CN102684989A - Information flow distribution method applied to network - Google Patents

Abstract

The invention relates to an information flow distribution method applied to a network, which comprises the following steps: dividing and storing one or more files, mails, content elements (such as pictures, films and the like designated in a webpage) or packets or dividing and copying one or more files, mails, content elements or packets to a plurality of storage spaces or storage media of a network, or dividing or combining one or more files, mails, content elements or packets into one or more files or bit blocks and then storing the files or the mails, the content elements, the packets or the bit blocks in the plurality of storage spaces or storage media of the network, wherein one or more of the one or more servers record corresponding information of the files, the mails, the content elements, the packets or the bit blocks stored in the storage spaces or the storage media; the user can download files, mails, content elements, packets or bit blocks simultaneously, in segments or at specific times through storage spaces or storage media of the electronic equipment connected to one or more servers; and forming one to a plurality of complete files or information contents at the electronic equipment end.

Description

Information Flow Allocation Method Applied to Network

technical field

The present invention relates to a method for distributing information traffic, in particular to a method that can combine the capacity and bandwidth of different storage spaces or storage media, thereby breaking through the capacity and bandwidth limitations of the server, greatly increasing the transmission rate, and allowing users to The transmission capacity and equipment processing capacity give matching storage spaces or storage media for optimal transmission; in addition, since the storage space or storage media only store file blocks or content components, it also increases the confidentiality and security of network data. A secure method of traffic distribution applied to a network.

Background technique

The network is hailed as the greatest invention in the last century. Today, when the amount of information is exploding, the required information can no longer be satisfied by the text at the beginning of the Internet.

The demand for online digital information such as online learning, VOIP, video conferencing, video broadcasting, TV programs, video on demand, etc. is increasing day by day. Each website content provider needs to consume server resources for each service provided at the same time. This resource includes its own power, as well as server performance and network bandwidth.

However, when the server traffic is too large, it will often cause the network file opening speed on the user end to be slow. Therefore, how to provide more efficient transmission of digital information streams under limited server resources and network bandwidth is an urgent problem to be solved. .

Contents of the invention

After a long period of continuous research and development, the inventor finally developed this information flow distribution method applied to the network by dividing files, emails, content components or packets into different storage locations.

The present invention is applied to the information traffic distribution method of the network, which includes: storing one or more files, emails, content components (such as specified pictures, videos, etc. in a web page) or packets in one or more servers after being separated, or copying after being separated One or more copies are stored in several storage spaces or storage media on the network, or one or more files, emails, content elements or packets are divided or merged into one or several files or bit blocks and then stored on several network Storage space or storage medium, one or several of one or more servers and records the corresponding information of files, emails, content components, packets or bit blocks stored in the storage space or storage medium; users can simultaneously, Download files, emails, content components, packets or bit blocks through electronic devices connected to the storage space or storage media of one or more servers in segments or at a specific time; and become one or several complete files or information content on the electronic device side .

The main purpose of the information flow distribution method applied to the network of the present invention is to combine the capacity and bandwidth of different storage spaces or storage media through such a design, so as to break through the capacity and bandwidth limitations of the server, greatly increase the transmission rate, and achieve According to the user's transmission capacity and equipment processing capacity, provide matching storage spaces or storage media for optimal transmission; in addition, since the storage space or storage media only store file blocks or content elements, network data will also be increased at the same time Confidentiality and Security.

Compared with the prior art, the present invention has the following advantages:

With such a design, the capacity and bandwidth of different storage spaces or storage media can be combined, and the capacity and bandwidth limitations of the server can be broken through, the transmission rate can be greatly increased, and several data can be matched according to the user's transmission capacity and equipment processing capacity. The storage space or storage medium is optimized for transmission; in addition, because the storage space or storage medium only stores file blocks or content components, it also increases the confidentiality and security of network data.

Description of drawings

FIG. 1 is a schematic diagram of an embodiment of the method for distributing information traffic applied to a network according to the present invention.

[Description of main component symbols]

A user

10 servers

20 storage space or storage media

30 electronic equipment

40 dynamic adjustment

50 storage media regular returns

60 synchronous update or delete

70 can encrypt or add check code

80 synchronization management

Detailed ways

In order to make it easier for examiners to understand the characteristics of the information flow distribution method applied to the network of the present invention, please refer to the following drawings and descriptions of implementation modes.

