CN105682142A - Load capacity configuration method and device - Google Patents
Load capacity configuration method and device Download PDFInfo
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- CN105682142A CN105682142A CN201410665016.4A CN201410665016A CN105682142A CN 105682142 A CN105682142 A CN 105682142A CN 201410665016 A CN201410665016 A CN 201410665016A CN 105682142 A CN105682142 A CN 105682142A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/08—Load balancing or load distribution
- H04W28/086—Load balancing or load distribution among access entities
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Abstract
The invention discloses a load capacity configuration method and device. The load capacity configuration method provided by the invention comprises the following steps: detecting loads of at least two frequency bands of a wireless local area network access point in real time; and when the load of at least one frequency band satisfies a first preset condition, and the load of at least one frequency band satisfies a second preset condition, reconfiguring the load capacities of the frequency band of which the load satisfies the first preset condition and the frequency band of which the load satisfies the second preset condition, wherein the first preset condition indicates that the load of the frequency band is greater than or equal to a first preset load corresponding to the frequency band, and the second preset condition indicates that the load of the frequency band is smaller than a second preset load corresponding to the frequency band. Through adoption of the load capacity configuration method, the technical problem of incapability of realizing deep coverage of mobile Internet since the load of one frequency band is too large and the load of the other frequency band is very small in the prior art can be solved.
Description
Technical field
The present invention relates to mobile Internet communication field, relate in particular to a kind of load capacity collocation method and device.
Background technology
Along with popularizing of the mobile terminal WIFI function of surfing the Net such as mobile phone, two frequency ranges of 2.4G frequency range and 5G frequency rangeUser by a large amount of Long Coexistences. WLAN (WirelessLAN, WLAN) AP (AccessPoint,Access point) user that simultaneously takes into account 2.4G frequency range and two frequency ranges of 5G frequency range carries out the degree of depth to mobile InternetCover, become more and more important.
Especially as the region of the WIFI terminal use high concentration such as shopping centre, station, WLANAP existsCertain frequency range load is too large and another frequency range load is very little, causes realizing the mobile Internet degree of depth and coversProblem. For example 2.4G frequency range need access user cause too much the too large and 5G frequency range user of load seldom,Load is very little; Otherwise or 5G frequency range needs access user to cause too much the too large and 2.4G frequency range user of load veryLess, load is very little. For above situation, effective solution is not yet proposed at present.
Summary of the invention
The main technical problem to be solved in the present invention is to provide a kind of load capacity collocation method and device, energyVery little causing of another frequency range load cannot be real owing to there is a frequency range load too greatly enough to solve prior artThe technical problem that the existing mobile Internet degree of depth covers.
For solving the problems of the technologies described above, the invention provides a kind of load capacity collocation method, comprise the steps:
The current load of at least two frequency ranges of real-time detecting WLAN access point;
When the current load of frequency range described at least one meet first pre-conditioned, and frequency range described at least oneCurrent load meets second when pre-conditioned, and load is met to described the first pre-conditioned frequency range and loadThe load capacity that meets described the second pre-conditioned frequency range reconfigures;
Described the first pre-conditioned comprising: the current load of described frequency range is more than or equal to corresponding with described frequency rangeThe first default load;
Described the second pre-conditioned comprising: the current load of described frequency range is less than corresponding with described frequency range secondDefault load.
Further, described load comprises: user accesses quantity; Corresponding first pre-of described and described frequency rangeIf load comprises: the first default user corresponding with described frequency range accesses quantity; Described and described frequency range is correspondingThe second default load comprise: the second default user corresponding with described frequency range accesses quantity;
Describedly load is met to described the first pre-conditioned frequency range and load meet described second pre-conditionedThe step that the load capacity of frequency range reconfigures comprises:
Increasing load meets the load capacity of described the first pre-conditioned frequency range and reduces load and meet described theThe load capacity of two pre-conditioned frequency ranges.
Further, the first default user corresponding to described and described frequency range accesses quantity and comprises: described frequency rangeCurrent maximum user accesses quantity; The second default user corresponding to described and described frequency range accesses quantity and comprises:The current maximum user of described frequency range accesses quantity.
Further, at least two frequency ranges of described real-time detecting WLAN access point current loadStep comprises:
The first frequency range of real-time detecting WLAN access point and the current load of the second frequency range;
Described the first pre-conditioned comprising: the current user of described the first frequency range accesses described in quantity is more than or equal toThe first default user accesses quantity; Described the second pre-conditioned comprising: the current user of described the second frequency range connectsEntering quantity is less than the described second default user and accesses quantity;
Describedly load is met to described the first pre-conditioned frequency range and load meet described second pre-conditionedThe step that the load capacity of frequency range reconfigures comprises:
Increase the load capacity and the load capacity that reduces described the second frequency range of described the first frequency range.
Further, the load capacity of described the first frequency range of described increase and the load that reduces described the second frequency rangeThe step of ability comprises:
Access quantity according to described the first frequency range and the second frequency range active user, increase the negative of described the first frequency rangeLoading capability and the load capacity that reduces described the second frequency range.
Further, describedly access quantity according to described the first frequency range and the second frequency range active user, increase instituteThe load capacity of stating the first frequency range comprises with the step of the load capacity that reduces described the second frequency range:
Access quantity difference according to the active user between described the first frequency range and the second frequency range, increase describedThe load capacity of one frequency range and the load capacity that reduces described the second frequency range.
It is further, described that to access quantity according to the active user between described the first frequency range and the second frequency range poorValue, the load capacity that increases described the first frequency range comprises with the step of the load capacity that reduces described the second frequency range:
Access quantity difference according to the active user between described the first frequency range and the second frequency range, by described secondThe idle load capacity of frequency range configures to described the first frequency range.
