CN115118593A - Method and system for optimizing flow during network sharing of multiple devices - Google Patents
Method and system for optimizing flow during network sharing of multiple devices Download PDFInfo
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- CN115118593A CN115118593A CN202210725937.XA CN202210725937A CN115118593A CN 115118593 A CN115118593 A CN 115118593A CN 202210725937 A CN202210725937 A CN 202210725937A CN 115118593 A CN115118593 A CN 115118593A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
- H04L41/0823—Configuration setting characterised by the purposes of a change of settings, e.g. optimising configuration for enhancing reliability
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/04—Protocols for data compression, e.g. ROHC
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/50—Reducing energy consumption in communication networks in wire-line communication networks, e.g. low power modes or reduced link rate
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Abstract
The invention provides a method for optimizing flow during network sharing of multiple devices, which comprises the following steps: 1. redirecting the interactive data of the internet equipment 1 and the gateway equipment to the internet equipment 2 shared by the network; 2. judging whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, storing the data by the internet access device 2 to generate a data sha1 value; 3. the internet access equipment 2 compresses and sends the data to the proxy server; 4. the proxy server stores the compressed data and the request sha1 value and the website url; 5. the proxy server sends the compressed data to a target server; 6. the proxy server receives the response data of the target server, stores the website url and the response data of the target server, and generates a response sha1 value of the target server; 7. the proxy server returns the target server response data and the target server response sha1 value to the internet access device 2; 8. the internet access device 2 returns the response data of the target server to the internet access device 1, so that the flow optimization is performed.
Description
Technical Field
The invention relates to the technical field of network flow, in particular to a method and a system for optimizing flow during network sharing of multiple devices.
Background
In the prior art, when a hotspot shares a network, similar resources accessed by multiple mobile phones or similar data are repeatedly downloaded and uploaded, for example: the internet access device 1 and the internet access device 2 share the network in hot spots, after the internet access device 2 downloads the required resources to the target server, when the internet access device 1 wants to download the same resources as the internet access device 2, the resources are also directly downloaded to the target server, so that the same data resources are consumed twice; thus, traffic consumption is high when the network is shared through the hot spots at present. The gateway device is a computer system or device that provides data conversion services among a plurality of networks, and the gateway device has: 1. a network switch having a three-layer switching function; 2. a router; 3. a firewall; 4. the host of the routing function is turned on by software.
Disclosure of Invention
In order to overcome the problems, the invention aims to provide a method for optimizing the flow during network sharing of multiple devices, and the optimization of the flow of the devices is realized without modifying the software of the original devices during the network sharing.
The invention is realized by adopting the following scheme: a method for optimizing flow during network sharing of multiple devices, the method comprising the steps of:
step S1, redirecting the data of the interaction between the internet device 1 and the gateway device to the internet device 2 shared by the network;
step S2, determining whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, the internet access device 2 saves the data to generate a data sha1 value; if not, directly forwarding without processing;
step S3, the internet access device 2 compresses the data, and sends the compressed data and the request sha1 value of the data to the proxy server through the gateway device;
step S4, the proxy server saves the compressed data and the request sha1 value and the website url for accessing the proxy server;
step S5, the proxy server sends the compressed data to the target server;
s6, the proxy server receives the response data of the target server, stores the URL and the response data of the target server, and generates a response sha1 value of the target server;
step S7, the proxy server returns the target server response data and the target server response sha1 value to the internet access device 2, and the internet access device 2 stores the target server response data and the response sha1 value;
step S8, the internet access device 2 returns the response data of the target server to the internet access device 1, and when the internet access device 1 accesses the resource for the second time, the internet access device 2 directly searches whether the same resource data exists in the proxy server, and directly returns the found resource data to the internet access device 1 to perform traffic optimization.
Further, the step S1 is further specifically: the internet access device 1 and the internet access device 2 are shared in a network, when the internet access device 2 sends an arp broadcast, a data packet which is originally sent to the gateway device by the internet access device 1 is redirected to the internet access device 2, and data which is sent to the internet access device 1 by the gateway device A is also redirected to the internet access device 2.
