KR20010048336A - Method and System for High-efficiency Long-distance Recon Agent to support Information Retrieval Systems on the Web - Google Patents

Abstract

PURPOSE: A remote scout agent system for supporting a search of information on web and a method for constructing thereof are provided to generate a guide map in accordance with a user's characteristic and a searching request by providing a focused guide map knowing the searching result in accordance with an internet information searching beforehand. CONSTITUTION: An expansion executing stage(S100) performs an obtain of a uniform resource locator(URL), an obtain of a connection and text, an extraction of a text parsing and link, a functional evaluation of URL expansion, a confirm of duplication of URL and creating of URL database etc. in an internet information searching. An extracting creating stage(S200) extracts URL information as a reading of URL DB, a reading of a user's request, URL information extraction, and creating a result temporary DB. A storing and searching stage(S300) executes a storing and a searching of URL information including a storing unit for storing the temporary DB into a file and a searching unit for performing a reading of the stored file by the temporary DB. A displaying executing stage(S400) performs a displaying the contents of the temporary DB, a displaying a tree structure capable of searching information without a click, a displaying a site map of the corresponding URL and providing a guide map displaying for searching manually and automatically.

Description

Long-distance Recon Agent to support Information Retrieval Systems on the Web}

The present invention relates to a remote reconnaissance agent system for supporting information retrieval on the web and a method of configuring the same. In particular, the present invention relates to a remote reconnaissance agent not only showing related sites but also remote sites after clicking the sites. The present invention relates to a remote reconnaissance agent system for supporting information retrieval on a web that can be conveniently guided without actually clicking a site by showing the basic information easily, and a method of configuring the same.

Currently, there are many search engines developed for searching information on the Internet such as Yahoo, AltaVista, and web crawlers, and most commercial search systems use Boolean search using a keyword or directory service. Is searching the document.

However, due to the incompleteness of information retrieval technology, numerous sites are presented, making it difficult for the user to select and search appropriate sites, and it is impossible for the presented documents or sites to fit the user's needs. There is a disadvantage in that the possibility of out of focus falling to other subjects increases.

In addition, when searching Internet information, the incomplete existing information search engine inevitably moves the site unnecessarily, resulting in too long waiting time, too many unnecessary clicks, and inefficient. There is a drawback of cumulative occurrence and fatigue, and there is a problem of inefficient repetitive work of clicking and checking by trial and error method because it is impossible to know in advance whether the user will show the desired result when clicking on the proposed sites.

The present invention has been proposed to solve the above-mentioned problems of the prior art, and an object of the present invention is to click on the results presented by a search keyword when searching for Internet information, and not to click on what results the user will see. It provides a guided guide that can be known in advance without the need to generate a guide map according to user's characteristics and search needs, and can also implement a clickless information retrieval system by integrating the guide map into multimedia. It is to provide a remote recon agent system to support information retrieval on the web.

Another object of the present invention is to provide a method for configuring a remote reconnaissance agent for supporting information retrieval on the web that is particularly suitable for implementing the system.

1 is a configuration diagram of a remote reconnaissance agent system for supporting information retrieval on the web for implementing the present invention.

2 illustrates the operation of a remote reconnaissance agent for supporting information retrieval on the web including a deployer, an extractor, a saver, a retriever, and a display according to the present invention. Flowchart.

3 is a flowchart illustrating the operation of the deployer;

4 is a flowchart illustrating the operation of an extractor.

5A and 5B are flowcharts for explaining operations of a saver and a retriever.

6 is a flowchart for explaining an operation of a display.

7 is a detailed flowchart illustrating a node selection process of FIG. 6.

