In addition, the intelligent search function is connected to the general multi-multi-dimensional relational websites connected to each other. If the attribute value or the type of the attribute is entered through the search program, the search is performed by the intelligent search.

To illustrate this in more technical example, you can use various sharing methods at the O / S level (LEVEL), such as directory link or symbolic link on Unix or OS, to be used on each restaurant's website. When selecting relational type, in order to make visible relational SCHEMA in advance, the same food information of MAIN part is stored according to relation type and arrangement of relational type, and the website menus of object relation type, that is, same attribute type are divided according to relational arrangement. The search results of the same attribute by using various shared commands such as O / S commands such as directory links (or symbolic links) on the server where the relevant website exists. Meta with the same directory name as the web server to contain search words that are of type and attribute values. By linking data and databases and having intelligent search website components such as resources (domains), relationship attributes, and relationship attribute values, logical inference makes the words in search easier to be understood by computers rather than by humans. will be. In addition, all the intelligent search engines search for the matching Internet domain addresses in the matching agent in metadata so that they can be stored in advance in each directory, which is the configuration of the web server where the Internet domain addresses are expressed, to be shared with the source data in advance. Operational data is written into an intelligent search system.

In this way, you can arrange each existing same website information configuration menu part or similar part in the result web server directory in advance according to various relationship types (object relationship, network relationship, single extension relationship, hierarchical relationship, mixed relationship) (Fig. In order to prevent this from happening, many Internet sites and telephone domains composed of specific search words appearing in multiple multidimensional relations as shown in FIG. Symbol, icon domain 141 is composed of a symbol, icon consisting of a fixed serial number, code or key (KEY) and connected by the same code or key (symbol, icon (figure, picture, symbol, voice, video, There is a repository where bookmarks are stored. This symbol and icon code key is symbol, icon multi-dimensional relational web system DB, clustered multi-dimensional relational web system DB, integrated mobile communication search multi-dimensional relational web system DB, symbol, icon voice information DB, map information DB It is a master database that connects clustered index information including symbol and icon information. It is a multidimensional relational web that can be recognized by the computer by creating additional information in search information to make various semantic inferences for the lack of modeling in the multi-dimensional relational web schema (SCHEMA). It is to make multimedia and map information. Connecting all this is done through symbolic, iconic code.

For example, in more detail, in this form, several restaurant websites are created as shown in FIG. 2, and the same type of website configuration menu is used in the data and screen configuration that are displayed on the website screen by collecting several Mapo-gu restaurant websites connected to the Internet. (E.g., restaurant introduction 121, restaurant contact 122, food menu 123, etc.) to group and eventually include all local information as shown in FIG.

It collects only Seolleongtang menu, which is an attribute value, and pre-shares them in a new relational website resource (www.mapomenusearch.co.kr) in object relation. Define Mapo Restaurant in advance and make DB query command to make menu information of Seolleongtang automatically when the address of 'www.mapomenusearch.co.kr/ 설렁탕' comes in and make it as MAIN to make Seolleongtang in a shared web server. It creates a directory and links it to the main web page in it so that it appears in the MAIN section. TOP and BOTTOM connect the one created in the website that is created as a new search result and complete the linked Seolleongtang search result web page. In this way, in order to associate a phone number or related information with a symbol or icon, a directory (eg www.mapomenusearch.co.kr/12) as a symbol, icon serial number, code, or key. Make it in advance to share all relational information related to Seolleongtang.

This is a relational web search website with more intelligent search engines. If you run an intelligent search engine in the search box, the intelligent search engine first searches for metadata, a domain resource linked to the relational web. The words de mapo and restaurant will be entered into 'www.mapomenusearch.co.kr/' by semantic reasoning, and the property value of Seolleongtang will be found here and 'www.mapomenusearch.co.kr/Sulongtang' will be shown in the search box. And additional relational web information linked to www.mapomenusearch.co.kr/12.

In this way, all information is formalized as shown in Fig. 4, so that various specific names can be set up in a manner such as multi-object relational, network relational, extended relational, hierarchical relational, complex relational, etc. Internet domains (including phone domains), symbols and icon domains are stored. Object relational types are related to a collection of things that have the same properties, and network relational types are related to things that do not have the same properties. A single extended relational type is one attribute extended to several same attributes, and a hierarchical relational type is a form in which an object with the same attribute has an infrastructure having another same attribute. Complex relational type is a combination of all relational attributes.

Each symbol and icon domain is connected to a clustered multidimensional relational DB of various regions, an integrated search information multidimensional relational DB, an integrated mobile communication data multidimensional relational DB, a symbol, an icon voice information DB, and a map information DB. All of these links allow you to link the symbol and icon domain numbers as code or key 141. In particular, this multi-dimensional relational DB contains symbol and icon information so that clustered index information can be linked. It acts as a master database and allows many intelligent search information to be searched automatically.

The search information created in this way can be made into a local cluster type.

For example, if you look more closely at local, specialized clustered multi-dimensional relational web system DBs, the Internet can be multi-relational by gathering search indexes of the same local character or the same business among these website information components, as shown in Table 5 below. By dividing the data and integrating it into attributes of the same nature, it is formalized or databased. Through these attributes, a web server with a structure that can input values without existing local and specialty cluster type web data and a directory existing in it should be created in advance so that each can be shared. In addition, multi-dimensional relational websites are provided to all subjects participating in each regional cluster, or through the program, the subjects create contents related to the search words. As shown in [Table 5] to [Table 8], it is to store the search information of the Internet that can make specific semantic inference made according to the form of website relations of regions and various industries, respectively. This is done through collaboration, which is the basic concept of regional and specialty clusters, which are subjects of Internet search words (ie, customers, local stores, businesses, stores, government, schools, and local public institution units) and the Internet. By linking, collaborating on the evaluation, generation, verification, and fixation of search information, we will create a more professional and reliable local Internet intelligent search knowledge system. In particular, these verifications can be used to correct or modify the semantic definitions of various search words and to vote for semantic priorities by various methods or to correct the meaning according to the number of clicks. This is to create a system that enables logical reasoning on its own so that more and more meaningful semantic reasoning is possible.

