JPH11259401A - Access control method for home page and data processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To shorten time required for a whole processing when collectively accessing to a home page. SOLUTION: A data processor is provided with an input device 1 inputting the number of tracing times of URL(uniform resource locator) and a hyper link, a transfer speed storage part 22 storing transfer speed corresponding to URL, an access means constituted of an access control part 21 accessing to respective home pages by using the idle connection of multiple connections in the order of URL whose transfer speed is the highest based on the number of tracing times to the hyper link and a communication processing part 3, and a data analysis part 23 updating transfer speed corresponding to URL stored in the transfer speed storage part 22.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a homepage access control method and data processing apparatus which can reduce the time required for the entire processing when accessing a homepage collectively.

[0002]

2. Description of the Related Art WWW (World Wide Wed)
In the conventional homepage access control method and data processing apparatus, which accesses the homepage of b), reads out the link information written in the page, and automatically accesses another linked page, there are several methods. Are accessed in the order determined first in the process of sequentially accessing the home pages.

[0003]

In the conventional homepage access control method and data processing apparatus, the homepage is accessed as described above, the link information written in the page is read, and another webpage is linked. Since the page is automatically accessed, if the response of a certain homepage takes time, the whole process is affected, and there is a problem that much time is required until the whole process is completed. Further, when the processing is interrupted halfway, there is a problem that the processing is not performed if the processing is to be executed even if the response time is short.

An object of the present invention is to provide a homepage access control method and a data processing apparatus which can reduce the time required for the entire processing when accessing a homepage collectively. Another object of the present invention is to provide a homepage access control method and a data processing device capable of quickly accessing a target page.

[0005]

According to a method for controlling access to a homepage according to the present invention, based on a transfer speed corresponding to a URL, free space is obtained from each server in ascending order of a homepage acquisition time required for accessing the homepage. Each homepage is accessed using a connection.

A method of controlling access to a homepage according to the present invention is characterized in that each homepage is accessed using an empty connection from each server based on the priority of the URL.

A data processing apparatus for a home page according to the present invention comprises: an input device for inputting a URL and the number of hyperlinks to be followed; a transfer speed storage unit storing a transfer speed corresponding to the URL; An access unit for accessing each home page using a vacant connection of a multi-connection in the order of a URL having a higher transfer speed based on the transfer speed and the number of tracing the hyperlinks stored in a storage unit; A data analysis unit that updates a transfer speed corresponding to the URL stored in the storage unit.

[0008] A home page data processing apparatus according to the present invention comprises an input device for inputting a URL, a number following a hyperlink, a keyword, and the like, and a URL and a number following the hyperlink inputted by the input device. , And a priority storage unit that stores keywords and the like, and a data analysis unit that determines whether the keyword is included in the content of the accessed homepage,
Access means for accessing each home page using a vacant connection of a multi-connection in the order of a URL having a higher priority based on the keyword stored in the priority storage or the determination result of the data analyzer; It is characterized by having.

According to the method of controlling access to a homepage of the present invention, based on a transfer speed corresponding to a URL, each server accesses each homepage using an empty connection from each server in ascending order of time required for access. In addition, the number of files processed per unit time is increased in the first half of the process of accessing each homepage using an empty connection from each server, thereby reducing the time required for the entire process when accessing the homepages collectively.

In the method of controlling access to a homepage according to the present invention, each homepage is accessed from each server using an empty connection based on the priority of the URL set by the keyword, so that the keyword is:
If the URL is included in the URL extracted from the hyperlink of the accessed homepage, it is possible to quickly access the target page with priority.

The homepage data processing apparatus of the present invention stores a transfer speed corresponding to a URL and, based on the stored transfer speed and the number of tracing hyperlinks, stores the transfer speed in the order of URL having the highest transfer speed. By accessing each homepage using a free connection of the connection and updating the transfer speed corresponding to the stored URL, a unit time is used in the first half of the process of accessing each homepage using a free connection from each server. By increasing the number of files to be processed per unit, it is possible to reduce the time required for the entire processing when accessing the homepage collectively.

