CN104883721A - Wireless network access control method and equipment - Google Patents
Wireless network access control method and equipment Download PDFInfo
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- CN104883721A CN104883721A CN201510293568.1A CN201510293568A CN104883721A CN 104883721 A CN104883721 A CN 104883721A CN 201510293568 A CN201510293568 A CN 201510293568A CN 104883721 A CN104883721 A CN 104883721A
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- access point
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/20—Selecting an access point
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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
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Abstract
The invention belongs to the technical field of wireless communication, and discloses a wireless network access control method and a piece of equipment. The method comprises the following steps: monitoring the number of terminals connected to a wireless access point, and hiding the service set identifier of the wireless access point and stopping broadcasting the service set identifier of the wireless access point to a wireless network coverage area if the number of terminals reaches a preset value; and showing the service set identifier of another wireless access point, broadcasting the service set identifier of the another wireless access point to the wireless network coverage area, and responding to new access requests from the terminals through the another wireless access point. The equipment comprises at least two wireless access point modules used for responding to access requests from terminals, a monitoring module used for monitoring the number of terminals connected to the wireless access points, a comparison module used for comparing the number of terminals connected to one wireless access point with the number of terminals connected to the other wireless access points, a switching module, and a broadcasting module. By adopting the method and the equipment of the invention, the number of loads of wireless access points can be balanced and adjusted.
Description
Technical field
The invention belongs to wireless communication technology field, particularly relate to control method and the equipment of the access of a kind of wireless network.
Background technology
Nowadays wireless communication technology develops rapidly, Intelligent mobile equipment got more and more people use, mobile communications network realizes 4G communication substantially, use for mobile network adopts the mode of charge on traffic substantially, because rate are relatively high, user grows with each passing day to the demand desire of Wi-Fi hotspot or WAP (wireless access point) in a short time, user relies on this kind of mode and uses the custom of intelligent wireless terminal access of radio network to be formed in other words, the coverage of present wireless network is more and more wider, most of public arena both provides free or has the wireless network of threshold to access focus, user uses Intelligent mobile equipment to pass through to search SSID (Service Set Identifier service set) and the input wireless key of WAP (wireless access point), namely by WAP (wireless access point) connecting Internet, thus external network communicating function can be realized, the crowded degree of public arena is very high, suppose that the Intelligent mobile equipment of connection of same period WAP (wireless access point) is a lot, beyond the load of WAP (wireless access point), then only have a few peoples can successful connecting wireless network, because WAP (wireless access point) is provided with maximum attachable wireless terminal number.When the Intelligent mobile equipment of link is more, the broadband of WiFi will more block up, up-downgoing network speed will be slower, after reaching the maximum attachable wireless terminal number of WAP (wireless access point), then can not connect Intelligent mobile equipment again, a lot of Intelligent mobile equipment will be caused like this to connect, occur such situation in public, Consumer's Experience extreme difference can be caused.
In prior art, the problem that WAP (wireless access point) experiences difference is connected for solving user, the mode usually adopted is the number increasing WAP (wireless access point) in same public arena, overall attachable wireless terminal number capacity is increased, solve the problem connecting difficulty to a certain extent, relatively improve the experience of user, but when multiple WAP (wireless access point) works simultaneously, the same period, the linking number of each WAP (wireless access point) can be different, some WAP (wireless access point) load linking number will be caused so overweight, easy paralysis, and some WAP (wireless access point) load linking number kicks the beam, the problem that utilance is extremely low, more extreme is, some WAP (wireless access point) is fully loaded with, and some WAP (wireless access point) is unloaded, and fully loaded WAP (wireless access point) network speed is extremely slow, the problem of Consumer's Experience does not still solve, thus make the load linking number of WAP (wireless access point) unbalance.
Summary of the invention
The control method that the object of the embodiment of the present invention is to provide a kind of wireless network to access and equipment, can the load linking number of well-balanced adjustment WAP (wireless access point).
The embodiment of the present invention is achieved in that
A control method for wireless network access, comprises the following steps:
101, monitor the terminal linking number that a WAP (wireless access point) accesses, if terminal linking number reaches preset value, then hide the service set of this WAP (wireless access point), stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area;
102, manifest the service set of another WAP (wireless access point), broadcast the service set of this another WAP (wireless access point) to wireless network coverage area, responded the new access request of self terminal by this another WAP (wireless access point).