For example, a clustered multidimensional relational web system DB of a restaurant may be a restaurant website, a POS system, an ERP, or an EIS as shown in [Table 5] to [Table 8]. In the existing search web system that checks the result of data or search coming from internal systems such as INTRANET, CRM, DATA MINING, etc., it is stored in the master multi multidimensional relational web system DB. By evaluating and evaluating foods such as customer information, food culinary experts, and search information, the level of trust in Internet search information can be continuously modified and added. This is possible so that the symbol, icon serial number, and code number 12 are linked to the master DB as a KEY value. According to the website diagram of [Table 7], create a new food expert web page, make the directory 'SPECIAL', and make the Internet address 'www.mapomenusearch.co.kr/specail'. In addition, the website is created by BOTTOM, and the culinary expert enters the search information and evaluates the information from Seolleongtang by using the search professional website address.

In the same way, customers participating in the search information can create a new web page for search customers in advance and make the directory 'customer' with the Internet address 'www.mapomenusearch.co.kr/customer'. According to the website structure of], the customer's website is made with TOP, MAIN, and BOTTOM to eat that Seolleongtang and input related evaluation or related information in the form of relational DB below [Table 5]. When each local cluster entity adds information to the search website, the search is performed by symbol, icon number, code, and serial key information, and related information is displayed in the search results. This makes it possible to search more diverse search information intelligently through various semantic inferences through semantic inference like the ontology of semantic web. Eventually, symbol and icon code values not only prevent semantic collisions in intelligent search engines, but also make a more reliable intelligent search system by collecting vast data and knowledge information.

[Table 5] Ex) Restaurant cluster type customer search website structure www.mapomenusearch.co.kr/cutomer

 [Table 6] Ex) Restaurant Customer Mapo Cluster DB Type

[Table 7] Ex) Restaurant cluster type culinary expert, search expert search website structure www.mapomenusearch.co.kr/specail

[Table 8] Ex) Restaurant Expert Mapo Cluster DB Type

Next, the symbol and icon relational DB forms the relevant intelligent search word or the related clustered index search information into figures, pictures, symbols, voices, avatars, videos, bookmarks, textual pictures, etc. It is to store in the multidimensional relational web system and database, and the related search word, related search, voice information, and search term definition information are stored in standardized information or database information in the information fields of related symbols and icons as shown below.

It is connected to the master multidimensional relational DB through the same key value as other multidimensional relational DB, and it is possible to evaluate the information related to each search word stored in the clustered relational DB and the integrated mobile information relational DB, along with the verified search information. Search Internet information (blog information, comments, UCC information) of the customer, as shown in Figure 5 through the search application program of the information communication terminal in the search input field 713 by voice search 712 or input the relevant words In this case, when a relevant search word generated through a search is matched to a search site through a browser or a program in which voice recognition is embedded, a specific symbol, icon 711 or search information related to the related search is displayed on the information communication terminal. All of this is also a state-of-the-art Internet search system that can convert the index of the cluster to each symbol and icon to voice to call the cluster information symbol and icon of the desired field by voice to perform related word search by voice. Here, FIG. 5 shows a preferred example of the symbol and icon intelligent search generator shown on the desktop of each information terminal.

For example, according to the website diagram below, create a new search symbol, a web page for the icon, and make the directory 'icon' to the Internet address 'www.mapomenusearch.co.kr/icon' It is to search the information of Seolleongtang by using various forms of symbol and icon search method by creating an intelligent search web page for symbols and icons with several TOP, MAIN, and BOTTOM divided in the icon 'directory. These web pages can also be made into web programs that can be searched by various types of programs.

 [Table 9] Ex) Restaurant cluster type symbol, icon website structure

 [Table 10] Ex) Restaurant DB Icon

If a multi-dimensional relational website system is pre-shared with a web server structure in which intelligent search is performed in advance, a website address including domain resources, attributes, and attribute values is created, but if the information to be searched is a multi-dimensional relational website, In the result, the website information of the result can not be implemented or more semantic inference can be used to search the metadata and database values using the matching agent, an intelligent search engine, in the following way.

As shown in FIG. 9, data from search information such as a multidimensional relational DB, a cluster multidimensional relational DB, a symbol, and an icon multidimensional relational DB, which are existing master DBs, are extracted through a matching agent searching multiple databases. By connecting the middleware 911 to the base unit, the agent 912 extracts and filters symbol and icon information from each of the multidimensional DBs so that the corresponding symbol and icon in each cluster type are shown in the result column of the search information. To do so, many search results must be displayed on a large number of terminals. Since each client has a different kind of O / S, it must be distributed as a standard of CORBA 913 that supports it. This is a distributed object technology, and on most client platforms, each developed system will be interconnected and treated as a single system.

