CN101662772A - One-key corresponding code network accessing control method aiming at Zigbee network - Google Patents
One-key corresponding code network accessing control method aiming at Zigbee network Download PDFInfo
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- CN101662772A CN101662772A CN200910091881A CN200910091881A CN101662772A CN 101662772 A CN101662772 A CN 101662772A CN 200910091881 A CN200910091881 A CN 200910091881A CN 200910091881 A CN200910091881 A CN 200910091881A CN 101662772 A CN101662772 A CN 101662772A
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Abstract
The invention relates to a Zigbee network, in particular to a one-key corresponding code network accessing control method aiming at the Zigbee network. The method comprises: if pressing a corresponding code key of a coordinating node, sending the command of allowing taking part in the network; if a corresponding code key of a peripheral node, sending the command of searching the network for conveniently searching the internet; sending the command of searching the network, determining the response and then sending the command of taking part in the network by the peripheral node, and requestingto take part in the Zigbee network; finally, receiving the determined response for taking part in the network by the peripheral node, and receiving the indication response for taking part in the network by the coordinating node, thus completing the operation of leading the peripheral node to take part in the Zigbee network. The Zigbee network accessing control method not only has stronger safety,but also is convenient for operation, thus being widely applicable to the Zigbee network.
Description
Technical field
The present invention relates to the Zigbee network, relate in particular to the network control method of going at the Zigbee network.
Background technology
Zigbee (IEEE 802.15.4 agreement) is the wireless transmission protocol of a kind of low-power consumption, high security, short distance, low rate, and possesses the MANET ability.Zigbee is specially adapted to control fields such as industrial environment automation, home automation, commercial building automation.The Zigbee protocol stack as shown in Figure 5, Fig. 5 is a Zigbee protocol stack schematic diagram.
Zigbee networking flow process has dual mode usually, and a kind of is full disclosure, and the node in the communication distance scope can network automatically; Another kind is a safe mode, is each node configuration key by the technical staff during installation, and the node that configures can intercom mutually, and Pei Zhi node then can't not communicated by letter.
The Zigbee method of network entry of full disclosure lacks fail safe, can not be widely used in fields such as home automation.User A and the user the B adjacent as geographical position for example, if the method for network entry of employing full disclosure, the Zigbee equipment of user A joins in the Zigbee network of user B possibly.Adopt the Zigbee method of network entry of safe mode can avoid this type of problem, but adopt this kind method Zigbee node key layoutprocedure very complicated, must be operated with Special Equipment by the professional and technical personnel, domestic consumer can't finish voluntarily.
So a kind of can ensuring safety, the method for handled easily access Zigbee network has significant application value again.
Summary of the invention
The invention provides a kind of key at the Zigbee network that can overcome the above problems sign indicating number is gone into network control method.
In first aspect, the invention provides an a kind of key at the Zigbee network to the sign indicating number control method, this method comprises: coordinator node the sign indicating number key is pressed, this coordinator node application layer sends to this coordinator node network layer and allows to add networking command, and then allows the Zigbee network that the peripheral hardware node adds this coordinator node place.
Peripheral hardware node the sign indicating number key is pressed, this peripheral hardware node application layer sends the NetFind order to this peripheral hardware meshed network layer, and then searches the Zigbee network.Find under the Zigbee network condition at this peripheral hardware node, this peripheral hardware node application layer of this peripheral hardware meshed network course sends NetFind and confirms response.
Peripheral hardware node application layer sends to this peripheral hardware meshed network layer and adds networking command, and then request adds this Zigbee network.Peripheral hardware node and coordinator node one key are to the sign indicating number success, and this coordinator node application layer receives the adding network indication response of this coordinator node network layer, and this peripheral hardware node application layer receives the adding network validation response of this peripheral hardware meshed network layer.
In second aspect, the invention provides an a kind of key at the Zigbee network to the sign indicating number control method, this method comprises: routing node the sign indicating number key is pressed, this routing node application layer sends to this routing node network layer and allows to add networking command, and then allows the Zigbee network that terminal node adds this routing node place.
Terminal node the sign indicating number key is pressed, this terminal node application layer sends the NetFind order to this terminal node network layer, and then searches the Zigbee network.Find under the Zigbee network condition at this terminal node, this terminal node network layer sends NetFind to this terminal node application layer and confirms response.
