CN104038968B - A kind of controlling electronic devices shares the method and device of network bandwidth - Google Patents
A kind of controlling electronic devices shares the method and device of network bandwidth Download PDFInfo
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- CN104038968B CN104038968B CN201310075655.0A CN201310075655A CN104038968B CN 104038968 B CN104038968 B CN 104038968B CN 201310075655 A CN201310075655 A CN 201310075655A CN 104038968 B CN104038968 B CN 104038968B
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Abstract
The embodiment provides the method and devices that a kind of controlling electronic devices shares network bandwidth, wherein the signal in first network can be transmitted to the access device in the second network by electronic equipment, access device is connect by Radio Link with electronic equipment, this method comprises: judging whether to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network；If it is judged that when to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network, electronic equipment adjusts the bandwidth for the Radio Link that the access device in the second network is distributed, above-mentioned control mode can effectively control the bandwidth of the Radio Link distributed by the access device that electronic equipment accesses network, improve the experience of the bandwidth of multiple access devices while shared Radio Link.
Description
Technical field
The present invention relates to fields of communication technology more particularly to a kind of control to have the electronic equipment of wireless routing function shared
The method and device of bandwidth.
Background technique
With the development of 2G/3G/4G technology (the second generation communication technology/third generation communication technology/forth generation communication technology),
The speed of wireless networking is getting faster, and 3G network uplink and downlink Rate Theory value can achieve a few Mbps(megabits per second), it is practical
The factors such as terminal device quantity, the environment that rate and carrier network, base station are accessed are related；And 4G network downstream speed can reach
To 100Mbps, speed uplink can achieve the theoretical peak of 50Mbps.The bandwidth of 3G/4G terminal device not only can be in this way
The network demand for meeting itself, there is also strong network sharing demands.
Currently, WiFi(Wireless Fidelity, Wireless Fidelity) routing device installation wireless router software only have
There is the bandwidth sharing function of WiFi link, the total bandwidth of WiFi link can not be adjusted, can not also adjust through WiFi routing device
Access the bandwidth of the Radio Link of the access device of network.And in practical applications, electronic equipment its access network in can
It may be changed with bandwidth, if the nothing of WiFi link total bandwidth or the access device by electronic equipment access network
The bandwidth of wired link immobilizes, then may result in WiFi link total bandwidth and the available bandwidth of electronic equipment in a network not
Matching, and then influence the web experience of access device user.
Summary of the invention
In order to solve the above-mentioned technical problem, the embodiment of the present invention proposes a kind of shared network bandwidth of controlling electronic devices
Method and device, can effectively control the band of Radio Link distributed by the access device that electronic equipment accesses network
Width improves the experience of the bandwidth of multiple access devices while shared Radio Link.
According to an aspect of the present invention, the embodiment of the present invention provides a kind of controlling electronic devices and shares network bandwidth
Signal in first network can be transmitted to the access device in the second network by method, the electronic equipment, and access device passes through
Radio Link is connect with the electronic equipment, which comprises judges whether to need to adjust access device institute in the second network
The bandwidth of the Radio Link of distribution；If it is judged that need to adjust the Radio Link that access device is distributed in the second network
Bandwidth when, the electronic equipment adjusts the bandwidth for the Radio Link that the access device in second network is distributed.
Optionally, described electronic equipment use etc. adjusts institute than bandwidth control strategy and/or priority bandwidth control strategy
State the bandwidth for the Radio Link that access device is distributed in the second network.
According to another aspect of the present invention, a kind of device of shared network bandwidth of controlling electronic devices is provided, it is described
Signal in first network can be transmitted to the access device in the second network by electronic equipment, access device by Radio Link with
Electronic equipment connection, comprising: judgment module, for judging whether to need to adjust that access device in the second network is distributed
The bandwidth of Radio Link；And adjustment module, for if it is judged that being divided to need to adjust access device in the second network
When the bandwidth for the Radio Link matched, the bandwidth for the Radio Link that the access device in second network is distributed is adjusted.
Optionally, the adjustment module be further used for using etc. controlled than bandwidth control strategy and/or priority bandwidth
The bandwidth for the Radio Link that access device in the second network of Developing Tactics is distributed.
As shown from the above technical solution, the embodiment of the present invention has the following beneficial effects: that electronic equipment can be according to network
In available bandwidth situation of change or electronic equipment itself whether carry out data service, connect to adjust by electronic equipment
The bandwidth for entering the Radio Link of the access device of network, enable the bandwidth of Radio Link according to electronic equipment in a network can
Changed with bandwidth and changed, ensure that the bandwidth of Radio Link and the matching of the available bandwidth of electronic equipment in a network, improved
The web experience of access device user, and priority, priority high access can be arranged for access device in electronic equipment
Equipment preferentially distributes the bandwidth of more Radio Links, to ensure that the higher access device of the bandwidth demand of Radio Link
Bandwidth demand.
Detailed description of the invention
Fig. 1 shows the applicable schematic diagram of a scenario of the embodiment of the present invention；
Fig. 2 indicates the method flow diagram of the shared network bandwidth of controlling electronic devices in the embodiment of the present invention；
Fig. 3 indicates the network bandwidth more shared than the control of bandwidth control strategy such as electronic equipment use in the embodiment of the present invention
Method flow diagram；
Fig. 4 indicates that electronic equipment is using the shared network bandwidth of priority bandwidth control strategy control in the embodiment of the present invention
Method flow diagram；
Fig. 5 indicates that electronic equipment is using the comprehensive shared network bandwidth of bandwidth control strategy control in the embodiment of the present invention
Method flow diagram；And
Fig. 6 indicates the apparatus structure schematic diagram of the shared network bandwidth of controlling electronic devices in the embodiment of the present invention.
Specific embodiment
Exemplary embodiments of the present disclosure are described in more detail below with reference to accompanying drawings.Although showing the disclosure in attached drawing
Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here
It is limited.On the contrary, these embodiments are provided to facilitate a more thoroughly understanding of the present invention, and can be by the scope of the present disclosure
It is fully disclosed to those skilled in the art.
As shown in Figure 1, being the applicable schematic diagram of a scenario of the embodiment of the present invention, electronic equipment 103 has wireless routing function
Can, optionally, electronic equipment 103 is the equipment with WiFi wireless routing function, such as the electronic equipment 103 can be setting
There are smart phone, tablet computer, laptop or the desktop computer of WiFi wireless routing module, which can
By first network 101(such as radio honeycomb number or WLAN) signal shares to positioned at the second network 107(such as WiFi net
Network) in multiple access devices 105.Optionally, access device 105 can be smart phone, tablet computer, laptop,
Or desktop computer etc..