This means that the website operators such as customers, businesses, shops, public institution specialists, and experts in all regions of the cluster can directly modify and further manage their website internet data. It is stored through multi-dimensional relational web system and DB, and it is connected through symbol and icon code, and it is classified by word of attribute value in a certain intelligent search engine. To identify the type and make the directory (DIRECTORY) the name of the new attribute value associated with the search word on the web server that is the result of the search, and to create a semantic inference search function that the new attribute value search word comes into the web address. To create an icon domain. However, the Internet domain resources in which the attribute type is stored in the special intelligent search browser in which the relationship attribute is stored as an Internet domain resource or the metadata having the specific intelligent search engine are separated into symbols and icons. When a customer clicks on a symbol or icon and a related attribute value search word is entered, the attribute value does not exactly fit in the directory or the metadata does not exist, and the user wants more detailed information as a semantic inference search. By making a query statement and automatically generating a web page by the multi-dimensional relational search web system, all search words are displayed in the Internet browser or through a specific intelligent search program. To lose. This makes the search more smoothly by allowing a web program to query a database by inserting a word that starts a search into the Internet address bar in an Internet browser with a special toolbar. You can save it as a search word by hitting a specific search word with the click of a symbol or icon so that it can be linked to a custom search program or browser. This means that Internet domain resources are again assigned symbolic and icon attribute values, creating another multidimensional intelligent search engine.

For example, an intelligent search form capable of semantic reasoning may be provided by real estate agents belonging to a real estate company linked in a hierarchical relationship among multiple multidimensional relational web sites. It is a hierarchical relationship in which each real estate agent raises a real estate listing on his / her sub-website and links this information to the real estate company's parent website. Because there is nothing common between a private multidimensional website and a real estate company's multidimensional website, a network relationship is established, making intelligent search across the entire real estate multidimensional relational website. For example, a symbol, an icon, or an example of a search, the individual creates an address resource that includes the Internet domain 'bedroom' to search for a specific intelligent search in a browser. To create a web page of each divided website in advance so that the directory property value is 'bedroom', and the number of 'bedroom' information is divided by the number of real estate information posted by all relevant real estate agents. , You can see various kinds of 'bedroom' by typing your personal internet address and the property value '/ bedroom', but if you hit the word '/ 2 bed room', Since the directory does not contain the word '2 bed room', the existing search site is 'real estate 2 bed r' You won't find the oom '.

However, in multi-dimensional relational search sites made of symbols and icons, or in multi-dimensional relational search sites that contain words that define the start of a search that has been saved, a special toolbar is stored. , You can get intelligent search results. For example, in a browser with a special browser and toolbar in which an individual lives, the user can use the word www.personalweb.com/search/ If you hit '2' bed room ', the real estate list and rent list of' Real estate 2 bed room 'in your area will be compared with the real estate photos on the web page.

Another example is that the restaurant's menus can be connected to the same one, so that the restaurant's restaurant multi-dimensional DB in Mapo-gu above becomes the object relational form with the same object. If you hit 'www.personalweb.com/search/Sulongtang' on your multi-dimensional web site in the Internet browser where the toolbar is stored, you will get the search result as shown in [Table 11].

[Table 11] Seolleongtang Search Results

The execution process is to recognize the word SEARCH in a symbol, icon or domain through a special toolbar and execute the following query statement in the restaurant multidimensional relational DB of Mapo.

CREATE VIEW 설렁탕 Search results (menu name, photo, number, description, price, restaurant address, restaurant name, restaurant information, food information, rating information)

AS SELECT menu name, photo, description, price, restaurant address, restaurant name, restaurant information, food information, rating information

FROM Mapo Restaurant Menu

WHERE Menu Name = Seolleongtang

Using the result information of this query statement as MAIN part, the TOP and BOTTOM parts defined in the existing search information website are added and the result is displayed on the website.

This allows for a variety of complex searches, including Mapo-gu's restaurant symbols and icons, in which metadata and databases containing Internet domain resources and attributes are placed, 'www.mapomenusearch.co.kr/' You can get the same result by typing the attribute value 'Sulongtang' in the word search window that appears in the browser. After all, this is a customized Internet search system that allows you to create symbols and icons to match the searcher's preferences and find related words more easily.

In addition, as shown in FIG. 10, when the WAP information relational web system and the DB are integrated, each relational DB unit that collects Internet information needs to be connected with a mobile communication company. Most mobile carriers have a WAP GATEWAY SERVER for each mobile carrier network for security reasons. There is. Therefore, there are many differences between the WAP protocol and the full browsing mobile terminal standard related to each mobile carrier. Therefore, the database of search information should modify and manage the content according to each mobile carrier standard. So what you need is a mobile data conversion server. Its function is to connect all existing telecommunication carrier networks and format all web data and information tags according to the WAP standard applied to each telecommunication terminal, and store them in several databases. This is a multi-dimensional structured relational web system, which allows a single web site to be extended to a single web site. The directory and webpage files are constructed to match each carrier's WAP server structure and the databases are connected to each other. Is a bidirectional nature when all changes are made so that each mobile communication WAP server is automatically modified in each mobile communication protocol in real time. Using this feature, a mobile communication terminal that accesses a full-browsing terminal or a terminal having its own OS, as shown in FIG. 10, does not have to rely only on the WAP protocol. It is to be optimally connected to all screens. In addition, this integrated server prevents electronic commerce due to the weakness of mobile terminal functions and security functions. When an individual creates a multi-dimensional relational web site connected to a mobile terminal synchronously, and the mobile terminal generates electronic commerce, Through the mobile communication integrated WAP system and the DB unit, which is a multi-dimensional website of a connected individual, an electronic commerce payment is made with the KFTC 1011 of FIG.

As shown in [Table 12] to [Table 15], the MAIN part of the same property among the functions that is made by using a single extended relationship among the relationship forms in which several mobile communication use databases created using each multi-dimensional web system are divided. You can use this feature to enable shared operations on each web server directory, as if you had copied the URL to multiple websites at the same time.

As shown in FIG. 10, the search result of the information from the search engine is converted in the integrated mobile communication data telephone DB. The website information is created by creating a TOP and BOTTOM to match the mobile communication WAP protocol with one MAIN part from the first result. This connects the search results to the MAIN web site, resulting in a multi-dimensional relational web that changes the data of each linked web site when the data changes on the MAIN web site.

