CN105792320B - Method for establishing self-organizing network of wireless node - Google Patents
Method for establishing self-organizing network of wireless node Download PDFInfo
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- CN105792320B CN105792320B CN201410822315.4A CN201410822315A CN105792320B CN 105792320 B CN105792320 B CN 105792320B CN 201410822315 A CN201410822315 A CN 201410822315A CN 105792320 B CN105792320 B CN 105792320B
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Abstract
一种无线节点的自组织网络建立方法，包括下列步骤：多个区域控制器建立连线并挑选一主要区域控制器；主要区域控制器指示各区域控制器分别开放入网功能；多个无线节点分别搜寻区域控制器，并加入对应的控制器网络中；主要区域控制器通过各区域控制器搜集各无线节点的信息，并为各无线节点分别产生配置信息；各区域控制器断除连线；各无线节点分别依据配置信息搜寻并连接最佳区域控制器，并重新加入对应的控制器网络中。
A method for establishing a self-organizing network of wireless nodes includes the following steps: multiple regional controllers establish connections and select a main regional controller; the main regional controller instructs each regional controller to open a network access function respectively; multiple wireless nodes search for regional controllers respectively and join the corresponding controller network; the main regional controller collects information of each wireless node through each regional controller and generates configuration information for each wireless node respectively; each regional controller disconnects; each wireless node searches for and connects to the best regional controller according to the configuration information, and rejoins the corresponding controller network.
Description
Technical field
The present invention relates to self-organizing network more particularly to the method for building up of self-organizing network.
Background technique
In general, intelligent control is carried out in a zonule (such as room, office), it need to be in being installed in region
At least one zone controller (Zone Controller, ZC) and one or more radio nodes (such as to control indoor equipment
Device controller, and the sensor etc. to sense indoor and outdoor surroundings parameter).Radio node can collect the correlation in region
Data are simultaneously supplied to zone controller, and zone controller can carry out the environmental degree of comfort in adjustment region according to the data obtained whereby.
As described above, for a solitary building, to enable the multiple regions in building all be able to carry out intelligent control,
It then needs that above-mentioned zone controller and radio node are all installed in each region respectively.
However, in it is existing in the related technology, when zone controller and radio node are separately mounted to respectively by administrative staff
After in a region, need to carry out line configuration (configuration) manually, to enable each radio node that can divide
Correct zone controller is not linked to.For example, the radio node being mounted in the A of region, it is necessary to correctly link to peace
Zone controller in the A of region, otherwise zone controller will be unable to obtain correct data.However, in this way with artificial one
One mode configured need to expend excessive human resources and time cost in fact.
In conclusion existing zone controller and radio node be after the starting that is powered, it can not be automatic in region
A self-organizing network appropriate is established, and after needing personnel to be managed to manually complete line setting, it can just establish line and provide
Regional service, it is quite inconvenient.
Summary of the invention
The main object of the present invention is to provide a kind of method for establishing self-organization network of radio node, enable in region
Zone controller and radio node can carry out correct line after the starting that is powered automatically, with establish region from group
Knitmesh network.
In order to reach above-mentioned purpose, the present invention includes the following steps: that multiple regions controller establishes line and selects one
Main region controller；Main region controller indicates that each zone controller opens networking function respectively；Multiple radio nodes point
Other Search Area controller, and be added in corresponding controller network；Main region controller is collected by each zone controller
The information of each radio node, and configuration information information is generated respectively for each radio node；Each zone controller is disconnected to remove line；Each nothing
Line node according to configuration information search and connects best region controller respectively, and rejoins in corresponding controller network.
The attainable technical effect of institute is the present invention against existing technologies, and administrative staff are by multiple regions controller and more
After a radio node is respectively arranged in each region in building, do not need manually to carry out multiple radio nodes one by one
Line setting, can enable each radio node link to correct zone controller respectively (that is, linking to the region in the same area
Controller).In this way, which real can effectively save a large amount of human resources and time cost.
In addition, the present invention automatically generates configuration information by main region controller, and by each radio node by matching
Confidence breath carrys out automatic searching and links to optimal controller network, whereby can be after each radio node is powered starting, automatically
Establish the self-organizing network in region, it is no longer necessary to which additional manpower is supported, quite convenient.
Detailed description of the invention
Fig. 1 is the self-organizing network configuration diagram of the first specific embodiment of the invention.