In an embodiment of the present invention, first network 101 can be GSM(Global System of
Mobilecommunication, global system for mobile communications) network, EDGE(Enhanced Data Rate for
GSMEvolution, enhanced data rates for gsm evolution) network, EVDO, CDMA2000(Code DivisionMultiple
Access2000), WCDMA(Wideband Code Division Multiple Access, Wideband Code Division Multiple Access),
TD-SCDMA(Time Division-Synchronous Code DivisionMultiple Access, time division synchronous code division
Multiple access access), TD-LTE(Time Division Long TermEvolution, timesharing long term evolution), FDD-LTE
(Frequency Division Duplexing Long TermEvolution, frequency division duplex long term evolution), WLAN
Any one in (Wireless Local Area Networks, WLAN).
A kind of method of shared network bandwidth of controlling electronic devices is proposed in an embodiment of the present invention, comprising: first
Judge whether to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network；If it is judged that need to adjust
The bandwidth for the Radio Link that access device is distributed in whole second network, then electronic equipment adjusts the access device in the second network
The bandwidth of the Radio Link distributed.Optionally, electronic equipment use etc. is controlled than bandwidth control strategy and/or priority bandwidth
Strategy.
In an embodiment of the present invention, it can judge whether to need to adjust that access is set in the second network by following three kinds of modes
The bandwidth of the standby Radio Link distributed.
Mode one judges whether electronic equipment receives the notification message of the available bandwidth in adjustment first network, if
The notification message is received, judging result is to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network.
Electronic equipment receives notification message, which includes at least at least one of the following: carrying and improves or subtract
In the instruction of available bandwidth in few first network, adjustment first network the instruction of the available bandwidth of uplink and/or downlink and
The information such as the available bandwidth target value in the amplitude of adjustment or first network adjusted.
If the notification message is physical layer message, setting is improved or reduces first network in the physical layer message
In available bandwidth indication field, adjustment first network in the available bandwidth of uplink and/or downlink indication field and tune
The indication field of available bandwidth target value in whole picture degree or first network adjusted, such as improving or reducing first network
In available bandwidth indication field in indicated using a bit be turned up or reduce bandwidth, " 1 " be turned up bandwidth, " 0 " is
Bandwidth is reduced, such as uses two bits in the indication field of the available bandwidth in adjustment uplink and/or downlink first network
A upstream bandwidth, only adjustment downlink bandwidth adjusts uplink and downlink bandwidth simultaneously indicating only to adjust, and " 01 " is only to adjust a downlink band
Width, " 10 " are that only adjustment upstream bandwidth, " 11 " are while adjusting uplink and downlink bandwidth, adjustment amplitude or bandwidth mesh adjusted
The bit number that the indication field of scale value uses can be arranged according to actual needs, if adjust simultaneously uplink and downlink bandwidth and
The amplitude of adjustment or target value adjusted are different, then the field needs to be explicitly indicated under the amplitude and adjustment for adjusting upstream bandwidth
The amplitude of row bandwidth or the target value and the target value of adjustment downlink bandwidth for adjusting upstream bandwidth.
By taking first network is wireless cellular network as an example, which can issue electronic equipment by base station.If electric
Sub- equipment is by relaying access wireless cellular network, then the notification message issues electronic equipment by relaying, and relaying can voluntarily determine
It sets the tone the available bandwidth of whole electronic equipment in a wireless cellular network, to issue adjustment electronic equipment wireless to electronic equipment
The notification message of available bandwidth in cellular network, can also according to base station adjust electronic equipment in a wireless cellular network can
With the decision of bandwidth, the notification message of the available bandwidth of adjustment electronic equipment in a wireless cellular network is issued to electronic equipment.
In a wireless cellular network, if base station adjusts the bandwidth of all electronic equipments in its coverage area, base station
The broadcast message of adjustment bandwidth can be issued.If base station only adjust electronic equipment available bandwidth in a wireless cellular network or
Person only adjusts the available bandwidth of some equipment in a wireless cellular network including electronic equipment, and base station needs individually to electricity
Sub- equipment issues the notification message of the available bandwidth of adjustment electronic equipment in a wireless cellular network.
Similarly, when first network is that WLAN is netted, which can be by AP(access point) issue electronic equipment.
Then, electronic equipment determines available bandwidth of the electronic equipment in first network according to the notification message received
Adjustment is as a result, adjustment mode is as follows:
(1) if the available bandwidth of upstream or downstream is only improved N number of step-length or improved to bandwidth W by notification message instruction,
Then electronic equipment determines that the adjustment result of its available bandwidth in first network is that the available bandwidth of upstream or downstream is adjusted to
The sum of the available bandwidth of former upstream or downstream and N number of step-length, or be adjusted to bandwidth W, the correspondingly available band of downlink or uplink
Width is constant.
(2) if the available bandwidth of upstream or downstream is only reduced N number of step-length or reduced to bandwidth W by notification message instruction,
Then electronic equipment determines that the adjustment result of its available bandwidth in first network is that the available bandwidth of upstream or downstream is adjusted to
The difference of the available bandwidth of former upstream or downstream and N number of step-length, or be adjusted to bandwidth W, the correspondingly available band of downlink or uplink
Width is constant.
(3) if the available bandwidth of uplink is improved (reduction) N1 step-length or improves (reduction) to band by notification message instruction
Wide W1, and indicate to improve the available bandwidth of downlink (reductions) N2 step-length or raising (reduction) to bandwidth W2, then electronic equipment
The adjustment result for determining its available bandwidth in first network is that the available bandwidth of uplink is adjusted to the available bandwidth of former uplink
And the sum of N1 step-length (difference), or be adjusted to bandwidth W1, the available bandwidth of downlink be adjusted to the available bandwidth of former uplink with
The sum of N2 step-length (difference), or it is adjusted to bandwidth W2.
(4) if the available bandwidth of uplink is improved (reduction) N1 step-length or improves (reduction) to band by notification message instruction
Wide W1, and indicate to reduce the available bandwidth of downlink (raisings) N2 step-length or reduction (raising) to bandwidth W2, then electronic equipment
The adjustment result for determining its available bandwidth in first network is that the available bandwidth of uplink is adjusted to the available bandwidth of former uplink
And the sum of N1 step-length (difference), or be adjusted to bandwidth W1, the available bandwidth of downlink be adjusted to the available bandwidth of former uplink with
N2 step-length difference (the sum of), or be adjusted to bandwidth W2.
Finally, electronic equipment according to the adjustment of its available bandwidth in first network as a result, using etc. controlled than bandwidth
Strategy and/or priority bandwidth control strategy adjust the bandwidth for the Radio Link that the access device in the second network is distributed, and adjust
Perfect square formula is as follows:
(1) if the available bandwidth that adjustment result is related to upstream or downstream of the electronic equipment in first network improves,
Electronic equipment improves the upstream or downstream bandwidth that the Radio Link of all access devices of first network is accessed by electronic equipment,
Or only improve the upstream or downstream bandwidth of the Radio Link of the higher access device of priority.It should be noted that access is set
Standby priority can be divided according to the type of access device, can also be according to the data service that access device currently carries out
Type divides.
