CN101815365A - Discovery, correlation and configuration method of wireless access controller - Google Patents
Discovery, correlation and configuration method of wireless access controller Download PDFInfo
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Abstract
The invention relates to a discovery and correlation method of a wireless access controller in a wireless communication network, which comprises the following steps: a) obtaining an IP address list of the wireless access controller according to a preset wireless access controller discovery mode, and using the obtained IP address list as an IP address list of a local wireless access controller; b) extracting a first IP address in the IP address list of the local wireless access controller; c) sending discovery request messages to the extracted IP address; d) extracting a next IP address in the IP address list of the local wireless access controller if a discovery response message is not received in the preset time, and then, returning the step c); otherwise, e) inserting the IP address list of the wireless access controller into the head of the IP address list of the local wireless access controller if the received discovery response message contains the IP address list of the wireless access controller, then, returning the step b), and otherwise, using the wireless access controller sending the discovery response message as a correlation wireless access controller.
Description
Technical field
The present invention relates to the discovery of a kind of Radio Access Controller (AC) and correlating method and AC configuration and correlating method, relate in particular to by network being divided into a plurality of virtual subnets and forming AC priority and dispose and make WAP (wireless access point) (AP) related according to AC suitable in the priority of configuration and the network for each virtual subnet disposes first-selected AC and reserve AC.
Background technology
Thin AP, i.e. " thin AP " is for fat AP (fat AP).Thin AP has simplified the function of AP, and needs and Radio Access Controller (AC) are used.Related in the present invention AP is thin AP, but for convenience's sake, all abbreviates " AP " as.
AC finds, is meant that AP gets access to the AC IP address list of the IP address that comprises one or more AC by all means.The approach that AP obtains the IP address list of AC has several, and first-selection is that the control and the configuration (CAPWAP, Control And Provisioning of Wireless AccessPoints) of WAP (wireless access point) found, also have staticly find, DNS finds, DHCP finds.CAPWAP priority is the highest: even AP obtains after the AC address by alternate manner, AC notifies AP to remove to select other AC by this mode again, and AP also must use CAPWAP that the AC address that provides is provided so.
Fig. 1 illustrates the signal message flow that the several frequently seen AC of prior art finds. Message flow 1 and 2 expression DHCP find; Message flow 1 ' and 2 ' expression DNS find; Message flow 1 " and 2 " expression CAPWAP discovery; And message flow 3 and 4 expression AP are to the flow process of AC-1 registration.For example, in DHCP discovery mode, the IP address packet of described AC is contained among the Option 43 that Dynamic Host Configuration Protocol server beams back.
Usually finding that by above a kind of AC (CAPWAP finds mode, the static discovery, DNS discovery, DHCP finds) get access to the IP address list of AC after, all IP at every turn tabulating toward AC send related request simultaneously, receive whose answer earlier, just its AC as association.
The mode of this discovery AC owing to be to send related request to the IP of all AC simultaneously, is not distinguished the priority of the AC that several modes get access to, if there is more than one AC in the network, can not guarantee then that AP can be associated with to want on the related AC.Make the AC address of unified configuration association by some way if desired, such as passing through the DHCP mode, then to guarantee to have only 1 Dynamic Host Configuration Protocol server in the network, simultaneously, (CAPWAP finds also will to guarantee can not pass through other several modes by AP, the static discovery, DNS finds) get access to the AC address, consequently be associated with undesired AC and get on.
On the other hand, at the AC end, carry out N+1 backup as shown in Figure 2 usually.N main equipment (N＞1), 1 is equipped with equipment, and all main equipments all in real time to being equipped with the device backup data, are equipped with the data that have all main equipments on the equipment.After main equipment n ' fault (1＜=n '＜=n), be equipped with equipment and enable, be equipped with the data that equipment only uses main equipment n ' backup to come this moment.The N+1 backup is not the full redundancy backup, can only guarantee that 1 failure condition lower network is unaffected in N the main equipment.
Summary of the invention
The method that the purpose of this invention is to provide the related and configuration of a kind of AC can be supported the priority configuration of the AC address that obtains by different way, to reach the purpose of the N+1 backup of supporting AC.
