CN108200588A - A kind of network optimized approach, device, computer readable storage medium and mobile terminal - Google Patents
A kind of network optimized approach, device, computer readable storage medium and mobile terminal Download PDFInfo
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- CN108200588A CN108200588A CN201711442062.8A CN201711442062A CN108200588A CN 108200588 A CN108200588 A CN 108200588A CN 201711442062 A CN201711442062 A CN 201711442062A CN 108200588 A CN108200588 A CN 108200588A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/02—Arrangements for optimising operational condition
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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
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/22—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks comprising specially adapted graphical user interfaces [GUI]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
- H04L43/0852—Delays
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/08—Testing, supervising or monitoring using real traffic
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/54—Allocation or scheduling criteria for wireless resources based on quality criteria
- H04W72/542—Allocation or scheduling criteria for wireless resources based on quality criteria using measured or perceived quality
Abstract
The present invention provides a kind of network optimized approach, device, computer readable storage medium and mobile terminal, the network optimized approach includes the following steps：S101：In at least two network channels default in a terminal device；S102：Different delay deltas is set for each network channel；S103：All-network service in the terminal device is divided at least two classifications, each classification corresponds to a network channel；S104：When a network service is run, the classification according to belonging to the network service distributes corresponding network channel for it.It is each network service reasonable distribution bandwidth resources, it is ensured that close network service is interacted with user and obtains more bandwidth resources, promotes user experience on the whole after above-mentioned technical proposal is implemented；Hardware device need not be changed, cost is relatively low.
Description
Technical field
The present invention relates to network technique field more particularly to a kind of network optimized approach, device, computer-readable storage mediums
Matter and mobile terminal.
Background technology
In current generation background, the terminal devices such as smart mobile phone, satellite phone, tablet computer, television set are provided with network
Linkage function to be required for connection internet on above-mentioned terminal device there are many service, and with the service offer of the internet other end
Side interacts to obtain corresponding network service.With the development of Internet technology, function of surfing the Net used in people is also got over
Carry out more, such as the network functions application such as web page browsing, shopping at network, data download, instant chat, online game, be required to
Pass through network and the external interaction for carrying out data packet.
In network communication field, the size of message capacity and traffic rate depends on bandwidth.In the field of communications, signal
Bandwidth refers to the frequency range occupied by the various different frequency ingredients that the signal is included；In digital device, bandwidth refers to list
Position time can usually be represented, i.e., the digit of the data per second transmitted by the data volume of link with bps.Bandwidth can be divided into
Upstream bandwidth and downlink bandwidth, upstream bandwidth refer to send data to the bandwidth in the direction of server-side, downlink band from terminal device
Width refers to the bandwidth in the direction that terminal device is sent data to from server-side.Bandwidth is limited resources, can for a terminal device
Multiple network services can be simultaneously run, there have been bands when actually required network data transmission amount has reached the bandwidth upper limit
The competition of wide resource.In this case, the bandwidth resources that subnetwork service can use are less than the bandwidth of actual needs, clothes
Business effect will be worse than desired value, and particularly certain network services interact more close network service with user for user, just
Very poor experience can be brought to user.For example user is carrying out playing online game when data download on the terminal device,
Data download task can occupy a large amount of bandwidth, and the bandwidth that online game can use is seldom, will show as interim card, this card
Pausing can be perceived by the user, and seriously affect the experience of user.
Therefore, how the interactive experience that user uses network service is promoted under limited bandwidth resources, is a needs
The technical issues of solution.
Invention content
In order to overcome prior art defect, can be protected under limited bandwidth resources the purpose of the present invention is to provide a kind of
Hinder network optimized approach, network optimization device, computer readable storage medium and the mobile terminal of user-interaction experience.
The first aspect of the present invention discloses a kind of network optimized approach, includes the following steps：
S101：In at least two network channels default in a terminal device；
S102：Different delay deltas is set for each network channel；
S103：All-network service in the terminal device is divided at least two classifications, each classification corresponds to one
Network channel；
S104：When a network service is run, the classification according to belonging to the network service distributes corresponding network for it
Channel.
Preferably, in step S103, all-network service is divided into three according to the interactive mode of network service and user
A classification：First category, the network service provide real time human-machine interaction interface；Second category, the network service do not provide
Real time human-machine interaction interface periodically or non-periodically sends service message to user；Third classification, the network service do not provide reality
When human-computer interaction interface, not to user send service message.
Preferably, in step S101, in first network channel default in a terminal device, the second network channel, third net
Network channel and the 4th network channel；In step S102, the delay delta of the first network channel is set as 0 millisecond, sets institute
It is 100 milliseconds to state the second network channel delay delta, sets the third network channel delay delta as 300 milliseconds, sets institute
It is 600 milliseconds to state the 4th network channel delay delta.