Fig. 2 is the automatic Establishing process figure of the first specific embodiment of the invention.
Fig. 3 is the configuration flow figure of the first specific embodiment of the invention.
Fig. 4 establishes action diagram for the first of the first specific embodiment of the invention.
Fig. 5 establishes action diagram for the second of the first specific embodiment of the invention.
Fig. 6 is that the third of the first specific embodiment of the invention establishes action diagram.
Fig. 7 establishes action diagram for the 4th of the first specific embodiment of the invention.
Fig. 8 establishes action diagram for the 5th of the first specific embodiment of the invention.
Fig. 9 establishes action diagram for the 6th of the first specific embodiment of the invention.
Wherein, the reference numerals are as follows:
1 ... building
2 ... zone controllers
20 ... main region controllers
3 ... radio nodes
4 ... Local Area Networks
5 ... controller networks
S10~S24 ... establishment step
S30~S44 ... configuration step
I1 ... control instruction
T1 ... tests signal
The first area Z1 ...
Z2 ... second area
Z3 ... third region
Z4 ... the fourth region
Specific embodiment
A hereby just preferred embodiment of the invention cooperates attached drawing, and detailed description is as follows.
It refering to fig. 1, is the self-organizing network configuration diagram of the first specific embodiment of the invention.In the embodiment of Fig. 1
A building 1 is disclosed, which has multiple regions, with a first area Z1, a second area Z2, a third in Fig. 1
For a region Z3 and the fourth region Z4.
In the present embodiment, different self-organizing networks is respectively provided in the Z1-Z4 of four region, wherein first area Z1
Self-organizing network include a zone controller (Zone Controller, ZC) 2 and connect with the zone controller 2 one
A radio node 3；The self-organizing network of second area Z2 includes the zone controller 2 and connects with the zone controller 2
Two connect the radio node 3；The self-organizing network of third region Z3 includes the zone controller 2 and controls with the region
Two radio nodes 3 that device 2 processed connects；The self-organizing network of the fourth region Z4 include the zone controller 2 and with
Three radio nodes 3 of the zone controller 2 connection.Signified self-organizing network, is primarily referred to as radio individual in the present invention
Local Area Network (Wireless Personal Area Network, WPAN).
By can be seen that in the embodiment of Fig. 1, the self-organizing network of construction might have different configuration sides in different zones
Formula, and may have the radio node 3 of different number.In addition, the quantity of the zone controller 2 in each self-organizing network
Predominantly one, but be not limited.
In the present embodiment, those radio nodes 3 can be device controller or sensor.More specifically, which uses
To sense the environmental parameter of region indoor and outdoor；The device controller connects the electronic equipment in the region, such as fan, sky
Tune, electric light etc., and instruct the environmental parameter provided with the sensor to control the electronic equipment according to the zone controller 2,
To adjust the ambient condition in the region；The zone controller 2 to the device controller and is somebody's turn to do according to the actual demand in the region
Sensor assigns instruction.It whereby, can be by the zone controller 2, the device controller and the sensor come the adjust automatically area
The environmental degree of comfort in domain.It may simultaneously include one or more equipment in a self-organizing network framework and according to different demands
Controller and one or more sensors, it is also possible to which only there is the device controller and or the sensor.
In the embodiment of Fig. 1, respectively the radio node 3 has all linked to the zone controller 2 in the same area respectively,
And respectively form the self-organizing network in region.The present invention mainly discloses a kind of method for building up, those regions is enabled to control
Device 2 and those radio nodes 3 can establish the self-organizing network of region after the starting that is powered automatically.
Referring to Fig.2, being the automatic Establishing process figure of the first specific embodiment of the invention.Firstly, when those regions control
Device 2 is respectively installed in each region and is powered after starting, can be interconnected to form a Local Area Network (such as Fig. 4 institute
The Local Area Network 4 shown) (step S10).In the present embodiment, those 2 systems of zone controller are mutual by purple honeybee (Zigbee) agreement
Connection, and signal is transmitted using identical transmission power (TxPower), which is ZigBee network.