The control method of described a kind of wireless network access, also comprises: at least one WAP (wireless access point) in all WAP (wireless access point) is set to operating state before step 101.
The control method of described a kind of wireless network access, also comprised: if this another WAP (wireless access point) is non operating state, then makes this another WAP (wireless access point) be set to operating state before step 102.
The control method of described a kind of wireless network access, also comprises after step 102:
401, terminal linking number monitoring another WAP (wireless access point) described accessed, if terminal linking number reaches preset value, then hide the service set of this another WAP (wireless access point), stop the service set broadcasting this another WAP (wireless access point) to wireless network coverage area;
The service set of the described WAP (wireless access point) that 402, unhides, to the service set of the described WAP (wireless access point) of wireless network coverage area broadcast, is responded the new access request of self terminal by a described WAP (wireless access point).
The control method of described a kind of wireless network access, also comprise after step 402: the terminal linking number that the terminal linking number that a more described WAP (wireless access point) accesses and another WAP (wireless access point) described access, manifest the service set of the few WAP (wireless access point) of terminal linking number, the service set of this WAP (wireless access point) is broadcasted to wireless network coverage area, the new access request of self terminal is responded by this WAP (wireless access point), the service set of the WAP (wireless access point) that concealed terminal linking number is many, stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area.
The control method of described a kind of wireless network access, also comprise after step 402: the terminal linking number that the terminal linking number that a more described WAP (wireless access point) accesses and another WAP (wireless access point) described access, if difference reaches predetermined value, then manifest the service set of the few WAP (wireless access point) of terminal linking number, the service set of this WAP (wireless access point) is broadcasted to wireless network coverage area, the new access request of self terminal is responded by this WAP (wireless access point), the service set of the WAP (wireless access point) that concealed terminal linking number is many, stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area.
The control method of described a kind of wireless network access, also comprises after step 102:
701, terminal linking number monitoring another WAP (wireless access point) described accessed, if terminal linking number reaches preset value, then hide the service set of this another WAP (wireless access point), stop the service set broadcasting this another WAP (wireless access point) to wireless network coverage area;
702, manifest the service set of remaining arbitrary WAP (wireless access point), broadcast the service set of the arbitrary WAP (wireless access point) of described remainder to wireless network coverage area, responded the new access request of self terminal by the arbitrary WAP (wireless access point) of described remainder.
The control method of described a kind of wireless network access, also comprise after step 702: the terminal linking number that more all WAP (wireless access point) access, manifest the service set of the minimum WAP (wireless access point) of terminal linking number, broadcast the service set of this WAP (wireless access point) to wireless network coverage area, responded the new access request of self terminal by this WAP (wireless access point); Hide the service set of all the other WAP (wireless access point), stop the service set broadcasting these all the other WAP (wireless access point) to wireless network coverage area.
The control method of described a kind of wireless network access, the service set of described WAP (wireless access point) is same service set.
The invention process additionally provides a kind of equipment applying described control method, comprising:
At least two radio access point module, for responding the access request of self terminal;
Monitoring modular, for monitoring the terminal linking number that described WAP (wireless access point) accesses;
Comparison module, the terminal linking number size accessed in more each WAP (wireless access point);
Handover module, for according to comparative result, is set as manifesting state or hidden state by the service set of each WAP (wireless access point);
Broadcast module, manifests state or hidden state for the service set according to each WAP (wireless access point), to the service set of wireless network coverage area broadcast or each WAP (wireless access point) of going off the air.
The embodiment of the present invention is by monitoring the load connection status of different WAP (wireless access point), according to current loading condition, hide the current wireless access point of heavier loads, and replace with the WAP (wireless access point) of newly enabling, when there is newly-increased load linking request, newly-increased link is directly connected to the Internet by new WAP (wireless access point), thus the WAP (wireless access point) loading condition be hidden only is subtracted do not increase, newly-increased load is directly added in the WAP (wireless access point) of newly enabling, realize the well-balanced adjustment of each WAP (wireless access point) load, ensure that and each WAP (wireless access point) links required bandwidth resources, enhance Consumer's Experience, when the load of the WAP (wireless access point) of newly enabling becomes heavy, hide this WAP (wireless access point) of newly enabling, the WAP (wireless access point) of enabling other new WAP (wireless access point) or being hidden before reactivating, each WAP (wireless access point) is used alternatingly, and then ensures the load real time equaliser of WAP (wireless access point), can set according to each occasion the handover triggering condition of WAP (wireless access point) operating state in the embodiment of the present invention, ensure that the flexibility of adjustment of load.