Preferably, step S104 includes：
S104-1：Judge whether there is data packet to be sent；
S104-2：When there is data packet to be sent, judge the data packet whether be first category network service
Any one of data packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
S104-3：If the step S104-2 judging results are set up, by the allocation of packets to first network channel；
S104-4：If the step S104-2 judging results are invalid, judge whether the data packet belongs to second category
Network service；
S104-5：If the step S104-4 judging results are set up, by the allocation of packets to the second network channel；
S104-6：If the step S104-4 judging results are invalid, judge whether the data packet is a two-way interactive
Network service first data packet；
S104-7：If the step S104-6 judging results are set up, by the allocation of packets to third network channel；
S104-8：If the step S104-6 judging results are invalid, by the allocation of packets to the 4th network channel.
Preferably, in step S103, the classification is different queue, and each queue corresponds to a network channel；Step
In S104, when the classification according to belonging to the network service distributes corresponding network channel for it, by the number of the network service
It is sent into the queue belonging to the network service according to packet.
Preferably, in step S101, the network channel is data feedback channel.
The second aspect of the present invention discloses a kind of network optimization device, including：
Network channel presetting module, at least two network channels default in a terminal device；
Delay delta setting module is connect with the network channel presetting module, is set for each network channel different
Delay delta；
All-network service in the terminal device is divided at least two classifications, each classification pair by division module
Answer a network channel；
Distribution module is connect with division module, when a network service is run, according to the classification belonging to the network service
Corresponding network channel is distributed for it.
Preferably, all-network service is divided into three by the division module according to the interactive mode of network service and user
A classification：First category, the network service provide real time human-machine interaction interface；Second category, the network service do not provide
Real time human-machine interaction interface periodically or non-periodically sends service message to user；Third classification, the network service do not provide reality
When human-computer interaction interface, not to user send service message.
Preferably, the network channel presetting module is led in first network channel default in a terminal device, the second network
Road, third network channel and the 4th network channel；The delay delta setting module sets the delay of the first network channel
Increment is 0 millisecond, sets the second network channel delay delta as 100 milliseconds, sets the third network channel delay and increases
It is 300 milliseconds to measure, and sets the 4th network channel delay delta as 600 milliseconds；The distribution module includes：
First judging unit judges whether there is data packet to be sent；
Second judgment unit, when there is data packet to be sent, judge the data packet whether be first category network
Any one of the data packet of service, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
First allocation unit, if the second judgment unit judging result is set up, by the allocation of packets to the first net
Network channel；
Third judging unit if the second judgment unit judging result is invalid, judges whether the data packet belongs to
The network service of second category；
Second allocation unit, if the third judging unit judging result is set up, by the allocation of packets to the second net
Network channel；
4th judging unit if the third judging unit judging result is invalid, judges whether the data packet is one
First data packet of the network service of two-way interactive；
Third allocation unit, if the 4th judging unit judging result is set up, by the allocation of packets to third net
Network channel；
4th allocation unit：If the 4th judging unit judging result is invalid, by the allocation of packets to the 4th
Network channel.
Preferably, the all-network service in the terminal device is divided at least two classifications by the division module
When, the classification is different queue, and each queue corresponds to a network channel；The distribution module is according to the network service institute
When the classification of category distributes corresponding network channel for it, the data packet of the network service is sent into belonging to the network service
In queue.
Preferably, the network channel presetting module is described when at least two network channels are preset in a terminal device
Network channel is data feedback channel.
The third aspect of the present invention discloses a kind of computer readable storage medium, is stored thereon with computer program, institute
It states when computer program is executed by processor and realizes following steps：
S105：In at least two network channels default in a terminal device；
S106：Different delay deltas is set for each network channel；
S107：All-network service in the terminal device is divided at least two classifications, each classification corresponds to one
Network channel；
S108：When a network service is run, the classification according to belonging to the network service distributes corresponding network for it
Channel.
Preferably, in step S107, all-network service is divided into three according to the interactive mode of network service and user
A classification：First category, the network service provide real time human-machine interaction interface；Second category, the network service do not provide
Real time human-machine interaction interface periodically or non-periodically sends service message to user；Third classification, the network service do not provide reality
When human-computer interaction interface, not to user send service message.
Preferably, in step S105, in first network channel default in a terminal device, the second network channel, third net
Network channel and the 4th network channel；In step S106, the delay delta of the first network channel is set as 0 millisecond, sets institute
It is 100 milliseconds to state the second network channel delay delta, sets the third network channel delay delta as 300 milliseconds, sets institute
It is 600 milliseconds to state the 4th network channel delay delta.
Preferably, step S108 includes：
S108-1：Judge whether there is data packet to be sent；
S108-2：When there is data packet to be sent, judge the data packet whether be first category network service
Any one of data packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
S108-3：If the step S108-2 judging results are set up, by the allocation of packets to first network channel；
S108-4：If the step S108-2 judging results are invalid, judge whether the data packet belongs to second category
Network service；
S108-5：If the step S108-4 judging results are set up, by the allocation of packets to the second network channel；
S108-6：If the step S108-4 judging results are invalid, judge whether the data packet is a two-way interactive
Network service first data packet；
S108-7：If the step S108-6 judging results are set up, by the allocation of packets to third network channel；
S108-8：If the step S108-6 judging results are invalid, by the allocation of packets to the 4th network channel.