Those zone controllers 2 are established after the Local Area Network 4, one of them can be assigned to be used as the region by coordinating
A main region controller (main region controller 20 as shown in Figure 5) (step S12) in network.It is noted that
If those zone controllers 2 are interconnected using Zigbee protocol, which is in Zigbee protocol
Main coordinator (Zigbee coordinator), and other zone controllers 2 can be then the biography in Zigbee protocol
Loser (Zigbee router) or other coordinators (Zigbee coordinator) or end equipment (Zigbee
end device)。
After step S12, which can be transmitted a control instruction (control instruction I1 as shown in Figure 5)
All zone controllers 2 into the Local Area Network, with enable in the Local Area Network all zone controllers 2 (including this
Main region controller 20) open a networking function (step S14).Those radio nodes after step S14, in each region
3 can issue line request to those zone controllers 2 after the presence for searching those zone controllers 2.
Please refer to Fig. 4, Fig. 5 and Fig. 6, the first of the first specific embodiment respectively of the invention establish action diagram,
Second, which establishes action diagram, establishes action diagram with third.As shown in figure 4, multiple zone controller 2 can interconnect, on establishing
State the Local Area Network 4.Also, respectively the zone controller 2 is also established respectively a respective controller network 5.In the implementation of Fig. 4
In example, respectively the zone controller 2 is not yet turned on the networking function, therefore even if those radio nodes 3 have searched those regions
The presence of controller 2, also can not with those 2 lines of zone controller and be added in those controller networks 5.
More specifically, above-mentioned networking function refers mainly to the function of allowing the equipment line other than zone controller.
Preferably, can first judge the dress for issuing line request when one of those zone controllers 2 receive line request
Whether set is another zone controller (such as can be identified by the device code in package).If so, allowing line, enabling should
Another zone controller is added in the Local Area Network 4.If the device for issuing line request is not zone controller, the region
Controller 2 first judges whether the networking function has turned on.If the networking function has turned on, line is allowed；Conversely, then paying no attention to
Understand line request.In other words, before the networking function is not yet turned on, those zone controllers 2 can only allow others
The line request that zone controller is proposed.
Then as shown in figure 5, when one of those zone controllers 2 be designated as the main region controller 20 it
Afterwards, which can enable all zone controllers 2 (comprising the master by the transmission of control instruction I1
Want zone controller 20) all open the networking function.Again as shown in fig. 6, the networking function when those zone controllers 2 is opened
(the step S14 relative to Fig. 2) afterwards, those radio nodes 3 can search those zone controllers 2 (mainly comprising this
Zone controller 20) presence after, issue line request to one of those zone controllers 2, and be added corresponding
In the controller network 5 (step S16).
More specifically, all regions control of those radio nodes 3 after the starting that is powered, i.e., near sustainable search
Device 2, and after searching one or more zone controllers 2, line request is issued to those zone controllers 2.Only, in
Before those zone controllers 2 are not yet turned on the networking function, the line of those radio nodes 3 is not allowed to request.And in those
After zone controller 2 opens the networking function, this can be allowed after receiving the line request of the radio node 3 sending
3 line of radio node is simultaneously added in the corresponding controller network 5.In the present embodiment, the radio node 3 can only be linked to
One zone controller 2.Also, the default signal that links to of the radio node 3 is most by force or apart from the nearest zone controller
2, but be not limited.
Fig. 2 is returned to, after step S16, which can be controlled by those regions in the Local Area Network 4
Device 2 (including the main region controller 20) processed collects the information of those radio nodes 3, and produces respectively for the respectively radio node 3
A raw configuration information (step S18).Specifically, those zone controllers 2 (including the main region controller 20) are being opened
It, can be with one or more 3 lines of radio node, and after line, items that tracer signal generates when transmitting after the networking function
Information, and unified return gives the main region controller 20.Whereby, which can control according to those regions
The information that device 2 processed is returned generates the configuration information for the respectively radio node 3 respectively.In the present embodiment, which mainly remembers
A best line object of those radio nodes 3 is carried, wherein the best line object is that (including should for multiple zone controller 2
One of main region controller 20).
Action diagram is established please refer to Fig. 7, for the first specific embodiment of the invention the 4th.In the embodiment of Fig. 7
In, respectively the radio node 3 can send all areas controller (including the Fig. 7 of a test signal T1 into the Local Area Network 4 respectively
In the main region controller 20 and all zone controllers 2), the main region controller 20 and all regions control
Device 2 can obtain respectively, record and/or return above- mentioned information (being detailed later) by test signal T1.In the present embodiment, the master
Zone controller 20 and all zone controllers 2 is wanted at least to record the hair for issuing the radio node 3 of test signal T1
Power (TxPower) is penetrated, and records the transmission power, or the transmission power is reported to the main region controller 20.