Accompanying drawing explanation
Fig. 1 is the control method flow chart of the wireless network access in the embodiment of the present invention one;
Fig. 2 is the control method flow chart of the wireless network access in the embodiment of the present invention two;
Fig. 3 is the control method flow chart of the wireless network access in the embodiment of the present invention three;
Fig. 4 is the system block diagram of the control method that the wireless network in the application embodiment of the present invention accesses;
Fig. 5 is should the schematic diagram of equipment of control method of the present invention.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
The embodiment of the present invention is by monitoring the load connection status of different WAP (wireless access point), according to current loading condition, hide the current wireless access point of heavier loads, and replace with the WAP (wireless access point) of newly enabling, when there is newly-increased load linking request, newly-increased link is directly connected to the Internet by new WAP (wireless access point), thus the WAP (wireless access point) loading condition be hidden only is subtracted do not increase, newly-increased load is directly added in the WAP (wireless access point) of newly enabling, realize the well-balanced adjustment of each WAP (wireless access point) load, ensure that and each WAP (wireless access point) links required bandwidth resources, enhance Consumer's Experience, when the load of the WAP (wireless access point) of newly enabling becomes heavy, hide this WAP (wireless access point) of newly enabling, the WAP (wireless access point) of enabling other new WAP (wireless access point) or being hidden before reactivating, each WAP (wireless access point) is used alternatingly, and then ensures the load real time equaliser of WAP (wireless access point), can set according to each occasion the handover triggering condition of WAP (wireless access point) operating state in the embodiment of the present invention, ensure that the flexibility of adjustment of load.
Below in conjunction with specific embodiment, specific implementation of the present invention is described in detail:
Embodiment one
In the present embodiment, for two WAP (wireless access point).
First, monitor the terminal linking number that a WAP (wireless access point) accesses, if terminal linking number reaches preset value, then hide the service set of this WAP (wireless access point), stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area; Manifest the service set of another WAP (wireless access point), broadcast the service set of this another WAP (wireless access point) to wireless network coverage area, responded the new access request of self terminal by this another WAP (wireless access point).
Then, the terminal linking number that monitoring another WAP (wireless access point) described accesses, if terminal linking number reaches preset value, then hide the service set of this another WAP (wireless access point), stop the service set broadcasting this another WAP (wireless access point) to wireless network coverage area; The service set of the described WAP (wireless access point) that unhides, to the service set of the described WAP (wireless access point) of wireless network coverage area broadcast, is responded the new access request of self terminal by a described WAP (wireless access point).
Finally, the terminal linking number that the terminal linking number that a more described WAP (wireless access point) accesses and another WAP (wireless access point) described access, if difference reaches predetermined value, then manifest the service set of the few WAP (wireless access point) of terminal linking number, the service set of this WAP (wireless access point) is broadcasted to wireless network coverage area, the new access request of self terminal is responded by this WAP (wireless access point), the service set of the WAP (wireless access point) that concealed terminal linking number is many, stops the service set broadcasting this WAP (wireless access point) to wireless network coverage area.And so forth, the terminal linking number that the terminal linking number more described WAP (wireless access point) of recycle ratio accessed and another WAP (wireless access point) described access.
As shown in Figure 1, two WAP (wireless access point) are two WiFi A modules and B module, are specially:
110 steps: start two WiFi A modules and B module, SSID (service set) determines unanimously by operator simultaneously, wherein the SSID of B module hides, and A module is for user's access.
120 steps: often have user access or disconnect, check whether A module has been connected with 5 users (because 5 users are terminal loads completely, and it is selected to cause frequently switching the experience difference that causes).If reach 5 users, just carry out 130 steps.
130 steps: now need the user hiding A model calling dynamically, this key point is can not affect use to connecting user, under namely needing the state keeping connecting, hides the SSID of A module, the SSID of the B module that simultaneously unhides.
140 steps: often have user access or disconnect, check the linking number of A module and B module, if B model calling number 5 users more than A model calling number, enter 150 steps.
150 steps: now need the user hiding B model calling dynamically, this key point is can not affect use to connecting user, under namely needing the state keeping connecting, hides the SSID of B module, the SSID of the A module that simultaneously unhides.