It should be noted that electronic equipment improve the second network in access device Radio Link bandwidth before, can
Whether the upstream or downstream bandwidth to judge the Radio Link of all access devices or the higher access device distribution of priority is full
The demand of sufficient access device, if meet demand, although upstream or downstream of the electronic equipment in first network is available
Bandwidth increases, and can not also improve the upstream or downstream bandwidth of the Radio Link of any one access device.
(2) if the available bandwidth that adjustment result is related to upstream or downstream of the electronic equipment in first network is reduced,
Electronic equipment reduces the upstream or downstream bandwidth that the Radio Link of all access devices of first network is accessed by electronic equipment,
Or only reduce the upstream or downstream bandwidth of the Radio Link of the lower access device of priority.
It should be noted that electronic equipment is before reducing the bandwidth of Radio Link of access device, it can be determined that before
The electronic equipment after reducing whether is not higher than for the upstream or downstream total bandwidth of the Radio Link of all access devices distribution
The available bandwidth of upstream or downstream in one network, although if it is, upstream or downstream of the electronic equipment in first network
Available bandwidth reduced, can not also reduce in any one second network the uplink of the Radio Link of access device or under
Capable bandwidth.
In an embodiment of the present invention, the upstream or downstream bandwidth of the Radio Link of access device in the second network is improved
When, it can also be more than pre- with the priority that only improves of equal proportion with the upstream or downstream bandwidth of the raising Radio Link of equal proportion
If threshold value access device Radio Link upstream or downstream bandwidth, the access that can also first improve highest priority sets
The upstream or downstream bandwidth of the upstream or downstream bandwidth of standby Radio Link, Radio Link after raising has met priority most
When the demand or the preset threshold value of arrival of high access device, then improve the Radio Link of the high access device of preferential level
Upstream or downstream bandwidth, and so on, the nothing of access device is improved according to the priority sequence from high to low of access device
The upstream or downstream bandwidth of wired link.
Equally, in an embodiment of the present invention, the upstream or downstream of the Radio Link of access device in the second network are reduced
, can be with the upstream or downstream bandwidth of all access devices of reduction of equal proportion Radio Link in the second network when bandwidth, it can also
With equal proportion only reduce priority lower than preset threshold value access device in the second network the uplink of Radio Link or
Downlink bandwidth can also first reduce the minimum access device of priority in the upstream or downstream bandwidth of Radio Link, work as radio chains
The upstream or downstream bandwidth on road has been reduced to the primary demand or reduction that will be unable to satisfy the minimum access device of the priority
When to scheduled threshold value, then the upstream or downstream bandwidth of the Radio Link of the low access device of preferential level is reduced, with such
It pushes away, the upstream or downstream bandwidth of the Radio Link of access device is reduced according to the sequence of access device priority from low to high.
Optionally, the uplink total bandwidth of the Radio Link of access device adjusted is not higher than electronic equipment in first network
In uplink available bandwidth, the downlink total bandwidth of the Radio Link of access device adjusted is not higher than electronic equipment first
The available bandwidth of downlink in network.
Mode two judges whether the available bandwidth in first network changes, and if there is a change, judging result is to need
Adjust the bandwidth for the Radio Link that access device is distributed in the second network.
Whether electronic equipment judges its available bandwidth in first network (such as wireless cellular network or wlan network)
It changes, such as changes, then adjust the radio chains of all or part of access devices for accessing first network by electronic equipment
The bandwidth on road, Radio Link be established between electronic equipment and access device in the second network (such as wlan network) it is wireless
Link.Such as periodically judge uplink of the electronic equipment in first network available bandwidth and downlink available bandwidth whether
It changes.
If the available bandwidth of the uplink of electronic equipment within the access network and/or the available bandwidth of downlink change,
Then adjust the available bandwidth of the uplink of the Radio Link of access device and/or the available bandwidth of downlink.Specific adjustment process can join
Description in square formula one.
Mode three judges whether electronic equipment carries out data service, if electronic equipment is carrying out data service, judges to tie
Fruit is the bandwidth for needing to adjust the Radio Link that access device is distributed in the second network.
In an embodiment of the present invention, electronic equipment carries out data service in first network, and electronic equipment is in the first net
Data service can be actively initiated in network, at this point, electronic equipment is to the network side of first network initiation data service request
Carry out the triggering of data service.Electronic equipment can also passively carry out data service in first network, at this point, electronic equipment connects
The data service request for receiving the network side sending of first network is the triggering for carrying out data service.
Upstream bandwidth and downlink bandwidth needed for the data service that electronic equipment prediction carries out, or receive first network
The data service that upstream bandwidth and downlink bandwidth needed for the data service that network side provides or real-time detection carry out is practical to account for
Upstream bandwidth and downlink bandwidth, or the practical upstream bandwidth occupied of data service and downlink of periodically detection progress
Bandwidth.
Some data services only may need to occupy upstream bandwidth, such as the transmitting file on network side, which accounts for
Downlink bandwidth may be 0.Some data services only may need to occupy downlink bandwidth, such as downloading file or online viewing
Video, the upstream bandwidth which occupies may be 0.
Likewise, some data services may need to occupy upstream bandwidth and downlink bandwidth, such as video calling simultaneously, this
In the case of kind, it is necessary to while judging the upstream bandwidth and downlink bandwidth that occupy needed for the data service or actually.
After upstream bandwidth needed for electronic equipment determines the data service carried out and downlink bandwidth, the net of first network is calculated
It distributes to needed for the data service of uplink total bandwidth and progress of the electronic equipment in first network or actually occupies upper in network side
The difference of row bandwidth obtains uplink remaining bandwidth of the electronic equipment in first network, and calculates the network side distribution of first network
The downlink bandwidth occupied needed for the data service of downlink total bandwidth and progress of the electron equipment in first network or actually it
Difference obtains the downlink remaining bandwidth of electronic equipment within the access network.
Electronic equipment adjusts in the second network according to its uplink remaining bandwidth and downlink remaining bandwidth in first network
The bandwidth of the Radio Link of access device.Specific adjustment process may refer to the associated description in mode one.
When electronic equipment obtains the triggering message for stopping data service in first network, electronic equipment stops data industry
Business, the reason of stopping data service can by very much, such as actively stop data service, network side stopping data service or because
The software and hardware reason of itself passively stops data service etc..
