KR101046446B1 - Web page loading method and system - Google Patents

Abstract

According to an embodiment of the present invention, a web page loading method includes receiving web data from a web server associated with a request as a request for accessing a web page occurs in a mobile terminal, and using the received web data. And generating the tree information on the loaded web page, and transmitting the generated tree information to the mobile terminal so that the web page is loaded based on the tree information in the mobile terminal. do.

Web page, web accelerator server, DOM tree, render tree, memory packing

Description

Web page loading method and system {METHOD AND SYSTEM FOR LOADING WEP PAGE}

According to the present invention, when a request for accessing a web page is generated in a mobile terminal, the web page is loaded by parsing and laying out the web data received from the web server. The present invention relates to a web page loading method and system for generating a tree information on a web page and transmitting the same to a mobile terminal so that a web page can be loaded quickly based on the tree information in the mobile terminal.

With the development of communication technology, mobile terminals such as mobile communication terminals (PDAs) and personal digital assistants (PDAs) are widely used. It is expanding with the use of the Internet.

In general, the mobile terminal includes a mobile Internet browser that loads a web page and displays it on the screen. The mobile Internet browser includes a web viewer for receiving an image of a loaded web page from a web accelerator server and displaying it on a screen, or a full browser for directly processing and displaying web data received from a web server on a screen ( full browser).

In particular, the full browser parses HTML data of web data received from a web server, parses and executes java script, parses CSS data, processes Calc Style, The web page screen requested for access is configured through a process of laying out a content, rendering, or downloading content.

In the above process, the networking process of downloading content is generally executed in parallel with other processes, and the process of HTML parsing, JavaScript execution, CSS parsing, Calc Style processing, layout out, and rendering is time-sharing. Is being executed in a

1 is a table showing a time taken for loading a web page and a ratio according to time in a full browser included in a conventional mobile terminal.

According to the illustrated table, among the operations performed by the full browser to load the web page, parsing HTML data and laying out the screen is large enough to load the web page to about 40% of the time. Accounted for.

On the other hand, the mobile terminal has excellent mobility and portability compared to a general PC, but not only the user interface such as the input / output device is limited, but also the network speed, CPU performance, and memory capacity are vulnerable, so the processing speed is greatly delayed. There is a problem that takes a lot of time to run the web page and load.

Accordingly, in order to improve web page loading speed, a proxy server is installed between the mobile terminal and the web server to reduce network traffic and reduce the amount of network traffic through content file compression or image file loss compression. Techniques for speeding up web page loading by reducing time have been proposed. However, there is a limit in reducing the web page loading time by reducing the network throughput because it takes more time to process the above process than the time to download the content in the web page loading.

Therefore, in the present invention, the HTML data parsing and layout out process, which takes up a large portion of web page loading, is performed in a web accelerator server without performing a full browser of a mobile terminal having poor performance. After performing in consideration of the environment of the terminal, by providing the result to the mobile terminal, to propose a technique that can significantly reduce the web page loading time in the mobile terminal.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and as a request for accessing a web page occurs in a mobile terminal, HTML parsing and layout processing of web data received from a web server is performed. By loading a web page and generating tree information about the web page as a result of the loading, and transmitting the web page to the mobile terminal, thereby providing a web page loading method and system for enabling a rapid loading of the web page based on the tree information in the mobile terminal. It aims to do it.

In addition, the present invention converts the tree information by using the address information of the memory input from the mobile terminal and transmits the tree information to the mobile terminal, thereby quickly using the web page without changing the address value included in the tree information in the mobile terminal An object of the present invention is to provide a method and a system for loading a web page.

In addition, the present invention, such as HTML parsing (laying) and layout (lay outing), in the full browser of the mobile terminal to perform a lot of time to load the web page to perform a fast server in the high performance server It is an object of the present invention to provide a web page loading method and system for improving the web page loading speed in a mobile terminal.

In addition, the present invention performs faster HTML parsing and layout out of the server, instead of a mobile terminal that is poor in performance, the resulting dome tree (DOM tree) and render tree (Render tree), To provide a web page loading method and system that can significantly shorten the loading time of the web page in the mobile terminal by transferring to a form that can be quickly restored from the mobile terminal in accordance with the memory packing (memory packing) method The purpose.

In order to achieve the object of the present invention as described above, the web page loading method according to an embodiment of the present invention receives the web data from the web server associated with the request as a request for accessing the web page in the mobile terminal occurs; And loading a web page using the received web data, generating tree information on the loaded web page, and loading the web page based on the tree information in the mobile terminal. And transmitting the generated tree information to the mobile terminal.