The homepage data processing apparatus of the present invention stores an input URL, the number of tracing hyperlinks, a keyword, and the like, and, based on the stored keyword and the like, sorts the URL in the order of higher priority. To access each home page using a vacant connection of the multi-connection, or to determine whether or not the content of the accessed home page includes the keyword, based on the determination result, the URL of the higher priority URL By accessing each home page using the empty connection of the multi-connection in this order, it is possible to quickly access the target page in the order of the URL having the highest priority based on the keyword.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below. The homepage access control method and data processing apparatus according to the present embodiment, when automatically accessing the WWW homepage collectively, controls the order in which the homepages are accessed in the order of earlier response.

FIG. 1 is a block diagram showing a configuration of a data processing apparatus for realizing a homepage access control method according to the present embodiment, in which a URL (Uniform) is accessed.
a data processing unit 2 that manages (mResource Locator, access destination information) and acquired files;
An input device 1 such as a keyboard and a communication processing unit 3 for performing communication are provided. The data processing unit 2 includes an access control unit 21, a data analysis unit 23, and a transfer speed storage unit 22.
It has.

The access control unit 21 sorts the URLs input from the input device 1 in the order of the transfer speed stored in the transfer speed storage unit 22, and sorts the communication processing unit 3 in ascending order of the transfer speed.
Request processing.

The communication processing unit 3 accesses the server to obtain the requested file, and performs a communication process for obtaining the URL requested by the access control unit 21. Communication processing is performed using multi-connection, and a plurality of URLs can be executed simultaneously.

The data analysis unit 23 obtains the transfer speed from the acquired file size and processing time, notifies the transfer speed storage unit 22, and inputs / changes the data in the transfer speed storage unit 22. Further, it extracts the URL included in the HTML (Hypertext Makeup Language) document and notifies the access control unit 21 of the extracted URL.

The transfer speed storage unit 22 stores the transfer speed for each server name, and notifies the transfer speed of the corresponding server in response to an inquiry from the access control unit 21.
Also, input of the latest transfer speed from the data analysis unit 23,
And updating the stored transfer speed for each server name with the notified information.

Next, the operation of this embodiment will be described. The access control unit 21 receives the URL input from the input device 1 and the number of tracing the hyperlink. Here, “http: // aaa /, tracing twice”, “http:
// bbb / news / index. htm, trace twice ". The address parts “aaa” and “bbb” of the received URL are extracted, and it is checked whether or not the transfer rate of the same address is stored in the transfer rate storage unit 22. If the transfer speed is stored, the speed is given. If the transfer speed is not stored, an initial value is given, and the input URLs are rearranged in order of the transfer speed. "Aaa" is 5Kbytes / s, "bbb" is 2K
In the case of bytes / s, "http: // aaa /"
"Http: //bbb/news/index.ht
m ”. Further, it requests the communication processing unit 3 to perform a URL communication process according to the number of available communicable connections. “Http: // aaa /” is requested, and if there is a vacancy in the connection, “http: // bbb / ne
ws / index. htm ”.

The communication processing unit 3 accesses the server and
Get the requested file. Each time the communication process for one URL is completed, the data analysis unit 23 is notified of the completion. The data analysis unit 23 obtains the transfer speed from the acquired file size and the time required for the communication process, and notifies the transfer speed storage unit 22 of the transfer speed. The transfer rate storage unit 22 updates the currently stored transfer rate to the latest notified information. The communication speed obtained is "aaa" is 5Kbyte
s / s, "bbb" is 6Kbytes / s,
Only the information of “bbb” is updated. If the number of links has not been reached, the data analysis unit 23 analyzes the tags in the HTML document, extracts the URL from the hyperlink, and notifies the access control unit 21. "Http: // aa
a / ”to“ http: //aaa/menu.ht ”
m "," http: //aaa/main.htm "
Is "http: // bbb / news / index.
htm ”to“ http: // bbb / news / to
day. When “http” is analyzed and notified, the access control unit 21 determines “http: // a” from the updated transfer rate.
aa / menu. http: // http: // aaa / m
ain. http: http: // bbb / news /
today. htm ”. Access control unit 2
1 repeats the process until there is no queue.