According to an aspect of the present invention, the discovery and the correlating method of Radio Access Controller in a kind of cordless communication network are provided, it is characterized in that described method comprises step: a) obtain the Radio Access Controller IP address list as the local wireless access controller IP address list according to predetermined Radio Access Controller discovery mode; B) first IP address in the extraction local wireless access controller IP address list; C) send the discovery request message to the IP address of extracting; D) if do not receive the discovery response message in the given time, then extract the next IP address in the local wireless access controller IP address list, return step c) then; Otherwise if e) comprise the AC IP address list in the discovery response message of Jie Shouing, AC IP address list that then will be wherein is inserted into the head of local AC IP address list, returns step b) then, otherwise the AC that will send described discovery response message is as related AC.Wherein, a virtual group of described WAP (wireless access point) and AC end is corresponding, and the AC IP address list that is included in the discovery response message of reception in step e) comprises the AC IP address of arranging for the pre-configured priority orders from high to low of this virtual group according at the AC end.
The AC that is scheduled to discovery mode in the step a) can comprise at least one in CAPWAP discovery, static discovery, DNS discovery and the DHCP discovery.
When having a plurality of AP, dispose described a plurality of AP and make it corresponding with a plurality of virtual group that AC holds equably.
According to a further aspect in the invention, a kind of AC configuration and correlating method in comprising the cordless communication network of a plurality of AC is provided, it is characterized in that described method comprises: from each AC, respectively select an interface to form a virtual group in advance, form N virtual group altogether; Each virtual group is provided with AC IP address list order according to priority orders, according to different priority orders different ACIP address list orders is set between the virtual group, and described a plurality of AC are backed up mutually; Arbitrary AP in the configuration network is subordinated in the AC end virtual group.Wherein, on arbitrary AC, when the discovery request message that receives from AP, from front to back following steps are carried out in each IP address wherein from AC IP address list: if determine that this IP address is this AC its own IP address for the configuration of the virtual group under the AP that sends described discovery request message, then send the AC IP address list and be empty discovery response message, and finish described method; If it is in running order to have the AC of this IP address, then sends the discovery response message of the AC IP address list that comprises configuration, and finish described method, otherwise continue abovementioned steps is carried out in the next IP address of described AC IP address list.
The virtual group of described AC end can be virtual lan.
Configurable a plurality of AP makes it corresponding with described a plurality of virtual group equably.
When in described cordless communication network, having 3 above AC, a described N virtual group can be classified as more equably m virtual groups, wherein, m＜N, for each virtual groups disposes the AC IP address list according to equal priority, and each virtual groups disposes each AC IP address list according to mutual different priority.
Description of drawings
By the description of carrying out below in conjunction with the accompanying drawing that an example exemplarily is shown, above-mentioned and other purposes of the present invention and characteristics will become apparent, wherein:
Fig. 1 illustrates the signal message flow diagram that the several frequently seen AC of prior art finds;
Fig. 2 illustrates the schematic diagram that prior art is carried out the N+1 data backup;
Fig. 3 be illustrate according to the AC of exemplary embodiment of the present invention find and correlating method in the flow chart of processing of AP;
Fig. 4 is the network diagram that comprises several A P and AC that illustrates according to exemplary embodiment of the present invention;
Fig. 5 is the form that is illustrated in the AC IP address list that disposes respectively on the AC of Fig. 4; With
Fig. 6 illustrates the flow chart according to the processing of AC in the AC discovery of exemplary embodiment of the present invention and the correlating method.
Embodiment
Below, describe embodiments of the invention in detail with reference to accompanying drawing.
Basic design of the present invention is: when a plurality of AC work simultaneously, by carrying out the priority setting by related AC to each AP, attempt thereby make AP carry out association according to preset priority.If the AC that priority is high breaks down and quits work, then can be associated with on the lower AC of priority, so, the lower AC of priority is promptly as the backup of the AC of high priority, thereby reaches the purpose of the N+1 backup of AC.
Specifically, hold at AC, because AC can support to be the different ACIP address list of heterogeneous networks interface configuration, therefore different AC IP address list orders, the AC priority of indication among order the present invention just of AC IP address wherein can be set for different network interfaces.Specifically, when many AC work simultaneously, respectively select from each AC an interface to form a virtual group (VLAN for example in advance, virtual LAN), so the interface on all AC is formed predetermined N virtual group (for example VLAN), N＞1, each virtual group all are provided with identical AC IP address list order, and different AC IP address list orders is set between the virtual group.One of described N virtual group of each AP in the network and AC end is corresponding, that is to say that each AP belongs to AC in logic and holds one of described N VLAN.Preferably, when configuration AP, divide AP more fifty-fifty, a plurality of AP are distributed under the virtual group of AC end setting equably.For example, a plurality of AP are divided into N group with AC end similar number, wherein each organizes the interface virtual group of an AC of correspondence, the AP of each group each AC interface in can the access of virtual group.Like this, when being linked on the different AC that the AP in the network relatively disperses,,, just can guarantee all AP operate as normal as long as there is an AC to work if the AC fault takes place simultaneously.