The database is created in the form of the existing mobile communication protocols such as WML and the professional standard WAP2.0, and the result of the professional search information is made by adjusting the size of images and contents according to various mobile communication terminals and respective mobile carriers. To make.

For example, when the search result of 'Sulreongtang' comes out as shown in [Table 12], it is stored as a multi-dimensional DB form of mobile communication integrated information and becomes a MAIN. By using a WAP for one mobile carrier standard by combining the TOP and BOTTOM parts Create a website. Since each mobile service provider has different sizes of contents, the mobile operators also modify the search result MAIN. And since A mobile communication company uses WAP1.0, it makes TOP, MAIN and BOTTOM using WML extension and shows it to customer's mobile terminal. And since B mobile communication company uses WAP2.0, it makes TOP, MAIN and BOTTOM using WML2 extension and shows it to customer's mobile terminal. Lastly, since C mobile communication company uses ME series, it makes TOP, MAIN and BOTTOM using mhtml extension and shows it to customer's mobile communication terminal.

[Table 12] Example) Seolleongtang Search Results

 [Table 13] Ex) A mobile carrier website structure

[Table 14] Ex) B Mobile Communication Website Structure

[Table 15] Example) C mobile communication website structure

The features of symbol and icon retrieval system using multi-dimensional relational web system and database are as follows.

Comparing and searching databased information by making specific symbols and icons so that each search field can be formed in the form of regional and specialty clusters, so that the information retrieved can be meaningfully deduced from various angles. Is an Internet intelligent search system that allows search to be used with information that computers understand, allowing more people to participate in searches, and to do more specialized searches of their Internet data of interest in a clustered, customized way. will be. For example, as shown in FIG. 6, the expert group 620, the user group 630, the business group 610, the search information customer user evaluation group 631, the search information customer application group 632, and the search information commercial group ( 633) can be used to apply a lot of Internet search information according to the criteria used. Customers of various cluster types can be divided according to the type of search information, but according to how the search information is used. Customers can choose from a variety of ways to search, first with a group of customers that can evaluate and verify Internet search information, and secondly with other symbols and icons of search information, such as customers in the Search Information Customer Application Group 632. There is a system and application method. For example, the user can save the desired search information symbol and icon in the mobile communication terminal, and the relevant information is automatically searched by linking with the GPS so that the search information is made by PUSH technology. You can do it. This function attaches a mobile communication terminal to the car and inputs the relevant regional cluster type products, service symbols, and icons into the terminal, and it is linked with the navigation device of the car according to the GPS information of the related store, and the goods or services are automatically provided between the mobiles. You can get navigation guidance to the shops that are there. If you want to know the movement of a car or bus backwards, you will know. In addition, maps with local cluster symbols and icon search information (tourism, shops, restaurants, and businesses) are created and connected to the Internet for real-time input and correction. If you access the relevant symbol and icon, the voice or search information of the symbol and icon will be notified to the car or bus as it moves. In addition, when a search position comes in through a related map search, the desired information symbol and icon are shown in the map information, and when the mouse approaches the symbol and icon, independent search information is immediately displayed. This is because clustering local information or combining symbols and icons with map information.

Third, like the customer of the search information commercial group 633, the local cluster type symbol and icon search information are linked to the product and service information of the online shopping mall or the offline store through the wireless mobile communication terminal, and then through the mobile communication terminal as shown in FIG. It is possible to make a transaction by connecting to the settlement source 1011 or to make a transaction by commercializing the coupons, tickets, map information and customers. This is possible by linking symbol and icon codes in multiple multidimensional relations and creating them according to the value of a single search attribute, extending and enhancing them to enable many additional intelligent inferences.

Another feature of this system is that you simply click on the clustered search symbols and icons without entering a specific search website, and the desired information is directly linked to the location information, products, service information, maps, and voice information of the mobile terminal. It becomes visible. This eliminates the need for a search browser on the Internet or a specific Internet domain, and allows a program or a new interface to be programmed to enable intelligent search of a particular Internet by creating symbols and icons on a desktop on a PC or mobile terminal. Here, another search method is to enter a certain intelligent search word into the Internet domain address in the browser domain window equipped with a special toolbar, and place the word to be searched immediately after the sub-directory structure. Looks on the website.

Custom symbol and icon search method is to create a custom symbol, an icon on the desktop of the mobile communication terminal or a PC as shown in Figure 5 to create an effect of inputting a search execution word specific to the browser to enter the search word in the custom symbol, icon Or enter the desired search word by voice and hit the run key to have the search result appear in a browser or special program. Another custom way to search for symbols and icons is to create a feature that displays the search words specific to your browser when you click on a custom symbol or icon, and simply hit the search word in the Internet address bar to find the symbol or icon you want to search for. There is also a way to make it searchable.

Similarly, instead of entering a search website that has been so popular on PCs connected to the Internet, customers can create cluster-type symbols and icon links from their websites to search systems, create them on their telecommunications terminals, and do not require an Internet browser. You can make it a system. Internet domain information, search information, internet shopping mall information, and corporate information from the browser of the Internet that an individual creates by constructing a clustered symbol or icon of an individual who is interested in or related to a professional index by forming an infrastructure. Comparing product, service information, knowledge information or internet information, and specific specialized information using the existing multidimensional relational system can be added or modified by creating index symbols and icons of customized cluster intelligent search engines. Even if it is not entered again by a bookmark, the search information of the Internet is shown.

All of this is also a state-of-the-art Internet search that converts indexes of full- text and regional clusters into individual symbols and icons, so that you can call up cluster information of the desired area by using the symbols and icon information. It's a system.