In addition, the web page loading method according to an embodiment of the present invention in conjunction with a request for accessing the web page, (1) transmitting the address information of the memory to the web accelerator server, (2) the request from the web accelerator server Receiving the tree information for the loaded web page according to the method, storing the received tree information in a memory designated by the address information, and based on the tree information stored in the memory, It characterized in that it comprises the step of performing the loading.

According to the present invention, when a request for accessing a web page is generated in a mobile terminal, the web page is loaded and loaded by HTML parsing and layout of the web data received from the web server. By generating the tree information for the web page and transmitting to the mobile terminal, the mobile terminal can quickly load the web page based on the tree information.

In addition, according to the present invention, by converting the tree information using the address information of the memory input from the mobile terminal to transmit to the mobile terminal, the mobile terminal can be used immediately without changing the address value included in the tree information You can load a web page.

In addition, according to the present invention, such as HTML parsing (laying) and layout (lay outing), it takes a lot of time to load the web page in the full browser of the mobile terminal to perform quickly performed in a server with good performance By transmitting to the terminal, there is an effect of improving the web page loading speed in the mobile terminal.

In addition, according to the present invention, instead of a mobile terminal with poor performance, HTML parsing and layout out can be performed quickly on a server, and the resulting dome tree and render tree. According to the memory packing method, the mobile terminal is changed into a form that can be quickly restored by the mobile terminal, and thus the web page loading time in the mobile terminal can be dramatically shortened.

Hereinafter, a web page loading method and system according to the present invention will be described in detail with reference to the accompanying drawings.

2 is a diagram showing the configuration of a web page loading system according to an embodiment of the present invention.

The web page loading system 200 according to the present invention includes a web accelerator server 210 including a receiving means 211, a loading means 212, a storage space 213, a conversion means 214, and a transmission means 215. The mobile terminal 220 may include a transceiver 221, a storage 222, a memory 223, a loading unit 224, and a display unit 225.

The receiving means 211 in the web accelerator server 210 functions as a request for accessing a web page in the mobile terminal 220, and receives web data from a web server associated with the request.

The mobile terminal 220 may generate a request for access to a webpage identified by URL information or bookmark information when URL information or URL information is input by a user.

The receiving means 211, when a request for accessing a web page is received from the mobile terminal 220, requests web data for loading the web page to the web server associated with the request, thereby requesting the web from the web server. When data is received, the web page can be loaded. The web data may include data such as HTML, Java Script, CSS, Calc style, and image.

The loading means 212 in the web accelerator server 210 functions to load a web page using the received web data and generate tree information on the loaded web page.

The loading means 212 may generate a DOM tree according to a parsing process when the web page is loaded as the tree information, or when the web page is loaded, according to a layout process. A render tree may be generated as the tree information.

In this case, when the loading means 212 loads and stores the dome tree or the render tree generated by processing the web data in the storage space 213, data information about a value stored in each node included in each tree or Data sections and code sections for recording code information about codes stored in each node corresponding to the address values of the storage space 213 occupied by each node can be created as the tree information.

That is, the loading means 212 records data information corresponding to the address value of the storage space 213 storing the node of the web data and the node associated with the node, and is designated by the data information. Code information may be recorded corresponding to an address value, and tree information may be generated including the data information and the code information. In this case, the loading means 212 may compress the data information and the code information to include the tree information.

Referring to FIG. 3, FIG. 3 includes a structure of a class, a node of web data, and a node associated with the node in a web page loading system according to an embodiment of the present invention. Fig. 2 shows tree information (ii).

In Fig. 3 (iii), a class NodeA, a class NodeB, and a class NodeC are defined. In class NodeA, we call the virtual function f (), declare an array char name [4] that holds a four-byte string, and specify the parent node, child node, and sibling node of type NodeA. node) It declares variables to store each address value (ie pointer), and calls virtual function f () in class NodeB and class NodeC. At this time, class NodeA, class NodeB, and class NodeC may be node type information.

3 (ii) shows an example of tree information including an object (node) of each class type. That is, the illustrated tree information includes the object 'node1' of the class NodeA type, the 'node2' of the class NodeB type, and the object 'node3' of the class NodeC type. In this case, the relationship between each node is 'node1' as the highest level. It is a root node, a child node of 'node1' is 'node2', 'node3' is a sibling node of 'node2', and parent nodes of 'node2' and 'node3' can be 'node1'. .