Please refer to FIG. 1 . FIG. 1 is an embodiment of the method for distributing information traffic applied to a network according to the present invention. The information traffic distribution method applied to the network of the present invention includes: one or more files, emails, content components (such as specified pictures, videos, etc.) or packets in one or more servers 10 are stored separately, or separated Then copy one or more copies and store them in several storage spaces or storage media 20 in the network, or divide or merge one or more files, emails, content components or packets into one or several files or bit blocks and then store them in the network Several storage spaces or storage media 20, one or more of one or more servers 10 and records the corresponding information of files, emails, content components, packets or bit blocks stored on the storage space or storage media 20 ; User A can download files, emails, content components, packets or bit blocks through the electronic device 30 connected to the storage space of one or more servers 10 or the storage medium 20 at the same time, segmented or at a specific time; and in the electronic device The 30 end becomes one to several complete files or information contents; by such a design, the capacity and bandwidth of different storage spaces or storage media 20 can be combined, and the capacity and bandwidth limitations of the server 10 can be broken through, the transmission rate can be greatly increased, and the According to user A's transmission capability and device processing capability, provide matching storage spaces or storage media 20 for optimal transmission; in addition, since the storage space or storage media 20 only stores file blocks or content elements, it also simultaneously Increase the confidentiality and security of network data.

According to the information flow distribution method applied to the network of the present invention, the files include webpage files, audio-visual files, file files, mail files, compressed files, execution files, package files, application components, data packets, and audio-visual streaming data. Various combinations; the electronic device 30 is connected to the server 10 through software, hardware, or a browser.

In the information flow distribution method applied to the network of the present invention, the storage space or the storage medium 20 can be a server, a desktop computer, a notebook computer, a mobile phone, a PDA, an IPAD, an electronic reader, a MOD, a set-top box, a game machine, a stock radio, satellite navigator or digital TV

In the information flow distribution method applied to the network of the present invention, the size of files, emails, content elements, packets or bit blocks is dynamically adjusted by the server 10 according to one to several of the bandwidth, load and capacity of the storage medium 40 .

In the information traffic distribution method applied to the network of the present invention, the server 10 classifies according to one to several of the maximum bandwidth, average bandwidth, online time, load, and capacity of the storage space or the storage medium 20, and allocates the file area through this classification The size and quantity of the blocks, the above-mentioned various data can be actively detected by the server 10, or the storage space or the storage medium 20 can report 50 periodically.

In the information flow distribution method applied to the network of the present invention, the files, emails, content components, packets or bit blocks of the storage space or the storage medium 20 can be updated or deleted 60 synchronously with the original data of the server 10, and can be divided again It is a sub-block, used to improve the performance of transmission and storage; files, emails, content components, packets or bit blocks of storage space or storage medium 20 can be encrypted or added check code 70; storage space or storage medium 20 Files, emails, content elements, packets or bit blocks can be confirmed in advance when downloaded. If they are confirmed as non-original files, they will be recompiled and compiled into the original files, emails, content elements, packets or bits. Before the block, it will not be downloaded again; the files, emails, content components, packets or bit blocks of the storage space or storage medium 20 can be backed up to another to several storage spaces or storage medium 20, so that the user can simultaneously One or more storage spaces or storage media 20 download files of the same block, which can be used as download backup to increase stability.

In the information flow distribution method applied to the network of the present invention, the server 10 opens the storage space or logs in the storage medium 20, can generate and record user traffic usage and analysis records, and can allocate bandwidth usage fees for storage according to the traffic usage status Media owner. The server 10 can detect or obtain user A's transmission capability and equipment processing capability, and match one or several storage spaces or storage media 20, so as to specify the optimal transmission configuration for user A's bandwidth limit and equipment processing capability .

In the information traffic distribution method applied to the network of the present invention, the server 10 can copy or store the configuration of files, emails, content components, packets or bit blocks and storage space or data of the storage medium 20 to other storage spaces Or the storage medium 20 or the user's electronic device 30 or the storage space of the user A or the storage medium 20, as the backup of the server 10 and the load sharing of the data read and write of the server 10; the data can be encrypted and protected, and can be shared with the original server 10 data to do synchronization management 80.