One of the characteristics of this system is that all information communication terminals, RFID, IPTV, VOIP, mobile communication terminals, etc. can be grouped in the same type of region, specialty cluster type, and all the objects given the ID or IP are the same type. It is possible to group terminal IPs which are given common data or to object identification by object type recognition (OBJECT Identifier). For example, by sending an email or an SMS as shown in FIG. 7, the other parties are grouped in the same manner, and the email is sent to the other party through an EMAIL SERVER, and the SMS is sent to the other party through a network of a mobile carrier. By clustering in all these forms, information and communication can be grouped and symbolized and iconized, and clustered symbols and icons can be created for specific groups or people sent or related.

Similarly, all moving objects in the garden, such as cars, buses, and trains equipped with mobile communication terminals with IDs between the moving property and the real estate, can be symbolized, and clustered symbols and icons on the immovable property of real estate houses, buildings, and home automation. It applies group search system to group related objects, and the information shown through object identifier is shown at the time of movement, and related information is automatically searched by cluster type symbol and icon search.

This is a relational web based on the structural link of the information communication terminal, so that the function of O / S LEVEL is possible. Therefore, the multi-dimensional website is applied by applying the operation method to the mobile terminal, electronic communication device, home automation, etc. It can have various extensibility. This is the most important advantage. When all mobile communication terminals, RFID, home automation, building automation, etc. are connected to the Internet, the data of communication functions such as all communication network types, voice, video functions, etc. become a multidimensional multi-relation technology. It is a multiple linkage. This is a revolutionary one, eliminating the need for a transport server with its own OS or sender, and all multi-connected telecommunications terminals linking all information and communications in a multi-dimensional multi-relationship in real time. This characteristic is the next generation Internet basic technology that transforms all Internet information into ubiquitous computing because the technology is very convergent.

This is to be displayed in the form of a symbol, an icon on the mobile communication terminal, the desired professional symbol, icon is shown. At this time, even if you do not know the Internet domain, it is connected to the GPS information of the mobile terminal connected to the Internet to find out the area, and various information card information, barcode information, and commodity information input to the cluster type symbol and icon search engine of the area are simultaneously connected with the cluster type link. The key technology is to show the desired information when done by scanning or RF recognition.

Combined with IPTV, it can be used as a cutting-edge technology for Internet search. At this time, the search information can be freely linked using the IPTV remote controller, and the content of the IPTV enables various Internet search services by simple symbols and icons. In particular, the state information such as the refrigerator, alarm, temperature, etc. displayed by home automation can be converted into an Internet symbol and icon search multi-dimensional DB so that it can be displayed on an IPTV or a mobile communication terminal. In addition, the mobile terminal or VOIP phone number itself can be changed to a symbol and icon search multi-dimensional DB so that it can be displayed on IPTV. For example, as shown in FIG. 7, if a local cluster type symbol or icon is selected using voice information or an IPTV remote controller, desired search information of a region can be freely linked, and the content of IPTV can be used for various Internet search services by simple symbols and icons. It is possible. In addition, the search results can be displayed by inputting multimedia such as audio information or video information into symbol and icon information. In the end, it is possible to create a home shopping mall that can trade products such as local stores through IPTV.

In addition, the most important feature is the intelligent search system that can make synchronous data such as internal corporate system (ERP, POS, CRM, EIS, etc.) into Internet search data and modify and add search information beyond time and space. It will be. This can be searched in several simple ways. As shown in Fig. 8, various related symbols and icons are connected in a straight line, symbols made by any program, icons or symbols on a mobile terminal, icons are used on the touch screen or a mouse is placed in a space. By dragging and dropping the corresponding symbols and icons in one place, you can automatically make the search information appear on the screen. In addition, various forms of search methods are available, and game forms are possible, and symbols and icons can be connected by lines to search, and various geometric methods can be used to diversify the search methods. Reasoning through semantic links is possible, and domain resources, attributes, and attribute values made through reference to other resources (RESOURCE) can be searched for semantic reasoning even if one knows by cluster type intelligent search method by specialized field. Since search subjects collaborate with each business or specialty cluster in each region to generate, verify and update search information, this tool can be used to increase various expressions of search information and to increase logical reasoning. You can increase the.

In addition, by distinguishing the cluster search symbols and icons in each field by speech recognition, the desired Internet search information can be executed by voice, and even the search word can be searched by voice, which has the advantage of searching related Internet information. In addition, this means that each information is clustered by region, linking symbols and icons to internet map information, and the information, symbols, and icons that are automatically retrieved are displayed on the navigation device through the location or clustered on the internet map. It is a technology that shows the effect of Internet search convergence on the map by making a symbol and icon. In addition, it is a technology that can be applied to the 3D search Internet search system to create a more diverse search system of the Internet by showing each clustered symbol and icon in three dimensions. This becomes synchronous data and an intelligent search system that transcends time and space.

This symbol and icon retrieval technology enables Internet ID and password to be input to a specific voice recognition program or a specific fingerprint recognition program.

This is to create an individual symbol and icon as shown in the figure below. When entering any website's ID and password, enter the individual's symbol and icon into the input box, and use the voice recognition to identify the database data associated with the symbol and icon. If you check or related to the individual search information symbols, icons in the form of a question to enter it will be recognized immediately.

The cluster-type symbol and icon search data are stored in the form of symbols and icons in the database, and linked to them. If the relevant search data is arbitrarily stolen or written, they are automatically stored in the log. This is to prevent the problem in advance.

By using the multi-dimensional relational web system and DB method, the password displayed on the web site is divided and connected to the KEY value that stores each symbol and icon. Each password is symbolized and iconized. By dividing the directory name with the symbol and icon key values, you can identify the symbol and icon when a password is entered. You can add them together and give each symbol and icon an ordered value, and make sure that the order in which the symbols and icons are entered comes from each connected server. For simplicity, even if you don't connect the key value of symbol and icon, give each partitioned password a sequence value, store it in metadata or database, and divide it by multidimensional relational web system to connect to the server that fits the partitioned password. If the passwords are entered in the correct order, you can create a system to log in or authenticate.