It should be noted that electronic equipment is during carrying out the first data service (such as video calling), it is also possible to
Start to carry out the second data service (such as downloading file), in this case, can judge second by electronic equipment or network side
Upstream bandwidth needed for business and downlink bandwidth, can also in real time or be periodically detected the first business and the second business it is practical occupancy
Uplink total bandwidth and downlink total bandwidth.
As shown in Fig. 2, the method flow diagram of network bandwidth is shared for controlling electronic devices in the embodiment of the present invention, wherein
Signal in first network can be transmitted to the access device in the second network by electronic equipment, access device by Radio Link with
Electronic equipment connection, the specific steps are as follows:
Step S201, available bandwidth of the electronic equipment in first network is obtained.
In this step, electronic equipment starts wireless routing function, and it is available in first network to obtain electronic equipment
Bandwidth, the first network can be GSM, EDGE, EVDO, CDMA2000, WCDMA, TD-SCDMA, TD-LTE, FDD-LTE,
The networks such as WLAN, the available bandwidth that above-mentioned various networks distribute to electronic equipment may be different.
In an embodiment of the present invention, available bandwidth of the electronic equipment in first network can refer to first network for electricity
Its available bandwidth in first network of sub- equipment distribution may also mean that electronic equipment is remaining available in first network
Bandwidth.Specifically, available bandwidth of the electronic equipment in first network can refer to that first network is electronic equipment distribution, electricity
Available upstream bandwidth and/or available downstream bandwidth of the sub- equipment in first network, may also mean that electronic equipment in the first net
Residue can use upstream bandwidth and/or remaining available downstream bandwidth in network.
If electronic equipment accesses wireless cellular network by relaying (Relay), electronic equipment is in first network
Available bandwidth can refer to available bandwidth of the electronic equipment in its access link between relaying.Equally, the present invention is implemented
The bandwidth being previously mentioned in example also can be equivalent to flow.
Step S203, whether detection electronic equipment is carrying out data service, if so, executing step S205.With the electronics
Equipment is for smart phone, which can be the data industry such as mobile video, mobile TV, Mobile Telephone Gps, mobile phone newspaper
Business.
Step S205, whether available bandwidth of the detection electronic equipment in first network changes, if it is executing step
Rapid S207；Otherwise, the process of this method can be terminated.
It is, can further detect the data service detecting electronic equipment when carrying out data service and whether can
Available bandwidth of the electronic equipment in first network is set to change, such as needed for the data service that currently carries out of electronic equipment
Bandwidth is more than bandwidth needed for data service before, and it is available in first network that electronic equipment can be detected in this step
Bandwidth relative to reducing before.Of course, it should be understood that can directly execute step S205 after executing the step S201.
Step S207, the quantity of the access device in the second network is obtained.
It is, obtaining the quantity for accessing the access device of first network by electronic equipment.
Step S209, electronic equipment use etc. is than bandwidth control strategy and/or priority bandwidth control strategy, adjustment second
The bandwidth for the Radio Link that access device in network is distributed.
Above-mentioned Radio Link is established between electronic equipment and access device in the second network (such as wlan network)
Radio Link.
It should be noted that in the case that available bandwidth of the electronic equipment in first network is constant, if electronic equipment
Data service is carried out, the bandwidth that may result in the Radio Link that electronic equipment can distribute to access device changes, then
Electronic equipment adjustment is needed to distribute to the bandwidth of the Radio Link of access device.For example, when electronic equipment carries out video traffic,
The available bandwidth for needing to occupy a part, can thus reduce the band that electronic equipment can distribute to the Radio Link of access device
It is wide.If electronic equipment stopped data service, electronic equipment, which at this moment can be improved, can distribute to the radio chains of access device
The bandwidth on road.
It should be noted that improving the bandwidth that electronic equipment can distribute to the Radio Link of access device, can refer to
The bandwidth of the Radio Link of all access devices is improved, priority bandwidth control strategy can also be used, i.e., only improve priority
The bandwidth of the Radio Link of higher access device.
The bandwidth of Radio Link of access device can be distributed to by reducing electronic equipment, can refer to that reducing all accesses sets
The bandwidth of standby Radio Link can also use priority bandwidth control strategy, i.e., only reduce the lower access device of priority
Radio Link bandwidth, the compensation of Bandwidth adjustment can be arranged according to actual needs.
Be described below in the embodiment of the present invention using etc. than bandwidth control strategy when controlling electronic devices share Netowrk tape
Wide embodiment.In this embodiment, electronic equipment obtains the available bandwidth in first network；Then, detection electronic equipment is
Whether no progress data service and data service cause the available bandwidth in first network to reduce；Secondly, electronic equipment obtains
The quantity of the current access device that first network is accessed by electronic equipment and the IP address and MAC Address of each access device
Key-value pair；Finally, electronic equipment is according to the quantity of available bandwidth and access device in the first network detected, to phase
The IP address answered distributes the bandwidth of corresponding Radio Link.
As shown in figure 3, controlling shared network than bandwidth control strategy for electronic equipment use etc. in the embodiment of the present invention
The method flow diagram of bandwidth, this method comprises:
Step S301, start the wireless routing function of electronic equipment, then execute step S303, or execute step
S307, such as start the WiFi wireless routing function of the electronic equipment.
Step S303, obtain the quantity of access device for currently having accessed the second network, the IP address of each access device with
The key-value pair of MAC Address.
Optionally, the IP address and MAC Address of access device, and IP address and MAC Address are obtained according to DHCP protocol
The form that key-value pair can be used is saved, and no longer applies state in detail herein.
Step S305, judge the quantity of access device and/or the IP address of access device and MAC Address key-value pair whether
It changes, if there is a change, thens follow the steps S311；It is no to then follow the steps S309；
Step S307, obtain available bandwidth of the electronic equipment in first network, the first network can be GSM, EDGE,
The networks such as EVDO, CDMA2000, WCDMA, TD-SCDMA, TD-LTE, FDD-LTE, WLAN, in an embodiment of the present invention can be with
By obtaining the network type of first network, to obtain available bandwidth of the electronic equipment in first network.
Step S309, whether detection electronic equipment carries out first network caused by data service and data service whether
In available bandwidth change, if the available bandwidth in first network changes, then follow the steps S311；Otherwise it executes
Step S313；
Step S311, when the key-value pair of the IP address of access device and MAC Address changes or electronic equipment itself
When initiating data service, then according to the quantity of available bandwidth and access device in now first network, using etc. compare bandwidth
Control strategy is adjusted the bandwidth of Radio Link assigned by access device.