Further, described load capacity is made up of multiple sub-load capacity pond;
Describedly access quantity difference according to the active user between described the first frequency range and the second frequency range, will described inThe idle load capacity of the second frequency range configures to the step of described the first frequency range and comprises:
Access quantity difference according to the active user between described the first frequency range and the second frequency range, by respective amountSub-load capacity of the free time pond of the second frequency range configure to described the first frequency range.
Further, described sub-load capacity of the free time pond by the second frequency range of respective amount configures to describedThe step of one frequency range comprises:
Realize the institute of respective amount by switching the radio-frequency channel of described the first frequency range and described the second frequency rangeSub-load capacity of the free time pond of stating the second frequency range configures to described the first frequency range.
Be similarly and solve above-mentioned technical problem, the present invention also provides a kind of load capacity inking device, bagDraw together: detection module and load capacity configuration module;
Described detection module is for current the bearing of at least two frequency ranges of real-time detecting WLAN access pointCarry;
Described load capacity configuration module meets the first default bar for the load when frequency range described at least onePart, and described at least one, the load of frequency range meets second when pre-conditioned, meets described first pre-to loadIf meeting the load capacity of described the second pre-conditioned frequency range, the frequency range of condition and load reconfigure;Described the first pre-conditioned comprising: the load of described frequency range is more than or equal to corresponding with described frequency range first defaultLoad; Described the second pre-conditioned comprising: the load of described frequency range is less than corresponding with described frequency range second pre-If load.
Further, described load comprises: user accesses quantity; Corresponding first pre-of described and described frequency rangeIf load comprises: the first default user corresponding with described frequency range accesses quantity; Described and described frequency range is correspondingThe second default load comprise: the second default user corresponding with described frequency range accesses quantity;
Described load capacity configuration module meets the load of described the first pre-conditioned frequency range for increasing loadAbility and reduce load and meet the load capacity of described the second pre-conditioned frequency range.
Further, the first default user corresponding to described and described frequency range accesses quantity and comprises: described frequency rangeCurrent maximum user accesses quantity; The second default user corresponding to described and described frequency range accesses quantity and comprises:The current maximum user of described frequency range accesses quantity.
Further, described detection module is for the first frequency range of real-time detecting WLAN access point and theThe load that two frequency ranges are current;
Described load capacity configuration module is for increasing the load capacity of described the first frequency range and reducing described secondThe load capacity of frequency range; Described the first pre-conditioned comprising: the current user of described the first frequency range accesses quantityBe more than or equal to the described first default user and access quantity; Described the second pre-conditioned comprising: described second frequentlyThe user of Duan Dangqian accesses quantity and is less than the described second default user and accesses quantity.
Further, described load capacity configuration module is used for according between described the first frequency range and the second frequency rangeActive user access quantity difference, the idle load capacity of described the second frequency range is configured to described first frequentlySection.
Further, described load capacity is made up of multiple sub-load capacity pond;
Described load capacity configuration module is used for according to the active user between described the first frequency range and the second frequency rangeAccess quantity difference, configures sub-load capacity of the free time pond of the second frequency range of respective amount to described first frequentlySection.
The invention has the beneficial effects as follows:
The invention provides a kind of load capacity collocation method and device, can effectively solve WLANAP certainThe too large and very little problem of another frequency range load of frequency range load, thus can realize the degree of depth of mobile InternetCover; Load capacity collocation method provided by the invention comprises: real-time detecting WLAN access point extremelyThe load of few two frequency ranges; When the load of frequency range described at least one meets first pre-conditioned, and at least oneThe load of individual described frequency range meets second when pre-conditioned, and load is met to described the first pre-conditioned frequency rangeThe load capacity that meets described the second pre-conditioned frequency range with load reconfigures; Described first is defaultCondition comprises: the load of described frequency range is more than or equal to the first default load corresponding with described frequency range; DescribedTwo pre-conditioned comprising: the load of described frequency range is less than the second default load corresponding with described frequency range; ThisFrequency range and load that bright load capacity collocation method can be greater than default load to WLANAP load are less than in advanceIf the frequency range of load is carried out dynamic-configuration, for example the too large frequency range of load is increased to load capacity, and to load veryLittle frequency range reduces load capacity; Therefore load capacity collocation method of the present invention can be taken into account multiple frequency range (examplesAs 2.4G frequency range and two frequency ranges of 5G frequency range) user to WLANAP many frequency range loads carry out dynamic-configuration,Reasonably configure the load capacity of the each frequency range of WLANAP, realized the mobile Internet degree of depth and covered.
Brief description of the drawings
The schematic flow sheet of a kind of load capacity collocation method that Fig. 1 provides for the embodiment of the present invention one;
The schematic flow sheet of a kind of load capacity collocation method that Fig. 2 provides for the embodiment of the present invention two;
The schematic flow sheet of a kind of load capacity collocation method that Fig. 3 provides for the embodiment of the present invention three;
The schematic flow sheet of a kind of load capacity collocation method that Fig. 4 provides for the embodiment of the present invention four;
The structural representation of a kind of load capacity inking device that Fig. 5 provides for the embodiment of the present invention five;
The structural representation of a kind of load capacity inking device that Fig. 6 provides for the embodiment of the present invention six;
The structural representation of the another kind of load capacity inking device that Fig. 7 provides for the embodiment of the present invention six.
Detailed description of the invention
By reference to the accompanying drawings the present invention is described in further detail below by detailed description of the invention.