Further, the step S6 is further specifically: when the internet device 1 accesses the resource for the second time, the proxy server receives the response data of the target server, stores the website url and the response data of the target server, generates a response sha1 value of the target server, simultaneously generates an increment data packet according to the corresponding storage of the same or similar website url as the reference data, and returns the reference data sha1 value and the increment data packet to the internet device 2; the reference data is the same part of the target server response data of the second time as the target server response data of the first time, and the incremental data packet is the target server response data of the second time minus the content of the reference data.
Further, the step S7 is further specifically: when the internet device 1 accesses the resource for the second time, the proxy server searches the reference data according to the returned reference data sha1 value, and the reference data and the incremental data packet are combined and restore the original data packet, and the original data packet is returned to the internet device 2.
The invention also provides a system for optimizing the flow when a plurality of devices are shared in a network, which comprises: the system comprises a data redirection module, a protocol judgment module, a data compression module, a data storage module, a data sending module, a proxy server processing module, a response data caching module and a resource searching module;
the data redirection module redirects the data interacted between the internet access equipment 1 and the gateway equipment to the internet access equipment 2 shared by the network;
the protocol judging module is used for judging whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, the internet access device 2 stores the data to generate a data sha1 value; if not, directly forwarding without processing;
the data compression module compresses data through the internet access device 2, and sends the compressed data and a request sha1 value of the data to the proxy server through the gateway device;
the data storage module stores compressed data, a request sha1 value and a website url for accessing the proxy server through the proxy server;
the data sending module sends the compressed data to the target server through the proxy server;
the proxy server processing module receives the target server response data through the proxy server, stores the website url and the target server response data, and generates a target server response sha1 value;
the response data caching module returns the response data of the target server and the response sha1 value of the target server to the internet access device 2 through the proxy server, and the internet access device 2 stores the response data of the target server and the response sha1 value;
the resource searching module returns the response data of the target server to the internet access device 1 through the internet access device 2, when the internet access device 1 accesses the resource for the second time, the internet access device 2 directly searches whether the same resource data exist in the proxy server, and directly returns the found resource data to the internet access device 1 so as to optimize the flow.
Further, the implementation manner of the data redirection module is further specifically: the internet access device 1 and the internet access device 2 are subjected to network sharing, when the internet access device 2 sends an arp broadcast, a data packet originally sent to the gateway device by the internet access device 1 is redirected to the internet access device 2, and data sent to the internet access device 1 by the gateway device A is also redirected to the internet access device 2.
Further, the implementation manner of the proxy server processing module is further specifically: when the internet device 1 accesses the resource for the second time, the proxy server receives the response data of the target server, stores the website url and the response data of the target server, generates a response sha1 value of the target server, simultaneously generates an increment data packet according to the corresponding storage of the same or similar website url as the reference data, and returns the reference data sha1 value and the increment data packet to the internet device 2; the reference data is the same part of the target server response data of the second time as the target server response data of the first time, and the incremental data packet is the target server response data of the second time minus the content of the reference data.
Further, the implementation manner of the response data caching module is further specifically: when the internet device 1 accesses the resource for the second time, the proxy server searches the reference data according to the returned reference data sha1 value, and the reference data and the incremental data packet are combined and restore the original data packet, and the original data packet is returned to the internet device 2.
The invention has the beneficial effects that: when the network is shared, the original equipment software is not required to be modified, the optimization of the equipment flow is realized, namely when the resource is accessed for the second time, the stored data is directly sent to the internet equipment 1 through the internet equipment 2, so that the internet equipment 1 does not need to download the data to a target server, and in addition, the reference data and the incremental data packet are arranged, and the flow of the downloaded data is also reduced.
Drawings
FIG. 1 is a schematic diagram of the operation of the method of the present invention.