4 is a data section and a code section in which data information / code information of the tree information shown in FIG. 3 (ii) is recorded corresponding to an address value in a web page loading system according to an embodiment of the present invention. It is a figure which shows an example of (code section).

The loading means 212 records data information corresponding to the address value of the storage space 213 for storing 'node1, node2 and node3' included in the tree information of FIG. 3 (ii), and records the data. By recording the code information corresponding to the address value designated by the information, the tree information of FIG. 3 (ii) can be loaded and stored in the storage space 213.

In the data section of FIG. 4, data information of 'node1' is stored corresponding to the address values '0x1000 to 0x1016', data information of 'node2' is stored corresponding to the address values '0x1040 to 0x1056', and the address value '0x1080' Data information of 'node3' may be stored corresponding to ˜0x1096 '.

In case of 'node1', data information '0050' is recorded corresponding to the address value '0x1000', and at this time, the virtual function f () of 'NodeA' corresponding to the address value '0x0050' specified by the data information '0050' Code information may be recorded in the code section. In addition, the character string 'node1' is recorded as data information corresponding to the address value '0x1004', and since there is no parent node of 'node1', the 'null' value is recorded as data information corresponding to the address value '0x1008'. Since the child node of 'node1' is 'node2', the address value '1040' of 'node2' is recorded as data information corresponding to the address value '0x1012', and since there is no sibling node of 'node1', A 'null' value may be recorded as data information corresponding to the value '0x1016'.

2, the conversion means 214 in the web accelerator server 210 receives the address information of the memory 223 in the mobile terminal 220 to store the tree information from the mobile terminal 220. And converting the tree information in consideration of the input address information.

That is, the converting means 214 adjusts the address value included in the tree information based on the input address information, and in association with the adjustment, data recorded corresponding to the address value included in the tree information. You can adjust the information.

For example, the address information may be a heap address including the start address '0x3000' of the memory 223 of the mobile terminal 220.

Further, the converting means 214 creates a node list table for recording type information about the node of the web data, and converts the created node list table into the adjusted address value and the adjusted data information. It can be added to the tree information including. In this case, the type information may be a class of the node.

5 is a diagram illustrating an example of converting the generated tree information by using the address information input from the mobile terminal in the web page loading system according to an embodiment of the present invention.

The converting means 214 searches for tree information including the data information and code information of FIG. 4, and stores the tree in the storage space 213 allocated to the start address '0x3000' of the memory 223 input from the mobile terminal. The type information 'class NodeA' of the 'node1' of the information is recorded, the type information 'class NodeB' of the 'node2' of the tree information is recorded in the storage space 213 allocated to the '0x3040', and the '0x3080' A node list table in which the type information 'class NodeC' of 'node3' of the tree information is recorded may be created in the allocated storage space 213. In other words, the converting means 214 searches the generated tree information to obtain the type information of the root node, the type information of the node associated with the root node, and the address information of the memory 223 input from the mobile terminal. The node list table recorded can be created.

In addition, the converting means 214 adjusts the start address value '0x1000' of the data section of FIG. 4 to the start address '0x3000' of the memory 223 input from the mobile terminal, so that the following address values '0x1004,' 0x1008, 0x1012,... ', Address value' 0x3004, 0x3008, 0x3012,… ' Can be adjusted.

As the address value is adjusted in this manner, the conversion means 214 can adjust the data information in which the start address values of the parent node, the child node, and the sibling node are recorded, as shown in the data section of FIG. That is, the conversion means 214 adjusts the data information in which the start address value '1040' of the child node of 'node1' is recorded to '3040', and the start address value '1000' of the parent node of 'node2' is recorded. The adjusted data information to '3000', adjust the data information recorded with the start address value '1080' of the sibling node of 'node2' to '3080', and start address value '1000' of the parent node of 'node3' The recorded data information can be adjusted to '3000'.

In addition, the conversion means 214 loads the start address value of the code section of FIG. Adjust the address value of the storage space 213 where the code information 'NodeB's virtual function f ()' is recorded from 0x0050 to 0x1050, and adjust the address value from 0x0070 to 0x1070 and the code information 'virtual function of NodeC'. The address value of the storage space 213 in which f () 'is recorded can be adjusted from the existing 0x0090 to 0x1090.