Preferably, in step S107, the classification is different queue, and each queue corresponds to a network channel；Step
In S108, when the classification according to belonging to the network service distributes corresponding network channel for it, by the number of the network service
It is sent into the queue belonging to the network service according to packet.
Preferably, in step S105, the network channel is data feedback channel.
The fourth aspect of the present invention discloses a kind of mobile terminal, including memory, processor, communication module and storage
On a memory and the computer program that can run on a processor, the processor connect with the memory and communication module
It connects, the processor performs the computer program and realizes above-mentioned network optimized approach.
After employing above-mentioned technical proposal, compared with prior art, have the advantages that：
1. for each network service reasonable distribution bandwidth resources, it is ensured that interacted with user close network service obtain it is more
Bandwidth resources promote user experience on the whole；
2. need not be changed to hardware device, cost is relatively low.
Description of the drawings
Fig. 1 is the flow diagram for meeting network optimized approach in one embodiment of the present invention；
Fig. 2 is the flow diagram of step S104 in Fig. 1；
Fig. 3 is the structure diagram for meeting network optimization device in one embodiment of the present invention；
Fig. 4 is the structure diagram of distribution module in Fig. 3；
Fig. 5 is the flow signal for meeting computer program on one embodiment of the present invention Computer readable storage medium storing program for executing
Figure；
The flow diagram of step S108 in Fig. 6 Fig. 5；
Fig. 7 is the structure diagram for meeting mobile terminal in one embodiment of the present invention.
Reference numeral：
10- network optimization devices, 11- network channels presetting module, 12- delay deltas setting module, 13- division modules,
14- distribution modules, the first judging units of 141-, 142- second judgment units, the first allocation units of 143-, 144- thirds judge single
Member, the second allocation units of 145-, the 4th judging units of 146-, 147- thirds allocation unit, the 4th allocation units of 148-, 20- are moved
Dynamic terminal, 21- memories, 22- processors, 23- communication modules.
Specific embodiment
The advantages of the present invention is further explained below in conjunction with attached drawing and specific embodiment.
Here exemplary embodiment will be illustrated in detail, example is illustrated in the accompanying drawings.Following description is related to
During attached drawing, unless otherwise indicated, the same numbers in different attached drawings represent the same or similar element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the disclosure.On the contrary, they be only with it is such as appended
The example of the consistent device and method of some aspects be described in detail in claims, the disclosure.
It is only merely for the purpose of description specific embodiment in the term that the disclosure uses, and is not intended to be limiting the disclosure.
" one kind " of singulative used in disclosure and the accompanying claims book, " described " and "the" are also intended to including majority
Form, unless context clearly shows that other meanings.It is also understood that term "and/or" used herein refers to and wraps
Containing one or more associated list items purposes, any or all may be combined.
It will be appreciated that though various information, but this may be described using term first, second, third, etc. in the disclosure
A little information should not necessarily be limited by these terms.These terms are only used for same type of information being distinguished from each other out.For example, not departing from
In the case of disclosure range, the first information can also be referred to as the second information, and similarly, the second information can also be referred to as
One information.Depending on linguistic context, word as used in this " if " can be construed to " ... when " or " when ...
When " or " in response to determining ".
In the description of the present invention, it is to be understood that term " longitudinal direction ", " transverse direction ", " on ", " under ", "front", "rear",
The orientation or position relationship of the instructions such as "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer " is based on attached drawing institutes
The orientation or position relationship shown is for only for ease of the description present invention and simplifies description rather than instruction or imply signified dress
It puts or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limit of the invention
System.
In the description of the present invention, unless otherwise prescribed and limit, it should be noted that term " installation ", " connected ",
" connection " should be interpreted broadly, for example, it may be the connection inside mechanical connection or electrical connection or two elements, it can
To be to be connected directly, can also be indirectly connected by intermediary, it for the ordinary skill in the art, can basis
Concrete condition understands the concrete meaning of above-mentioned term.
In subsequent description, using for representing that the suffix of such as " module ", " component " or " unit " of element is only
Be conducive to the explanation of the present invention, itself there is no specific meanings.Therefore, " module " can mixedly make with " component "
With.
Refering to Fig. 1, to meet the flow diagram of network optimized approach in one embodiment of the present invention, the network is excellent
Change method includes the following steps：
S101：In at least two network channels default in a terminal device.
The terminal device includes smart mobile phone, satellite phone, tablet computer, television set etc. and supports network connection and have
The equipment of integration of user interaction functionality.The terminal device (can contain wireless local by internet, mobile cellular network, local area network
Net and limited LAN) and external progress information exchange.This step in the terminal device preset at least two network channels,
The network channel can be the division concept on a kind of software logic, and heterogeneous networks channel can be independently with outside into row information
It is interactive, it can coordinate bandwidth resources between each network channel.When dividing network channel with software logic, the network channel can be with
It is different network interface title or the title of network service task queue, it is real that all network services must pass through network channel
Now with external information exchange.Each network channel is then further realized by procotol or network interface to be led to external network
Telecommunication function.Preset all-network channel is for same network type, such as both for WLAN in this step
Network channel or the network channel both for mobile cellular network, because only that can just be produced inside homogeneous networks type
Raw bandwidth resources anxiety problem.