Fig. 2 is a functional block diagram of the system of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
Fig. 1 is a method for optimizing flow when a plurality of devices share a network according to the present invention, the method comprising the steps of:
step S1, redirecting the data of the interaction between the internet device 1 and the gateway device to the internet device 2 shared by the network;
step S2, determining whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, the internet access device 2 saves the data to generate a data sha1 value; if not, directly forwarding without processing;
step S3, the internet access device 2 compresses the data, and sends the compressed data and the request sha1 value of the data to the proxy server through the gateway device;
step S4, the proxy server saves the compressed data and the request sha1 value and the website url for accessing the proxy server;
step S5, the proxy server sends the compressed data to the target server;
s6, the proxy server receives the response data of the target server, stores the URL and the response data of the target server, and generates a response sha1 value of the target server;
step S7, the proxy server returns the target server response data and the target server response sha1 value to the internet access device 2, and the internet access device 2 stores the target server response data and the response sha1 value;
step S8, the internet access device 2 returns the response data of the target server to the internet access device 1, and when the internet access device 1 accesses the resource for the second time, the internet access device 2 directly searches whether the same resource data exists in the proxy server, and directly returns the found resource data to the internet access device 1 to perform traffic optimization.
The invention is further illustrated below with reference to a specific embodiment:
the invention discloses a method for optimizing flow during network sharing of multiple devices, which comprises the following steps:
1. internet access device 1, Internet access device 2, gateway device A, proxy server P and target server
2. The network device 1 and the network device 2 are subjected to network sharing, and the network device 2 redirects a data packet originally sent to the gateway device a by the network device 1 to the network device 2 by sending an arp broadcast. The data sent by the gateway device a to the internet access device 1 is also redirected to the device 2
3. Judging whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, storing the data by the internet access device 2 to generate a data sha1 value; if not, directly forwarding without processing;
4. the internet device 2 compresses the data, and sends the compressed data and the data request sha1 value to the proxy service P through the gateway device a;
5. the proxy server P stores the compressed data and the request sha1 value and the web address url.
6. The proxy server P sends the compressed data to a target server;
7. and the proxy server P receives the target server response data, stores the url and the target server response data and generates a target server response sha1 value. When the internet device 1 accesses the resource for the second time, the proxy server receives the response data of the target server, stores the website url and the response data of the target server, generates a response sha1 value of the target server, simultaneously generates an increment data packet according to the corresponding storage of the same or similar website url as the reference data, and returns the reference data sha1 value and the increment data packet to the internet device 2; the reference data is the same part of the target server response data of the second time as the target server response data of the first time, and the incremental data packet is the target server response data of the second time minus the content of the reference data.
8. The proxy server P returns the target server response data and the response sha1 value to the internet access device 2, and the internet access device 2 stores the target server response data and the response sha1 value. When the internet device 1 accesses the resource for the second time, the proxy server searches the reference data according to the returned reference data sha1 value, and the reference data and the incremental data packet are combined and restore the original data packet, and the original data packet is returned to the internet device 2.
9. The internet device 2 returns the response data of the target server to the internet device 1, when the internet device 1 accesses the resource for the second time, the internet device 2 directly searches whether the same resource data exist in the proxy server, and directly returns the found resource data to the internet device 1 so as to optimize the flow. If the scheme of the patent is not used, the internet access device 2 directly sends the request to the target server. The target server returns the response to the internet access device 2. the scheme adds the proxy server in the middle, can store the intermediate data, and can also be used by other devices according to similar data, thereby reducing the consumption of flow.
The data in the invention is divided into two types, request data and response data. The request data is sent to the target server by the internet access device, and the response data is returned to the internet access device by the target server.
Then, two kinds of data are similar and are respectively processed by the scheme:
that is, the first request data 1 is used as basic data, and the internet access device 2 and the proxy server both store one copy.
The second time, the incremental data packet can be generated by the first request data, so that the transmission of the same data can be reduced, and the purpose of reducing the flow is achieved.
The third request may then be to find the most similar data to generate incremental data in the first two times, and the 100 th request may be to generate the least incremental data with the most similar of the first 99 data times.
Then, the response data is similar to the above, but has different directions from the first time to the 100 th time, and returns back to the target server, the proxy server generates an incremental data packet, and then the internet access device 2 wraps the incremental data and the corresponding basic data packet and restores the incremental data to the original data; therefore, the optimization of the equipment flow is realized without modifying the original equipment software.