Next, the operation when processing is performed under the following conditions will be specifically described. Three servers (a, b,
1 second, 2 seconds to get one page from c),
Assume that an acquisition time of 5 seconds is required. There are two hyperlinks on each page, and the links are followed twice. FIG.
It is an explanatory view showing such a file configuration. In FIG. 2, A, B, C, D, E, F, and G are the pages, and each page has two hyperlinks. It is also assumed that there are three connections.

FIG. 3 shows a case where the homepage access processing is performed for each of the servers a, b and c by the conventional homepage access control method in order to compare with the access processing time of the present invention. It is explanatory drawing which shows a processing time. The vertical axis represents each of the three connections, and is referred to as connection 1, connection 2, and connection 3 from the top. The horizontal axis is a time axis indicating the required time. The time required between black circles indicates that it takes one second to acquire one page from the server a. The time required between the black triangles indicates that it takes two seconds to acquire one page from the server b. The time required between the arrows indicates that it takes five seconds to acquire one page from the server c. Further, for example, the code aA indicates that the server a
To get

As shown in FIG. 3, in the conventional homepage access control method, a page A is first obtained from the server a by the connection 1, and then a page B is further obtained. Next, the page C is acquired by the connection 2 in parallel with the acquisition of the page B. Next, the page D is acquired by the connection 1, the page E is acquired by the connection 2 in parallel with the acquisition of the page D, and the page F is acquired by the connection 3. The page G is acquired by the connection 1 after acquiring the page D by the connection 1.

Similarly, for the server b, after acquiring each page from the server a, the page A is first acquired by the connection 1, and then the page B is acquired. Next, the page C is acquired by the connection 2 in parallel with the acquisition of the page B. When the acquisition of page B by connection 1 is completed and the acquisition of page C by connection 2 is completed, page D is acquired by connection 1 and page E is acquired by connection 2 in parallel with the acquisition of page D. The page F is acquired by the connection 3. After acquiring page D by connection 1, page G is acquired by vacant connection 1.

Similarly, after obtaining each page from the server b, the server c first obtains the page A by the connection 1, and then obtains the page B further. Next, the page C is acquired by the connection 2 in parallel with the acquisition of the page B. When the acquisition of page B by connection 1 is completed and the acquisition of page C by connection 2 is completed, page D is acquired by connection 1 and page E is acquired by connection 2 in parallel with the acquisition of page D. The page F is acquired by the connection 3. After acquiring page D by connection 1, page G is acquired by vacant connection 1.

As described above, the process of obtaining each page from the server a, the server b, and the server c is completed. In this case, the process of obtaining each page from the server a, the server b, and the server c is completed. 32 seconds are required.

FIG. 4 is an explanatory diagram showing the processing time required when a homepage access process is performed for each of the servers a, b, and c by the homepage access control method according to the present embodiment. The vertical axis represents each of the three connections, and is referred to as connection 1, connection 2, and connection 3 from the top. The horizontal axis is a time axis indicating the required time. The time required between black circles indicates that it takes one second to acquire one page from the server a. The time required between the black triangles indicates that it takes two seconds to acquire one page from the server b. The time required between the arrows indicates that it takes five seconds to acquire one page from the server c. Further, for example, a symbol aA indicates that page A is acquired from server a.

As shown in FIG. 4, in the homepage access control method according to the present embodiment, first, a page A is obtained from the server a by the connection 1, and in parallel with this, the page is obtained from the server b by the connection 2. Get A. Further, in parallel with the acquisition of the page A from the server a and the server b, the connection 3 is used to acquire the page A from the server c.