The terminal node application layer sends to this terminal node network layer and adds networking command, and then request adds this Zigbee network.Terminal node and routing node one key are to the sign indicating number success, and this routing node application layer receives the adding network indication response of this routing node network layer, and this terminal node application layer receives the adding network validation response of this terminal node network layer.This coordinator node application layer receives the adding network indication response from this routing node application layer.
In one embodiment of the invention, the peripheral hardware node is terminal node or routing node.
In another embodiment of the present invention, allowing to add networking command is the NLME-PERMIT-JOIN.request order, the NetFind order is the NLME-NETWORK-DISCOVERY.request order, NetFind confirms that response is the NLME-NETWORK-DISCOVERY.confirm response, adding networking command is NLME-JOIN.request order or NLME-ASSOCIATE.request order, add the network validation response and be NLME-JOIN.confirm response or NLME-ASSOCIATE.confirm response, add network indication response and be NLME-JOIN.indication response or NLME-ASSOCIATE.indication response.
The present invention has solved the low-security of full disclosure method of network entry and the cipher key configuration challenge of safe mode method of network entry by a key to code method, Zigbee of the present invention goes into network control method not only to have had than strong security simultaneously but also handled easily, had significant application value.
Description of drawings
Below with reference to accompanying drawings specific embodiments of the present invention is described in detail, in the accompanying drawings:
Fig. 1 is a Zigbee network system schematic diagram;
Fig. 2 is the networking control schematic diagram of terminal node and coordinator node;
Fig. 3 is the networking control schematic diagram of terminal node and routing node;
Fig. 4 is the networking control schematic diagram of routing node and coordinator node;
Fig. 5 is a Zigbee protocol stack schematic diagram.
Embodiment
Fig. 1 is a Zigbee network system schematic diagram.This system comprises a Zigbee coordinator node (coordinator), one or more routing node (router), a plurality of terminal node (enddevice).Wherein, coordinator node is the control centre of Zigbee network; Routing node and terminal node are the peripheral hardware nodes of Zigbee network.On hardware, this coordinator node, routing node, terminal node all comprise be used to control himself network to the sign indicating number key.
The Zigbee network go into the networking control flow that network control method comprises terminal node and coordinator node, the networking control flow of terminal node and routing node, and the networking control flow of routing node and coordinator node.Below will be set forth these three kinds of networking control flows respectively.
Fig. 2 is the networking control schematic diagram of terminal node and coordinator node.
In step 210, coordinator node the sign indicating number key is pressed.
In step 220, the coordinator node application layer sends to this coordinator node network layer and allows to add networking command, and then allows have terminal node to add this coordinator node place Zigbee network in a period of time.
The concrete time of described a period of time is by default, as 30 seconds.In the example, it is the NLME-PERMIT-JOIN.request order that described permission adds the Zigbee networking command.
In step 230, terminal node the sign indicating number key is pressed.
In step 240, the terminal node application layer sends the NetFind order to this terminal node network layer, carries out web search on a plurality of channels of appointment, and carries out the scan for networks operation, to seek the Zigbee network that allows this terminal node to add.
Have under the same channel situation at terminal node and coordinator node, carry out the step of scan for networks operation described in the skips steps 240, and carry out the Network Search operating procedure.
In the example, described NetFind order is the NLME-NETWORK-DISCOVERY.request order.
In step 250, the terminal node network layer is found to require to obtain this Zigbee network parameter to coordinator node behind the Zigbee network of the required adding of this terminal node, and then the coordinator node network layer sends network parameter to this terminal node network layer; This terminal node network layer sends NetFind affirmation response to this terminal node application layer then.
Described network parameter is PAN ID, channel, key etc.Have under the same channel situation at terminal node and coordinator node, only send PAN ID network parameter in the step 250.
In the example, described NetFind confirms that response is the NLME-NETWORK-DISCOVERY.confirm response.
In step 260, the terminal node application layer sends to this terminal node network layer and adds networking command, and the request of terminal node network layer adds the Zigbee network at this coordinator node place then.
In the example, described adding networking command is NLME-JOIN.request order or NLME-ASSOCIATE.request order.