Fig. 2 is a system for optimizing traffic when multiple devices are shared in a network, the system including: the system comprises a data redirection module, a protocol judgment module, a data compression module, a data storage module, a data sending module, a proxy server processing module, a response data caching module and a resource searching module;
the data redirection module redirects the data interacted between the internet access equipment 1 and the gateway equipment to the internet access equipment 2 shared by the network; the implementation manner of the data redirection module is further specifically: the internet access device 1 and the internet access device 2 are subjected to network sharing, when the internet access device 2 sends an arp broadcast, a data packet originally sent to the gateway device by the internet access device 1 is redirected to the internet access device 2, and data sent to the internet access device 1 by the gateway device A is also redirected to the internet access device 2.
The protocol judging module judges whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, the internet access device 2 stores the data to generate a sha1 value; if not, directly forwarding without processing;
the data compression module compresses data through the internet access device 2, and sends the compressed data and a request sha1 value of the data to the proxy server through the gateway device;
the data storage module stores compressed data, a request sha1 value and a website url for accessing the proxy server through the proxy server;
the data sending module sends the compressed data to the target server through the proxy server;
the proxy server processing module receives the target server response data through the proxy server, stores the website url and the target server response data, and generates a target server response sha1 value;
the response data caching module returns the response data of the target server and the response sha1 value of the target server to the internet access device 2 through the proxy server, and the internet access device 2 stores the response data of the target server and the response sha1 value;
the resource searching module returns the response data of the target server to the internet access device 1 through the internet access device 2, when the internet access device 1 accesses the resources for the second time, the internet access device 2 directly searches whether the same resource data exist in the proxy server, and directly returns the found resource data to the internet access device 1 so as to optimize the flow.
The implementation manner of the proxy server processing module is further specifically: when the internet device 1 accesses the resource for the second time, the proxy server receives the response data of the target server, stores the website url and the response data of the target server, generates a response sha1 value of the target server, simultaneously generates an increment data packet according to the corresponding storage of the same or similar website url as the reference data, and returns the reference data sha1 value and the increment data packet to the internet device 2; the reference data is the same part of the target server response data of the second time as the target server response data of the first time, and the incremental data packet is the target server response data of the second time minus the content of the reference data.
The implementation manner of the response data caching module is further specifically that: when the internet device 1 accesses the resource for the second time, the proxy server searches the reference data according to the returned reference data sha1 value, and the reference data and the incremental data packet are combined and restore the original data packet, and the original data packet is returned to the internet device 2.
The above description is only a preferred embodiment of the present invention, and all equivalent changes and modifications made in accordance with the claims of the present invention should be covered by the present invention.
Claims (8)
1. A method for optimizing flow during network sharing of multiple devices is characterized in that: the method comprises the following steps:
step S1, redirecting the data of the interaction between the internet device 1 and the gateway device to the internet device 2 shared by the network;
step S2, determining whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, the internet access device 2 saves the data to generate a data sha1 value; if not, directly forwarding without processing;
step S3, the internet access device 2 compresses the data, and sends the compressed data and the request sha1 value of the data to the proxy server through the gateway device;
step S4, the proxy server saves the compressed data and the request sha1 value and the website url for accessing the proxy server;
step S5, the proxy server sends the compressed data to the target server;
s6, the proxy server receives the response data of the target server, stores the URL and the response data of the target server, and generates a response sha1 value of the target server;
step S7, the proxy server returns the target server response data and the target server response sha1 value to the internet access device 2, and the internet access device 2 stores the target server response data and the response sha1 value;
step S8, the internet access device 2 returns the response data of the target server to the internet access device 1, and when the internet access device 1 accesses the resource for the second time, the internet access device 2 directly searches whether the same resource data exists in the proxy server, and directly returns the found resource data to the internet access device 1 to perform traffic optimization.