S102：Different delay deltas is set for each network channel.
During network communication, information is sent to the opposing party from a side and always generates delay, such as pass through ping orders
One external object is tested, delay time can be obtained, this delay itself having be by the transmission mechanism of information with
Often it is Millisecond and caused by the composite factors such as network environment, hereinafter referred to as existing delay.Various networks clothes on terminal device
Business (such as chat software, game application software) can be reacted for delay situation, if delay is longer, show as reacting compared with
Slowly, there is interim card.This step then increases delay delta on the basis of the existing delay of each network channel, and such network service passes through
When network channel carries out information exchange, it can be handled according to existing delay plus delay delta as total delay time.Example
Delay delta is such as set to a network channel as 100 milliseconds, the existing delay that a network service passes through the network channel is 10 millis
Second, then when the network service carries out information exchange by the network channel, it can be handled according to 110 milliseconds.Clearly for prolonging
The smaller network channels of Shi Zengliang, since its total delay is relatively small, corresponding network task can preferentially obtain information transmission
Chance, the larger network channel of other delay deltas can usually in delay wait for, in general, delay delta is smaller
Network channel can be more to the occupancy of bandwidth resources.
S103：All-network service in the terminal device is divided at least two classifications, each classification corresponds to one
Network channel.
This step carries out the all-network service in the terminal device division of classification, is divided at least two classes
Not.Such as divided according to the requirement of real-time of the Internet Services information exchange, by high stroke of requirement of real-time
It is divided into one kind, such as Games Software；By requirement of real-time it is low be divided into one kind, such as download software.After having divided classification, per a kind of
Not Dui Ying a network channel, this refers to each classifications corresponding network channel, not necessarily classification and network channel
Correspond, if such as this step divided first category, second category, third classification, divided the first net in step S101
First category, then can be corresponded to first network channel by network channel and the second network channel, and second category and third classification correspond to
Second network channel.It is of course also possible to make the quantity of classification and network channel quantity equal when classification is divided, to realize
The two corresponds.When each classification corresponding network channel is set, the network service in each classification must be considered for delay
Susceptibility, the class that the classification high to delay sensitivity can be corresponding with the smaller network channel of delay delta, low to delay sensitivity
Network channel that can be not larger with delay delta is corresponding.
S104：When a network service is run, the classification according to belonging to the network service distributes corresponding network for it
Channel.
This step is monitored the operation of network service, when there is network service operation, according to belonging to the network service
Classification be that it distributes the category corresponding network channel.Since the step S101 and step S103 are divided different
Classification and network channel, therefore belong to different classes of network task and can distribute different network according to its classification at runtime
Channel will also have different delay deltas at runtime, and causing total delay duration, there are marked differences.Due to inhomogeneity
Total delay duration of other network service is there are marked difference, when multiple network services are run simultaneously, total delay duration compared with
Few network service can be responded faster, it is not necessary to wait for the long time, can preferentially ensure so interactive real-time compared with
High network task preferentially obtains bandwidth resources, does not influence the interactive experience of user.
As being further improved for the network optimized approach, in the step S103, according to network service and user
All-network service is divided into three classifications by interactive mode：First category, the network service provide real time human-machine interaction circle
Face；Second category, the network service do not provide real time human-machine interaction interface, and periodically or non-periodically sending service to user disappears
Breath；Third classification, the network service do not provide real time human-machine interaction interface, do not send service message to user.The present embodiment
Middle that all network services are divided into three classifications, the standard of division is the interactive mode with user, is embodied real to interaction
The requirement of when property.In first category, the human-computer interaction interface refers to provide to the user the interface of vision observable, and supports to use
Family input operation, such as Games Software, instant chat software.In second category, the service message, which refers to work as, trigger event
During generation, prompting message is sent to user, such as internet message is reminded, downloads and complete the functions such as prompting.In third classification, very much
The network service of running background appears to be in " silent status ", will not bother user, can actually generate network communication, such as
Handshake Protocol etc. in the virus base update of antivirus software, communication.
As being further improved for above-mentioned network optimized approach, in the step S101, in presetting the in a terminal device
One network channel, the second network channel, third network channel and the 4th network channel.In the step S102, setting described the
The delay delta of one network channel is 0 millisecond, set the second network channel delay delta as 100 milliseconds, sets described the
Three network channel delay deltas are 300 milliseconds, set the 4th network channel delay delta as 600 milliseconds.In the present embodiment
Four network channels have been preset altogether, and delay delta is set to each network channel, wherein the first network channel prolongs
Shi Zengliang is 0 millisecond, that is, no-delay increment is, it can be achieved that the response of most fast information exchange, second network channel, third
Network channel, the 4th network channel response speed increase successively.
Referring to Fig.2, the step S104 includes：
S104-1：Judge whether there is data packet to be sent.
The data packet is the base unit in network communication, and data are constantly carried out when terminal device is communicated with outside
Information exchange is realized in the transmission of packet.When the terminal device generates a data packet, corresponding event can be triggered or change mark
Know position, therefore may determine that identification.