 [Table 16] Example) Password (PASSWORD) Symbol, Icon Website Structure

 [Table 17] Example) Password DB Type

Another feature is that when a single domain (IP, ID, phone number, etc.) content is created or changed by using a multi-dimensional relational web system, the related domain DB is changed. This change is possible through multi-communication, where the center of all communication becomes the domain and the central center of all multi-voice and data communication. In addition, through various metadata and database functions that are required to accommodate data that is changed in real time, a significant turning point is prepared for the utilization of metadata such as data mining, data warehousing, analysis system, and statistical system.

1 is an overall configuration diagram of a symbol, icon cluster type internet search system using a multi-dimensional relational web system according to the present invention;

2 is a basic multi multidimensional relational DB configuration diagram,

3 is a basic multi-dimensional relational website segmentation diagram,

4 is a multi-dimensional DB shaping configuration diagram,

5 is a symbol, icon search generator,

6 is a structural diagram of a clustered search subject;

7 is a symbol, icon-type IPTV search application diagram,

8 is a symbol, an icon search method,

9 is a symbol, icon search DB matching engine,

10 is a structural diagram of a mobile communication WAP server;

<Description of the symbols for the main parts of the drawings>

100,200,300,400: Database 500: Cluster symbol, icon search server

510: matching agent 520: web server

530: middleware 540: CORBA

610,620,630: cluster member terminals

710,720,730: User Applications

800: mobile operator network

810: Integrated WAP series multi multidimensional web system DB

820,830: Mobile communication terminal

Claims (26)