In connection 1, when page A is completely acquired from server a (one second after the start of processing)
Then, the page B is acquired from the server a. This server a
When the acquisition of the page B is completed (2 seconds after the start of the processing), the acquisition of the page A from the server b using the connection 2 is completed, and the connection 1 and the connection 2 are free. The page C is acquired from the server a, and the page D is acquired from the server a using the connection 2 in parallel with the acquisition of the page C from the server a. At the time when the acquisition of page C and page D from server a is completed (3 seconds after the start of processing), connection 1 and connection 2 are vacant.
From the server a using the connection 2 in parallel with the acquisition of the page E from the server a.
To obtain page F. At the time when the acquisition of the page E and the page F from the server a is completed (4 seconds after the start of the processing), the connection 1 and the connection 2 are still free, so the connection 1 acquires the page G from the server a. I do. When the acquisition of the page G is completed (5 seconds after the start of the processing), the acquisition of the page from the server a is completed. In parallel with the start of acquisition of page G from server a by connection 1, page B is acquired from server b using connection 2.

When the acquisition of page G from server a by connection 1 is completed (five seconds after the start of processing), page A from server c using connection 3
Since the acquisition of the page C is completed, the acquisition of the page C from the server b using the connection 1 is started, and the connection 3 is used in parallel with the start of the acquisition of the page C from the server b using the connection 1. The acquisition of page B from server c is started.

Six seconds after the start of the process, connection 1
Is acquiring page C from server b, and connection 2 ends acquiring page B from server b. Therefore, the acquisition of the page D from the server b by the connection 2 is started. Connection 3 is acquiring page B from server c.

7 seconds after the start of processing, connection 1
Starts the acquisition of page E from server b using connection 1 because the acquisition of page C from server b ends. Connection 2 is acquiring page D from server b. Connection 3 is server c
Page B is being acquired from.

8 seconds after the start of processing, connection 1
Is acquiring page E from server b. Also, since the acquisition of page D from server b using connection 2 ends, server b using connection 2
Of the page F from. Also connection 3
Is acquiring page B from server c.

9 seconds after the start of processing, connection 1
Starts the acquisition of page G from server b using connection 1 since the acquisition of page E from server b ends. Connection 2 is acquiring page F from server b. Connection 3 is server c
Page B is being acquired from.

Ten seconds after the start of the process, the connection 1 is acquiring the page G from the server b. Further, since the acquisition of the page F from the server b using the connection 2 ends, the acquisition of the page C from the server c using the connection 2 is started. Further, since the acquisition of the page B from the server c using the connection 3 ends, the acquisition of the page D from the server c by the connection 3 is started.

At 11 seconds after the start of the process, the connection 1 completes acquiring the page G from the server b.
The acquisition of the page E from the server c using the connection 1 is started. In connection 2, server c
Page C is being acquired from. Also, connection 3
Now, page D is being acquired from server c.

15 seconds after the start of the process, connection 1 is acquiring page E from server c. In addition, since the acquisition of page C from server c using connection 2 ends and the acquisition of page D from server c using connection 3 ends, the acquisition of page F from server c using connection 2 ends. The acquisition of page G from server c using acquisition and connection 3 is started.

At 16 seconds after the start of the process, the connection 1 completes the acquisition of the page E from the server c. After 20 seconds from the start of the processing, acquisition of page F from server c using connection 2 and connection 3
The acquisition of page G from server c using is ended.

As described above, the process of acquiring each page from the server a, the server b, and the server c ends. In this case, by the time the process of acquiring each page from the server a, the server b, and the server c ends. 20 seconds is enough.

For example, if the processing is stopped at 10 seconds after the start of the processing, 13 files are processed in the conventional homepage access control method shown in FIG. However, in the homepage access control method of the present embodiment shown in FIG. 4, 15 files can be processed. In the conventional homepage access control method shown in FIG. 3, when the processing order for each server is server c, server b, and server a, only three files are processed.

As described above, according to the homepage access control method of the present embodiment, the time required for the entire process can be reduced by effectively using the empty connection. This is because processing is performed not for the server specified at the beginning, but for each file, so that a connection is provided for each file and the effective use of the available connection is performed.

Further, if the processing is interrupted halfway due to the time required for a response from the server, more files can be processed. This is because the processing is performed from the designated URL having the highest transfer speed, so that the number of files processed per unit time can be increased in the first half of the processing.