S104-2：When there is data packet to be sent, judge the data packet whether be first category network service
Any one of data packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet.
When step S104-1 judges to set up, that is, when having data packet to be sent, this step further judges the data packet
Classification and ownership, must judge whether the data packet is one of following three kinds of situations：The first situation is that the data packet is
The data packet of the network service of the first category；The second situation is whether the data packet is less than the control of 128 bytes
Message protocol packet；Situation is whether the data packet is domain name mapping packet in third.Wherein described control message packet is otherwise known as
ICMP packets, English are Internet Control Message Protocol, and corresponding Internet Control Message Protocol, it is
One sub-protocol of TCP/IP protocol suite, for transmitting control message between IP hosts, router, for the biography of user data
It passs and plays an important role.Domain name parsing packet is also known as DNS packets, and English full name is Domain Name System, i.e. domain
Name system, domain name system is the distributed data base mutually mapped as domain name and IP address on internet, can
User is made more easily to access internet, remembers to be parsed by the IP number strings that machine is directly read, domain name without spending
Packet obtains the mapping relations from hostname-to-IP address for domain name mapping (or hostname resolution).Three cases above for
All it is very urgent and important, therefore the data packet as same grade is judged for user or communication process.
S104-3：If the step S104-2 judging results are set up, by the allocation of packets to first network channel.
When the step S104-2 judging results are set up, i.e., described data packet is the data of the network service of first category
When any one of packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet, this step is performed.This step by institute
Allocation of packets is stated to the first network channel, the delay for making its total is minimum, can obtain the bandwidth resources of highest priority.
S104-4：If the step S104-2 judging results are invalid, judge whether the data packet belongs to second category
Network service.
When the step S104-2 judging results are invalid, i.e., described data packet is not belonging to the network service of first category
When any one of data packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet, this step is performed.This step
Judgement is continued to execute, judges whether the data packet belongs to the network service of the second category.Due to including in data packet
The source-information of the data packet, therefore be that can identify which the network service in its source is.
S104-5：If the step S104-4 judging results are set up, by the allocation of packets to the second network channel.
When the step S104-4 judging results are set up, i.e., described data packet belongs to the network service of second category, performs
This step.The allocation of packets to second network channel is made it obtain the high bandwidth resources of preferential level by this step.
S104-6：If the step S104-4 judging results are invalid, judge whether the data packet is a two-way interactive
Network service first data packet.
When the step S104-4 judging results are invalid, i.e., described data packet is not belonging to the network service of second category,
Perform this step.This step continues to execute judgement, judge the data packet whether be a two-way interactive network service
First data packet.By the judgement of the step S104-4, until the data packet necessarily belongs to the third class during this step
, do not need further to be judged by the subsidiary conditions of this step, i.e., described data packet whether be a two-way interactive network
First data packet of service.The two-way interactive is that two sides to communicate can send mutually information, and the transmission of information is double
To.First data packet means that this is to initiate first data packet that a side of communication sends out, often for " spy
The data on road ", interaction requirement of real-time is not high, pretends as last Rule of judgment.
S104-7：If the step S104-6 judging results are set up, by the allocation of packets to third network channel.
When the step S104-6 judging results are set up, i.e., described data packet is the first of the network service of a two-way interactive
During a data packet, this step is performed.The allocation of packets to the third network channel, is made it obtain priority by this step
General bandwidth resources.
S104-8：If the step S104-6 judging results are invalid, by the allocation of packets to the 4th network channel.
When the step S104-6 judging results are invalid, i.e., described data packet is not the network service of a two-way interactive
During first data packet, this step is performed.The allocation of packets to the 4th network channel obtains it excellent by this step
The minimum bandwidth resources of first grade.
As being further improved for the network optimized approach, in step S103, the classification is different queue, each
Queue corresponds to a network channel.In the step S108, the classification according to belonging to the network service distributes corresponding net for it
During network channel, the data packet of the network service is sent into the queue belonging to the network service.In the present embodiment, using team
The mode of row is managed network service, and the network service is distributed according to classification into different queues, and different
Queue, which is divided into, does not correspond to each network channel, it is achieved that in different queue the bandwidth resources priority of network task distribution.
As being further improved for the network optimized approach, in step S101, the network channel is data feedback channel.On
Row refers to send information to external server-side by the terminal device；Downlink refers to send information to institute by external server-side
State terminal device.In the present embodiment, all network channels are data feedback channel, to be sent out to the terminal device
The information gone carries out bandwidth management.
Refering to Fig. 3, to meet the structure diagram of network optimization device 10 in one embodiment of the present invention, the network is excellent
Makeup is put 10 and is included：
Network channel presetting module 11
The network channel presetting module 11 is at least two network channels default in a terminal device.The network channel
Presetting module 11 carries out the division of the network channel according to software logic, is presented as different network interface titles or network clothes
The title of business task queue.The 11 preset all-network channel of network channel presetting module is directed to same network class
Type, such as the network channel both for WLAN or the network channel both for mobile cellular network.