In step 270, the coordinator node network layer allows this terminal node network layer to add the Zigbee network, then the coordinator node network layer sends to this coordinator node application layer and adds network indication response, the terminal node relevant information is write the non-volatile memory district of this coordinator node; And the coordinator node network layer sends to the terminal node network layer and allows to add internet message, adds the network validation response so that this terminal node network layer sends to this terminal node application layer, and then network parameter is write the non-volatile memory district of this terminal node.
Have under the same channel situation at terminal node and coordinator node, only PAN ID network parameter is write the non-volatile memory district of this terminal node in the step 270, and skip the step that the terminal node relevant information is write this coordinator node non-volatile memory district.
Described non-volatile memory district such as hard disk, FLASH, storage card etc.Described terminal node relevant information is a terminal node device id etc.In the example, described adding network validation response is NLME-JOIN.confirm response or NLME-ASSOCIATE.confirm response.In another example, described adding network indication response is NLME-JOIN.indication response or NLME-ASSOCIATE.indication response.
Need to prove, terminal node and coordinator node go into the sequencing that network control method is not limited to the above step 210, step 220, step 230, step 240, also can be first execution in step 230, then be step 240, again execution in step 210, then be step 220.
Fig. 3 is the networking control schematic diagram of terminal node and routing node.
In step 310, routing node the sign indicating number key is pressed.
In step 320, the routing node application layer sends to this routing node network layer and allows to add networking command, and then allows have terminal node to add this routing node place Zigbee network in a period of time.
The concrete time of described a period of time is by default, as 30 seconds.In the example, it is the NLME-PERMIT-JOIN.request order that described permission adds the Zigbee networking command.
In step 330, terminal node the sign indicating number key is pressed.
In step 340, the terminal node application layer sends the NetFind order to this terminal node network layer, carries out web search on a plurality of channels of appointment, and carries out the scan for networks operation, to seek the Zigbee network that allows this terminal node to add.
Have under the same channel situation at terminal node and routing node, carry out the step of scan for networks operation described in the skips steps 340, and carry out the Network Search operating procedure.
In the example, described NetFind order is the NLME-NETWORK-DISCOVERY.request order.
In step 350, the terminal node network layer is found to require to obtain this Zigbee network parameter to routing node behind the Zigbee network of the required adding of this terminal node, and then the routing node network layer sends network parameter to this terminal node network layer; This terminal node network layer sends NetFind affirmation response to this terminal node application layer then.
Described network parameter is PAN ID, channel, key etc.Have under the same channel situation at terminal node and routing node, only send PAN ID network parameter in the step 350.
In the example, described NetFind confirms that response is the NLME-NETWORK-DISCOVERY.confirm response.
In step 360, the terminal node application layer sends the adding networking command to the network layer of this terminal node, and the request of terminal node network layer adds the Zigbee network at this routing node place then.
In the example, described adding networking command is NLME-JOIN.request order or NLME-ASSOCIATE.request order.
In step 370, the routing node network layer allows this terminal node network layer to add the Zigbee network, and then the routing node network layer sends to this routing node application layer and adds network indication response; And the routing node network layer sends to the terminal node network layer and allows to add internet message, adds the network validation response so that this terminal node network layer sends to this terminal node application layer, and then network parameter is write the non-volatile memory district of this terminal node.
Have under the same channel situation at terminal node and routing node, only PAN ID network parameter is write the non-volatile memory district of this terminal node in the step 370.Described non-volatile memory district such as hard disk, FLASH, storage card etc.
In the example, described adding network validation response is NLME-JOIN.confirm response or NLME-ASSOCIATE.confirm response.In another example, described adding network indication response is NLME-JOIN.indication response or NLME-ASSOCIATE.indication response.
In step 380, the coordinator node application layer receives the adding network indication response of routing node application layer, the terminal node relevant information is write the non-volatile memory district of this coordinator node.
Have under the same channel situation at terminal node and routing node, step 380 is skipped the step that the terminal node relevant information is write coordinator node non-volatile memory district.The device id that described terminal node relevant information is a terminal node etc.
In the example, described adding network indication response is NLME-JOIN.indication response or NLME-ASSOCIATE.indication response.
Need to prove, terminal node and routing node go into the sequencing that network control method is not limited to the above step 310, step 320, step 330, step 340, also can be first execution in step 330, then be step 340, again execution in step 310, then be step 320.