Therefore, according to the present invention, by converting the tree information using the address information of the memory input from the mobile terminal and transmitting it to the mobile terminal, the mobile terminal can immediately use the web without changing the address value included in the tree information. The page can be loaded.

Further, when the tree information is converted according to the start address of the memory 223 input from the mobile terminal, the conversion means 214 compresses the tree information including the adjusted data information and the adjusted code information. Can be.

The transmission means 215 in the web accelerator server 210 transmits the tree information to the mobile terminal 220 so that the web page based on the tree information is loaded in the mobile terminal 220.

The transceiver 221 in the mobile terminal 220 functions to receive tree information about the loaded web page from the web accelerator server 210 in response to a request for accessing the web page.

Prior to this, the transceiver 221 functions to transmit address information of a memory to the web accelerator server 210 in association with a request for accessing a web page.

For example, the transceiver 221 may transmit a heap address including the start address '0x3000' of the memory 223 to the web accelerator server 210 as the address information. The conversion means 214 in the accelerator server 210 may convert the tree information for the loaded web page in consideration of the address information.

That is, the converting means 214 adjusts the address value included in the tree information based on the input address information, and in association with the adjustment, data recorded corresponding to the address value included in the tree information. You can adjust the information.

The storage unit 222 in the mobile terminal 220 functions to store the received tree information in the memory 223 designated by the address information.

In this case, when the tree information is received in a compressed form, the storage unit 222 may decompress the tree information and store it in the memory 223. In other words, the storage unit 222 may restore the decompressed tree information to the memory 223.

The loading unit 224 of the mobile terminal 220 functions to load the web page based on the tree information stored in the memory 223.

That is, the loading unit 224 may quickly load the web page through painting by drawing content on the full browser displayed on the display unit 225 based on the tree information.

Therefore, according to the present invention, when a request for accessing a web page occurs in a mobile terminal, the web page is loaded and loaded as a result of HTML parsing and layout of the web data received from the web server. By generating the tree information for the web page and transmitting it to the mobile terminal, the mobile terminal can quickly load the web page based on the tree information.

In addition, according to the present invention, such as HTML parsing and layout (lay outing), in the full browser of the mobile terminal to perform a lot of time for loading a web page to perform a fast server to perform a fast transfer to the mobile terminal As a result, the web page loading speed in the mobile terminal can be improved.

In addition, according to the present invention, instead of the mobile terminal with poor performance, the resulting dome tree / render tree by performing HTML parsing and screen layout on the server is changed to a form that can be quickly restored by the mobile terminal according to the memory packing method. By transmitting, the web page loading time of the mobile terminal can be significantly shortened.

6 is a flowchart illustrating a procedure of a web page loading method according to an embodiment of the present invention.

The webpage loading method may be implemented by a webpage loading system of the present invention. In addition, in the following description of FIG. 6, FIG. 6 will be described with reference to FIG. 2.

In step S601, the mobile terminal transmits a request for accessing a web page to a web accelerator server.

The mobile terminal 220 may generate a request for access to a webpage identified by URL information or bookmark information when URL information or URL information is input by a user.

In step S602, the mobile terminal transmits address information of a memory to the web accelerator server in association with a request for accessing a web page.

For example, the transceiver 221 may transmit a heap address including the start address '0x3000' of the memory 223 to the web accelerator server 210 as the address information. The conversion means 214 in the accelerator server can convert the tree information for the loaded web page in consideration of the address information.

In step S603, when the web accelerator server receives a request for accessing a web page from the mobile terminal 220, the web accelerator server performs loading of the web page.

In steps S604 and S605, the web accelerator server requests web data for loading the web page to the web server associated with the request, and accordingly receives web data about the web page from the web server to load the web page. can do.

The web data may include data such as HTML, Java Script, CSS, Calc style, and image.

In step S606, the web accelerator server generates tree information about the loaded web page.

The loading means 212 may generate a DOM tree according to a parsing process when the web page is loaded as the tree information, or when the web page is loaded, according to a layout process. A render tree may be generated as the tree information.

In this case, when the loading means 212 loads and stores the dome tree or the render tree generated by processing the web data in the storage space 213, data information about a value stored in each node included in each tree or Data sections and code sections for recording code information about codes stored in each node corresponding to the address values of the storage space 213 occupied by each node can be created as the tree information.

That is, the loading means 212 records data information corresponding to the address value of the storage space 213 storing the node of the web data and the node associated with the node, and is designated by the data information. Code information may be recorded corresponding to an address value, and tree information may be generated including the data information and the code information. In this case, the loading means 212 may compress the data information and the code information to include the tree information.