2. The method for optimizing the flow during the network sharing of the multiple devices according to claim 1, wherein: the step S1 further includes: the internet access device 1 and the internet access device 2 are subjected to network sharing, when the internet access device 2 sends an arp broadcast, a data packet originally sent to the gateway device by the internet access device 1 is redirected to the internet access device 2, and data sent to the internet access device 1 by the gateway device A is also redirected to the internet access device 2.
3. The method for optimizing the flow during the network sharing of the multiple devices according to claim 1, wherein: the step S6 further includes: when the internet device 1 accesses the resource for the second time, the proxy server receives the response data of the target server, stores the website url and the response data of the target server, generates a response sha1 value of the target server, simultaneously generates an increment data packet according to the corresponding storage of the same or similar website url as the reference data, and returns the reference data sha1 value and the increment data packet to the internet device 2; the reference data is the same part of the target server response data of the second time as the target server response data of the first time, and the incremental data packet is the target server response data of the second time minus the content of the reference data.
4. The method for optimizing traffic when sharing a network of multiple devices of claim 3, wherein: the step S7 further includes: when the internet device 1 accesses the resource for the second time, the proxy server searches the reference data according to the returned reference data sha1 value, and the reference data and the incremental data packet are combined and restore the original data packet, and the original data packet is returned to the internet device 2.
5. A system for optimizing flow during network sharing of multiple devices is characterized in that: the system comprises: the system comprises a data redirection module, a protocol judgment module, a data compression module, a data storage module, a data sending module, a proxy server processing module, a response data caching module and a resource searching module;
the data redirection module redirects the data interacted between the internet device 1 and the gateway device to the internet device 2 shared by the network;
the protocol judging module is used for judging whether the protocol used by the data sent from the internet access device 2 is an http protocol, if so, the internet access device 2 stores the data to generate a data sha1 value; if not, directly forwarding without processing;
the data compression module compresses data through the internet access device 2, and sends the compressed data and a request sha1 value of the data to the proxy server through the gateway device;
the data storage module stores the compressed data, the request sha1 value and the website url for accessing the proxy server through the proxy server;
the data sending module sends the compressed data to the target server through the proxy server;
the proxy server processing module receives the target server response data through the proxy server, stores the website url and the target server response data, and generates a target server response sha1 value;
the response data caching module returns the response data of the target server and the response sha1 value of the target server to the internet access device 2 through the proxy server, and the internet access device 2 stores the response data of the target server and the response sha1 value;
the resource searching module returns the response data of the target server to the internet access device 1 through the internet access device 2, when the internet access device 1 accesses the resources for the second time, the internet access device 2 directly searches whether the same resource data exist in the proxy server, and directly returns the found resource data to the internet access device 1 so as to optimize the flow.
6. The system for optimizing traffic when sharing a network of multiple devices according to claim 5, wherein: the implementation manner of the data redirection module is further specifically that: the internet access device 1 and the internet access device 2 are subjected to network sharing, when the internet access device 2 sends an arp broadcast, a data packet originally sent to the gateway device by the internet access device 1 is redirected to the internet access device 2, and data sent to the internet access device 1 by the gateway device A is also redirected to the internet access device 2.
7. The system for optimizing traffic when sharing a network of multiple devices according to claim 5, wherein: the implementation manner of the proxy server processing module is further specifically: when the internet device 1 accesses the resource for the second time, the proxy server receives the response data of the target server, stores the website url and the response data of the target server, generates a response sha1 value of the target server, simultaneously generates an increment data packet according to the corresponding storage of the same or similar website url as the reference data, and returns the reference data sha1 value and the increment data packet to the internet device 2; the reference data is the same part of the target server response data of the second time as the target server response data of the first time, and the incremental data packet is the target server response data of the second time minus the content of the reference data.
8. The system for optimizing traffic when sharing a network of multiple devices according to claim 7, wherein: the implementation manner of the response data caching module is further specifically that: when the internet device 1 accesses the resource for the second time, the proxy server searches the reference data according to the returned reference data sha1 value, and the reference data and the incremental data packet are combined and restore the original data packet, and the original data packet is returned to the internet device 2.
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