FIG. 5 is a block diagram showing a configuration of a data processing apparatus for realizing a homepage access control method according to another embodiment of the present invention. The same reference numerals as those shown in FIG. 1 denote the same or corresponding parts. The description is omitted.
The data processing unit 2 of the data processing device according to the present embodiment includes an access control unit 21, a data analysis unit 23, and a priority storage unit 24. The priority storage unit 24 stores URLs input from the input device 1 to the access control unit 21 and the number of hyperlinks, as well as phrases such as keywords. The access control unit 21 searches for whether the URL includes the keyword stored in the priority order storage unit 24, and rearranges the contents of the priority order storage unit 24 in descending order of priority. Note that the notification from the request to the communication processing unit 3 to the data analysis unit 23 is the same processing as in the above embodiment.

Next, the operation will be described. The data analysis unit 23 searches the acquired document in the HTML document, and searches whether the keyword stored in the priority order storage unit 24 is included. The access control unit 21 extracts the URL from the hyperlink as in the above-described embodiment.
Notify. At this time, a priority is assigned to the URLs found from the document including the keyword, and the URL is notified to the access control unit 21. The access control unit 21 has a URL
That are accessed using two of the priority order from the phrase included in the URL and the priority order notified from the data analysis unit 23
Rearrange L. As a result, when searching for a specific page, there is an effect that a target page can be found earlier.

[0045]

As described above, according to the present invention, the URL
Based on the transfer speed corresponding to the above, each server accesses each home page using an available connection from the server in the shortest acquisition time required for accessing the home page. By increasing the number of files processed per unit time in the first half of the process of accessing each homepage, there is an effect that the overall processing time when accessing the homepages collectively can be reduced.

According to the present invention, each home page is accessed from each server using a free connection based on the priority of the URL.
According to the priority of RL, there is an effect that access to a target page can be performed with priority and speed.

URL, the number of hyperlinks,
And an input device for inputting keywords and the like, the URL input by the input device, the number of tracing the hyperlink, a priority storage unit storing the keywords, and the like. A data analysis unit that determines whether or not the connection is included; and a keyword that is stored in the priority order storage unit, or based on a determination result of the data analysis unit, a multi-connection is performed in the order of URL having a higher priority order. Access means for accessing each home page using an empty connection, so that access to a target page can be performed quickly in a priority order of URLs having higher priorities based on the keyword. There is an effect that can be.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of a data processing device for implementing a homepage access control method according to an embodiment of the present invention.

FIG. 2 is an explanatory diagram showing a file configuration in a data processing device for implementing a homepage access control method according to an embodiment of the present invention.

FIG. 3 is an explanatory diagram showing a processing time required when a homepage access process is performed for each server with respect to a server a, a server b, and a server c by a conventional homepage access control method.

FIG. 4 is an explanatory diagram showing a processing time required when a homepage access process is performed for each of the servers a, b, and c by the homepage access control method according to the embodiment of the present invention.

FIG. 5 is a block diagram illustrating a configuration of a data processing device that implements a homepage access control method according to another embodiment of the present invention.

[Explanation of symbols]

1 ... input device, 3 ... communication processing unit (access means),
21 access control section (access means), 22 transfer rate storage section, 23 data analysis section, 24 priority order storage section.

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[Procedure amendment]

[Submission date] April 12, 1999

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims

[Correction method] Change

[Correction contents]

[Claims]

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0005

[Correction method] Change

[Correction contents]

[0005]

According to the present invention, there is provided a method for controlling access to a homepage, wherein a homepage having a hyperlink is collectively accessed via a plurality of servers by using a multi-connection free connection. In the above, based on the transfer speed obtained from the size and processing time of the file corresponding to the URL, using the free connection from the server for each file in the order of shortest homepage acquisition time required for accessing the homepage, The method is characterized in that each homepage is accessed, and each homepage is accessed by using the available connection first in the order of shortest homepage acquisition time.