In step S607, the web accelerator server converts the tree information in consideration of the address information input from the mobile terminal and compresses the tree information.

That is, the converting means 214 adjusts the address value included in the tree information based on the input address information, and in association with the adjustment, data recorded corresponding to the address value included in the tree information. You can adjust the information. For example, the address information may be a heap address including the start address '0x3000' of the memory 223 of the mobile terminal 220.

Further, the converting means 214 creates a node list table for recording type information about the node of the web data, and converts the created node list table into the adjusted address value and the adjusted data information. It can be added to the tree information including. In this case, the type information may be a class of the node.

Further, when the tree information is converted according to the start address of the memory 223 input from the mobile terminal, the conversion means 214 compresses the tree information including the adjusted data information and the adjusted code information. Can be.

Therefore, according to the present invention, by converting the tree information using the address information of the memory input from the mobile terminal and transmitting it to the mobile terminal, the mobile terminal can immediately use the web without changing the address value included in the tree information. The page can be loaded.

In step S608, the web accelerator server transmits the tree information to the mobile terminal so that the web page is loaded based on the tree information in the mobile terminal.

Accordingly, the transmitting / receiving unit 221 in the mobile terminal may receive, from the web accelerator server, tree information about the loaded web page in response to a request for accessing the web page.

In step S609, when the tree information is received in a compressed form, the mobile terminal decompresses the tree information and restores the tree information to the memory 223.

In step S610, the mobile terminal loads the web page based on the tree information restored in the memory 223.

That is, the loading unit 224 may quickly load the web page through painting by drawing content on the full browser displayed on the display unit 225 based on the tree information.

Therefore, according to the present invention, when a request for accessing a web page occurs in a mobile terminal, the web page is loaded and loaded as a result of HTML parsing and layout of the web data received from the web server. By generating the tree information for the web page and transmitting it to the mobile terminal, the mobile terminal can quickly load the web page based on the tree information.

In addition, according to the present invention, such as HTML parsing and layout (lay outing), in the full browser of the mobile terminal to perform a lot of time for loading a web page to perform a fast server to perform a fast transfer to the mobile terminal As a result, the web page loading speed in the mobile terminal can be improved.

In addition, according to the present invention, instead of the mobile terminal with poor performance, the resulting dome tree / render tree by performing HTML parsing and screen layout on the server is changed to a form that can be quickly restored by the mobile terminal according to the memory packing method. By transmitting, the web page loading time of the mobile terminal can be significantly shortened.

7 is a flowchart illustrating a process of converting tree information in a web page loading system according to an embodiment of the present invention.

In step S701, the mobile terminal transmits the address information of the memory to the web accelerator server.

The mobile terminal may transmit the start address of the memory to store the tree information to the web accelerator server in association with the occurrence of the request for accessing the web page.

In step S702, the web accelerator server adjusts the address value (pointer) of the data information included in the generated tree information by using the address information received from the mobile terminal, searches for each node of the tree information, and creates a node list table. Add.

At this time, the web accelerator server modifies the tree information in consideration of an environment (eg, endian, memory align) of the mobile terminal, and the web accelerator server modifies the address value of the storage space where the tree information is stored and the received address information. It can be modified to fit the mobile terminal.

In step S703, the web accelerator server compresses the tree information including the adjusted data information and the node list table and transmits the compressed information to the mobile terminal.

In step S704, the mobile terminal generates a class node according to the type information of the node list table included in the decompressed tree information, and then copies the adjusted data information to the node, thereby copying the tree information to the address information. Restore to the memory specified by

Further, embodiments of the present invention include a computer readable medium having program instructions for performing various computer implemented operations. The computer readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The media may be program instructions that are specially designed and constructed for the present invention or may be available to those skilled in the art of computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like.

While specific embodiments of the present invention have been described so far, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the equivalents of the claims and the claims.

1 is a table showing a time taken for loading a web page and a ratio according to time in a full browser included in a conventional mobile terminal.

2 is a diagram showing the configuration of a web page loading system according to an embodiment of the present invention.

FIG. 3 illustrates tree information (ii) including a structure of a class, a node of web data, and a node associated with the node in a web page loading system according to an embodiment of the present invention. One drawing.

4 illustrates an example of a data section and a code section in which data information / code information of the tree information shown in FIG. 3 (ii) is recorded corresponding to an address value in a web page loading system according to an embodiment of the present invention. One drawing.