In the Internet information retrieval system through a mobile communication terminal and IP-based information terminal, A database for storing data and a relational website system for a plurality of searches; Matching search engine; Multiple web servers; And A cluster symbol and an icon search server to which the database, matching search engine, and web servers are connected are provided. Format and database web page files according to the characteristics and website menus displayed on at least one website, Among them, the main part that changes according to each website configuration menu element is divided into several webpage files, and after that, the same kind of main part that changes according to each website configuration menu connected thereto The database can be inputted and modified, and internet data from various internet programs (blogs, RSS, UCC, BOARD, etc.), related online shopping mall information, product information, knowledge information, XML structured data, or comparative data of Internet information. Divide and format several Internet web sites in the same form, create a database and metadata, and use the location information in the web page configuration table of each web site to use server sharing technology. Divided web pages of sites Logical inference of words that share files, metadata, and databases in a relational array in advance in the form of new web page files that result in directory-related results on the web server and retrieve the web server and directory names. It can be displayed in Internet domain address (URL) resources so that they can be identified and stored in metadata or a database so that related attributes, attribute values, and relationship attributes can be identified, or they can be written using a common name Internet domain address (URL) resource. Customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal characterized in that stored in the data or database. The web browser according to claim 1, wherein the mobile communication terminal and the IP-based information terminal are connected to the cluster symbol and icon search server through an internet network, and each user application and a web browser are connected to the symbol and icon generated by each user application. Customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal characterized in that to create, verify, search and add intelligent search information through. The Internet domain address (URL) resource of claim 1, wherein the individual displays in advance the domain affiliation desired by the user by previewing and selecting a form that may be relevant when generating the web data shared by the individual while creating the relational website. Customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal, characterized in that to be stored in the metadata. 4. The matching search engine of claim 1, wherein the relational website internet domain address, which is the result of the relational relation, is stored in the metadata and database together with the code value, where each matching website address is matched with the code for logical reasoning. Customized and intelligent using a mobile communication terminal and an IP-based information terminal, characterized in that the Internet domain resources are defined and stored so as to prevent semantic collisions with each other by the program and enable various semantic inferences. Symbol, icon Internet Information Retrieval System. 5. The method of claim 4, wherein the metadata and the database are stored in attributes related to search terms, related search information, voice information, and information related to Internet domain resources in relational web form. This includes a serial number or key connected with a symbol and an icon, a code, and a number of related metadata and a database are linked to each code so that existing search information can be logically inferred into various forms of information. Customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and IP-based information terminal, characterized in that. 6. The method of claim 5, wherein the metadata and the database are connected to and referenced by the metadata and the database, and connected to the master DB through a key value such as another multi-dimensional relational web system and a DB to integrate with the clustered multi-dimensional relational web system DB. Communication Information The existing search Internet information (blog information, comments, UCC information) along with the evaluation and verification of the information related to each search word stored in the multi-dimensional relational web system DB is provided by the customer through the search application program of the information communication terminal. If you search the information by voice in the search field or enter the relevant word, the specific symbol or icon related to the relevant search is matched when the relevant search word created by the customer is searched on the search site through the browser or the program with the built-in voice recognition. Or retrieve information from the mobile terminal Using a mobile communication terminal and the IP-based information terminal, it characterized in that the play custom, intelligent symbols, icons Internet information retrieval systems. The mobile communication terminal and the IP-based device of claim 6, wherein the cluster index can be converted to each symbol and icon into a voice to call a cluster information symbol and icon of a desired field by voice to immediately perform a related word search by voice. Internet information retrieval system customized, intelligent symbol, icon using information terminal. According to claim 1 or 4, Bidirectional Internet data, which is a characteristic of a multi-dimensional relational web, utilizes a constant Internet search logical inference verification program, and compares search or data such as specialized fields, local information, etc. derived from search information into one symbol, Web icons divided into relational websites where icons (figures, text, graphics, diagrams) can be used to view individual search results on the subject of each search information (customer, business, store, government, school, local public agency, etc.). It is stored as a database of metadata for each page file and the subjects connected to it, connected to the relational Internet, verified by search or knowledge information according to bidirectional attributes, modified by logical reasoning, and added search information. , Links to specialized symbols and icons in the form of clusters for each search result The database is stored in a database that can be understood by each subject connected to the site, allowing users to correct or modify the semantic definitions of various search words, to vote for semantic priorities, or to correct the meaning according to the number of clicks of people. A customized, intelligent symbol, and icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal that enables more accurate semantic reasoning and own logical reasoning. 5. The system of claim 4, wherein the website operators of all customers, businesses, shops and restaurants on each Internet connected to the relational web, each directly modify or further manage the Internet data, or the POS system of the website distribution of the workplace or the enterprise's ERP. Synchronous data coming from various internal systems such as the system is classified into each search information and connected to a multi-dimensional relational web system to be stored in the search related metadata DB. Personalized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal characterized in that the search results are represented in various forms by logical reasoning. The method of claim 5 or 6, wherein the cluster symbol and icon search server divides the cluster type search subject into an expert group, a user group, a business group, a search information customer user evaluation group, a search information customer application group, and a search information commercial group. Enable Internet browsing information to be applied based on the criteria used Web search information division generates internet address (resource) through multi multidimensional relational type, and includes attribute and attribute value so that internet domain resources are related through multi multidimensional relational type. Generating meta data, coding symbols by making symbols and icons in multiple ways, enabling logical inference, and creating an intelligent search system that can be automatically recognized by a computer. Intelligent symbol, icon internet information retrieval system. 10. The method of claim 9, wherein voice, text, video, and music information generated through various media such as web, communication, broadcasting, newspaper, music, and movie are domaind and logically inferred using a multi-dimensional relational web address. Store data in data and use it as a relational information technology by storing and operating each information in the form of DB in real time using relational web, and storing it in search information that can be logically deduced to enable real-time intelligent multimedia search technology. Internet information retrieval system customized, intelligent symbol, icon using communication terminal and IP-based information terminal. The method of claim 9, By creating a specific cluster on the desktop in the form of symbols and icons on the PC, you can create a new interface for the Internet. Instead of entering a search website from a PC connected to the Internet, customers can create clustered symbols and icon links on their telecommunication terminals from their website to a search system and create a customized search system without the need for an Internet browser. Individuals can create clustered symbols and icons in advance, linking clustered symbols and icons in the index of topics of interest or related topics to the infrastructure to create an Internet browser that allows personalized, intelligent search and address URLs by specific browsers. (Uniform Resource Locator) Custom, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal characterized in that the search information of the Internet is displayed on a specific screen even if not entered. 