Fig. 4 is the networking control schematic diagram of routing node and coordinator node.
In step 410, coordinator node the sign indicating number key is pressed.
In step 420, the coordinator node application layer sends to this coordinator node network layer and allows to add networking command, and then allows have routing node to add this coordinator node place Zigbee network in a period of time.
The concrete time of described a period of time is by default, as 30 seconds.In the example, it is the NLME-PERMIT-JOIN.request order that described permission adds the Zigbee networking command.
In step 430, routing node the sign indicating number key is pressed.
In step 440, the routing node application layer sends the NetFind order to this routing node network layer, carries out web search on a plurality of channels of appointment, and carries out the scan for networks operation, to seek the Zigbee network that allows this routing node to add.
Have under the same channel situation at routing node and coordinator node, carry out the step of scan for networks operation described in the skips steps 440, and carry out the Network Search operating procedure.
In the example, described NetFind order is the NLME-NETWORK-DISCOVERY.request order.
In step 450, the routing node network layer is found to require to obtain this Zigbee network parameter to coordinator node behind the Zigbee network of the required adding of this routing node, and then the coordinator node network layer sends network parameter to this routing node network layer; This routing node network layer sends NetFind affirmation response to this routing node application layer then.
Described network parameter is PAN ID, channel, key etc.Have under the same channel situation at routing node and coordinator node, only send PAN ID network parameter in the step 350.
In the example, described NetFind confirms that response is the NLME-NETWORK-DISCOVERY.confirm response.
In step 460, the routing node application layer sends to this routing node network layer and adds networking command, and the request of routing node network layer adds the Zigbee network at this coordinator node place then.
In the example, described adding networking command is NLME-JOIN.request order or NLME-ASSOCIATE.request order.
In step 470, the coordinator node network layer allows this routing node network layer to add the Zigbee network, then the coordinator node network layer sends to this coordinator node application layer and adds network indication response, the routing node relevant information is write the non-volatile memory district of this coordinator node; And the coordinator node network layer sends to the routing node network layer and allows to add internet message, adds the network validation response so that this routing node network layer sends to this routing node application layer, and then network parameter is write the non-volatile memory district of this routing node.
Have under the same channel situation at routing node and coordinator node, only PAN ID network parameter is write the non-volatile memory district of this routing node in the step 470, and skip the step that the routing node relevant information is write this coordinator node non-volatile memory district.
Described non-volatile memory district such as hard disk, FLASH, storage card etc.The device id that described routing node relevant information is a routing node etc.In the example, described adding network validation response is NLME-JOIN.confirm response or NLME-ASSOCIATE.confirm response.In another example, described adding network indication response is NLME-JOIN.indication response or NLME-ASSOCIATE.indication response.
Need to prove, routing node and coordinator node go into the sequencing that network control method is not limited to the above step 410, step 420, step 430, step 440, also can be first execution in step 430, then be step 440, again execution in step 410, then be step 420.
Obviously, under the prerequisite that does not depart from true spirit of the present invention and scope, the present invention described here can have many variations.Therefore, the change that all it will be apparent to those skilled in the art that all should be included within the scope that these claims contain.The present invention's scope required for protection is only limited by described claims.
Claims (12)
1. the key at the Zigbee network is gone into network control method to sign indicating number, wherein coordinator node, peripheral hardware node comprise be used to control himself network to the sign indicating number key, it is characterized in that, comprising:
Step a, coordinator node the sign indicating number key is pressed, this coordinator node application layer sends to this coordinator node network layer and allows to add networking command, and then allows the Zigbee network that the peripheral hardware node adds this coordinator node place;
Step b, peripheral hardware node the sign indicating number key is pressed, this peripheral hardware node application layer sends the NetFind order to this peripheral hardware meshed network layer, and then searches the Zigbee network;
Step c finds under the Zigbee network condition at this peripheral hardware node, and this peripheral hardware node application layer of this peripheral hardware meshed network course sends NetFind and confirms response;
Steps d, peripheral hardware node application layer send to this peripheral hardware meshed network layer and add networking command, and then request adds this Zigbee network;
Step e, peripheral hardware node and coordinator node one key are to the sign indicating number success, and this coordinator node application layer receives the adding network indication response of this coordinator node network layer, and this peripheral hardware node application layer receives the adding network validation response of this peripheral hardware meshed network layer;
Wherein, the sequencing between described step a and the step b is first step a step b again, or step a step b simultaneously, or first step b step a again.