Embodiment mono-:
Consider that prior art is owing to there being the too large and very little nothing that causes of another frequency range load of frequency range loadMethod realizes the technical problem that the mobile Internet degree of depth covers, and the present embodiment provides a kind of load capacity configuration sideMethod, as shown in Figure 1, comprises the steps:
Step 101: the current load of at least two frequency ranges of real-time detecting WLAN access point.
This step is can be by the load of at least two frequency ranges of WLANAP Real-Time Monitoring WLANAP. For exampleIn the time that WLANAP comprises 2.4G frequency range and 5G frequency range, WLANAP opens load condition real-time monitoring and control,Two current load conditions of frequency range of the current 2.4G frequency range of real-time detection and 5G frequency range.
Step 102: when the current load of frequency range described at least one meet first pre-conditioned, and at least oneThe current load of described frequency range meets second when pre-conditioned, and load is met to described the first pre-conditioned frequencyThe load capacity that section and load meet described the second pre-conditioned frequency range reconfigures; Described first pre-If condition comprises: the load of described frequency range is more than or equal to the first default load corresponding with described frequency range; DescribedThe second pre-conditioned comprising: the load of described frequency range is less than the second default load corresponding with described frequency range.
Need only in all frequency ranges of WLANAP at the present embodiment and have current the bearing of one or more frequency rangesCarry and meet first pre-conditionedly, and one or more frequency range present load meets second when pre-conditioned,Just need to meet to meeting the first pre-conditioned frequency range and load the load capacity of the second pre-conditioned frequency rangeReconfigure.
For example, in the time that WLANAP comprises A, B, tri-frequency ranges of C, this three frequency ranges detected in step 101After current load, WLANAP also needs to judge whether the current load of A is more than or equal to corresponding with AOne default load a1, whether be less than the second default load a2 corresponding with A, equally according to this judgment modeJudge successively whether the current load of B is more than or equal to b1, whether be less than b2, and whether the current load of C is greater thanC1, whether be less than c2; If the load of a frequency range is more than or equal to corresponding default load in three frequency ranges, andWhen a frequency range load is less than corresponding default load, the load capacity of these two frequency ranges is joined againPut, for example, when the load that the load of A is more than or equal to a1 and C is less than c2, need the frequency range to A and BLoad capacity reconfigure; If there is the load of two frequency ranges to be greater than default load in three frequency ranges, andWhen a frequency range is less than default load, need the load capacity of these three frequency ranges of ABC again to joinPut, for example, when the load that the load that the load of A is more than or equal to a1, B is more than or equal to B1 and C is less than c2,Load capacity to A, B, C reconfigures.
In the present embodiment, the first default load corresponding to each frequency range is not identical, for example A frequency range and BFrequency range respectively the first default load a1, b1 of correspondence is not identical, the second preset negative that same each frequency range is correspondingIt is also not identical carrying, and for example B frequency range and C frequency range respectively corresponding the second default load b2, c2 are phases notWith.
Be to be understood that: corresponding the first default load and a second default load of frequency range can in the present embodimentWith identical, can be also not identical, specifically can arrange according to the actual requirements.
Preferentially, the load of frequency range in the present embodiment can access quantity with user and weigh, therefore, and thisIn embodiment, load comprises: user accesses quantity; The first default load corresponding to described and described frequency range comprises:The first default user corresponding with described frequency range accesses quantity, the second preset negative that described and described frequency range is correspondingCarry and comprise: the second default user corresponding with described frequency range accesses quantity;
Now, the first pre-conditioned can comprising in the present embodiment: the current user of described frequency range accesses quantityBe more than or equal to the first default user corresponding with this frequency range and access quantity; Described the second pre-conditioned can comprising:The current user of described frequency range accesses quantity and is less than the second default user corresponding to this frequency range and accesses quantity.
Preferentially, in the situation that the first default load is identical with the second default load, in the present embodiment with instituteStating the first default user corresponding to frequency range accesses quantity and can comprise: maximum user's access that described frequency range is currentQuantity; The second default user corresponding to described and described frequency range accesses quantity and comprises: described frequency range is currentLarge user accesses quantity.
In step 102, load meets described the first pre-conditioned frequency range and load and meets described second pre-If the process that the load capacity of the frequency range of condition reconfigures can comprise: increase load and meet described theThe load capacity of one pre-conditioned frequency range and reduce load and meet the load of described the second pre-conditioned frequency rangeAbility.
The load capacity collocation method of the present embodiment can be greater than to WLANAP load the frequency of the first default loadSection and load are less than the frequency range of the second default load and carry out dynamic-configuration, for example, increase negative to the too large frequency range of loadLoading capability, and the very little frequency range of load is reduced to load capacity; Therefore load capacity collocation method of the present invention canFor example, to take into account multiple frequency ranges (two frequency ranges of 2.4G frequency range and 5G frequency range) user to many frequencies of WLANAPDynamic-configuration is carried out in section load, reasonably configures the load capacity of the each frequency range of WLANAP, has realized mutually mobileThe networking degree of depth covers.
Embodiment bis-:
The present embodiment comprises that with WLANAP the first frequency range and two frequency ranges of the second frequency range introduce side of the present inventionMethod, as shown in Figure 2, the load capacity collocation method of the present embodiment can comprise:
Step 201: detect in real time the first frequency range and the current load of the second frequency range.
Preferentially, the load of the present embodiment comprises that user accesses quantity, and now step 201 specifically comprises: realTime detect the first frequency range and the current user of the second frequency range accesses quantity.
Preferentially, in the present embodiment, the first frequency range can comprise 2.4G frequency range or 5G frequency range, the second frequency rangeCan comprise 5G frequency range or 2.4G frequency range.