Delay delta setting module 12
The delay delta setting module 12 is connect with the network channel presetting module 11, is set for each network channel
Different delay deltas.The delay delta setting module 12 obtains the letter of network channel from the network channel presetting module 11
Breath, increases delay delta on the basis of the existing delay of each network channel, and such network service is by network channel into row information
During interaction, it can be handled according to existing delay plus delay delta as total delay time.
Division module 13
All-network service in the terminal device is divided at least two classifications by the division module 13, per a kind of
It Dui Ying not a network channel.The division module 13 can according to the requirement of real-time of the Internet Services information exchange into
Row divide, by requirement of real-time it is high be divided into one kind, such as Games Software；By requirement of real-time it is low be divided into one kind, it is as follows
Carry software.When the division module 13 divides classification, each classification can be corresponded to a network channel, this refers to each classifications
There is corresponding network channel, can be that the quantity of classification and network channel is equal and correspond；Can also be classification and network
Quantity it is unequal, multiple classifications correspond to consolidated network channel.
Distribution module 14
The distribution module 14 is connect with division module 13, when a network service is run, according to the network service institute
The classification of category distributes corresponding network channel for it.The distribution module 14 is obtained from the division module 13 belonging to network service
Classification and the correspondence of each classification and network channel, when a network service is run, can judge the network
Classification belonging to service, and then distribute the network service to network channel corresponding to the category.
As being further improved for the network optimization device 10, the division module 13 is according to network service and user
All-network service is divided into three classifications by interactive mode：First category, the network service provide real time human-machine interaction circle
Face；Second category, the network service do not provide real time human-machine interaction interface, and periodically or non-periodically sending service to user disappears
Breath；Third classification, the network service do not provide real time human-machine interaction interface, do not send service message to user.
As being further improved for above-mentioned network optimization device 10, the network channel presetting module 11 is in a terminal device
Interior default first network channel, the second network channel, third network channel and the 4th network channel.The delay delta sets mould
Block 12 sets the delay delta of the first network channel as 0 millisecond, sets the second network channel delay delta as 100 millis
Second, the third network channel delay delta is set as 300 milliseconds, sets the 4th network channel delay delta as 600 millis
Second.
Refering to Fig. 4, the distribution module 14 includes：
- the first judging unit 141
First judging unit 141 judges whether there is data packet to be sent.First judging unit 141 identifies institute
It states the associated event of data packet or changes flag, realize the judgement to sent data packet.
Second judgment unit 142
When first judging unit 141 judgement has data packet to be sent, the second judgment unit 142 judges institute
State data packet whether be first category network service data packet, less than the Internet Control Message Protocol packet of 128 bytes or domain name solution
Any one of analysis packet.
- the first allocation unit 143
First allocation unit 143 obtains judging result from the second judgment unit 142, if judging result is set up,
First allocation unit 143 is by the allocation of packets to first network channel.
Third judging unit 144
The third judging unit 144 obtains judging result from the second judgment unit 142, if described second judges list
First 142 judging results are invalid, and the third judging unit 144 judges whether the data packet belongs to the network clothes of second category
Business.
- the second allocation unit 145
Second allocation unit 145 obtains judging result from the third judging unit 144, if the third judges list
First 144 judging results are set up, and second allocation unit 145 is by the allocation of packets to the second network channel.
- the four judging unit 146
4th judging unit 146 obtains judging result from the third judging unit 144, if the third judges list
First 144 judging results are invalid, the 4th judging unit 146 judge the data packet whether be a two-way interactive network clothes
First data packet of business.
Third allocation unit 147
The third allocation unit 147 obtains judging result from the 4th judging unit 146, if the described 4th judges list
First 146 judging results are set up, and the third allocation unit 147 is by the allocation of packets to third network channel.
- the four allocation unit 148
4th allocation unit 148 obtains judging result from the 4th judging unit 146, if the described 4th judges list
First 146 judging results are invalid, and the 4th allocation unit 148 is by the allocation of packets to the 4th network channel.
As being further improved for the network optimization device 10, the division module 13 is by the institute in the terminal device
When having the network service to be divided at least two classifications, the classification is different queue, and each queue corresponds to a network channel.Institute
When stating classification of the distribution module 14 according to belonging to the network service as its corresponding network channel of distribution, by the network service
Data packet be sent into the queue belonging to the network service.
As being further improved for the network optimization device 10, the network channel presetting module 11 is in a terminal device
During interior default at least two network channels, the network channel is data feedback channel.
Refering to Fig. 5, to meet the stream of computer program on one embodiment of the present invention Computer readable storage medium storing program for executing
Journey schematic diagram, the computer program realize following steps when being executed by processor：
S105：In at least two network channels default in a terminal device；
S106：Different delay deltas is set for each network channel；
S107：All-network service in the terminal device is divided at least two classifications, each classification corresponds to one
Network channel；
S108：When a network service is run, the classification according to belonging to the network service distributes corresponding network for it
Channel.
As being further improved for the computer program, in step S107, according to network service and the side of interaction of user
All-network service is divided into three classifications by formula：First category, the network service provide real time human-machine interaction interface；Second
Classification, the network service do not provide real time human-machine interaction interface, periodically or non-periodically send service message to user；Third class
Not, the network service does not provide real time human-machine interaction interface, does not send service message to user.