160 steps: often have user access or disconnect, check the linking number of A module and B module, if A model calling number 5 users more than B model calling number, enter 130 steps, move in circles.
170 steps: continue to carry out toward resuming a session, until user closes.
Control the access of wireless network according to the method described above, just make the linking number of A module and B module be in down a kind of state of dynamic load leveling in working order, ensure that the fluency of network.
Here it may be noted that preset value not necessarily 5, can be less, even 1, also can be more, be set to nonzero integer, the occasion according to application adjusts.
It is just in running order when in the present embodiment, A module and B module start, here it may be noted that, when starting, at least one WAP (wireless access point) in all WAP (wireless access point) can be set to operating state, WAP (wireless access point) to manifest is non operating state, then first make this another WAP (wireless access point) be set to operating state.
Here it may be noted that the service set of all WAP (wireless access point) is same service set, such user easily identifies the title of the wireless network access of this occasion, is unlikely to cause and obscures.
Embodiment two
In the present embodiment, for two WAP (wireless access point), be with the difference of embodiment one, in the present embodiment, during the terminal linking number that the terminal linking number that a more described WAP (wireless access point) accesses and another WAP (wireless access point) described access, manifest the service set of the few WAP (wireless access point) of terminal linking number, the service set of this WAP (wireless access point) is broadcasted to wireless network coverage area, the new access request of self terminal is responded by this WAP (wireless access point), the service set of the WAP (wireless access point) that concealed terminal linking number is many, stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area, in brief, directly compare the many and few of the terminal linking number of two WAP (wireless access point), difference is not needed to reach default value, the WAP (wireless access point) making linking number few provides network insertion service for new user, and the many WAP (wireless access point) of linking number is hidden, temporarily do not provide network insertion service to new user.
As shown in Fig. 2 is, two WAP (wireless access point) are two WiFi A modules and B module, are specially:
210 steps: start two WiFi A modules and B module, SSID (service set) determines unanimously by operator simultaneously, wherein the SSID of B module hides, and A module is for user's access.
220 steps: often have user access or disconnect, check whether A module has been connected with 5 users (because 5 users are terminal loads completely, and it is selected to cause frequently switching the experience difference that causes).If reach 5 users, just carry out 230 steps.
230 steps: now need the user hiding A model calling dynamically, this key point is can not affect use to connecting user, under namely needing the state keeping connecting, hides the SSID of A module, the SSID of the B module that simultaneously unhides.
240 steps: often have user access or disconnect, check the linking number of A module and B module, if B model calling number is more than A model calling number, enter 250 steps.
250 steps: now need the user hiding B model calling dynamically, this key point is can not affect use to connecting user, under namely needing the state keeping connecting, hides the SSID of B module, the SSID of the A module that simultaneously unhides.
260 steps: often have user access or disconnect, check the linking number of A module and B module, if A model calling number is more than B model calling number, enters 230 steps, move in circles.
270 steps: continue to carry out toward resuming a session, until user closes.
Be greater than preset value because there is not difference in the present embodiment, directly with linking number number be used as the basis that switches, the frequency that A module and B module switch is relatively high, and harmony is further strengthened, and Consumer's Experience can be better.
Embodiment three
Process is above substantially identical, WAP (wireless access point) in the present embodiment is more than 3 or 3, when the terminal linking number that monitoring another WAP (wireless access point) described accesses, if terminal linking number reaches preset value, then hide the service set of this another WAP (wireless access point), stop the service set broadcasting this another WAP (wireless access point) to wireless network coverage area; Manifest the service set of remaining arbitrary WAP (wireless access point), broadcast the service set of the arbitrary WAP (wireless access point) of described remainder to wireless network coverage area, responded the new access request of self terminal by the arbitrary WAP (wireless access point) of described remainder.The terminal linking number that more all WAP (wireless access point) access, manifest the service set of the minimum WAP (wireless access point) of terminal linking number, broadcast the service set of this WAP (wireless access point) to wireless network coverage area, responded the new access request of self terminal by this WAP (wireless access point); Hide the service set of all the other WAP (wireless access point), stop the service set broadcasting these all the other WAP (wireless access point) to wireless network coverage area.In brief, when first and second WAP (wireless access point) are hidden, enable the 3rd WAP (wireless access point) and provide service to new user, when the 3rd WAP (wireless access point) is hidden, enable the 4th WAP (wireless access point) and provide service to new user, by that analogy, until all WAP (wireless access point) are all enabled, then the linking number in more all WAP (wireless access point), the WAP (wireless access point) minimum by linking number provides service to new user, and remaining WAP (wireless access point) is all hidden.