Step 202: when the current load of described the first frequency range meet first pre-conditioned, and described the second frequency rangeCurrent load meets second when pre-conditioned, to the load capacity of described the first frequency range and described the second frequency rangeReconfigure; Wherein, described the first pre-conditioned comprising: the current load of described the first frequency range is greater thanEqual the first default load, described the second pre-conditioned comprising: the current load of described the second frequency range is less than theTwo default loads.
Particularly, in the time that load comprises that user accesses quantity, the present embodiment one is pre-conditioned to be comprised: describedThe current user of one frequency range accesses quantity and is more than or equal to the described first default user and accesses quantity; Described secondPre-conditioned comprising: the current user of described the second frequency range accesses quantity and is less than described second default user's accessQuantity.
In actual applications, in the present embodiment the first default user to access quantity can be that the first frequency range is currentMaximum user accesses quantity, and it can be that the current maximum user of the second frequency range connects that the second default user accesses quantityEnter quantity.
Specifically, in this step 202, the load capacity of described the first frequency range and described the second frequency range is carried out againThe process of configuration can comprise:
Increase the load capacity and the load capacity that reduces described the second frequency range of described the first frequency range.
The load capacity collocation method of the present embodiment can be to 2.4G frequency range and two frequency range load energy of 5G frequency rangePower reconfigures, and the too large frequency range of present load is increased to load capacity, and to the very little frequency range of present loadReduce load capacity, thereby take into account 2.4G frequency range and the 2.4G of two frequency range users of 5G frequency range to WLANAPDynamic-configuration is carried out in the load of frequency range and two frequency ranges of 5G frequency range, realizes the mobile Internet degree of depth and covers.
In the present embodiment method, the load capacity of described the first frequency range of described increase and reduce described second frequentlyThe process of the load capacity of section can comprise: access number according to described the first frequency range and the second frequency range active userMeasure, increase the load capacity and the load capacity that reduces described the second frequency range of described the first frequency range.
For example, when load condition real-time monitoring and control in WLANAP detects user's access that the first frequency range is currentQuantity is greater than maximum user and accesses quantity, and the current user of the second frequency range accesses quantity and is less than maximum user's accessWhen quantity, WLANAP load condition real-time monitoring and control can initiate to reconfigure each frequency range load capacity pleaseAsk, this request can be carried the current user of described the first frequency range and be accessed quantity and the current user of the second frequency rangeAccess quantity; WLANAP can be according to reconfiguring each frequency range load capacity request to described first frequently afterwardsThe load capacity of section and described the second frequency range reconfigures.
Preferentially, the present embodiment method can be according to the active user between described the first frequency range and the second frequency rangeAccess quantity difference, increase the load capacity and the load capacity that reduces described the second frequency range of described the first frequency range.
The process that reconfigures load capacity in the present embodiment method can comprise: according to described the first frequency range withActive user between the second frequency range accesses quantity difference, by the idle load capacity configuration of described the second frequency rangeGive described the first frequency range.
That is to say, in the present embodiment method, reconfigure be by the idle load capacity of the second frequency range configure toDescribed the first frequency range, has so just increased the load capacity of the first frequency range, has reduced the negative of the second frequency range simultaneouslyLoading capability.
The load capacity of frequency range can be made up of multiple sub-load capacity pond in the present embodiment, in the case,The present embodiment method can access quantity difference according to the active user between the first frequency range and the second frequency range, willSub-load capacity of the free time pond of the second frequency range configures to the first frequency range; Particularly: according to described the first frequency range withActive user between the second frequency range accesses quantity difference, by the sub-load of free time of the second frequency range of respective amountAbility pond configures to described the first frequency range.
The present embodiment method only reconfigures in process, first according between described the first frequency range and the second frequency rangeActive user access quantity difference and determine the number in the sub-load capacity pond that need to reconfigure;
Sub-load capacity of the free time pond of described second frequency range of this number is configured to described the first frequency range.
The number of for example determining the sub-load capacity pond that need to reconfigure is X, then by X the second frequency rangeIdle sub-load capacity pond configures to described the first frequency range.
In the present embodiment method, can realize by the radio-frequency channel of switching the first frequency range and the second frequency rangeSub-the free time of the second frequency range load capacity pond is configured to the first frequency range.
The method of the present embodiment can solve that certain frequency range user load of WLANAP is too large and another frequency range negativeCarry very little problem, realize mobile interconnected thereby effectively take into account 2.4G frequency range and two frequency range users of 5G frequency rangeThe degree of depth of net covers.
Embodiment tri-:
The present embodiment comprises that taking WLANAP 2.4G frequency range and 5G frequency range specifically introduce the present invention as example equallyLoad capacity collocation method, as shown in Figure 3, comprise as follows:
The required load energy of two frequency range users of step 301:WLANAP default configuration 2.4G frequency range and 5G frequency rangePower.
Step 302, WLANAP opens load condition real-time monitoring and control, surveys current 2.4G frequency range and 5GTwo frequency range load conditions of frequency range.
Step 303: load condition real-time monitoring and control detects that certain frequency range load is too large and another frequency range negativeCarry very little.
Now, certain frequency range load be equivalent to too greatly above-mentioned introduce certain frequency range load meet first pre-conditioned,It is second pre-conditioned that the frequency range load that another frequency range load is very little is equivalent to above-mentioned introduction meets.
In the present embodiment, certain frequency range load is too large or load is very little, accesses quantity weigh with user. IfCertain frequency range active user accesses quantity and has reached the current maximum access quantity of this frequency range, is this frequency range load too large(meet first pre-conditioned); If certain frequency range active user accesses quantity far fewer than the current maximum of this frequency rangeAccess number, is this frequency range load very little (meet second pre-conditioned).