As being further improved for above computer program, in step S105, in presetting first network in a terminal device
Channel, the second network channel, third network channel and the 4th network channel；In step S106, the first network channel is set
Delay delta for 0 millisecond, set the second network channel delay delta as 100 milliseconds, set the third network channel
Delay delta is 300 milliseconds, sets the 4th network channel delay delta as 600 milliseconds,.
Refering to Fig. 6, step S108 includes：
S108-1：Judge whether there is data packet to be sent；
S108-2：When there is data packet to be sent, judge the data packet whether be first category network service
Any one of data packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
S108-3：If the step S108-2 judging results are set up, by the allocation of packets to first network channel；
S108-4：If the step S108-2 judging results are invalid, judge whether the data packet belongs to second category
Network service；
S108-5：If the step S108-4 judging results are set up, by the allocation of packets to the second network channel；
S108-6：If the step S108-4 judging results are invalid, judge whether the data packet is a two-way interactive
Network service first data packet；
S108-7：If the step S108-6 judging results are set up, by the allocation of packets to third network channel；
S108-8：If the step S108-6 judging results are invalid, by the allocation of packets to the 4th network channel.
As being further improved for the computer program, in step S107, the classification is different queue, each team
The corresponding network channel of row；In step S108, the classification according to belonging to the network service distributes corresponding network channel for it
When, the data packet of the network service is sent into the queue belonging to the network service.
As being further improved for the computer program, in step S105, the network channel is data feedback channel.
The method and step of above computer program is consistent with the realization method of the network optimized approach in the present invention, no longer superfluous
It states.
Refering to Fig. 7, to meet the structure diagram of mobile terminal 20 in one embodiment of the present invention, the mobile terminal 20
There is the terminal device of mobile communication function for smart mobile phone, digital radio station etc., the mobile terminal 20 includes：
Processor 22
Core component of the processor 22 for the mobile terminal 20, that is, CPU, can carry out high-speed computation, and processing is each
Kind task, runs computer program.
Memory 21
Memory 21 is connect with the processor 22, stores the computer program and computer program operation
The information such as data, picture, video file, audio file, the contact person of Shi Suoxu.The processor 22 can be from the memory
21 obtain the various data needed for operation, can also write data into the memory 21.
Communication module 23
Communication module 23 is the module being communicatively coupled with outside, can be wireless network card (wifi module), mobile bee
The types such as nest communication module, bluetooth module can connect different networks according to application scenario.The communication module 23 and the place
Reason device 22 connects, and receives the instruction of the processor 22, can receive the external communication information sent, can also send communications out letter
Breath.
When the computer program stored on the memory 21 is performed by the processor 22, the aforementioned network optimization is realized
Method.
It should be noted that the embodiment of the present invention has preferable implementation, and not the present invention is made any type of
Limitation, any one skilled in the art change or are modified to possibly also with the technology contents of the disclosure above equivalent effective
Embodiment, as long as without departing from the content of technical solution of the present invention, what technical spirit according to the present invention made above example
Any modification or equivalent variations and modification, in the range of still falling within technical solution of the present invention.
Claims (15)
1. a kind of network optimized approach, which is characterized in that include the following steps：
S101：In at least two network channels default in a terminal device；
S102：Different delay deltas is set for each network channel；
S103：All-network service in the terminal device is divided at least two classifications, each classification corresponds to a network
Channel；
S104：When a network service is run, the classification according to belonging to the network service distributes corresponding network channel for it.
2. network optimized approach as described in claim 1, which is characterized in that
In step S103, all-network service is divided by three classifications according to the interactive mode of network service and user：
First category, the network service provide real time human-machine interaction interface；
Second category, the network service do not provide real time human-machine interaction interface, and periodically or non-periodically sending service to user disappears
Breath；
Third classification, the network service do not provide real time human-machine interaction interface, do not send service message to user.
3. network optimized approach as claimed in claim 2, which is characterized in that
In step S101, in first network channel default in a terminal device, the second network channel, third network channel and the 4th
Network channel；
In step S102, the delay delta of the first network channel is set as 0 millisecond, sets the second network channel delay
Increment is 100 milliseconds, sets the third network channel delay delta as 300 milliseconds, sets the 4th network channel delay
Increment is 600 milliseconds.
4. network optimized approach as claimed in claim 3, which is characterized in that
Step S104 includes：
S104-1：Judge whether there is data packet to be sent；
S104-2：When there is data packet to be sent, judge the data packet whether be first category network service data
Any one of packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
S104-3：If the step S104-2 judging results are set up, by the allocation of packets to first network channel；
S104-4：If the step S104-2 judging results are invalid, judge whether the data packet belongs to the net of second category
Network service；
S104-5：If the step S104-4 judging results are set up, by the allocation of packets to the second network channel；
S104-6：If the step S104-4 judging results are invalid, judge the data packet whether be a two-way interactive net
First data packet of network service；
S104-7：If the step S104-6 judging results are set up, by the allocation of packets to third network channel；
S104-8：If the step S104-6 judging results are invalid, by the allocation of packets to the 4th network channel.