Explanation of symbols on the main parts of the drawings

1: Web browser 2: Search engine

11: Deployer 12: URL DB

13: Extractor 14: File

15: Saver and Retriever

16: Displayer 17: Recon Manager

In order to achieve the above object, the present invention provides an Internet search system including a web browser (1) and a search engine (2). When the search keyword and a search condition are inputted in the web browser (1), A deployer 11 for receiving a URL suggested by the search engine 2 and providing a sub-link URL of the given URL; A URL DB 12 for receiving the lower link URL of the given URL from the deployer 11 and providing the lower link URL to the deployer 11 and providing the corresponding URLs; An extractor 13 for receiving corresponding URLs from the URL DB 12 and extracting URL related information (URL, file information, header information, URL analysis information); A storage device for storing and retrieving URL information by receiving the URL related information from the extractor 13 and storing the URL related information in a predetermined file 14 and re-reading when inquiring to provide tree view configuration information and URL related information. Saver and Retriever 15; The tree view configuration information and URL-related information are received from the storage and query device 15 and displayed as a guide map, which is a tree-type display for manual / automatic information retrieval, and corresponds to the web browser 1. An indicator 16 for displaying a URL; And an element object of a recon agent of the deployer 11, the URL DB 12, the extractor 13, the storer and queryer 15, and the indicator 16. It provides a remote reconnaissance agent system for supporting information retrieval on the web, characterized in that composed of a remote reconnaissance manager (Recon Manager) (17).

In order to achieve the above object, the present invention provides a uniform resource locator (URL) acquisition, access and text acquisition, text parsing and link extraction, intelligent evaluation of URL deployment, URL duplication check, and URL when searching Internet information. A step of executing a deployer (Deployer) for performing an operation for efficient URL development such as generating a DB (S100); An extractor execution step (S200) of extracting URL information such as reading the URL DB, reading a user request, extracting URL information, and generating a result temporary DB; A saver and retriever for storing and retrieving URL information, including a saver for storing a temporary DB as a file and a retriever for reading the stored file into the temporary DB. ) Execution step (S300); And the contents of the temporary DB on the screen, manual information search that requires almost no clicks, tree structure overview view for clickless information search using multimedia, site map view of the corresponding URL, additional information A remote reconnaissance agent for supporting information retrieval on the web, characterized by comprising an execution step (S400) of a display for providing a guide map, which is a tree-shaped display for manual / automatic information retrieval such as a display. Provide a configuration method.

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

Referring to FIG. 1, the remote reconnaissance agent system for supporting information search on the web according to the present invention includes a web browser 1, a search engine 2, a deployer 11, a URL DB ( 12), Extractor 13, File 14, Saver and Retriever 15, Displayer 16 and Recon Manager 17 It consists of

When the deployer 11 inputs a search keyword and a search condition in the web browser 1, the deployer 11 receives a URL suggested by the search engine 2 and converts a URL of a lower link URL of a given URL into the URL DB ( 12) to provide.

The lower link URL of the given URL is received from the deployer 11 in the URL DB 12 and the related URLs are provided to the URL DB 12 in providing the lower link URL to the deployer 11.

The extractor 13 receives corresponding URLs from the URL DB 12 and extracts URL related information (URL, file information, header information, URL analysis information).

The storage and query device 15 receives the URL-related information from the extractor 13 and stores the URL-related information in a file 14, and reads the URL-related information again when inquiring, thereby retrieving the treeview configuration information and the URL. By providing the information to the indicator 16, the URL information is stored and retrieved.

The display unit 16 receives the tree view configuration information and the URL related information from the storage and querying unit 15 and displays the guide map, which is a tree-type displayer for manual / automatic information retrieval. To display the URL.

The remote recon manager 17 is a reconnaissance agent of the deployer 11, the URL DB 12, the extractor 13, the store and queryer 15, and the indicator 16. Manages objects of (Recon Agent).

2 is a flowchart illustrating a remote reconnaissance agent for supporting information retrieval on the web including a deployer, extractor, store, query and indicator according to the present invention.

Deployer execution step (S100) is a URL (Uniform Resource Locator) acquisition, access and text acquisition, text parsing and link extraction, intelligent evaluation of URL deployment, URL duplication check and URL DB generation when searching Internet information Work for efficient URL development.

The extractor execution step (S200) extracts URL information such as reading the URL DB, reading a user request, extracting URL information, and generating a result temporary DB.

The storage and query execution step (S300) includes a storage for storing a temporary DB as a file and a query for executing reading of the stored file into the temporary DB to execute storage and retrieval of URL information.

The display execution step (S400) displays the contents of the temporary DB on the screen, a tree structure overview view for manual information retrieval that requires almost no clicks, and a click-free information retrieval using multimedia, and a site map of the URL. A guide map, which is a tree-shaped display for manual / automatic information retrieval such as viewing and displaying additional information, is provided.

3 is a flowchart illustrating an operation of a deployer.