When the discovery request message that receives from AP, AC finds corresponding AC IP address list according to the virtual group that sends under the AP that finds request message.Then, IP address in the AC IP address list is carried out following selection strategy from front to back one by one: if this IP address is the IP of self, then mean it self is first-selected related AC, thereby send the discovery response message that the AC IP address list is a sky, and finish association process; Otherwise, be in active state if having the AC of this IP, then mean it self is not first-selected related AC, thereby send the discovery response message that comprises the AC IP address list that finds, and finish association process; If this IP is neither self IP, the AC that has this IP is not in active state yet, then proceeds the selection strategy of next IP address.
On the other hand,, the priority setting is carried out in the AC address that obtains by different way, just carry out association and attempt according to priority order from high to low at the AP end, rather than as sending related request to all AC addresses simultaneously in the prior art.For example, in AC discovery and AC association process, AP at first obtains the AC IP address list as local AC IP address list by one of prior art AC discovery mode (as above-mentioned DHCP, DNS, static discovery etc.) commonly used, and the order according to IP address in the AC IP address list that obtains sends the discovery request message one by one then; If in the discovery response message that receives, comprise the AC IP address list, then this AC IP address list is inserted the head of local AC IP address list, restart the AC detection process again, thereby guarantee to find that the ACIP address list in the response message has limit priority, make AP as early as possible with related at the first-selected AC of AC side configuration.Describe AC discovery and the association process of AP after a while in detail with reference to Fig. 3.
Fig. 4 is the network diagram that comprises several A P and AC that illustrates according to exemplary embodiment of the present invention.
Network among Fig. 4 comprises 3 AP and 3 AC, i.e. AP1, AP2, AP3 and AC1, AC2, AC3.With reference to Fig. 4, on AC1, AC2 and AC3, respectively select an interface to constitute a virtual group (as eth0-1.1), dispose 3 virtual group altogether, promptly as eth0-1.1, eth0-1.2 and the eth0-1.3 of VLAN, that is to say, respectively dispose eth0-1.1, eth0-1.2 and eth0-1.3 on AC1, AC2 and the AC3; And AP1, AP2 and AP3 can insert eth0-1.1, eth0-1.2 and eth0-1.3 among AC1, AC2 and the AC3 respectively, that is to say, AP1 belongs to that eth0-1.1, AP2 belong to eth0-1.2 and AP3 belongs to eth0-1.3.Simultaneously, on AC1, AC2 and AC3, disposed the AC IP address list (seeing also Fig. 5) of each virtual group (VLAN) respectively, and backed up mutually between AC1～AC3.
Fig. 5 is the form that is illustrated in the AC IP address list that disposes respectively on the AC of Fig. 4.With reference to Fig. 5:
On AC1,
The AC IP address list of configuration eth0-1.1 correspondence is followed successively by the IP address of AC1, AC2, AC3;
The AC IP address list of configuration eth0-1.2 correspondence is followed successively by the IP address of AC2, AC1, AC3;
The AC IP address list of configuration eth0-1.3 correspondence is followed successively by the IP address of AC3, AC2, AC1.
On AC2,
The AC IP address list of configuration eth0-1.1 correspondence is followed successively by the IP address of AC1, AC2, AC3;
The AC IP address list of configuration eth0-1.2 correspondence is followed successively by the IP address of AC2, AC1, AC3;
The AC IP address list of configuration eth0-1.3 correspondence is followed successively by the IP address of AC3, AC2, AC1.
On AC3,
The AC IP address list of configuration eth0-1.1 correspondence is followed successively by the IP address of AC1, AC2, AC3;
The AC IP address list of configuration eth0-1.2 correspondence is followed successively by the IP address of AC2, AC1, AC3;
The AC IP address list of configuration eth0-1.3 correspondence is followed successively by the IP address of AC3, AC2, AC1.