5 is a diagram illustrating an example of converting the generated tree information using address information input from a mobile terminal in a web page loading system according to an embodiment of the present invention.

6 is a flowchart illustrating a procedure of a web page loading method according to an embodiment of the present invention.

7 is a flowchart illustrating a process of converting tree information in a web page loading system according to an embodiment of the present invention.

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

200: web page loading system

210: web accelerator server

211: receiving means

212: loading means

213: storage space

214: conversion means

215: transmission means

220: mobile terminal

221: transceiver

222: storage unit

223: memory

224: loading unit

225: display unit

Claims (19)

Receiving a web data from a web server associated with the request as a request for accessing a web page occurs in the mobile terminal; Loading a web page using the received web data and generating tree information on the loaded web page; Receiving address information of a memory in the mobile terminal in which the tree information is to be stored, from the mobile terminal; Converting the tree information in consideration of the input address information; And Transmitting the tree information to the mobile terminal such that the web page is loaded based on the tree information in the mobile terminal. Web page loading method comprising a. The method of claim 1, Generating tree information about the loaded web page, Recording data information corresponding to an address value of a storage space storing a node of the web data and a node associated with the node; Recording code information corresponding to the address value designated by the data information; And Generating tree information including the data information and the code information Web page loading method comprising a. The method of claim 2, Generating tree information about the loaded web page, Compressing the data information and the code information and including the data information in the tree information Web page loading method further comprising. delete The method of claim 1, The step of converting the tree information in consideration of the input address information, Adjusting an address value included in the tree information based on the input address information; And Adjusting data information recorded corresponding to the address value included in the tree information in association with the adjustment; Web page loading method comprising a. The method of claim 5, The step of converting the tree information in consideration of the input address information, Creating a node list table for recording type information about a node of the web data; And Adding the created node list table to tree information including the adjusted address value and the adjusted data information Web page loading method further comprising. The method of claim 1, Generating tree information about the loaded web page, Generating a dome tree according to a parsing process as the tree information when the web page is loaded; or Generating a render tree according to a layout process as the tree information when the web page is loaded; Web page loading method comprising a. In response to a request for accessing a web page, (1) transmitting address information of a memory to a web accelerator server, and (2) receiving tree information about a web page loaded according to the request from the web accelerator server; Storing the received tree information in a memory designated by the address information; And Loading the web page based on tree information stored in the memory; Web page loading method comprising a. The method of claim 8, When the tree information is received in a compressed form, Unpacking the tree information Web page loading method further comprising. 10. A computer-readable recording medium having recorded thereon a program for performing the method of any one of claims 1 to 3. Receiving means for receiving web data from a web server associated with the request as a request for accessing a web page occurs in a mobile terminal; Loading means for loading a web page using the received web data and generating tree information on the loaded web page; Conversion means for receiving address information of a memory in the mobile terminal in which the tree information is to be stored from the mobile terminal and converting the tree information in consideration of the input address information; And Transmitting means for transmitting the tree information to the mobile terminal such that the web page is loaded based on the tree information in the mobile terminal; Web page loading system comprising a. The method of claim 11, The loading means, Record data information corresponding to an address value of a storage space storing a node of the web data and a node associated with the node, record code information corresponding to an address value designated by the data information, and Web information loading system comprising the tree information, including data information and the code information. The method of claim 12, The loading means, And compressing the data information and the code information into the tree information. delete The method of claim 11, The conversion means, A web characterized by adjusting an address value included in the tree information based on the input address information, and adjusting recorded data information corresponding to the address value included in the tree information in conjunction with the adjustment; Page loading system. The method of claim 15, The conversion means, And a node list table for recording type information about the node of the web data, and adding the created node list table to tree information including the adjusted address value and the adjusted data information. Page loading system. The method of claim 11, The loading means, When loading the web page, a DOM tree according to a parsing process is generated as the tree information, or when the web page is loaded, a render tree according to a layout process is generated as the tree information. Web page loading system, characterized in that the generated as. In connection with a request for accessing a web page, (1) transmitting and receiving address information of a memory to a web accelerator server, and (2) receiving and receiving tree information on a web page loaded according to the request from the web accelerator server. part; A storage unit which stores the received tree information in a memory designated by the address information; And A loading unit for loading the web page based on the tree information stored in the memory Web page loading system comprising a. The method of claim 18, When the tree information is received in a compressed form, The storage unit, And decompressing the tree information.

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