Step S100 of the deployer reads the initialization of all variables and the option file (step S1), enters the URL (step S2) and checks whether the connection is possible (step S3). After that, repeat the process and if possible, access the URL after extracting the link (step S4), and intelligent evaluation of the URL deployment (step S5) and then check whether the evaluation is satisfied (step S6). If it is satisfied, the end condition is checked (step S7), and if not, the process S2 is retried.

If the end condition is the end, the existence of the link is checked (step S8). If the link does not exist, the process is executed again from step S2. If the link exists, the URL DB 12 is generated (step S9).

4 is a flowchart illustrating the operation of an extractor.

The extractor step (S200) initializes the variable (step S10), reads the option and extraction condition information (step S11), reads the URL from the URL DB (step S12) and checks whether various extraction conditions are satisfied (step S12). S13) If the extraction condition is not satisfied, the process of S12 is repeated, and if the extraction condition is satisfied, the result is added to the result temporary DB (step S14).

After adding to the result temporary DB, it is checked whether it is the end of the URL DB (step S15). If it is not the end of the URL DB, the process is repeated again from step S12. If the end of the URL DB is completed, the generation of the result temporary DB is completed (step S16). .

FIG. 5A is a flowchart illustrating an operation of a saver, and FIG. 5B is a flowchart illustrating an operation of a retriever.

The saver (Saver) and the retriever (Stri) step (S300) is a variable initialization (step S17), read the result from the temporary DB (step S18), enter a file name (step S19) and check whether the file name exists ( Step S20) If the file name exists, repeats the process of S19, and if the file name does not exist, storing the DB contents on the disk (step S21), executing the storage, and initializing the variable (step S22) and inputting the file name (step S23). Check whether the file name exists (step S24), if the file name does not exist, repeat the process from step S23, and if the file name exists, read the file from the disk (step S25) and generate the result in the result temporary DB (step S26) Run the group.

6 is a flowchart illustrating an operation of a display.

The indicator step (S400) reads according to options from the variable initialization (step S29) and the result temporary DB (step S30) to generate a tree view by index number, frequency, page title, etc. (step S31) and displays the tree view. One (step S32) selects the next node (step S33) and displays the corresponding node (step S34). After displaying the node, the file information is displayed (step S35), the URL is displayed by the web browser 1 (step S36), and the end condition is checked (step S37). If the termination condition is terminated, the remote recon agent system is terminated.

7 is a detailed flowchart illustrating a node selection process of FIG. 6.

In the tree view, click the mouse (step S33b) to move directly to the node or site of interest you want to view, or if you do not want to use the mouse, go to multimedia (eg voice) (step S33c). The node selection is terminated by automatically converting to a node such as by inputting (step S33d).

Therefore, when searching the Internet by the guide map (Guide map) to reduce the information retrieval time by the information retrieval guide, and to reduce unnecessary working time and error by preventing unnecessary clicking, refined guide map function, continuous or optional document confirmation Search for information with very few clicks. Furthermore, by incorporating multimedia (such as voice) into a tree view of the tree view, information can be retrieved without any click.

As described above, the remote recon agent system and configuration method for supporting information retrieval on the web according to the present invention are information retrieval time (search time, waiting time by the information retrieval guide as a guide map function when retrieving Internet information). ) 'S drastic shortening function, prevention of unnecessary clicking, reduce work time and error, increase the understanding of the entire document in a short time, improve the effectiveness of work by preventing deviations to other topics, and refined guide map considering user characteristics Based on the guide map function, continuous or optional document checking function, and guide map, the information can be searched by a manual method which requires almost no clicks or a multimedia-based automatic method that requires no clicks at all.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the invention described in the claims below. Number

I can understand that.