Step 304: described load condition real-time monitoring and control initiates to reconfigure each frequency range load capacity pleaseAsk.
2.4G frequency range is carried in this request in this step and current the using of two frequency ranges of 5G frequency range accesses quantity.
Step 305:WLANAP reconfigures 2.4G frequency range and two frequency range load capacity of 5G frequency range.
Preferentially, access quantity to 2.4G frequency range according to 2.4G frequency range and current the using of two frequency ranges of 5G frequency rangeReconfigure with two frequency range load capacity of 5G frequency range. Particularly, increase the too large frequency range load of loadAbility, reduces the very little frequency range load capacity of load.
In the present embodiment, described load capacity is made up of multiple sub-load capacity pond, when certain frequency range user connectsWhile entering WLANAP, the sub-load capacity pond that preferentially uses current existing this frequency range user to use, treats described sonLoad capacity pond is at full capacity time, and this frequency range user of follow-up access re-uses the sub-load energy that another idling carriesPower pond, need to reconfigure 2.4G frequency range and two frequency range load capacity of 5G frequency range time, only need be current negativeSome idle sub-load capacity pond of carrying very little frequency range reconfigures the frequency range too large to present load.Reconfigure speed thereby accelerated load capacity, effectively promoted user's experience effect. Thereby avoidCertain frequency range load is too large and the very little problem of another frequency range load has been taken into account 2.4G frequency range and 5G effectivelyTwo frequency range users of frequency range, the degree of depth that realizes mobile Internet covers.
Embodiment tetra-:
As shown in Figure 4, the present embodiment provides a kind of load capacity collocation method, when certain frequency range load tooWhen large and another frequency range load is very little, by the 2.4G frequency range to WLANAP and two frequency ranges of 5G frequency rangeLoad capacity is carried out dynamic-configuration, has effectively taken into account two frequency range users of 2.4G frequency range and 5G frequency range, realThe degree of depth of existing mobile Internet covers, and comprises the steps:
The required load capacity module of two frequency range users of step 401:WLANAP default configuration 2.4G and 5G.
Described WLANAP load capacity module is divided into two sub-load capacity module groups: sub-load capacity moduleGroup R1, for the A frequency range load providing capability of access WLANAP is supported, described A frequency range is 2.4G frequencyThe a certain frequency range of section and 5G frequency range; Sub-load capacity module group R2, for the B frequency range to access WLANAPLoad providing capability supports, and described B frequency range is another frequency range outside aforementioned A frequency range. If A is 2.4G frequencySection, B frequency range is 5G frequency range; Otherwise if A frequency range is 5G frequency range, B frequency range is 2.4G frequency range.Every sub-load capacity module group forms by multiple sub-load capacity pond. As sub-load capacity module group R1 byThe sub-load capacity of A frequency range pond 1, the sub-load capacity of A frequency range pond 2 ... .A the sub-load capacity of frequency range pond X composition;Sub-load capacity module group R2 is by the sub-load capacity of B frequency range pond 1, the sub-load capacity of B frequency range pond 2 ... .BThe sub-load capacity of frequency range pond Y composition.
Step 402:WLANAP access 2.4G frequency range and the load of 5G frequency range.
Preferably, described load accesses quantity with user and weighs, and described load and user access quantity for justProportionate relationship.
Preferably, in the time that certain frequency range user need to access WLANAP, WLANAP preferentially configures this user and usesThe sub-load capacity pond that current existing this frequency range user uses, until described sub-load capacity pond at full capacity time, afterThis frequency range user that continued access enters re-uses the sub-load capacity pond that another idling carries.
Step 403:WLANAP opens load condition real-time monitoring and control.
Described load condition real-time monitoring and control is for 2.4G frequency range and 5G frequency range load shape to WLANAPState is carried out real-time detection.
Whether step 404:WLANAP load condition real-time monitoring and control monitoring access A frequency range user reachesCurrent A frequency range maximum number of connections, and access B frequency range user is far below current B frequency range maximum number of connections.
Described A frequency range is a certain frequency range of 2.4G frequency range and 5G frequency range, and described B frequency range is aforementioned A frequency rangeOutside another frequency range. If A is 2.4G frequency range, B frequency range is 5G frequency range; Otherwise or, as A frequency rangeBe 5G frequency range, B frequency range is 2.4G frequency range.
Step 405: when step S304 condition is true time, that is, and when described WLANAP load condition is supervised in real timeControl function monitor has reached current A frequency range maximum number of connections to access A frequency range user, and access B frequency range is usedFamily is during far below current B frequency range maximum number of connections, and described WLANAP load condition real-time monitoring and control is initiatedReconfigure 2.4G frequency range and the request of two frequency range load capacity of 5G frequency range.
Two frequency range load requests of the described 2.4G of reconfiguring frequency range and 5G frequency range carry 2.4G frequency range and 5GTwo this frequency range of frequency range WLANAP active users of frequency range access quantity.
Step 406:WLANAP reconfigures request according to aforementioned, knows and accesses number as the first two frequency range userAmount phase difference L.
Step 407:WLANAP determines to need again according to access quantity phase difference L as the first two frequency range userThe sub-load capacity pond number N of configuration.
Preferably, the sub-load capacity pond that described needs reconfigure refers to that, in described step S302, load verySub-load capacity of the free time pond of little frequency range. Described user access quantity phase difference L and described in reconfigureSub-load capacity pond number N is proportional relationship, and L is larger, and N is also larger.
Step 408:B frequency range load capacity reduces by N sub-load capacity pond, and A frequency range load capacity increases NIndividual sub-load capacity pond.