After the completion of the configuration information of those corresponding radio nodes 3 all generates, which can be sent out
All zone controllers 2 of another control instruction I1 into the Local Area Network 4 are sent, to enable those zone controllers 2 (include
The main region controller 20) the respective controller network 5 is disconnected, and simultaneously switch off the Local Area Network 4 (step S20).Tool
For body, although those radio nodes 3 can be with multiple area after those zone controllers 2 open the networking function
One of domain controller 2 line.However, there is no by calculating, be not that this is best for the line object of those radio nodes 3
Line object.In other words, the connection relationship that those radio nodes 3 and those zone controllers 2 are established in step S16,
The demand of administrative staff may not met (for example, establishing the radio node 3 of line and the zone controller 2 may be installed on
Different zones).
Technical characteristics of the invention are first to disconnect existing all companies after producing those above-mentioned configuration informations
Line, then enable respectively the radio node 3 come respectively with the best line object according to those configuration informations (that is, multiple region controls
A best region controller in device 2) line, and the corresponding controller network 5 (step S22) is added.In those wireless sections
After point 3 has been separately added into the optimal controller network 5, it can those controller networks 5 respectively as each region from
Network is organized, and those self-organizing networks by re-establishing provide regional service (step S24).
Refering to Fig. 8 and Fig. 9, the 5th of the first specific embodiment respectively of the invention establishes action diagram and the 6th foundation is dynamic
Mapping.As shown in figure 8, existing all lines can be disconnected by the control instruction I1 after the completion of those configuration informations generate.
It is noted that the main region controller 20 can revert to general zone controller at this time, above-mentioned association is no longer served as
Tune person.If also, those zone controllers 2 and those radio nodes 3 carry out line, the control of those regions using Zigbee protocol
Device 2 processed can serve as the coordinator in each self-organizing network respectively.
Then as shown in figure 9, respectively the radio node 3 can be sent out respectively according to those configuration informations to the best line object
The line is requested out, with the best line object line and be added in the corresponding controller network 5.So far, each region
Controller 2 is respectively that respective self-organizing network is established in region.
It is the configuration flow figure of the first specific embodiment of the invention refering to Fig. 3.Specifically, respectively being walked shown in Fig. 3
It suddenly, is that clearer explanation is done to the step S18 of above-mentioned Fig. 2.
Below in explanation, will only it be illustrated with the single radio node 3.After the step S16 of Fig. 2,
The radio node 3 can be with one of those zone controllers 2 line, and in technical solution of the present invention, this is wireless section
Point 3 is mainly by the zone controller 2 of line as the router between the main region controller 20.
After step S16, which externally sends the test signal T1 (step S30).If those zone controllers
2 can receive test signal T1, then respectively the zone controller 2 replys a test reported information respectively and gives sending test signal T1
The radio node 3 (step S32).Wherein, which includes at least the device code of the zone controller 2, and
Receive the signal receiving strength (Recived Signal Strength, RSS) when test signal T1.Meanwhile each region
Controller 2 can upload a reported information to the main region controller 20 (step S34) respectively.In the present embodiment, return letter
Breath mainly may include the device code of the radio node 3, the zone controller 2 device code, issue the nothing of test signal T1
The information such as the transmission power (TxPower) of line node 3 and the RSS, to be that this is wireless as the main region controller 20
The foundation of the generation of node 3 configuration information.
The purpose of above-mentioned step S30 and step S32 are to carry out the best line object of the radio node 3
Filtering.Specifically, the radio node 3 externally sends test signal T1 with one first transmission power (TxPower1), if should
There are five zone controllers 2 can receive around radio node 3 with the test signal T1 of first transmission power transmission, then
The radio node 3 can receive five groups of test reported informations, and (the main region controller 20 also will receive five groups of return letters
Breath)；If only having two zone controllers 2 around the radio node 3 can receive the survey sent with first transmission power
Trial signal T1, then the radio node 3 only will receive two groups of test reported informations (the main region controller 20 also will receive two
Organize the reported information), and so on.In this way, can reach the effect of filtering.