For example, if the available bandwidth in first network is used no more than the total bandwidth of Radio Link in the second network
Following formula is adjusted the bandwidth for the Radio Link that access device is distributed, and formula is as follows: BandwidthUE=
BandwidthAP/ NUM, wherein BandwidthUEFor bandwidth assigned by access device, and BandwidthAPIt is current first
Available bandwidth in network, NUM are the quantity of access device；After electronic equipment adjusts the bandwidth of Radio Link for access device,
Relevant information can be saved；
If the available bandwidth in first network is greater than the total bandwidth of Radio Link in the second network, following formula can be used
The bandwidth that adjustment access device distributes, formula are as follows: BandwidthUEThe total bandwidth of Radio Link in=the second network/
NUM。
Step S313, the configuration information that saved before replacement, such as available bandwidth in currently used first network,
The key-value pair of the quantity of access device, the IP address of access device and MAC Address.Then, it is carried out according to the time interval of setting
Circulation executes step S303 or S307 and circuits sequentially.
It should be noted that electronic equipment effective bandwidth, which changes, refers to the situation constant in network type, such as in 3G
Or under 4G network environment, have since electronic equipment itself carries out the bandwidth that data service results in Radio Link in the second network
The case where bandwidth is reduced is imitated, or since electronic equipment end itself stopped data service, so that Radio Link in the second network
Bandwidth increase the case where.
Under the premise of the network type of the first network locating for electronic equipment is constant, electronic equipment carries out different data industry
The situation of change that business will lead to bandwidth is also different, for example, video traffic can occupy biggish bandwidth, and the band that HTTP business occupies
It is wide then relatively small.Therefore, the bandwidth of Radio Link in the second network is caused to generate using data service in electronic equipment itself
The case where variation, priority bandwidth control strategy can be taken, preferentially ensure the service on net experience of priority high user.
Electronic equipment in the embodiment of the present invention is described below and is controlled using priority bandwidth control strategy and shares Netowrk tape
Wide embodiment of the method.In this method embodiment, electronic equipment obtains the available bandwidth in first network；It is then detected that electric
Whether sub- equipment carries out whether data service and data service cause the available bandwidth in first network to reduce；Then, according to
The height of optimization level divides the access device accessed, and the peak of the bandwidth of Radio Link needed for access device is arranged.Most
Afterwards, in the case that the available bandwidth in first network meets the bandwidth demand of access device, to the bandwidth of all access devices
It does not adjust.If electronic equipment carries out data service, and the total bandwidth of the Radio Link in the second network is caused to change,
At this point, available bandwidth decline of the electronic equipment currently in first network is larger, and if electronic equipment itself carries out data industry
After business, the maximum of the bandwidth of Radio Link needed for the available bandwidth in first network is lower than the access device of highest priority
When being worth, and continue for a period of time, electronic equipment needs to turn down the bandwidth or stopping of the lower access device of other priority
The bandwidth of Radio Link is provided to these access devices, until electronic equipment itself using different data business or is stopped using
Data service, the total bandwidth for also resulting in Radio Link in the second network at this time change, in the second network after variation
The total bandwidth of Radio Link reaches the bandwidth demand of the Radio Link of the access device of highest priority, and continues for some time
Afterwards, the bandwidth demand of the Radio Link of the lower access device of other priority is just turned up.Thus it can ensure that, when electronic equipment exists
High low-bandwidth environment issues the case where raw switching, preferentially ensures that the bandwidth of the Radio Link of the access device of highest priority needs
It asks, and then meets the bandwidth demand of the lower access device of priority.
As shown in figure 4, controlling electronic devices is shared when to use priority bandwidth control strategy in the embodiment of the present invention
The method flow diagram of network bandwidth, this method comprises:
Step S401, start the wireless routing function of electronic equipment.Such as start the WiFi wireless routing of the electronic equipment
Function.
Step S403, it obtains and has currently accessed the quantity of the access device of the second network and the IP of each access device
The key-value pair of address and MAC Address.
Step S405, the bandwidth of corresponding Radio Link is distributed for each access device, and each access device is set
Priority.
Optionally, electronic equipment can be according to the priority of the Type division access device of access device, can also basis
The currently used type of service of access device divides the priority of access device, and the higher access device of priority preferentially distributes
More bandwidth.
Step S407, available bandwidth of the electronic equipment in first network is obtained.It can pass through in the embodiment of invention
First network type obtains the available bandwidth in current network.
Step S409, whether the total bandwidth for detecting the Radio Link in the second network meets the nothing of current all access devices
The bandwidth demand of wired link thens follow the steps S411 if can satisfy, no to then follow the steps S413.
Whether can according to the data service whether detection electronic equipment itself carries out data service and electronic equipment progress
The total bandwidth of Radio Link in the second network is caused to be unable to satisfy the bandwidth demand of current all access devices.
Step S411, restore the bandwidth of the Radio Link of the lower access device of priority.
It is, if electronic equipment stopped the data service of itself, or the bandwidth that the data service that uses occupies
The bandwidth occupied than the data service used before is reduced, and can satisfy all access devices using the currently active bandwidth
Bandwidth requirement has stopped the bandwidth of the lower access device of priority before then restoring.
Step S413, stop the bandwidth of the Radio Link of the lower access device of priority.
It is, if electronic equipment has initiated data service, or the data service used is than the data that use before
The bandwidth that business occupies increased, and is unable to meet demand using currently valid bandwidth, then stops the lower access of priority
The bandwidth of equipment；
Step S415, save the configuration information of all access devices, the quantity of access device, the IP address of access device with
The key assignments peer-to-peer information of MAC Address.Then, it is recycled according to the time interval of setting, executes step S403 and circuit sequentially.
The control in the embodiment of the present invention is introduced than bandwidth control strategy and priority bandwidth control strategy below with reference to equal
Electronic equipment shares the method flow of network bandwidth.
As shown in figure 5, controlling shared network using comprehensive bandwidth control strategy for electronic equipment in the embodiment of the present invention
The method flow diagram of bandwidth, this method comprises:
Step S501, start the wireless routing function of electronic equipment, such as start the WiFi wireless routing of the electronic equipment
Function.
Step S503, available bandwidth of the electronic equipment in first network is obtained.Optionally, first network can be GSM,
The networks such as EDGE, EVDO, CDMA2000, WCDMA, TD-SCDMA, TD-LTE, FDD-LTE, WLAN, above-mentioned various network distribution
The available bandwidth of electron equipment may be different.
Step S505, with obtaining the quantity of the access device accessed in the second network and the IP of each access device
The key-value pair of location and MAC Address.
Step S507, judge whether electronic equipment carries out data service, if there is initiating data service, then follow the steps
S509, it is no to then follow the steps S511.
If step S509, electronic equipment does not carry out data service, execution etc. is than bandwidth control strategy adjustment second
The bandwidth for the Radio Link that access device in network is distributed.