Like this, the AC IP address list that is provided with at each VLAN is identical, and different at the AC IP address list of variant VLAN setting.The order that is arranged in the IP address of above-mentioned each AC IP address list is represented the priority of related AC, that is to say, the AC that is arranged in first AC IP address of tabulation is first-selected related AC, and second AC is its less preferred related AC or the like.
According to configuration shown in Figure 5, find and correlating method that according to AC of the present invention under normal circumstances AP1 inserts AC1, AP2 and inserts AC2, AP3 access AC3, AC1, AC2, AC3 need backup mutually simultaneously.Unusual when the network appearance, as long as there is an AC also can use, these three AP just can operate as normal.
Following with reference to Fig. 3, illustrate according to the AC of exemplary embodiment of the present invention find and correlating method in the processing of AP.Fig. 3 be illustrate according to the AC of exemplary embodiment of the present invention find and correlating method in the flow chart of processing of AP.
At first, at operation S302, the mode that AP obtains the IP address of AC according to prior art obtain comprise one or more AC IP address tabulation as local AC IP address list.The mode that described prior art is obtained the IP address of AC comprises that foregoing CAPWAP finds, static state is found, DNS finds and DHCP finds.Usually, a kind of the obtain AC IP address list of AP in the manner described above.If can't obtain described AC IP address list according to a kind of mode wherein, then AP can sequentially use above-mentioned several mode to obtain the AC IP address list.
Then, at operation S305, AP judges whether local AC IP address list is empty.Be sky if this is tabulated, then finish AC and find to handle.On the contrary, if should tabulation not be empty, then proceed to operation S310.
At operation S310, AP first AC IP address in local AC IP address list sends finds request message.Then, at operation S320, determine whether receive the discovery response message in the given time from this AC.If in the given time, do not receive the discovery response message, then, waited for for second scheduled time at operation S350.Then,, determine whether also have next AC IP address in the local AC IP address list at operation S360, and if have, then at operation S370, this next one AC IP address in local AC IP address list sends finds request message.On the contrary, if at operation S360, determining has not had next AC IP address in the local AC IP address list, that is to say, the AC in all local AC IP address lists had sent the discovery request message, then get back to operation S310, first AC IP address from local AC IP address list begins to restart to send the discovery request message again.
If S320 receives discovery response message from AC in operation, then at operation S330, AP determines whether comprise the AC IP address list in the discovery response message that receives.If do not find the AC IP address list, the AC that then shows this response is the first-selected AC according to current network configuration, thereby at operation S340, this transmission is found that the AC of response message is chosen to be related AC, finishes AC of the present invention and finds and related processing.
On the other hand, if at operation S330, determine in discovery response message, to have found the AC IP address list from AC, the AC that then shows this response is not the first-selected AC according to current network configuration, but this AC provides the related AC IP address list according to the AP according to priority orders configuration of the present invention.Thereby at operation S380, the AC IP address list in the discovery response message that AP will receive is saved in the head of local AC IP address list.Get back to operation S310 then, first AC IP address from local AC IP address list begins to restart to send the discovery request message again.
This shows, find and correlating method that according to AC of the present invention AP one by one sends to AC and finds request message according to the sequence of addresses in the AC IP address list of obtaining, rather than send simultaneously, thereby can be according to attempting carrying out the AC association from the AC priority of AC end configuration.
Fig. 6 illustrates the flow chart according to the processing of AC in the AC discovery of exemplary embodiment of the present invention and the correlating method.
Suppose to possess the function of mutual backup, mutual " monitoring " according to the AC in AC discovery of the present invention and the correlating method, and according to Fig. 4 and shown in Figure 5 the configuration.
With reference to Fig. 6, at operation S610, AC receives the discovery request message from one of AP1～AP3.At operation S620, AC determines VLAN under the described AP according to the IP address of the AP that sends described discovery request message.For example, if the discovery request message that the AP1 among Fig. 4 sends, then any among AC1～AC3 can determine that AP1 belongs to VLAN eth0-1.1 according to the IP address of AP1 after receiving the discovery request message that AP1 sends, and AP to attempt with VLAN be that first-selected AC among the eth0-1.1 is associated.According to another preferred embodiment of the invention, can be according to IP address and the subnet mask of AP, perhaps the identification information of other relevant AP or target AC determines to send the affiliated VLAN of AP that finds request message.