For example, if only having a first area controller in the Local Area Network 4 can receive with a second area controller
With first transmission power issue test signal T1, then the radio node 3 can receive as ZC1 (TxPower1, RSS1) with
The test reported information of two groups of ZC2 (TxPower1, RSS1).Wherein, ZC1 represent the first area controller device code,
Device code, the TxPower1 that ZC2 represents the second area controller represent first transmission power, RSS1 represents each region control
Device receives received signal strength when test signal T1.
Similarly, the first area controller and the second area controller also can generate this time according to above-mentioned data respectively
It notifies breath, and is uploaded to the main region controller 20.By those reported informations, which can determine whether which
One zone controller is the best line object for the radio node 3.For example, in the transmission power of test signal T1
In identical situation (being all TxPower1), if the RSS of the first area controller comes than the RSS of the second area controller
Greatly, mean that the distance between the first area controller and the radio node 3 than the second area controller and the wireless section
The distance between point 3 comes closely, therefore the first area controller can be considered as to the best line pair of the radio node 3
As.
After step S32 or step S34, which judges whether to be completed (step S36), if it is not, then holding
Row step S38；If so, thening follow the steps S40.
The technical solution adopted by the present invention is that the radio node 3 is enabled to carry out multiple survey with the transmission power of varying strength
Examination, such as test signal T1 sequentially can be externally sent to the transmission power of the 5th intensity with the transmission power of the first intensity,
It uses and carries out above-mentioned filter action.For example, when the first transmission power with maximum intensity sends test signal T1, the nothing
Line node 3 may can receive five groups of test reported informations (that is, there are five the zone controller 2 receptions to obtain)；When with most
When 5th transmission power of small intensity sends test signal T1, which may be only capable of receiving one group of test return
Information (that is, the reception of only one zone controller 2 obtains).
When the radio node 3 sends test signal T1 with the transmission power of minimum strength, but still there are multiple regions to control
When device 2 processed can receive to obtain, then which region can be judged by the main region controller 20 with the size of the RSS
Controller 2 belongs to the best line object for the radio node 3.
If the radio node 3 judges that not yet test knot is finished in step S36, which adjusts test letter
The transmission power (step S38) of number T1, and step S30 is returned to, test letter is sent again with transmission power adjusted
Number T1, further to be filtered.And as it was noted above, information (such as device of the radio node 3 relevant to test
Code, the transmission power of test signal T1, received signal strength when receiving test signal T1 etc.) it can all be routed to this
Main region controller 20.
Conversely, being that the radio node 3 is analyzed by the main region controller 20 if the radio node 3 has been completed
The best line object (step S40).More specifically, the main region controller 20 is according to those received reported informations of institute
It is analyzed, to find the best line object of the radio node 3 in multiple zone controller 2.Preferably implement in one
In example, which, which mainly finds minimum transmission power for the radio node 3, can be obtained highest received signal
The line object of intensity (min_TxPower, max_RSS), using as the best line object.
It is noted that the radio node 3 can come according to the above-mentioned minimum transmission power with the best line object into
Row line, the effect of to reach power saving.Alternatively, all radio nodes 3 in the building 1 can all pass through identical transmitting function
Rate and the respective best line object carry out line and reach order whereby but regardless of the minimum transmission power with unified standard
The effect of administrative staff are easily managed.
After step S40, which is that the radio node 3 generates the configuration information according to analysis result
(step S42).In the present embodiment, which at least records the medium plan (Media for having the radio node 3
Access Control, MAC) address and/or the best line object MAC Address.Furthermore if the radio node 3 and those
Zone controller 2 is connected using Zigbee protocol, then the configuration information record radio node 3 and/or the best line object
EUI-64 code.
After step S42, the main region controller 20 by the configuration information be sent in the Local Area Network 4 it is all should
Zone controller 2 or the radio node 3, or it is sent to all zone controllers 2 and the 3 (step of radio node simultaneously
S44).Wherein, which can be routed by those zone controllers 2, which is transmitted
To the radio node 3.
In the first embodiment of the present invention, which only can send the configuration information to the region
All zone controllers 2 in network 4.It uses, in the line request for receiving the radio node 3, respectively the region is controlled
The configuration information can be read in device 2, to determine whether to allow the line of the radio node 3 to request (that is, by the configuration information
Judge oneself whether be the radio node 3 the best line object).
In the second embodiment of the present invention, it is wireless which only can send the configuration information to this
Node 3.It uses, which directly can issue the line to the best line object and ask according to the content of the configuration information
It asks, to shorten the line time.