2. an a kind of key at the Zigbee network as claimed in claim 1 is gone into network control method to sign indicating number, it is characterized in that described peripheral hardware node is terminal node or routing node.
3. an a kind of key at the Zigbee network as claimed in claim 1 is gone into network control method to sign indicating number, it is characterized in that, step c is included in the peripheral hardware node and finds coordinator node after the Zigbee network sends step from network parameter to terminal node;
Step e is included in the coordinator node application layer and receives the step that this peripheral hardware node relevant information is write after the adding network indication response of this coordinator node network layer this coordinator node non-volatile memory district; And after step e, comprise the step that network parameter is write this peripheral hardware node non-volatile memory district.
4. the key at the Zigbee network is gone into network control method to sign indicating number, wherein routing node, terminal node comprise be used to control himself network to the sign indicating number key, it is characterized in that, comprising:
Step f, routing node the sign indicating number key is pressed, this routing node application layer sends to this routing node network layer and allows to add networking command, and then allows the Zigbee network that terminal node adds this routing node place;
Step g, terminal node the sign indicating number key is pressed, this terminal node application layer sends the NetFind order to this terminal node network layer, and then searches the Zigbee network;
Step h finds under the Zigbee network condition at this terminal node, and this terminal node network layer sends NetFind to this terminal node application layer and confirms response;
Step I, terminal node application layer send to this terminal node network layer and add networking command, and then request adds this Zigbee network;
Step j, terminal node and routing node one key are to the sign indicating number success, and this routing node application layer receives the adding network indication response of this routing node network layer, and this terminal node application layer receives the adding network validation response of this terminal node network layer;
Step k, this coordinator node application layer receives the adding network indication response from this routing node application layer;
Wherein, the sequencing between described step f and the step g is a first step f step g again, or step f step g simultaneously, or first step g step f again.
5. an a kind of key at the Zigbee network as claimed in claim 4 is gone into network control method to sign indicating number, it is characterized in that, step h is included in terminal node and finds routing node after the Zigbee network sends step from network parameter to terminal node;
After step j, comprise the step that network parameter is write this terminal node non-volatile memory district;
After step k, comprise the step that this terminal node relevant information is write this coordinator node non-volatile memory district.
6. as claim 1 or 4 described a kind of keys at the Zigbee network sign indicating number is gone into network control method, it is characterized in that, it is the NLME-PERMIT-JOIN.request order that described permission adds networking command;
Described NetFind order is the NLME-NETWORK-DISCOVERY.request order;
Described NetFind confirms that response is the NLME-NETWORK-DISCOVERY.confirm response;
Described adding networking command is NLME-JOIN.request order or NLME-ASSOCIATE.request order;
Described adding network validation response is NLME-JOIN.confirm response or NLME-ASSOCIATE.confirm response;
Described adding network indication response is NLME-JOIN.indication response or NLME-ASSOCIATE.indication response.
7. the first node in the Zigbee network, wherein this first node and Section Point comprise be used to control himself network to the sign indicating number key, it is characterized in that sign indicating number key this first node application layer that is pressed is sent to this first node network layer and allows to add networking command based on first node;
Based on allow adding networking command and from the Network Search message of Section Point, this first node network layer sends network parameter to this Section Point network layer;
Add this first node network layer of internet message based on request and send adding network indication response to this first node application layer from this Section Point network layer;
Wherein, described Network Search message is after this Section Point is pressed to the sign indicating number key, this Section Point application layer message that this Section Point network layer sends after this Section Point network layer sends the NetFind order;
It is after this Section Point network layer receives network parameter that described request adds internet message, this Section Point network layer sends NetFind to this Section Point application layer and confirms response, this Section Point application layer sends to this Section Point network layer and adds networking command, the message that this Section Point network layer sends after this Section Point network layer receives this adding networking command after this Section Point application layer receives NetFind affirmation response.
8. the first node in a kind of Zigbee network as claimed in claim 7 is characterized in that described first node is a coordinator node, and described Section Point is terminal node or routing node.