For example, if the available bandwidth in first network is used no more than the total bandwidth of Radio Link in the second network
Following formula is adjusted the bandwidth for the Radio Link that access device is distributed, and formula is as follows: BandwidthUE=
BandwidthAP/ NUM, wherein BandwidthUEFor bandwidth assigned by access device, and BandwidthAPIt is current first
Available bandwidth in network, NUM are the quantity of access device；After electronic equipment adjusts the bandwidth of Radio Link for access device,
Relevant information can be saved；
If the available bandwidth in first network is greater than the total bandwidth of Radio Link in the second network, following formula can be used
The bandwidth that adjustment access device distributes, formula are as follows: BandwidthUEThe total bandwidth of Radio Link in=the second network/
NUM。
If step S511, electronic equipment has initiated data service, execution priority bandwidth control strategy is preferential to guarantee
The bandwidth demand of the high user of priority, and then meet that priority is lower, finally meet the minimum access device of priority
Radio Link bandwidth demand.Referring specifically to the description in Fig. 4.
Step S513, relevant configuration information is saved, then the status information of poll electronic equipment.
In an embodiment of the present invention, caused by whether carrying out data service and different data business according to electronic equipment
Bandwidth situation of change such as takes at the access device adjusted in the second network than bandwidth control strategy or priority bandwidth control strategy
The bandwidth of the Radio Link distributed.
In addition, the feature weaker for electric device battery cruising ability, the embodiment of the present invention is using to access
The bandwidth of the access device of shared network is limited, and does not need the type of service analysis energy consumption in this way for doing network packet in this way
Bigger bottom operation.The embodiment of the present invention can be with effective solution: one or several access the access of shared network
When device request network data services, biggish bandwidth is occupied, will lead to the access Internet user's experience of other access devices
It is led in moving process or the switching affected by environment that network can occur by serious influence, and due to electronic equipment
Bandwidth is caused to change greatly, traditional bandwidth controls the problem of failing.
It is the apparatus structure schematic diagram that controlling electronic devices shares network bandwidth in the embodiment of the present invention referring to Fig. 6,
Signal in first network can be transmitted to the access device in the second network by middle electronic equipment, and access device passes through Radio Link
It is connect with electronic equipment, which includes:
Judgment module 61, for judging whether to need to adjust the band for the Radio Link that access device is distributed in the second network
It is wide；And
Module 63 is adjusted, for if it is judged that need to adjust the radio chains that access device is distributed in the second network
The bandwidth for the Radio Link that the access device in second network is distributed is adjusted when the bandwidth on road.Optionally, module is adjusted
63 be further used for using etc. than bandwidth control strategy and/or priority bandwidth control strategy adjustment adjustment the second network in connecing
Enter the bandwidth for the Radio Link that equipment is distributed.
Optionally, judgment module 61 includes: the first judging unit 611, for judging whether the electronic equipment receives
The notification message for adjusting the available bandwidth in first network, if receiving the notification message, judging result is to need to adjust
The bandwidth for the Radio Link that access device is distributed in second network.Such as in notification message include at least it is following at least one
Kind: it improves or reduces the instruction of the available bandwidth in first network, adjust the available bandwidth of uplink and/or downlink in first network
Instruction and the available bandwidth in first network adjusted target value instruction.
Optionally, judgment module 61 further include: second judgment unit 613, for judging the electronic equipment in the first net
Whether the available bandwidth in network changes, if available bandwidth of the electronic equipment in first network changes, sentences
Disconnected result is to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network.
Optionally, judgment module 61 further include: third judging unit 615 has currently accessed second net for obtaining
The key-value pair of the IP address and MAC Address of the quantity of access device and each access device in network；And judge that the access is set
Whether the IP address of standby quantity and/or access device and the key-value pair of MAC Address change, if there is a change, judgement
As a result the bandwidth to need to adjust the Radio Link that access device is distributed in the second network.
Optionally, judgment module 61 further include: the 4th judging unit 617, for judging whether the electronic equipment carries out
Data service；If the electronic equipment does not carry out data service, judging result is that use etc. is adjusted than bandwidth control strategy
The bandwidth for the Radio Link that access device is distributed in second network；And if the electronic equipment is carrying out data industry
Business, judging result are using the bandwidth distributed of access device in priority bandwidth control strategy the second network of adjustment.
Optionally, the adjustment module 63 includes: equal proportion adjustment unit 631, in the first network
The size of the total bandwidth of Radio Link in available bandwidth and second network；If the available bandwidth in the first network is not
Greater than the total bandwidth of Radio Link in second network, the value for the bandwidth that access device distributes is in the first network
Available bandwidth value divided by the access device quantity；If the available bandwidth in the first network is greater than described second
The total bandwidth of Radio Link in network, the value for the bandwidth that access device distributes are the total of Radio Link in second network
The value of bandwidth divided by the access device quantity.
Optionally, adjustment module 63 includes: priority adjustment unit 633, for the priority according to the access device
Sequence from high to low improves the upstream or downstream bandwidth of the Radio Link of access device；Or according to the preferential of the access device
The sequence of grade from low to high reduces the upstream or downstream bandwidth of the Radio Link of access device.
Optionally, device further include: priority division module, for the second net of Type division according to the access device
The priority of access device in network, or the preferential of access device is divided according to the currently used type of service of the access device
Grade.
As shown from the above technical solution, the embodiment of the present invention has the following beneficial effects: that electronic equipment can be according to network
In available bandwidth change situation or electronic equipment itself whether carry out data service, connect to adjust by electronic equipment
The bandwidth for entering the Radio Link of the access device of network, enable the bandwidth of Radio Link according to electronic equipment in a network can
Changed with bandwidth and changed, ensure that the bandwidth of Radio Link and the matching of the available bandwidth of electronic equipment in a network, improved
The web experience of access device user.And priority, the high access of priority can be arranged for access device in electronic equipment
Equipment preferentially distributes the bandwidth of more Radio Links, to ensure that the higher access device of the bandwidth demand of Radio Link
Bandwidth demand.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the principle of the present invention, it can also make several improvements and retouch, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (25)
1. a kind of method that controlling electronic devices shares network bandwidth, the electronic equipment can forward the signal in first network
To the access device in the second network, the access device is connect by Radio Link with the electronic equipment, which is characterized in that
The described method includes:
Judge whether to need to adjust the bandwidth for the Radio Link that the access device in second network is distributed；And
If it is judged that when to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network, the electronics
Equipment adjusts the bandwidth for the Radio Link that access device is distributed in second network, comprising: judges that the electronic equipment is
No carry out data service；If electronic equipment does not carry out data service, execution etc. adjusts the second net than bandwidth control strategy
The bandwidth for the Radio Link that access device in network is distributed, if electronic equipment has initiated data service, execution priority
Bandwidth control strategy, the bandwidth demand of the preferential user for guaranteeing that priority is high, and then to meet priority lower, finally meets
The bandwidth demand of the Radio Link of the minimum access device of priority.