Preferably, described ground, reconfigures sub-load capacity pond, can pass through EPLD (EraseProgrammableLogic
Device, erasable PLD) or electronics toggle switch etc. switch different frequency range radio frequencyPassage is carried out. Particularly, the part radio-frequency channel of frequency range very little present load is switched to present loadToo large frequency range. Switching principle is undertaken by preceding method: two current connecing of frequency range of 2.4G frequency range and 5G frequency rangeAccess customer quantity differs larger, and the current radio-frequency channel of switching that needs is more.
By dynamically reconfiguring of above 2.4G frequency range and 5G frequency range load capacity pond, to present load tooLarge frequency range increases load capacity pond, and the very little frequency range of present load is reduced to load capacity pond, thereby takes into account 2.4GTwo frequency range users of frequency range and 5G frequency range, two frequency range loads of the 2.4G frequency range to WLANAP and 5G frequency rangeCarry out dynamic-configuration, realize the mobile Internet degree of depth and cover.
Embodiment five:
The present embodiment provides a kind of load capacity inking device, as shown in Figure 5, comprises detection module 501With load capacity configuration module 502;
Described detection module 501 is current at least two frequency ranges of real-time detecting WLAN access pointLoad;
Described load capacity configuration module 502 meets first for the load when frequency range described at least one to be presetCondition, and described at least one, the load of frequency range meets second when pre-conditioned, and load is met to described firstPre-conditioned frequency range and load meet the load capacity of described the second pre-conditioned frequency range and again joinPut; Described the first pre-conditioned comprising: the load of described frequency range is more than or equal to corresponding with described frequency range firstDefault load; Described the second pre-conditioned comprising: the load of described frequency range is less than corresponding with described frequency rangeTwo default loads.
Preferentially, described in the present embodiment, load comprises: user accesses quantity; Described and described frequency range is correspondingThe first default load comprise: the first default user corresponding with described frequency range accesses quantity; Described with described inThe second default load corresponding to frequency range comprises: the second default user corresponding with described frequency range accesses quantity;
Described load capacity configuration module 502 meets described the first pre-conditioned frequency range for increasing loadLoad capacity and reduce load and meet the load capacity of described the second pre-conditioned frequency range.
Preferentially, the first default user corresponding to described and described frequency range accesses quantity and comprises: described frequency range is worked asFront maximum user accesses quantity; The second default user corresponding to described and described frequency range accesses quantity and comprises:The current maximum user of described frequency range accesses quantity.
Preferentially, described wireless local network connecting point comprises the first frequency range and the second frequency range; Described first is defaultCondition comprises: the current user of described the first frequency range accesses quantity and is more than or equal to the described first default user and connectsEnter quantity; Described the second pre-conditioned comprising: the current user of described the second frequency range accesses described in quantity is less thanThe second default user accesses quantity;
Described load capacity configuration module 502 for increase described the first frequency range load capacity and reduce described inThe load capacity of the second frequency range.
Preferentially, described load capacity configuration module 502 for according to described the first frequency range and the second frequency range itBetween active user access quantity difference, the idle load capacity of described the second frequency range is configured to described firstFrequency range.
Preferentially, described load capacity is made up of multiple sub-load capacity pond;
Current for according between described the first frequency range and the second frequency range of described load capacity configuration module 502User accesses quantity difference, and sub-load capacity of the free time pond of the second frequency range of respective amount is configured to describedOne frequency range.
The method of the present embodiment can solve that certain frequency range user load of WLANAP is too large and another frequency range negativeCarry very little problem, realize mobile interconnected thereby effectively take into account 2.4G frequency range and two frequency range users of 5G frequency rangeThe degree of depth of net covers.
Embodiment six:
As shown in Figure 6, the present embodiment provides a kind of load capacity inking device, is applied to and comprises that 2.4G frequentlyIn the WLANAP of section and 5G frequency range, comprising: load capacity default configuration module 10, load condition is real-timeMonitoring module 20, load capacity module 30, real-time response module 40, load capacity reconfigures module 50With load capacity module 60; Wherein load condition real-time monitoring module 20 is equivalent to the detection in embodiment fiveModule 501, real-time response module 40 and load capacity reconfigure module 50 and are equivalent to bearing in embodiment fiveLoading capability configuration module 502:
Load capacity default configuration module 10, uses for default configuration 2.4G frequency range and two frequency ranges of 5G frequency rangeThe required load capacity in family.
Load condition real-time monitoring module 20, each for surveying 2.4G frequency range and the 5G frequency range two of WLANAPFrequency range load condition. When detecting certain frequency range load too greatly, another frequency range load is very little; Described negativeCarry realtime monitoring module and initiate to reconfigure each frequency range load capacity request.
Load capacity module 30, for using 2.4G frequency range before load capacity reprovision and two frequency ranges of 5G frequency rangeThe required load providing capability in family supports, and for to 2.4G frequency range after load capacity reprovision and 5G frequency range twoThe required load providing capability of individual frequency range user supports. .
Real-time response module 40, for resolve aforementioned receive reconfigure 2.4G frequency range and 5G frequency range twoThe request of individual frequency range load capacity, and distribution reconfigures each frequency range load capacity instruction according to analysis result.
Load capacity reconfigures module 50, for carrying out the aforementioned 2.4G frequency range receiving and 5G frequency range twoThe instruction of individual frequency range load capacity reprovision; Load capacity module is reconfigured.