5. such as claim 1-4 any one of them network optimized approach, which is characterized in that
In step S103, the classification is different queue, and each queue corresponds to a network channel；
In step S104, when the classification according to belonging to the network service distributes corresponding network channel for it, by the network
The data packet of service is sent into the queue belonging to the network service.
6. such as claim 1-4 any one of them network optimized approach, which is characterized in that
In step S101, the network channel is data feedback channel.
7. a kind of network optimization device, which is characterized in that including：
Network channel presetting module, at least two network channels default in a terminal device；
Delay delta setting module is connect with the network channel presetting module, and different delays is set for each network channel
Increment；
All-network service in the terminal device is divided at least two classifications by division module, and each classification corresponds to one
Network channel；
Distribution module is connect with division module, and when a network service is run, the classification according to belonging to the network service is it
Distribute corresponding network channel.
8. network optimization device as claimed in claim 7, which is characterized in that
The network channel presetting module is in first network channel default in a terminal device, the second network channel, third network
Channel and the 4th network channel；
The delay delta setting module sets the delay delta of the first network channel as 0 millisecond, sets second net
Network communication channel delay increment is 100 milliseconds, sets the third network channel delay delta as 300 milliseconds, sets the 4th net
Network communication channel delay increment is 600 milliseconds；
The distribution module includes：
First judging unit judges whether there is data packet to be sent；
Second judgment unit, when there is data packet to be sent, judge the data packet whether be first category network service
Any one of data packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
If the second judgment unit judging result is set up, the allocation of packets to first network is led to for first allocation unit
Road；
Third judging unit if the second judgment unit judging result is invalid, judges whether the data packet belongs to second
The network service of classification；
If the third judging unit judging result is set up, the allocation of packets to the second network is led to for second allocation unit
Road；
4th judging unit if the third judging unit judging result is invalid, judges whether the data packet is one two-way
First data packet of interactive network service；
If the 4th judging unit judging result is set up, the allocation of packets to third network is led to for third allocation unit
Road；
4th allocation unit：If the 4th judging unit judging result is invalid, by the allocation of packets to the 4th network
Channel.
9. a kind of computer readable storage medium, is stored thereon with computer program, which is characterized in that the computer program quilt
Processor realizes following steps when performing：
S105：In at least two network channels default in a terminal device；
S106：Different delay deltas is set for each network channel；
S107：All-network service in the terminal device is divided at least two classifications, each classification corresponds to a network
Channel；
S108：When a network service is run, the classification according to belonging to the network service distributes corresponding network channel for it.
10. computer readable storage medium as claimed in claim 9, which is characterized in that
In step S107, all-network service is divided by three classifications according to the interactive mode of network service and user：
First category, the network service provide real time human-machine interaction interface；
Second category, the network service do not provide real time human-machine interaction interface, and periodically or non-periodically sending service to user disappears
Breath；
Third classification, the network service do not provide real time human-machine interaction interface, do not send service message to user.
11. computer readable storage medium as claimed in claim 10, which is characterized in that
In step S105, in first network channel default in a terminal device, the second network channel, third network channel and the 4th
Network channel；
In step S106, the delay delta of the first network channel is set as 0 millisecond, sets the second network channel delay
Increment is 100 milliseconds, sets the third network channel delay delta as 300 milliseconds, sets the 4th network channel delay
Increment is 600 milliseconds.
12. computer readable storage medium as claimed in claim 11, which is characterized in that
Step S108 includes：
S108-1：Judge whether there is data packet to be sent；
S108-2：When there is data packet to be sent, judge the data packet whether be first category network service data
Any one of packet, the Internet Control Message Protocol packet less than 128 bytes or domain name mapping packet；
S108-3：If the step S108-2 judging results are set up, by the allocation of packets to first network channel；
S108-4：If the step S108-2 judging results are invalid, judge whether the data packet belongs to the net of second category
Network service；
S108-5：If the step S108-4 judging results are set up, by the allocation of packets to the second network channel；
S108-6：If the step S108-4 judging results are invalid, judge the data packet whether be a two-way interactive net
First data packet of network service；
S108-7：If the step S108-6 judging results are set up, by the allocation of packets to third network channel；
S108-8：If the step S108-6 judging results are invalid, by the allocation of packets to the 4th network channel.
13. such as claim 9-12 any one of them computer readable storage mediums, which is characterized in that
In step S107, the classification is different queue, and each queue corresponds to a network channel；
In step S108, when the classification according to belonging to the network service distributes corresponding network channel for it, by the network
The data packet of service is sent into the queue belonging to the network service.
14. such as claim 9-12 any one of them computer readable storage mediums, which is characterized in that
In step S105, the network channel is data feedback channel.
15. a kind of mobile terminal, including memory, processor, communication module and storage on a memory and can be on a processor
The computer program of operation, the processor are connect with the memory and communication module, which is characterized in that the processor is held
The row computer program realizes claim 1-4 any one of them network optimized approach.
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