2. the method according to claim 1, wherein the electronic equipment is the end with wireless routing function
End.
3. the method according to claim 1, wherein described judge whether to need to adjust that access is set in the second network
The step of bandwidth of the standby Radio Link distributed are as follows:
Judge whether the electronic equipment receives the notification message of the available bandwidth in adjustment first network, if receiving institute
Notification message is stated, judging result is to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network.
4. according to the method described in claim 3, it is characterized in that, the notification message includes at least at least one in following
Kind: it improves or reduces the instruction of the available bandwidth in first network, adjust the available bandwidth of uplink and/or downlink in first network
Instruction and the available bandwidth in first network adjusted target value instruction.
5. according to the method described in claim 4, it is characterized in that, the notification message is physical layer message, in the physics
Setting is improved or reduces the indication field of bandwidth, adjusts the indication field and tune of uplink and/or downlink bandwidth in layer message
The indication field of whole picture degree or bandwidth target value adjusted.
6. according to the method described in claim 3, being set it is characterized in that, being accessed in electronic equipment adjustment second network
The step of bandwidth for the Radio Link that back-up is matched includes:
The electronic equipment determines the adjustment result of its available bandwidth in first network according to the notification message；
The electronic equipment adjusts the band for the Radio Link that access device distributes in second network according to the adjustment result
It is wide.
7. according to the method described in claim 6, it is characterized in that, the electronic equipment according to the notification message determine its
The step of adjustment result of available bandwidth in first network includes:
If upstream or downstream available bandwidth is only improved N number of step-length or improved to bandwidth W by the notification message instruction, described
Electronic equipment determines that the adjustment result of its available bandwidth in first network is that upstream or downstream available bandwidth is adjusted in original
Capable or the sum of downlink available bandwidth and N number of step-length, or it is adjusted to bandwidth W, downlink or uplink available bandwidth is constant；Or
If upstream or downstream available bandwidth is only reduced N number of step-length or reduced to bandwidth W by the notification message instruction, described
Electronic equipment determines that the adjustment result of its available bandwidth in first network is that upstream or downstream available bandwidth is adjusted in original
Capable or downlink available bandwidth and N number of step-length difference, or it is adjusted to bandwidth W, downlink or uplink available bandwidth is constant；Or
If uplink available bandwidth is improved/is reduced N1 step-length or raising/reduction to bandwidth W1 by notification message instruction,
And indicating that downlink available bandwidth is improved/reduced N2 step-length or raising/reduction to bandwidth W2, then the electronic equipment determines
The adjustment result of its available bandwidth in first network is that uplink available bandwidth is adjusted to former uplink available bandwidth and N1 step
The sum of long difference perhaps is adjusted to bandwidth W1, downlink available bandwidth be adjusted to former uplink available bandwidth and N2 step-length it
With difference perhaps or be adjusted to bandwidth W2；Or
If uplink available bandwidth is improved or is reduced N1 step-length or raising/reduction to bandwidth W1 by notification message instruction,
And indicate to reduce/improve N2 step-length or reduction/raising to bandwidth W2 for downlink available bandwidth, then the electronic equipment is true
The adjustment result of its fixed available bandwidth in first network is that uplink available bandwidth is adjusted to former uplink available bandwidth and N1
Step-length and/or difference, or be adjusted to bandwidth W1, downlink available bandwidth be adjusted to former uplink available bandwidth and N2 step-length it
Difference or the sum of, or be adjusted to bandwidth W2.
8. according to the method described in claim 6, it is characterized in that, the electronic equipment is according to adjustment result adjustment
The step of bandwidth of the Radio Link of access device distribution, includes: in second network
It is improved if the adjustment result is related to upstream or downstream available bandwidth of the electronic equipment in first network, the electricity
Sub- equipment improves the upstream or downstream bandwidth of all access devices on wireless links in the second network, or only improves priority
The upstream or downstream bandwidth of higher access device on wireless links；Or
It is reduced if the adjustment result is related to upstream or downstream available bandwidth of the electronic equipment in first network, electronics is set
It is standby to reduce the upstream or downstream bandwidth of all access devices on wireless links in the second network, or only reduction priority is lower
Access device upstream or downstream bandwidth on wireless links.
9. according to the method described in claim 8, it is characterized in that, improving the Radio Link of access device in second network
Upstream or downstream bandwidth when, using all access devices in raising second network of equal proportion Radio Link uplink or
Downlink bandwidth, or
When improving the upstream or downstream bandwidth of the Radio Link of access device in second network, using only improving for equal proportion
Priority is more than the Radio Link upstream or downstream bandwidth of the access device of scheduled threshold value in second network, or
When improving the upstream or downstream bandwidth of the Radio Link of access device in second network, from high to low according to priority
Sequence improve access device Radio Link upstream or downstream bandwidth.
10. method according to claim 8 or claim 9, which is characterized in that access device is wireless in reduction second network
When the upstream or downstream bandwidth of link, using all access devices of the second network of reduction of equal proportion Radio Link uplink or
Downlink bandwidth；Or
When reducing the upstream or downstream bandwidth of the Radio Link of access device in second network, using only reducing for equal proportion
Radio Link upstream or downstream bandwidth of the priority lower than the access device of scheduled threshold value in second network；Or
When reducing the upstream or downstream bandwidth of the Radio Link of access device in second network, from low to high according to priority
Sequence reduce access device Radio Link upstream or downstream bandwidth.
11. according to the method described in claim 6, it is characterized in that, the Radio Link of the access device adjusted it is upper
Row total bandwidth is not higher than the available bandwidth of uplink of the electronic equipment in first network；
The downlink total bandwidth of the Radio Link of the access device adjusted is not higher than the electronic equipment in first network
Downlink available bandwidth.
12. the method according to claim 1, wherein described judge whether to need to adjust to access in the second network
The step of bandwidth for the Radio Link that equipment is distributed are as follows:
Judge whether available bandwidth of the electronic equipment in first network changes, if the electronic equipment is first
Available bandwidth in network changes, and judging result is to need to adjust the Radio Link that access device is distributed in the second network
Bandwidth.
13. the method according to claim 1, wherein described judge whether to need to adjust to access in the second network
The step of bandwidth for the Radio Link that equipment is distributed includes:
It obtains with currently having accessed in second network quantity of access device and the IP address of each access device and MAC
The key-value pair of location；
Judge whether the key-value pair of the quantity of the access device and/or the IP address of access device and MAC Address changes,
If there is a change, judging result is to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network.