In the present embodiment, for three WAP (wireless access point), as shown in Figure 3, three WAP (wireless access point) are two WiFi A modules, B module and C modules, are specially:
310 steps: start three WiFi A modules, B module and C modules, SSID (service set) determines unanimously by operator simultaneously, wherein the SSID of B module and C module hides, and A module is for user's access.
320 steps: often have user access or disconnect, check whether A module has been connected with 5 users (because 5 users are terminal loads completely, and it is selected to cause frequently switching the experience difference that causes).If reach 5 users, just carry out 330 steps.
330 steps: now need the user hiding A model calling dynamically, this key point is can not affect use to connecting user, under namely needing the state keeping connecting, hides the SSID of A module, the SSID of the B module that simultaneously unhides, B module is for user's access.
340 steps: often have user access or disconnect, check the linking number of B module, if B model calling number is 5 users, enter 350 steps.
350 steps: now need the user hiding B model calling dynamically, this key point is can not affect use to connecting user, under namely needing the state keeping connecting, hides the SSID of B module, the SSID of the C module that simultaneously unhides, C module is for user's access.
360 steps: often have user access or disconnect, check the linking number of A module, B module and C module, if A model calling number is minimum, hide the SSID of B module and C module, the SSID of the A module that unhides, A module is for user's access, if B model calling number is minimum, hide the SSID of A module and C module, the SSID of the B module that unhides, B module is for user's access, if C model calling number is minimum, continues the SSID hiding A module and B module, continue the SSID manifesting C module, C module, for user's access, moves in circles.
370 steps: continue to carry out toward resuming a session, until user closes.
In the present embodiment be by the switching of three WAP (wireless access point) realize to wireless network access control, same for the situation being greater than three WAP (wireless access point), also be that principle of uniformity controls, so just achieve the equilibrium of each WAP (wireless access point) load.
Fig. 4 is the system block diagram of the control method of the wireless network access of the application embodiment of the present invention one and embodiment two, whole system is made up of three parts, mobile terminal, two AP reflector and the Internet, the mobile terminal of user, can connect AP (access point) reflector by WiFi signal; Two AP reflector, is made up of two WiFi modules, is responsible for the network insertion of user, by 2G/3G/4G connecting Internet.Certainly, two AP reflector also can by optical fiber or the networking of other physical media attachments.
Control method in same embodiment three, also can apply in the system block diagram shown in Fig. 4, only need replace two AP reflector.
As shown in Figure 5, in order to apply the control method in the embodiment of the present invention better, present invention also offers a kind of equipment applying described control method, comprising:
At least two radio access point module, for responding the access request of self terminal;
Monitoring modular, for monitoring the terminal linking number that described WAP (wireless access point) accesses;
Comparison module, the terminal linking number size accessed in more each WAP (wireless access point);
Handover module, for according to comparative result, is set as manifesting state or hidden state by the service set of each WAP (wireless access point);
Broadcast module, manifests state or hidden state for the service set according to each WAP (wireless access point), to the service set of wireless network coverage area broadcast or each WAP (wireless access point) of going off the air.
This equipment can independently exist, and also can be integrated in car-mounted terminal, or in the routing device in other places, can both realize the control of multiple WAP (wireless access point) load balancing.
Focus on the load linking number adjusting each WAP (wireless access point) in real time according to Supported Comparison's situation of each WAP (wireless access point) in real time in the present invention, ensure that the intelligent equalization of each WAP (wireless access point) load, improve the effect of Consumer's Experience.
The foregoing is only preferred embodiment of the present invention, be not limited to the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a control method for wireless network access, is characterized in that, comprise the following steps:
101, monitor the terminal linking number that a WAP (wireless access point) accesses, if terminal linking number reaches preset value, then hide the service set of this WAP (wireless access point), stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area;
102, manifest the service set of another WAP (wireless access point), broadcast the service set of this another WAP (wireless access point) to wireless network coverage area, responded the new access request of self terminal by this another WAP (wireless access point).