In the information flow distribution method applied to the network of the present invention, the user A electronic device 30 can obtain the storage space or the storage medium 20 information from the server 10, and play the role of the server 10, and send one or more information to the server 10. Files, emails, content components (such as specified pictures, videos, etc. in a webpage) or packets are stored separately, or copied in one or more copies and stored in several storage spaces or storage media 20 on the network, or one or more files , mail, content components or packets are divided or merged into one or several files or bit blocks and then stored in several storage spaces or storage media 20 of the network, and written to the server 10 and stored in the storage space or storage media 20 Corresponding information of file, message, content element, packet or bit-block.

The above is only a detailed description of the information flow distribution method applied to the network by the preferred embodiment of the present invention, but any modifications and changes made to this embodiment, such as the number of servers, changes in the system applying the present invention, etc. All without departing from the spirit and scope of the present invention.

Claims (12)

1. An information flow distribution method applied to a network, characterized in that it comprises: (a) Separate and store one or more files, emails, content elements or packets on one or more servers, or copy one or more copies after dividing and store them in several storage spaces or storage media on the network, or store one or more files , mail, content components or packets are divided or merged into one or several files or bit blocks and then stored in several storage spaces or storage media on the network, and one or several of one or more servers are recorded in the storage space or information corresponding to a file, message, content element, packet or bit-block on a storage medium; (b) Users can download files, emails, content elements, packets or bit blocks through electronic devices connected to one or more server storage spaces or storage media at the same time, segmented or at a specific time; and (c) The downloaded file, email, content element, packet or bit block becomes one or several complete files or information content on the electronic device side. 2. The information flow distribution method applied to the network according to claim 1, wherein the files include webpage files, audio-visual files, file files, mail files, compressed files, execution files, package files, application components, data Various combinations of packets, audio and video streaming data. 3. The method for distributing information flow applied to a network according to claim 1, wherein the electronic device is connected to the server through software, hardware, or a browser. 4. The information flow distribution method applied to the network according to claim 1, 2 or 3, wherein the storage space or storage medium is a server, desktop computer, notebook computer, mobile phone, PDA, IPAD, electronic reader, MOD, set top box, game console, stock console, satellite nav or digital TV. 5. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that the size of files, emails, content components, packets or bit blocks is determined by the server according to the bandwidth and load of the storage medium , One or several of the capacities are dynamically adjusted. 6. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that the server is based on one to several of the maximum bandwidth, average bandwidth, online time, load, and capacity of the storage space or storage media A classification is given, and the size and number of file blocks are allocated through this classification. The above-mentioned data are actively detected by the server, or periodically reported by the storage space or storage media. 7. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that the files, emails, content components, packets or bit blocks of the storage space or storage media are synchronized with the original data of the server Update or delete, and then divide into sub-blocks to improve the performance of transmission and storage; files, emails, content components, packets or bit blocks of storage space or storage media are encrypted or checked; storage space or Files, emails, content components, packets or bit blocks of storage media are first confirmed when downloaded. If they are confirmed as non-original files, they will be recompiled and compiled into original files, emails, content components, packets or The files, emails, content components, packets or bit blocks of the storage space or storage medium are backed up to another one or several storage spaces or storage media, so that they can be stored in one or more storage spaces at the same time. Space or storage media to download files of the same block as a download backup. 8. The information traffic distribution method applied to the network according to claim 1, 2 or 3, characterized in that, the server opens storage space or storage media login, can generate and record user traffic usage and analysis records, and can Allocate bandwidth usage fees to storage media owners according to traffic usage status. 9. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that the server can record the current user connection status of each storage space or storage medium, and use bandwidth, so as to Subsequent user connections specify the optimal transport configuration. 10. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that the server can detect or obtain user transmission capabilities and equipment processing capabilities, and match one to several storage spaces or storage media, so as to specify the optimal transmission configuration for the user's bandwidth limit and equipment processing capability. 11. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that, the server configures files, emails, content components, packets or bit blocks and storage space or storage media Data, copied or stored to other storage space or storage media or user electronic equipment or user storage space or storage media, as server backup and share the load of server data read and write; the data is encrypted for protection and shared with the original server Data synchronization management. 12. The information flow distribution method applied to the network according to claim 1, 2 or 3, characterized in that, after the user electronic device obtains the storage space or storage media information from the server, it acts as a server to upload to the server Separate and store one or more files, emails, content components or packages, or divide and copy one or more copies and store them in several storage spaces or storage media on the network, or divide one or more files, emails, content components or packages Or merge into one or several files or bit blocks and then store them in several storage spaces or storage media on the network, and write files, emails, content components, packets or bits stored in the storage space or storage media to the server The information corresponding to the metablock.

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