Claims (7)

An internet search system comprising a web browser (1) and a search engine (2), A deployer 11 for inputting a search keyword and a search condition in the web browser 1 and receiving a URL suggested by the search engine 2 to provide a lower link URL of the given URL; A URL DB 12 for receiving the lower link URL of the given URL from the deployer 11 and providing the lower link URL to the deployer 11 to provide the lower link URLs; An extractor 13 for receiving corresponding URLs from the URL DB 12 and extracting URL related information (URL, file information, header information, URL analysis information); A storage device for storing and retrieving URL information by receiving the URL related information from the extractor 13 and storing the URL related information in a predetermined file 14 and re-reading when inquiring to provide tree view configuration information and URL related information. Saver and Retriever 15; Receives the tree view configuration information and URL-related information from the storage and querying device 15 and displays them as a guide map, which is a tree-type displayer for searching multimedia information such as a manual mouse / automatic voice. An indicator 16 for displaying the URL with 1); And Remote reconnaissance for managing the objects of the recon agent of the deployer 11, the URL DB 12, the extractor 13, the store and queryer 15, and the indicator 16. A remote reconnaissance agent system for supporting information retrieval on the web, characterized in that consisting of a Recon Manager (17). Efficient URL deployment, such as obtaining a Uniform Resource Locator (URL), retrieving access and text, extracting text parsing and links, intelligently evaluating URL deployment, checking URL duplication, and creating a URL DB for Internet information retrieval. Deploy step (S100) for executing the deployer (Deployer); An extractor execution step (S200) of extracting URL information such as reading the URL DB, reading a user request, extracting URL information, and generating a result temporary DB; A saver and retriever for storing and retrieving URL information, including a saver for storing a temporary DB as a file and a retriever for reading the stored file into the temporary DB. ) Execution step (S300); And Display the contents of the temporary DB on the screen, view the tree structure overview for manual information search that requires little click and search for clickless information using multimedia, view the site map of the URL, and display additional information Remote Reconnaissance agent configuration for supporting information retrieval on the web, characterized in that the step (S400) is executed to provide a guide map (Guide map) that is a tree-type display for manual / automatic information retrieval. Way. The method of claim 1, The deployer step (S100) is Initializing all variables and reading an option file (S1); Input the URL (S2) and check whether the connection is possible (S3), if the connection is not possible, repeat the process after step S2, if accessible, extract the link after accessing the URL (S4) and intelligently evaluate whether the URL is deployed (S5). Then checking whether the evaluation is satisfactory (S6), if the evaluation is not satisfied, repeating the S2 process, and if the evaluation is satisfactory, checking the termination condition (S7) and retrying the S2 process if the evaluation is not finished; And If the termination condition is terminated (S8) checks the existence of the link (S8) if there is no link is executed again from the process of S2, and if the link exists, the step of generating a URL DB (S9) support information search on the Web To configure a remote reconnaissance agent for security. The method of claim 1, The extractor step (S200) Initialize the variable (S10), read the option and the output condition information (S11) and read the URL from the URL DB (S12) and then check whether the various extraction conditions are satisfied (S13) if the extraction condition is not satisfied, S12 process Repeating and adding to the result temporary DB when the extraction condition is satisfied (S14); And After adding the result to the temporary DB, check whether it is the end of the URL DB (S15), if not the end of the URL DB is repeated again from the process of S12 and if the end of the URL DB is generated in the result temporary DB (S16) A method of configuring a remote reconnaissance agent for supporting information retrieval on the web, characterized in that. The method of claim 1, The saver and retriever step S300 Initialize the variable (S17), read the result from the temporary DB (S18), enter a file name (S19) and check whether the file name exists (S20), if the file name exists, repeat the process S19, and if the file name does not exist, the contents of the DB A step of executing a saver (Saver) for storing in a disc (S21); And After variable initialization (S22) and file name input (S23), it is checked whether the file name exists (S24). If the file name does not exist, the process is repeated from step S23. If the file name exists, the file is read from the disk (S25). Method of constructing a remote reconnaissance agent for supporting information retrieval on the Web, characterized in that the step of generating a result (S26) retriever (Retriever) execution step. The method of claim 1, The display step (S400) is Initialize the variable (S29) and read from the resultant temporary DB according to the option (S30) to create a treeview (S31) to display the treeview (S32) and then select the node of interest with a mouse or multimedia (e.g. voice) (S33) displaying the corresponding node (S34), thereby enabling an information retrieval system requiring almost no clicks or no clicks at all; After displaying the node, the file information is displayed (S35), the URL is displayed by the web browser (S36), and the termination condition is checked (S37). If the termination condition is not, the process from S32 is executed again. A method of configuring a remote reconnaissance agent for supporting information retrieval on the web, characterized by comprising the steps of shutting down the system. Read a program for executing the Deployer function, the Extractor function, the Saver function, the Retriever function, and the Displayer function on a computer. Recordable media.