In the third embodiment of the present invention, which can send the configuration information to the nothing simultaneously
Line node 3 and those zone controllers 2.Whereby, no matter line established using above-mentioned any mode, it all can be in line success
After reaffirmed (double check), to ensure the correctness of line.
The foregoing is merely preferred embodiments of the invention, and therefore, it does not limit the scope of the patents of the invention, therefore such as
It with the equivalence changes carried out by the content of present invention, is similarly all included within the scope of the present invention, Chen Ming is given in conjunction.
Claims (20)
1. a kind of method for establishing self-organization network of radio node, comprising:
A) multiple regions controller is connected to form a Local Area Network；
B) multiple zone controller is separately turned on a networking function；
C) one of a radio node and multiple zone controller carry out line and the control of the zone controller are added
Device network；
D) the main region controller in multiple zone controller collects the information of the radio node by the Local Area Network,
And a configuration information is generated for the radio node according to the information of the radio node, wherein the configuration information records the radio node
A best line object, wherein the best line object is one of multiple zone controller；
E) line in the Local Area Network and the controller network is disconnected；
F) radio node is according to the configuration information and the best line object line；And
G) radio node is added the controller network of the best line object, and the self-organization network as region
Network.
2. method for establishing self-organization network as described in claim 1 further includes wherein a step a1 after step a: selecting this
One of multiple regions controller is the main region controller.
3. method for establishing self-organization network as described in claim 1, wherein the configuration information record the radio node and this most
One MAC addresses of good line object.
4. method for establishing self-organization network as claimed in claim 3, wherein multiple zone controller is mutual by ZigBee protocol
It is connected, to form the Local Area Network.
5. method for establishing self-organization network as claimed in claim 4, wherein the configuration information record the radio node and this most
The EUI-64 code of good line object.
6. method for establishing self-organization network as described in claim 1, wherein the main region controller is in ZigBee protocol
Coordinator, other zone controllers in multiple zone controller in addition to the main region controller are in ZigBee protocol
Pass loser or end equipment.
7. method for establishing self-organization network as described in claim 1, wherein multiple zone controller uses identical transmitting
Power transmission signal.
8. method for establishing self-organization network as described in claim 1, wherein the radio node is that a device controller or one pass
Sensor, and the same area is installed on the best line object.
9. method for establishing self-organization network as described in claim 1, wherein in step c, the radio node is default to be linked to
The zone controller with a maximum received signal strength.
10. method for establishing self-organization network as described in claim 1, wherein step d includes the following steps:
D1) radio node externally sends a test signal；
D2) multiple zone controller replys a test reported information to the wireless section when can receive the test signal respectively
Point, wherein the test reported information includes at least the device code of the zone controller, and letter when receiving the test signal
Number receiving intensity；And
D3) multiple zone controller uploads a reported information via the Local Area Network respectively when can receive the test signal
To the main region controller, wherein the reported information includes at least the dress of the device code of the radio node, the zone controller
Set code, the transmission power of the test signal and signal receiving strength when receiving the test signal.
11. method for establishing self-organization network as claimed in claim 10, wherein step d further includes the following steps:
D4) after step d1, which judges whether that test is completed；
D5) if not yet test is completed, which adjusts the transmission power of the test signal and sends the test signal again.
12. method for establishing self-organization network as claimed in claim 10, wherein step d further includes the following steps:
D6) after step d3, which is analyzed according to the reported information, in multiple zone controller
In find out the best line object of the radio node；
D7 the configuration information) is generated according to analysis result, wherein the configuration information records the radio node and the best line pair
A MAC addresses for elephant；And
D8 the configuration information) is sent to multiple zone controller or the radio node, or is sent to multiple area simultaneously
Domain controller and the radio node.
13. method for establishing self-organization network as claimed in claim 12, wherein in step d6, the main region controller with
The zone controller of highest received signal intensity can be obtained as the best line object in minimum transmission power.
14. method for establishing self-organization network as claimed in claim 13, wherein in step f, the radio node is minimum with this
Transmission power and the best line object carry out line.