At operation S630, AC search with AP under the AC IP address list of VLAN corresponding configuration, for example, the IP that disposes for eth0-1.1 among Fig. 5
AC1, IP
AC2, IP
AC3, then in operation S635, first AC IP address of extracting this AC IP address list.Whether then, at operation S640, the AC IP address of determine extracting is this AC its own IP address.If its own IP address show that then this AC is the current first-selected AC according to the described VLAN of configuration, thereby at operation S650, making up the AC IP address list is empty discovery response message, the line correlation of going forward side by side is related to be provided with.For example, if AC1 receives the discovery request message from AP1, then after the check of operating S640, determine that it is the first-selected AC related, and respond with AP1.
If the AC IP address of determine extracting at operation S640 is not this AC its own IP address, then proceed to operation S660, whether the AC of IP address that determines to have extraction is in running order.If it is in running order to determine to have the AC of IP address of extraction, show that then this AC with IP address of extraction is the first-selected AC related with described AP, thereby, make up the discovery response message be included in the AC IP address list that operation S630 finds, and send to corresponding AP at operation S670.For example, suppose that AC2 receives the discovery request message of AP1, then its first IP address ip in being defined as the AC IP address list of eth0-1.1 configuration at first
AC1After not being its own IP address (operation S640), determine that again AC1 is in running order, thereby AC2 makes up and comprises and comprise IP successively
AC1, IP
AC2, IP
AC3The discovery response message of AC IP address list, AP1 is responded.
If determine to have the AC not in running order (for example break down and can't respond) of the IP address of extraction at operation S660, then at operation S680, AC determines in the AC IP address list that operation S630 finds whether next AC IP address is arranged.If have, then at operation S685, AC extracts this next one AC IP address, proceeds to operation S640 then, proceeds to judge.For example, suppose that AC2 receives the discovery request message of AP1, then its first IP address ip in being defined as the AC IP address list of eth0-1.1 configuration at first
AC1After not being its own IP address (operation S640), it is in running order to determine that again AC1 does not have, and then AC2 extracts the next AC IP address in the AC IP address list, i.e. IP
AC2Thereby, determine finally that by operation S640 AC2 itself is current preferred related AC.On the contrary, if in the AC IP address list that operation S680 determines to find, do not have next AC IP address, then finish according to AC association process of the present invention.
If increase an AC in the network, the AC that sees increase is as what role, if as backup AC, then need the interface on the AC that increases is joined in the existing virtual group, interface IP address joins the position after leaning in the AC IP address list of virtual group, after the forward AC of AC IP address list broke down, AP just can be associated with on this AC that increases newly; If as a main AC, then can join the most preceding position in the AC IP address list of virtual group to the interface IP address of this AC, if AP is related again, will be directly linked to this AC and goes up, and with other AC as backing up AC.
If reduce by an AC in the network, then only need from the AC IP address list of each virtual group, delete the total interface address of this AC and get final product.
Below, another preferred embodiment that disposes AC according to AC discovery of the present invention and correlating method is described again.
According to this preferred embodiment of the invention, AP is divided according to focus, different focuses belongs to different Management VLANs, from the corresponding interface access of AC.For example, the AP of focus 1 (with the APs1 sign), mapping management VLAN 1 is from the eth0-1.1 access of AC; The AP of focus 2 (with the APs2 sign), mapping management VLAN 2 is from the eth0-1.2 access of AC; ...; The AP of focus n (with the APsn sign), mapping management VLAN n is from the eth0-1.n access of AC.
Here, suppose 1＜i '＜I＜j '＜j＜n '＜n.Configuration AC IP address list is as follows on AC1, AC2, AC3:
For eth0-1.1～eth0-1.i ', the AC IP address list is IP
AC1, IP
AC2, IP
AC3
For eth0-1. (i '+1)～eth0-1.i, the AC IP address list is IP
AC1, IP
AC3, IP
AC2
For eth0-1. (i+1)～eth0-1.j ', the AC IP address list is IP
AC2, IP
AC1, IP
AC3
For eth0-1. (j '+1)～eth0-1.j, the AC IP address list is IP
AC2, IP
AC3, IP
AC1
For eth0-1. (j+1)～eth0-1.n ', the AC IP address list is IP
AC3, IP
AC1, IP
AC2
For eth0-1. (n '+1)～eth0-1.n, the AC IP address list is IP
AC3, IP
AC2, IP
AC1
Like this, it is first-selected related AC with AC1 that APs1～APsi is set, and returns the AC1 management; These AP are divided into two parts, APs1～APsi ' with AC2, AC3 in support, APs (i '+1)～APsi is with AC3, AC2 in support; After guaranteeing the AC1 fault, these AP mean allocation are on AC2 and AC3.