WLANAP device power back loading ability default configuration module 10 default configuration 2.4G frequency ranges and 5G are frequentlyTwo required load capacity of frequency range user of section; Open load condition real-time monitoring module 20, real-time detection is currentTwo frequency range load conditions of 2.4G frequency range and 5G frequency range; When described load condition real-time monitoring module 20 is surveyedWhen very little to too large and another frequency range load of certain frequency range load; Described load condition real-time monitoring module 20Initiate to reconfigure 2.4G frequency range and the request of two frequency range load capacity of 5G frequency range to real-time response module 40;Described real-time response module 40 resolve aforementioned receive reconfigure 2.4G frequency range and two frequency ranges of 5G frequency rangeLoad capacity request, and distribute again 2.4G frequency range and two frequency range load energy of 5G frequency range according to analysis resultPower instruction; Load capacity reconfigures module 50 and receives two of the aforementioned 2.4G of reconfiguring frequency range and 5G frequency rangesAfter the instruction of frequency range load capacity, load capacity module is redistributed, increased negative to the too large frequency range of loadLoading capability, and the very little frequency range of load is reduced to load capacity. Thereby avoid certain frequency range load too large and anotherVery minor issue of a frequency range load, has taken into account two frequency range users of 2.4G frequency range and 5G frequency range, to WLANAP2.4G frequency range and two frequency range loads of 5G frequency range carry out dynamic-configuration, realize the mobile Internet degree of depth cover.
Described 2.4G frequency range load in the present embodiment and the load of 5G frequency range access quantity with user and weigh.As shown in Figure 7, for described load capacity module 30, be divided into two submodule groups: sub-load capacity moduleGroup R1, for supporting certain frequency range load providing capability; Sub-load capacity module group R2, for to aforementioned certainAnother frequency range load providing capability outside frequency range supports; Sub-load capacity module group R1 and sub-load capacity mouldThe each submodule group of piece group R2 is made up of multiple sub-load capacity pond, when certain frequency range user accesses WLANAPTime, the sub-load capacity pond that preferentially uses current existing this frequency range user to use, treats described sub-load capacity pondAt full capacity time, this frequency range user of follow-up access re-uses the sub-load capacity pond that another idling carries, and needsWhile reconfiguring, only need idle some of frequency range very little present load sub-load capacity pond reconfigure toThe frequency range that present load is too large. Thereby accelerate 2.4G frequency range and two frequency range load capacity weights of 5G frequency rangeNew configuration speed, has effectively promoted user's experience effect. By above embodiment, avoid certain frequentlySection load is too large and the very little problem of another frequency range load has been taken into account two frequencies of 2.4G frequency range and 5G frequency rangeSection user, two frequency range load capacity of the 2.4G frequency range to WLANAP and 5G frequency range are carried out dynamic-configuration,Realizing the mobile Internet degree of depth covers.
Above content is in conjunction with concrete embodiment further description made for the present invention, can not recognizeDetermine specific embodiment of the invention and be confined to these explanations. For the ordinary skill of the technical field of the inventionPersonnel, without departing from the inventive concept of the premise, can also make some simple deduction or replace,All should be considered as belonging to protection scope of the present invention.
Claims (15)
1. a load capacity collocation method, is characterized in that, comprises the steps:
The current load of at least two frequency ranges of real-time detecting WLAN access point;
When the current load of frequency range described at least one meet first pre-conditioned, and frequency range described at least oneCurrent load meets second when pre-conditioned, and load is met to described the first pre-conditioned frequency range and loadThe load capacity that meets described the second pre-conditioned frequency range reconfigures;
Described the first pre-conditioned comprising: the current load of described frequency range is more than or equal to corresponding with described frequency rangeThe first default load;
Described the second pre-conditioned comprising: the current load of described frequency range is less than corresponding with described frequency range secondDefault load.
2. load capacity collocation method as claimed in claim 1, is characterized in that, described load bagDraw together: user accesses quantity; The first default load corresponding to described and described frequency range comprises: with described frequency range pairThe the first default user who answers accesses quantity; The second default load corresponding to described and described frequency range comprises: with instituteState the second default user corresponding to frequency range and access quantity;
Describedly load is met to described the first pre-conditioned frequency range and load meet described second pre-conditionedThe step that the load capacity of frequency range reconfigures comprises:
Increasing load meets the load capacity of described the first pre-conditioned frequency range and reduces load and meet described theThe load capacity of two pre-conditioned frequency ranges.
3. load capacity collocation method as claimed in claim 2, is characterized in that, described with described inThe first default user corresponding to frequency range accesses quantity and comprises: the current maximum user of described frequency range accesses quantity;The second default user corresponding to described and described frequency range accesses quantity and comprises: the maximum user that described frequency range is currentAccess quantity.
4. load capacity collocation method as claimed in claim 2 or claim 3, is characterized in that described realityTime detect the current load of at least two frequency ranges of wireless local network connecting point step comprise:
The first frequency range of real-time detecting WLAN access point and the current load of the second frequency range;
Described the first pre-conditioned comprising: the current user of described the first frequency range accesses described in quantity is more than or equal toThe first default user accesses quantity; Described the second pre-conditioned comprising: the current user of described the second frequency range connectsEntering quantity is less than the described second default user and accesses quantity;
Describedly load is met to described the first pre-conditioned frequency range and load meet described second pre-conditionedThe step that the load capacity of frequency range reconfigures comprises:
Increase the load capacity and the load capacity that reduces described the second frequency range of described the first frequency range.
5. load capacity collocation method as claimed in claim 4, is characterized in that, described increase instituteThe load capacity of stating the first frequency range comprises with the step of the load capacity that reduces described the second frequency range:
Access quantity according to described the first frequency range and the second frequency range active user, increase the negative of described the first frequency rangeLoading capability and the load capacity that reduces described the second frequency range.