[Procedure amendment 3]

[Document name to be amended] Statement

[Correction target item name] 0006

[Correction method] Change

[Correction contents]

A method for controlling access to a homepage according to the present invention is a method for controlling access to a homepage which collectively accesses a homepage having a hyperlink through a plurality of servers by using a vacant connection of a multi-connection. Based on the order, access each home page from each server using the empty connection for each file, and access each home page using the empty connection first in the priority order. Features.

[Procedure amendment 4]

[Document name to be amended] Statement

[Correction target item name] 0007

[Correction method] Change

[Correction contents]

A home page data processing apparatus according to the present invention stores an input device for inputting a URL and the number of hyperlinks to be followed, and a transfer rate obtained from a file size and a processing time corresponding to the URL. Based on the transfer speed storage unit and the transfer speed stored in the transfer speed storage unit and the number of tracing the hyperlinks, the multi-connection free connection is used for each file in the order of the URL with the highest transfer speed. Access each homepage, use the free connection first, use the above order,
An access unit for accessing the homepage, and a data analysis unit for updating a transfer speed corresponding to a URL stored in the transfer speed storage unit are provided.

[Procedure amendment 5]

[Document name to be amended] Statement

[Correction target item name] 0008

[Correction method] Change

[Correction contents]

A data processing apparatus for a home page according to the present invention includes an input device for inputting a URL, a number following a hyperlink, a keyword, and the like, and a number following the URL input by the input device and a number following the hyperlink. , And a priority storage unit that stores keywords and the like, and a data analysis unit that determines whether the keyword is included in the content of the accessed homepage,
Based on the keyword stored in the priority order storage unit or the determination result of the data analysis unit, access to each homepage is performed by using a multi-connection free connection for each file in the order of URL having a higher priority order. ,
Access means for accessing the respective homepages by using the vacant connections first in the order described above.

[Procedure amendment 6]

[Document name to be amended] Statement

[Correction target item name] 0009

[Correction method] Change

[Correction contents]

In the method of controlling access to a homepage according to the present invention, an available connection from a server is used for each file in ascending order of the homepage acquisition time based on a transfer speed obtained from a file size corresponding to a URL and a processing time. Access each homepage, use the vacant connection first, use the homepage acquisition time in ascending order of time, increase the number of files processed per unit time in the first half of the process of accessing each homepage, The time required for the entire processing when accessing collectively is reduced.

[Procedure amendment 7]

[Document name to be amended] Statement

[Correction target item name] 0010

[Correction method] Change

[Correction contents]

According to the homepage access control method of the present invention, each homepage is accessed from each server using a free connection for each file based on the priority of a URL set by a keyword, and the free connection is started first. Then, by accessing the respective homepages using the priorities, the keyword is extracted from the hyperlink of the accessed homepage.
When the target page is included in the RL, it is possible to quickly access the target page with priority.

[Procedure amendment 8]

[Document name to be amended] Statement

[Correction target item name] 0011

[Correction method] Change

[Correction contents]

The homepage data processing device of the present invention stores a transfer speed obtained from a file size and a processing time corresponding to a URL, and based on the stored transfer speed and the number of tracing hyperlinks, UR with fast transfer speed
Access each homepage by using an empty connection of the multi connection for each file in the order of L, use the empty connection first, access the homepage by using the above order, and correspond to the stored URL. By updating the transfer speed, the number of files processed per unit time is increased in the first half of the process of accessing each homepage using an empty connection from each server,
It is possible to reduce the time required for the entire processing when accessing the homepage collectively.

[Procedure amendment 9]

[Document name to be amended] Statement

[Correction target item name] 0012

[Correction method] Change

[Correction contents]

The homepage data processing apparatus of the present invention stores an input URL, the number of tracing hyperlinks, a keyword, and the like, and, based on the stored keyword and the like, sorts the URL in the order of higher priority. Access each homepage by using the empty connection of the multi connection for each file, and use the empty connection first, use the above order, access the respective homepage, or the keyword is included in the content of the accessed homepage. It is determined whether or not it is included. Based on the result of the determination, access to each homepage is performed by using the empty connection of the multi connection for each file in the order of the URL with the highest priority, and the empty connection is first accessed. , Using the above order, and accessing each of the homepages, It makes it possible to quickly access the page for the purpose of over-de in the order of higher priority URL that is based on.