It is first-selected related AC with AC2 that APs (i+1)～APsj is set, and returns the AC2 management; These AP are divided into two parts, APs (i+1)～APsj ' with AC1, AC3 in support, APs (j '+1)～APsj is with AC3, AC1 in support; After guaranteeing the AC2 fault, these AP mean allocation are on AC1 and AC3.
APs (j+1)～APsn is first-selected related AC with AC3, returns the AC3 management; These AP are divided into two parts, and APs (j+1)～APsn ' does reserve with AC1, AC2, and APs (n '+1)～APsn does reserve with AC2, AC1; After guaranteeing the AC3 fault, these AP mean allocation are on AC1 and AC2.
According to this preferred embodiment of the invention, by being that each virtual group (VLAN) disposes the first-selected related AC and the AC of at least two reserve respectively, and can support the equally loaded of AC end by the form of mutual backup, residual A C still can make network normally work when being implemented in some AC and breaking down.
Therefore, from the foregoing description as can be seen, when having at least 3 AC, a described n virtual group can be classified as more equably m virtual groups (m＜n) (as eth0-1.1～eth0-1.i '), for each virtual groups disposes the AC IP address list according to equal priority, and each virtual groups disposes each AC IP address list according to mutual different priority, and backup mutually between each AC, then can equally loaded.
Though for exemplary purpose has been described exemplary embodiment of the present invention, but those skilled in the art will appreciate that, in not breaking away from, under the situation of disclosed scope and spirit of the present invention, can make various modifications, interpolation and alternative as claim.Effect of the present invention is not limited to above-mentioned effect, and other effects of not mentioning above can being expressly understood of the qualification that requires of those skilled in the art's accessory rights.
Claims (7)
1. the discovery and the correlating method of Radio Access Controller in the cordless communication network is characterized in that described method is included in the WAP (wireless access point) execution in step:
A) obtain the Radio Access Controller IP address list as the local wireless access controller IP address list according to predetermined Radio Access Controller discovery mode;
B) first IP address in the extraction local wireless access controller IP address list;
C) send the discovery request message to the IP address of extracting;
D) if do not receive the discovery response message in the given time, then extract the next IP address in the local wireless access controller IP address list, return step c) then;
E) if comprise the Radio Access Controller IP address list in the discovery response message that receives, then Radio Access Controller IP address list wherein is inserted into the head of local wireless access controller IP address list, return step b) then; With
F) if do not comprise the Radio Access Controller IP address list in the discovery response message that receives, the Radio Access Controller that then will send described discovery response message is as related Radio Access Controller,
Wherein, a virtual group of described WAP (wireless access point) and Radio Access Controller end is corresponding, and the Radio Access Controller IP address list that is included in the discovery response message of reception in step e) comprises the Radio Access Controller IP address of arranging for the pre-configured priority orders from high to low of this virtual group according at the Radio Access Controller end.
2. discovery as claimed in claim 1 and correlating method is characterized in that, the predetermined Radio Access Controller discovery mode in the step a) comprises that the control of WAP (wireless access point) and configuration are found, staticly found, DNS finds and at least one in finding of DHCP.
3. discovery as claimed in claim 1 and correlating method is characterized in that, when having a plurality of WAP (wireless access point), dispose described a plurality of WAP (wireless access point) and make it a plurality of virtual group with the Radio Access Controller end are corresponding equably.
4. the Radio Access Controller in comprising the cordless communication network of a plurality of Radio Access Controller disposes and correlating method, it is characterized in that, described method comprises: respectively select an interface to form a virtual group from each Radio Access Controller in advance, form N virtual group altogether; Each virtual group is provided with Radio Access Controller IP address list order according to priority orders, according to different priority orders different Radio Access Controller IP address list orders is set between the virtual group, described a plurality of Radio Access Controller are backed up mutually; In arbitrary WAP (wireless access point) in the configuration network and the Radio Access Controller end virtual group one is corresponding,
Wherein, on arbitrary Radio Access Controller, when the discovery request message that receives from WAP (wireless access point), from from front to back following steps being carried out in each IP address wherein for the Radio Access Controller IP address list of the corresponding virtual group configuration of the WAP (wireless access point) that sends described discovery request message:
If determine that this IP address is this Radio Access Controller its own IP address, then send the Radio Access Controller IP address list and be empty discovery response message, and finish described method:
If it is in running order to have the Radio Access Controller of this IP address, then send the discovery response message of the Radio Access Controller IP address list that comprises configuration, and finish described method, otherwise continue abovementioned steps is carried out in the next IP address of described Radio Access Controller IP address list.