6. load capacity collocation method as claimed in claim 5, is characterized in that, described according to instituteState the first frequency range and the second frequency range active user accesses quantity, increase the load capacity of described the first frequency range and subtractThe step of the load capacity of little described the second frequency range comprises:
Access quantity difference according to the active user between described the first frequency range and the second frequency range, increase describedThe load capacity of one frequency range and the load capacity that reduces described the second frequency range.
7. load capacity collocation method as claimed in claim 6, is characterized in that, described according to instituteThe active user who states between the first frequency range and the second frequency range accesses quantity difference, increases the negative of described the first frequency rangeLoading capability comprises with the step of the load capacity that reduces described the second frequency range:
Access quantity difference according to the active user between described the first frequency range and the second frequency range, by described secondThe idle load capacity of frequency range configures to described the first frequency range.
8. load capacity collocation method as claimed in claim 7, is characterized in that, described load energyPower is made up of multiple sub-load capacity pond;
Describedly access quantity difference according to the active user between described the first frequency range and the second frequency range, will described inThe idle load capacity of the second frequency range configures to the step of described the first frequency range and comprises:
Access quantity difference according to the active user between described the first frequency range and the second frequency range, by respective amountSub-load capacity of the free time pond of the second frequency range configure to described the first frequency range.
9. load capacity collocation method as claimed in claim 8, is characterized in that, described by correspondenceSub-load capacity of the free time pond of the second frequency range of quantity configures to the step of described the first frequency range and comprises:
Realize the institute of respective amount by switching the radio-frequency channel of described the first frequency range and described the second frequency rangeSub-load capacity of the free time pond of stating the second frequency range configures to described the first frequency range.
10. a load capacity inking device, is characterized in that, comprising: detection module and load capacityConfiguration module;
Described detection module is for current the bearing of at least two frequency ranges of real-time detecting WLAN access pointCarry;
Described load capacity configuration module meets the first default bar for the load when frequency range described at least onePart, and described at least one, the load of frequency range meets second when pre-conditioned, meets described first pre-to loadIf meeting the load capacity of described the second pre-conditioned frequency range, the frequency range of condition and load reconfigure;Described the first pre-conditioned comprising: the load of described frequency range is more than or equal to corresponding with described frequency range first defaultLoad; Described the second pre-conditioned comprising: the load of described frequency range is less than corresponding with described frequency range second pre-If load.
11. load capacity inking devices as claimed in claim 10, is characterized in that, described load bagDraw together: user accesses quantity; The first default load corresponding to described and described frequency range comprises: with described frequency range pairThe the first default user who answers accesses quantity; The second default load corresponding to described and described frequency range comprises: with instituteState the second default user corresponding to frequency range and access quantity;
Described load capacity configuration module meets the load of described the first pre-conditioned frequency range for increasing loadAbility and reduce load and meet the load capacity of described the second pre-conditioned frequency range.
12. load capacity inking devices as claimed in claim 11, is characterized in that, described with described inThe first default user corresponding to frequency range accesses quantity and comprises: the current maximum user of described frequency range accesses quantity;The second default user corresponding to described and described frequency range accesses quantity and comprises: the maximum user that described frequency range is currentAccess quantity.
13. load capacity inking devices as described in claim 11 or 12, is characterized in that, described inDetection module is for the first frequency range and the current load of the second frequency range of real-time detecting WLAN access point;
Described load capacity configuration module is for increasing the load capacity of described the first frequency range and reducing described secondThe load capacity of frequency range; Described the first pre-conditioned comprising: the current user of described the first frequency range accesses quantityBe more than or equal to the described first default user and access quantity; Described the second pre-conditioned comprising: described second frequentlyThe user of Duan Dangqian accesses quantity and is less than the described second default user and accesses quantity.
14. load capacity inking devices as claimed in claim 13, is characterized in that, described load energyPower configuration module is used for accessing quantity difference according to the active user between described the first frequency range and the second frequency range,The idle load capacity of described the second frequency range is configured to described the first frequency range.
15. load capacity inking devices as claimed in claim 14, is characterized in that, described load energyPower is made up of multiple sub-load capacity pond;
Described load capacity configuration module is used for according to the current use between described the first frequency range and the second frequency rangeFamily access quantity difference, configures sub-load capacity of the free time pond of the second frequency range of respective amount to described firstFrequency range.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410665016.4A CN105682142A (en) | 2014-11-19 | 2014-11-19 | Load capacity configuration method and device |
| PCT/CN2015/078448 WO2016078355A1 (en) | 2014-11-19 | 2015-05-07 | Load capacity configuration method and apparatus, and computer storage medium |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410665016.4A CN105682142A (en) | 2014-11-19 | 2014-11-19 | Load capacity configuration method and device |
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| Publication Number | Publication Date |
|---|---|
| CN105682142A true CN105682142A (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410665016.4A Withdrawn CN105682142A (en) | 2014-11-19 | 2014-11-19 | Load capacity configuration method and device |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN105682142A (en) |
| WO (1) | WO2016078355A1 (en) |
Cited By (1)
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| CN107172673A (en) * | 2017-06-22 | 2017-09-15 | 深圳市米联科信息技术有限公司 | A kind of WiFi route systems and the method for improving WiFi route system capacity |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112105049B (en) * | 2020-08-28 | 2022-05-27 | 新华三技术有限公司 | Auxiliary access method and device |
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| CN101635959A (en) * | 2009-08-25 | 2010-01-27 | 杭州华三通信技术有限公司 | Method and device for realizing load balance |
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| WO2016078355A1 (en) | 2016-05-26 |
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