12. The web according to claim 3 or 11, wherein various relational structures of the web server are made in advance or virtualized to select a desired relation type, and a web in a directory in the web server generated according to the shared structure of the relation type. It allows you to show virtually a page file in advance, which allows you to select various relational objects (object relational, network relational, single extended, hierarchical, and complex relational) to create a custom search browser that displays and selects only specific search information. Customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal that can be made. 15. The method according to claim 13, wherein the user cannot create an electronic commerce due to the weakness of the mobile terminal and the security functions. When a commerce occurs, it is synchronously connected to this, personal payment is possible, and secure multi-dimensional relational website is secured instead of an integrated mobile communication WAP system and DB department, which makes e-commerce payments with a financial settlement agency. Internet information retrieval system customized, intelligent symbol, icon using communication terminal and IP-based information terminal. The mobile communication integrated WAP information multi-dimensional relational web system DB according to the WAP standard of each mobile communication terminal or mobile communication company in the mobile communication integrated WAP information multi-dimensional relational web system DB to store and format all the web data and information tags The WAP integrated server is a multi-dimensional relational web system that uses a multi-dimensional relational web system to create an integrated mobile communication server that includes each mobile WAP server. It creates a database in the form of a tag, and adjusts the size of an image or content according to various types of mobile communication terminals and respective mobile carriers, thereby making it a mobile communication specialized search information for various mobile communication companies. A mobile communication terminal that accesses a full-browsing terminal or a terminal that has its own OS is directly connected to the related mobile communication terminal because it is a service without being connected to the WAP protocol, but even such a mobile terminal may cause an image to be broken. Personalized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal characterized by showing the search results to the mobile communication terminal through a communication integrated multi-dimensional relational DB. 10. The method of claim 8, wherein when information and symbols formed by clustering each piece of information are linked to an Internet map information, the information, symbols, and icons automatically retrieved are displayed on a navigation device that passes through a location, or on an internet map. By creating and clustering local clustered symbols and icons, the Internet search is merged into the map, and applied to the 3D search Internet search system to show each local clustered symbol and icon in three dimensions. Customized, intelligent symbol and icon Internet information retrieval system using mobile communication terminal and IP-based information terminal to create retrieval system. The method of claim 1, wherein data is extracted from search information of a multidimensional relational DB, a cluster multidimensional relational DB, a symbol, and an icon multidimensional relational DB, which are master DBs, through the matching agent searching multiple databases. Through the agent that extracts and filters symbol and icon information from each multidimensional DB by connecting middleware, the corresponding symbol and icon in each cluster type are shown in the result column of search information. For this purpose, the searched results should be displayed on a large number of terminals. Since each client has a different type of O / S, CORBA, which supports each system in the client platform, is treated as one system by using distributed object type technology. Customized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal, characterized in that made and distributed as a standard. 15. The method of claim 13, wherein a web address structure including domain resources, attributes, and attribute values is created by sharing a web server structure in which intelligent search is performed in advance with a multi-dimensional relational website system. If you want the information as a semantic reasoning search, make the search condition into a database query statement, and make the query query results into a web page so that the search results related to the search word are displayed in the Internet browser or given through the search program. You can search the database smoothly by inserting a word to start the search into the address bar and save the URL containing the word as a symbol or icon so that you can search by typing a specific search word with the click of the symbol or icon. It can be linked to a custom search program or a browser, and the mobile communication terminal and the IP-based information, characterized in that the Internet domain resources are again designated as symbol and icon attribute values to create another multidimensional intelligent search engine. Terminal Personalized, intelligent symbol, icon Internet information retrieval system. 19. The method according to claim 18, wherein the structure of the information communication terminal is implemented as a relational web, and thus the function of O / S LEVEL is possible. Therefore, the operation method in the existing web is applied to a mobile communication terminal, an electronic communication device, and a home automation. Customized, intelligent symbol, icon Internet information retrieval system using mobile communication terminal and IP-based information terminal that can have various extensibility to make multi-dimensional website by application. 19. The method according to claim 18, wherein all objects given the ID or IP of an information communication terminal, RFID, IPTV, VOIP, or mobile communication terminal can be grouped into the same type of region or specialty cluster type, and the specific type of common data is desired. It is possible to group terminal IPs that are given or object identification by object type recognition (OBJECT Identifier) .Even when sending an email or SMS, the other party is grouped and the email is sent to the other party through the mail server (EMAIL SERVER). Can be clustered and grouped in the form sent to the other party through the network of the carrier, and symbolized and iconized, and the specific group or specific people sent or related can be made into the clustered symbol and icon. Cars, buses and aircraft equipped with mobile communication terminals with IDs All moving objects in the garden can be symbolized and iconized, and clustered symbols and iconized search systems are applied to immovable real estate houses, buildings, and home automation to group related objects and directly display the information displayed through object identifiers. Personalized, intelligent symbol, icon Internet information retrieval system using mobile communication terminal and IP-based information terminal that enables intelligent retrieval by searching clustered symbol and icon automatically. 21. The method according to claim 18 or 20, wherein the information communication terminal or the mobile communication terminal is displayed in the form of a symbol or an icon so that a desired specialized symbol or icon is displayed and connected to each other, and connected to the GPS information of the mobile communication terminal connected to the Internet. When a region is identified, various region information, specialty information, credit card information, bar code information, and product information input to the cluster type symbol and icon search engine of the region are performed by scanning or RF recognition simultaneously with the cluster type link. The desired information can be shown and commerce can take place, and when combined with IPTV, it can be used as an Internet search technology. At this time, the search information can be linked freely using the IPTV remote control. E-communications enabled by home automation, enabled by search services You can convert the status information such as refrigerator, alarm, temperature, etc. into Internet symbol and icon search multidimensional DB, so that it can be displayed on IPTV or to mobile terminal, and the mobile terminal or VOIP phone number itself can be symbol and icon search multidimensional DB. The mobile terminal and IP-based information terminal can be used to make a home shopping mall that can be used to make a phone call or converge in an IPTV state by directly appearing on an IPTV. Personalized, intelligent symbol, icon Internet information retrieval system. The method according to claim 1, wherein various related symbols, icons connected in a straight line, a symbol made by a program, an icon or a symbol in a mobile terminal, and icons corresponding to each corresponding symbol using a touch screen or a mouse in a space. If you drag the icons to one place, you can make the search information appear on the screen automatically. There are various types of search methods that can be played in the form of games. It is possible to diversify the search method by mobilization, inference through semantic link, and domain resource, attribute, and attribute value that are made by referencing other resources. Even if you know it, you can immediately make semantic reasoning Search is performed, and search subjects collaborate by each business or specialty cluster in each region to generate, verify, and update search information. Therefore, this tool is used to increase various expressions of search information and increase logical reasoning power. Personalized, intelligent symbol, icon Internet information retrieval system using mobile communication terminal and IP-based information terminal that can increase information trust level. 23. The method of claim 22, wherein the ID and password of the Internet can be inputted using a symbol or icon search technology, and a symbol or icon linked to the ID and password can be inputted to a specific voice recognition program or a specific fingerprint recognition program. When creating an icon and entering an ID and password for any website, enter the individual's symbol and icon into the text box, and verify the ID through voice recognition of the database of the symbol and the icon. For example, related search terms are displayed in the form of a question so that it is immediately recognized when inputting them. Clustered symbols and icon search data are stored in the form of symbols and icons in the database, and linked to the related search data. Automatically save to the log in case of random stealing or writing Shop by moving to be able to avoid copyright issues in advance of the communication terminals and IP-based personalized information terminals, smart symbols, the icon for Internet Information Retrieval System using. 24. The method of claim 23, wherein a password is displayed by dividing a password displayed on a web site using a multi-dimensional relational web system, metadata, and a DB method, and concatenating each password with a key value for storing an icon and an icon. If you enter a password, you can identify the symbol and icon when the password is entered by assigning each web server and associating each web server with the symbol and icon key value. Custom, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal, characterized in that the order in which the symbol, the icon is entered from each of the connected server to match. 25. The method according to claim 24, wherein an ordered value is given to each partitioned password, stored in metadata and a database, and partitioned by a multidimensional relational web system to match the partitioned password even if the key value of the symbol and the icon are not connected. Personalized, intelligent symbol, icon Internet information retrieval system using a mobile communication terminal and an IP-based information terminal that allows a user to log in or authenticate when a password is entered in order by connecting to an incoming server. 27. The method of claim 25, wherein each time a domain (IP, ID, telephone number, etc.) content is generated or changed using a multi-dimensional relational web system, a related domain DB is changed, so that domain-oriented voice and Data communication is possible and this change is made possible through the multi-communication, which is the center of all communication and the center of all multi-voice and data communication, and the various metadata (directories) required to accommodate the data changing in real time. Personalized, intelligent symbols and icons Internet information retrieval system using mobile communication terminals and IP-based information terminals that utilize metadata in data mining, data warehousing, analysis systems, and statistical systems.

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