5. configuration as claimed in claim 4 and correlating method is characterized in that, the virtual group of described Radio Access Controller end is a virtual lan.
6. configuration as claimed in claim 4 and correlating method is characterized in that, dispose a plurality of WAP (wireless access point) and make it corresponding with described a plurality of virtual group equably.
7. configuration as claimed in claim 4 and correlating method, it is characterized in that, when in described cordless communication network, having 3 above Radio Access Controller, a described N virtual group is classified as m virtual groups more equably, wherein, m＜N, for each virtual groups disposes the Radio Access Controller IP address list according to equal priority, and each virtual groups disposes each Radio Access Controller IP address list according to mutual different priority.
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| WO2014101449A1 (en) * | 2012-12-31 | 2014-07-03 | 中兴通讯股份有限公司 | Method for controlling access point in wireless local area network, and communication system |
| US9775032B2 (en) | 2012-12-31 | 2017-09-26 | Zte Corporation | Method for controlling access point in wireless local area network, and communication system |
| CN103152756B (en) * | 2013-04-08 | 2015-07-15 | 武汉虹信通信技术有限责任公司 | Automation configuration method for wireless local area network access controller (WLAN AC) |
| CN103152756A (en) * | 2013-04-08 | 2013-06-12 | 武汉虹信通信技术有限责任公司 | Automation configuration method for wireless local area network access controller (WLAN AC) |
| CN103338524A (en) * | 2013-06-03 | 2013-10-02 | 福建星网锐捷网络有限公司 | Wireless access method, wireless access device, wireless access system, access controller and access point equipment |
| CN103338524B (en) * | 2013-06-03 | 2016-05-25 | 福建星网锐捷网络有限公司 | Radio switch-in method, Apparatus and system, access controller, access point apparatus |
| US9769738B2 (en) | 2013-07-09 | 2017-09-19 | Hewlett Packard Enterprise Development Lp | Implementing an access controller pool |
| CN105100296A (en) * | 2015-05-28 | 2015-11-25 | 杭州华三通信技术有限公司 | Controller address configuration method and device |
| CN105100296B (en) * | 2015-05-28 | 2019-05-07 | 新华三技术有限公司 | Controller address configuration method and device |
| CN106792989A (en) * | 2016-02-03 | 2017-05-31 | 新华三技术有限公司 | A kind of radio switch-in method and device |
| WO2018076276A1 (en) * | 2016-10-28 | 2018-05-03 | Aruba Networks, Inc. | Multi-connection access point |
| CN108370595A (en) * | 2016-10-28 | 2018-08-03 | 安移通网络公司 | Multi-connection access point |
| US10485043B2 (en) | 2016-10-28 | 2019-11-19 | Hewlett Packard Enterprise Development Lp | Multi-connection access point |
| CN108370595B (en) * | 2016-10-28 | 2021-09-28 | 慧与发展有限责任合伙企业 | Multi-connection access point |
| CN113746716A (en) * | 2016-10-28 | 2021-12-03 | 慧与发展有限责任合伙企业 | Multi-connection access point |
| CN113746716B (en) * | 2016-10-28 | 2023-03-31 | 慧与发展有限责任合伙企业 | Multi-connection access point |
| CN108881424A (en) * | 2018-06-07 | 2018-11-23 | 上海海得自动化控制软件有限公司 | Interaction storage/acquisition methods/system, readable storage medium storing program for executing and terminal of data |
| CN108881424B (en) * | 2018-06-07 | 2021-06-25 | 上海海得自动化控制软件有限公司 | Interactive storage/acquisition method/system of data, readable storage medium and terminal |
| US10764949B2 (en) | 2018-08-23 | 2020-09-01 | Hewlett Packard Enterprise Development Lp | Multi-connection access point |
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