2. the control method of a kind of wireless network access according to claim 1, is characterized in that, also comprise before step 101: at least one WAP (wireless access point) in all WAP (wireless access point) is set to operating state.
3. the control method of a kind of wireless network access according to claim 2, is characterized in that, also comprised before step 102: if this another WAP (wireless access point) is non operating state, then make this another WAP (wireless access point) be set to operating state.
4. the control method of a kind of wireless network access according to claim 1, is characterized in that, also comprise after step 102:
401, terminal linking number monitoring another WAP (wireless access point) described accessed, if terminal linking number reaches preset value, then hide the service set of this another WAP (wireless access point), stop the service set broadcasting this another WAP (wireless access point) to wireless network coverage area;
The service set of the described WAP (wireless access point) that 402, unhides, to the service set of the described WAP (wireless access point) of wireless network coverage area broadcast, is responded the new access request of self terminal by a described WAP (wireless access point).
5. the control method of a kind of wireless network access according to claim 4, it is characterized in that, also comprise after step 402: the terminal linking number that the terminal linking number that a more described WAP (wireless access point) accesses and another WAP (wireless access point) described access, manifest the service set of the few WAP (wireless access point) of terminal linking number, the service set of this WAP (wireless access point) is broadcasted to wireless network coverage area, the new access request of self terminal is responded by this WAP (wireless access point), the service set of the WAP (wireless access point) that concealed terminal linking number is many, stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area.
6. the control method of a kind of wireless network access according to claim 4, it is characterized in that, also comprise after step 402: the terminal linking number that the terminal linking number that a more described WAP (wireless access point) accesses and another WAP (wireless access point) described access, if difference reaches predetermined value, then manifest the service set of the few WAP (wireless access point) of terminal linking number, the service set of this WAP (wireless access point) is broadcasted to wireless network coverage area, the new access request of self terminal is responded by this WAP (wireless access point), the service set of the WAP (wireless access point) that concealed terminal linking number is many, stop the service set broadcasting this WAP (wireless access point) to wireless network coverage area.
7. the control method of a kind of wireless network access according to claim 1, is characterized in that, also comprise after step 102:
701, terminal linking number monitoring another WAP (wireless access point) described accessed, if terminal linking number reaches preset value, then hide the service set of this another WAP (wireless access point), stop the service set broadcasting this another WAP (wireless access point) to wireless network coverage area;
702, manifest the service set of remaining arbitrary WAP (wireless access point), broadcast the service set of the arbitrary WAP (wireless access point) of described remainder to wireless network coverage area, responded the new access request of self terminal by the arbitrary WAP (wireless access point) of described remainder.
8. the control method of a kind of wireless network access according to claim 7, it is characterized in that, also comprise after step 702: the terminal linking number that more all WAP (wireless access point) access, manifest the service set of the minimum WAP (wireless access point) of terminal linking number, broadcast the service set of this WAP (wireless access point) to wireless network coverage area, responded the new access request of self terminal by this WAP (wireless access point); Hide the service set of all the other WAP (wireless access point), stop the service set broadcasting these all the other WAP (wireless access point) to wireless network coverage area.
9., according to the control method of the arbitrary described a kind of wireless network access of claim 1 to 8, it is characterized in that: the service set of described WAP (wireless access point) is same service set.
10. apply an equipment for control method as claimed in claim 1, it is characterized in that, comprising:
At least two radio access point module, for responding the access request of self terminal;
Monitoring modular, for monitoring the terminal linking number that described WAP (wireless access point) accesses;
Comparison module, the terminal linking number size accessed in more each WAP (wireless access point);
Handover module, for according to comparative result, is set as manifesting state or hidden state by the service set of each WAP (wireless access point);
Broadcast module, manifests state or hidden state for the service set according to each WAP (wireless access point), to the service set of wireless network coverage area broadcast or each WAP (wireless access point) of going off the air.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510293568.1A CN104883721A (en) | 2015-06-01 | 2015-06-01 | Wireless network access control method and equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510293568.1A CN104883721A (en) | 2015-06-01 | 2015-06-01 | Wireless network access control method and equipment |
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| CN104883721A true CN104883721A (en) | 2015-09-02 |
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| CN201510293568.1A Pending CN104883721A (en) | 2015-06-01 | 2015-06-01 | Wireless network access control method and equipment |
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