14. the method according to claim 1, wherein electronic equipment use etc. is adjusted than bandwidth control strategy
The bandwidth step for the Radio Link that access device in whole second network is distributed includes:
Compare the size of the total bandwidth of Radio Link in the available bandwidth and second network in the first network；
If total bandwidth of the available bandwidth no more than Radio Link in second network in the first network, access device
The value for the bandwidth that distribution obtains is the value of the available bandwidth in the first network divided by the quantity of the access device；
If the available bandwidth in the first network is greater than the total bandwidth of Radio Link in second network, access device point
Value with obtained bandwidth is the value of the total bandwidth of Radio Link in second network divided by the quantity of the access device.
15. the method according to claim 1, wherein the electronic equipment use priority bandwidth control strategy,
The step of adjusting the bandwidth for the Radio Link that the access device in second network is distributed include:
The upstream or downstream of the Radio Link of access device are improved according to the priority sequence from high to low of the access device
Bandwidth；Or
The upstream or downstream of the Radio Link of access device are reduced according to the priority sequence from low to high of the access device
Bandwidth.
16. according to the method for claim 15, which is characterized in that according to the second network of Type division of the access device
Described in access device priority, or the access device is divided according to the currently used type of service of the access device
Priority.
17. the method according to claim 1, wherein judging whether that the access for needing to adjust in the second network is set
The step of bandwidth of the standby Radio Link distributed includes:
Judge whether the electronic equipment carries out the triggering of data service；
If the electronic equipment carries out the triggering of data service, judging result is needs to adjust access device institute in the second network
The bandwidth of the Radio Link of distribution.
18. according to the method for claim 17, which is characterized in that the electronic equipment adjusts to be accessed in second network
The step of bandwidth for the Radio Link that equipment is distributed includes:
Upstream bandwidth and downlink bandwidth needed for the electronic equipment obtains the data service carried out；
After upstream bandwidth needed for the electronic equipment determines the data service carried out and downlink bandwidth, the electronics is calculated
Uplink remaining bandwidth and downlink remaining bandwidth of the equipment in first network；
The electronic equipment adjusts second net according to its uplink remaining bandwidth and downlink remaining bandwidth in first network
The bandwidth for the Radio Link that access device is distributed in network.
19. the method according to claim 1, wherein the first network be GSM, EDGE, EVDO,
Any one in CDMA2000, WCDMA, TD-SCDMA, TD-LTE, FDD-LTE, WLAN, second network are wireless office
Domain net.
20. a kind of controlling electronic devices shares the device of network bandwidth, the electronic equipment can turn the signal in first network
The access device in the second network is issued, the access device is connect by Radio Link with the electronic equipment, and feature exists
In, comprising:
Judgment module, for judging whether to need to adjust the bandwidth for the Radio Link that access device is distributed in the second network；With
And
Module is adjusted, for if it is judged that need to adjust the band for the Radio Link that access device is distributed in the second network
When wide, the bandwidth for the Radio Link that the access device in second network is distributed is adjusted；
The judgment module further include:
4th judging unit, for judging whether the electronic equipment carries out data service；If the electronic equipment not into
Row data service, judging result adjust the radio chains that access device is distributed in the second network than bandwidth control strategy for use etc.
The bandwidth on road；And if the electronic equipment is carrying out data service, judging result is to control plan using priority bandwidth
Slightly adjust the bandwidth that access device is distributed in the second network.
21. device according to claim 20, which is characterized in that the judgment module includes:
First judging unit, for judging whether the electronic equipment receives the notice of the available bandwidth in adjustment first network
Message, if receiving the notification message, judging result be need to adjust access device in the second network distributed it is wireless
The bandwidth of link.
22. device according to claim 20, which is characterized in that the judgment module further include:
Second judgment unit, for judging whether available bandwidth of the electronic equipment in first network changes, if
Available bandwidth of the electronic equipment in first network changes, and judging result is to need to adjust access in the second network to set
The bandwidth of the standby Radio Link distributed.
23. device according to claim 22, which is characterized in that the judgment module further include:
Third judging unit, for obtaining the quantity for currently having accessed access device in second network, and respectively, access is set
The key-value pair of standby IP address and MAC Address；And judge the access device quantity and/or access device IP address with
Whether the key-value pair of MAC Address changes, and if there is a change, judging result is to need to adjust access device in the second network
The bandwidth of the Radio Link distributed.
24. device according to claim 20, which is characterized in that the adjustment module includes:
Equal proportion adjustment unit, for Radio Link in the available bandwidth and second network in the first network
The size of total bandwidth；If the available bandwidth in the first network is not more than total band of Radio Link in second network
Width, the value for the bandwidth that access device distributes are the value of the available bandwidth in the first network divided by the access device
Quantity；If the available bandwidth in the first network is greater than the total bandwidth of Radio Link in second network, access device
The value for distributing obtained bandwidth is the value of the total bandwidth of Radio Link in second network divided by the quantity of the access device.
25. device according to claim 20, which is characterized in that the adjustment module includes:
Priority adjustment unit improves the nothing of access device for the sequence of the priority according to the access device from high to low
The upstream or downstream bandwidth of wired link；Or access device is reduced according to the priority sequence from low to high of the access device
The upstream or downstream bandwidth of Radio Link.
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| CN104243266A (en) * | 2014-09-18 | 2014-12-24 | 小米科技有限责任公司 | Method and device for network access |
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| CN104506458B (en) * | 2014-12-03 | 2018-11-30 | 中国联合网络通信集团有限公司 | A kind of bandwidth adjusting method, system and intelligent pipeline platform |
| CN106162757A (en) * | 2015-04-24 | 2016-11-23 | 中兴通讯股份有限公司 | Flank speed acquisition methods, system and the mobile terminal of connection of mobile terminal into network |
| CN106358262A (en) * | 2015-07-15 | 2017-01-25 | 中兴通讯股份有限公司 | Access method and device for wireless node STAs (special temporary authority) in wireless local area network (WLAN) |
| CN105429900B (en) * | 2015-11-02 | 2018-09-21 | 中国联合网络通信集团有限公司 | A kind of method, apparatus and system of bandwidth speed-raising |
| CN108173785A (en) * | 2016-12-07 | 2018-06-15 | 中国移动通信集团公司 | A kind of bandwidth allocation methods and terminal |
| CN111742588B (en) * | 2018-02-23 | 2024-06-28 | 瑞典爱立信有限公司 | Radio network node, user device, system and method for handling communications |
| KR102648507B1 (en) * | 2018-06-12 | 2024-03-18 | 삼성전자 주식회사 | Electronic device and method for controlling function of relaying wireless lan connection |
| CN109787818B (en) * | 2018-12-28 | 2020-08-25 | 联想(北京)有限公司 | Interface configuration adjusting method and device and electronic equipment |
| CN111726866A (en) * | 2019-03-21 | 2020-09-29 | 华为技术有限公司 | Method and device for reducing transmission bandwidth of network device |
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