9. the first node in a kind of Zigbee network as claimed in claim 7 is characterized in that described first node is a routing node, and described Section Point is a terminal node;
And this Zigbee network comprises coordinator node, and this coordinator node application layer adds network indication response based on the adding network indication response back reception that described routing node application layer receives from the routing node network layer.
10. Section Point at the Zigbee network, wherein this Section Point and first node comprise be used to control himself network to the sign indicating number key, it is characterized in that, based on Section Point sign indicating number key this Section Point application layer that is pressed is sent the NetFind order to this Section Point network layer, this Section Point network layer sends Network Search message to this first node network layer then;
Based on the network parameter from this first node network layer, this Section Point network layer sends NetFind to this Section Point application layer and confirms response;
Confirm response based on described NetFind, this Section Point application layer sends to this Section Point network layer and adds networking command, and then this Section Point network layer adds internet message to this first node network layer transmission request;
Based on allowing to add internet message, this Section Point network layer sends to this Section Point application layer and adds the network validation response;
Wherein, described network parameter is based on the parameter that described Network Search message sends to this Section Point network layer with allowing to add networking command;
It is this Section Point network layer message that this first node network layer sends after this first node network layer sends described request to add internet message that described permission adds internet message.
11. the Section Point in a kind of Zigbee network as claimed in claim 10 is characterized in that described Section Point is terminal node or routing node, described first node is a coordinator node.
12. the Section Point in a kind of Zigbee network as claimed in claim 10 is characterized in that described Section Point is a terminal node, described first node is a routing node.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102571888A (en) * | 2010-12-22 | 2012-07-11 | 江苏联优信息科技有限公司 | Method for discovering wireless sensor access multiplexing equipment in centralized control type wireless sensor network |
| CN103248543A (en) * | 2013-04-24 | 2013-08-14 | 华为技术有限公司 | Code verification method, code verification control equipment and code verification equipment |
| CN103430515A (en) * | 2011-03-14 | 2013-12-04 | 高通股份有限公司 | Hybrid networking simple-connect setup via proxy device |
| CN104980929A (en) * | 2015-06-24 | 2015-10-14 | 福建天晴数码有限公司 | Wireless network networking method and device |
| CN105848252A (en) * | 2016-03-23 | 2016-08-10 | 深圳市国华光电研究院 | Node control network accessing method based on ZigBee network |
| CN107241340A (en) * | 2017-06-29 | 2017-10-10 | 深圳市劳沃智能科技有限公司 | The method of multi-hop registration |
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2009
- 2009-09-01 CN CN200910091881A patent/CN101662772A/en active Pending
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102571888A (en) * | 2010-12-22 | 2012-07-11 | 江苏联优信息科技有限公司 | Method for discovering wireless sensor access multiplexing equipment in centralized control type wireless sensor network |
| CN103430515A (en) * | 2011-03-14 | 2013-12-04 | 高通股份有限公司 | Hybrid networking simple-connect setup via proxy device |
| CN103430515B (en) * | 2011-03-14 | 2016-06-29 | 高通股份有限公司 | Use the mixing simple connection establishment of networking of agent equipment |
| CN103248543A (en) * | 2013-04-24 | 2013-08-14 | 华为技术有限公司 | Code verification method, code verification control equipment and code verification equipment |
| CN103248543B (en) * | 2013-04-24 | 2017-01-25 | 华为技术有限公司 | Code verification method, code verification control equipment and code verification equipment |
| CN104980929A (en) * | 2015-06-24 | 2015-10-14 | 福建天晴数码有限公司 | Wireless network networking method and device |
| CN104980929B (en) * | 2015-06-24 | 2019-01-15 | 福建天晴数码有限公司 | Networking method of wireless network and device |
| CN105848252A (en) * | 2016-03-23 | 2016-08-10 | 深圳市国华光电研究院 | Node control network accessing method based on ZigBee network |
| CN107241340A (en) * | 2017-06-29 | 2017-10-10 | 深圳市劳沃智能科技有限公司 | The method of multi-hop registration |
| CN107241340B (en) * | 2017-06-29 | 2021-01-12 | 深圳市劳沃智能科技有限公司 | Method for multi-hop registration |
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