[Procedure amendment 10]

[Document name to be amended] Statement

[Correction target item name] 0045

[Correction method] Change

[Correction contents]

[0045]

As described above, according to the present invention, the URL
Based on the transfer speed obtained from the file size and processing time corresponding to the above, access each homepage using an available connection from each server for each file in the order of shortest homepage acquisition time required for accessing the homepage, Since each of the homepages is accessed using the above-mentioned order in advance of the vacant connection, the number of files processed per unit time in the first half of the process of accessing each homepage using the vacant connection from each server is determined. In many cases, there is an effect that the entire processing time when accessing the homepage collectively can be reduced.

[Procedure amendment 11]

[Document name to be amended] Statement

[Correction target item name] 0046

[Correction method] Change

[Correction contents]

Further, according to the present invention, each home page is accessed from each server by using a free connection for each file based on the priority of the URL, and the free connection is used in accordance with the priority prior to the free connection. Then, each of the homepages was accessed, so the URL
According to the priority order, there is an effect that access to a target page can be performed quickly with priority.

[Procedure amendment 12]

[Document name to be amended] Statement

[Correction target item name] 0047

[Correction method] Change

[Correction contents]

URL, the number of hyperlinks,
And an input device for inputting keywords and the like, the URL input by the input device, the number of tracing the hyperlink, a priority order storage unit storing keywords, and the like. A data analysis unit that determines whether or not the connection is included; and a keyword that is stored in the priority order storage unit, or based on a determination result of the data analysis unit, a multi-connection is performed in the order of URL having a higher priority order. Each home page is accessed using a free connection for each file, and an access means for accessing the respective home pages using the empty connection first is used in the order described above. Priority is given to accessing the target page in the order of the URL with the highest priority. There is an effect that can be carried out quickly.

Claims (7)

[Claims] 1. An access control method for collectively accessing a homepage having a hyperlink via a plurality of servers by using a vacant connection of a multi-connection, wherein the homepage is based on a transfer speed corresponding to a URL. In the order of the shortest homepage acquisition time required for
Using the free connection from each of the servers,
A method of controlling access to homepages, wherein each homepage is accessed. 2. Based on a transfer speed and a hyperlink corresponding to the URL, processing is performed from the URL having a higher transfer speed, and the first half of the process of accessing each homepage using an available connection from each server. 2. The method according to claim 1, wherein the number of files processed per unit time is increased to access each home page. 3. An access control method for collectively accessing a homepage having a hyperlink through a plurality of servers by using a vacant connection of a multi-connection, wherein each of the servers is controlled based on a priority of a URL. A method of controlling access to a homepage, wherein each homepage is accessed using the empty connection. 4. The UR extracted from the hyperlink
4. The homepage access control method according to claim 3, wherein each homepage is accessed from each of the servers using the free connection based on L or a priority of a designated URL. 5. The homepage access control method according to claim 4, wherein each homepage is accessed from each of the servers using the free connection based on the priority of the URL set by the keyword. 6. An input device for inputting a URL and a number following a hyperlink, a transfer speed storage unit storing a transfer speed corresponding to the URL, and the transfer speed stored in the transfer speed storage unit And access means for accessing each home page using a vacant connection of the multi-connection in the order of the URL with the highest transfer speed based on the number of tracings of the hyperlinks, and corresponding to the URL stored in the transfer speed storage unit. A data analysis unit for updating a transfer rate to be performed. 7. An input device for inputting a URL, a number tracing a hyperlink, a keyword, and the like, and a priority order storing the URL, the number tracing the hyperlink, a keyword, and the like input by the input device. A storage unit, a data analysis unit that determines whether or not the content of the accessed home page includes the keyword, based on the determination result of the keyword or the data analysis unit stored in the priority order storage unit Access means for accessing each home page by using a vacant connection of the multi-connection in the order of the URL with the highest priority.