15. a kind of method for establishing self-organization network of radio node, comprising:
A) a main region controller is selected in multiple regions controller, wherein multiple zone controller is interconnected with shape
At a Local Area Network, and multiple zone controller establishes a respective controller network respectively；
B) the main region controller sends a control instruction, and multiple zone controller is enabled to be separately turned on a networking function；
C) one of multiple zone controller receives the line request of a radio node, and the radio node is allowed to add
Enter the controller network of the zone controller；
D) the main region controller collects the information of the radio node by the Local Area Network, and according to the information in multiple
A best line object of the radio node is found in zone controller, wherein the best line object is the control of multiple region
One of device；
E) after step d, which sends another control instruction, and multiple zone controller is enabled to be each turned off this
The line in Local Area Network and those controller networks；
F) after step e, the radio node again to the best line object issue the line request, with the best line pair
As carrying out line；And
G) radio node is added the controller network of the best line object, and the self-organization network as region
Network.
16. method for establishing self-organization network as claimed in claim 15, wherein step d includes the following steps:
D1) radio node externally sends a test signal；
D2) multiple zone controller uploads a reported information via the Local Area Network respectively when can receive the test signal
To the main region controller, wherein the reported information includes at least the dress of the device code of the radio node, the zone controller
Set code, the transmission power of the test signal and signal receiving strength when receiving the test signal；
D3) after step d2, judge whether the radio node tests completion；
D4 the transmission power that the radio node sends the test signal) is adjusted when not yet test is completed, and executing again should
Step d1 to step d3；
D5) after the completion of test, which is analyzed according to the reported information, to control in multiple region
The best line object of the radio node is found out in device；
D6 a configuration information) is generated according to analysis result, wherein the configuration information records the radio node and the best line pair
A MAC addresses for elephant；And
D7 the configuration information) is sent to multiple zone controller or the radio node, or is sent to multiple area simultaneously
Domain controller and the radio node.
17. method for establishing self-organization network as claimed in claim 16, wherein multiple zone controller passes through ZigBee protocol
It interconnects, to form the Local Area Network；The configuration information records the EUI-64 code of the radio node Yu the best line object.
18. method for establishing self-organization network as claimed in claim 17, wherein the main region controller is in ZigBee protocol
Coordinator, other zone controllers in multiple zone controller in addition to the main region controller are in ZigBee protocol
Biography loser or end equipment.
19. method for establishing self-organization network as claimed in claim 16, wherein the radio node is a device controller or one
Sensor, and the same area is installed on the best line object.
20. method for establishing self-organization network as claimed in claim 16, wherein in step d5, the main region controller system
The zone controller of highest received signal intensity can be obtained as the best line object using minimum transmission power.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101479995A (en) * | 2006-06-29 | 2009-07-08 | 皇家飞利浦电子股份有限公司 | Autonomous limited network realization and commissioning |
| CN101610557A (en) * | 2008-06-20 | 2009-12-23 | 中兴通讯股份有限公司 | Method for scheduling terminals among wireless nodes |
| CN102142980A (en) * | 2010-10-27 | 2011-08-03 | 华为技术有限公司 | Method and gateway for remotely managing sensor network topology |
| CN102204398A (en) * | 2008-11-06 | 2011-09-28 | 高通股份有限公司 | Static nodes positioning in a wireless network |
| CN102369702A (en) * | 2009-03-31 | 2012-03-07 | 罗伯特·博世有限公司 | Control device in a network, network, and routing method for messages in a network |
| CN102549974A (en) * | 2009-10-12 | 2012-07-04 | 皇家飞利浦电子股份有限公司 | Method of associating or re-associating devices in a control network |
-
2014
- 2014-12-25 CN CN201410822315.4A patent/CN105792320B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101479995A (en) * | 2006-06-29 | 2009-07-08 | 皇家飞利浦电子股份有限公司 | Autonomous limited network realization and commissioning |
| CN101610557A (en) * | 2008-06-20 | 2009-12-23 | 中兴通讯股份有限公司 | Method for scheduling terminals among wireless nodes |
| CN102204398A (en) * | 2008-11-06 | 2011-09-28 | 高通股份有限公司 | Static nodes positioning in a wireless network |
| CN102369702A (en) * | 2009-03-31 | 2012-03-07 | 罗伯特·博世有限公司 | Control device in a network, network, and routing method for messages in a network |
| CN102549974A (en) * | 2009-10-12 | 2012-07-04 | 皇家飞利浦电子股份有限公司 | Method of associating or re-associating devices in a control network |
| CN102142980A (en) * | 2010-10-27 | 2011-08-03 | 华为技术有限公司 | Method and gateway for remotely managing sensor network topology |
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