CN104219152A - Routing method and device among various wireless networks - Google Patents
Routing method and device among various wireless networks Download PDFInfo
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- CN104219152A CN104219152A CN201310218968.7A CN201310218968A CN104219152A CN 104219152 A CN104219152 A CN 104219152A CN 201310218968 A CN201310218968 A CN 201310218968A CN 104219152 A CN104219152 A CN 104219152A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/08—Access point devices
- H04W88/10—Access point devices adapted for operation in multiple networks, e.g. multi-mode access points
Abstract
The invention discloses a routing method and device among various wireless networks. The method includes: setting a plurality of components, wherein each component is used for supporting one wireless network function; building the one-to-one correspondence address relations among the wireless networks corresponding to the components so as to achieve routing among the various wireless networks. By the method, the routing of the various wireless networks can be achieved in complex application scenes, increasingly growing user requirements are satisfied, user experience is improved, and the problems that the wireless routing terminals in the prior art gradually cannot satisfy various complex application scenes, various inconvenience exists during application, and user experience is poor are solved.
Description
Technical field
The present invention relates to communication and route field, particularly relate to method for routing and device between one kind of multiple wireless networks.
Background technology
Along with the universal and application of wireless network, people rely on more to various wireless application products, simultaneously also propose more application demand, for example, in intelligent home system based, monitored various household electrical appliances, water power, gas meter by radio network technique, and for various wireless payments etc.Incident is that the application of various wireless technologys constantly develops, such as bluetooth (Bluetooth), WIFI, Long Term Evolution (Long Term Evolution, referred to as LTE)/3G (Third Generation) Moblie (3rd-generation, referred to as 3G) radio network technique such as technology, Zigbee and close range wireless communication (Near Field Communication, referred to as NFC) technology has been introduced in the middle of our house life.In the face of various wireless network, use traditional wireless router terminal that only WIFI network or LTE/3G is carried out to route can not meet gradually the application scenarios of various complexity, cause user in use to have various inconvenience, user experiences lower.
Summary of the invention
The invention provides method for routing and device between one kind of multiple wireless networks, can not meet gradually the application scenarios of various complexity to solve wireless router terminal of the prior art, cause user in use to have various inconvenience, user experiences lower problem.
For solving the problems of the technologies described above, on the one hand, the invention provides the method for routing between one kind of multiple wireless networks, said method comprising the steps of: multiple assemblies are set, and wherein, each assembly is respectively used to support a kind of radio network functions; Set up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.
Further, by open service gateway initiative agreement (Open Service Gateway initiative, referred to as OSGI) technology, described multiple assemblies that described plurality of wireless networks is corresponding are set.
Further, after multiple assemblies are set, also comprise: whether judgement is served the assembly corresponding to wireless network of the request of reception and set up; In the case of serving the assembly corresponding to wireless network of the request of reception set up, receiver address routing iinformation, and carry out the route between plurality of wireless networks according to described address relationship one to one.
Further, the route realizing between plurality of wireless networks according to described address relationship one to one comprises: the mapping relations of obtaining the destination address of target radio network and serving the address of the wireless network of the request of reception; According to described mapping relations, the destination address that is described target radio network by the address transition of wireless network of serving the request of reception; On the destination address of described target radio network, forward pending business corresponding to described request.
Further, described method also comprises: described each assembly is managed, and wherein, it is one of following that described management at least comprises: dynamically pacify loading, unloading, renewal, start, stop.
According to a further aspect in the invention, provide the route device between one kind of multiple wireless networks, having comprised: module is set, and for multiple assemblies are set, wherein, each assembly has been respectively used to support a kind of radio network functions; Wireless routing module, for setting up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.
Further, described device comprises: the first judge module, and serve the assembly corresponding to wireless network of the request of reception for judging and whether set up; Described wireless routing module, also in the case of the assembly corresponding to wireless network of serving the request of reception set up, receiver address routing iinformation, and carry out the route between plurality of wireless networks according to described address relationship one to one.
Further, described wireless routing module comprises: acquiring unit, for the mapping relations of obtaining the destination address of target radio network and serving the address of the wireless network of the request of reception; Converting unit, for according to described mapping relations, the destination address that is described target radio network by the address transition of wireless network of serving the request of reception; Retransmission unit, for forwarding pending business corresponding to described request on the destination address of described target radio network.
Further, described device also comprises: administration module, for described each assembly is managed, wherein, it is one of following that described management at least comprises: dynamically pacify loading, unloading, renewal, start, stop.
The present invention is provided with the assembly of multiple support plurality of wireless networks functions, and by setting up between the wireless network that each assembly is corresponding one to one address relationship to realize the route between plurality of wireless networks, make in complicated application scenarios, can realize the route between plurality of wireless networks, meet growing user's request, promoted user's experience.Solved the application scenarios that wireless router terminal in prior art can not meet various complexity gradually, caused the user in use to have various inconvenience, user experiences lower problem.
Brief description of the drawings
Fig. 1 is the flow chart of the method for routing between one kind of multiple wireless networks in the embodiment of the present invention;
Fig. 2 is the structural representation of the route device between a kind of wireless network in the embodiment of the present invention;
Fig. 3 is the structural representation of the route device between another wireless network in the embodiment of the present invention;
Fig. 4 is the structural representation of the route device between another wireless network in the embodiment of the present invention;
Fig. 5 is the structural representation of wireless router device in the preferred embodiment of the present invention one;
Fig. 6 is the design framework figure of wireless router terminal system in the preferred embodiment of the present invention two;
Fig. 7 is the implementation framework schematic diagram based on OSGI in the preferred embodiment of the present invention two;
Fig. 8 is the basic running schematic diagram of realizing OSGI framework in the preferred embodiment of the present invention two;
Fig. 9 is related to schematic diagram between each functional module in the preferred embodiment of the present invention two;
Figure 10 is the route schematic diagram between each wireless network in the preferred embodiment of the present invention two;
Figure 11 is the conversion schematic diagram between the each state of the Bundle based on OSGI in the preferred embodiment of the present invention two.
Embodiment
Can not meet gradually the application scenarios of various complexity in order to solve prior art wireless router terminal, cause user in use to have various inconvenience, user experiences lower problem, the embodiment of the present invention provides method for routing and the device between one kind of multiple wireless networks, below in conjunction with accompanying drawing, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, does not limit the present invention.
Under the application scenarios of various complexity, existing wireless router terminal cannot meet user's multiple demand, thereby can between various wireless networks, carry out route in the urgent need to one, and can be applicable to the novel radio route terminal of various application scenarioss.Based on above-mentioned thought, the embodiment of the present invention provides the method for routing between plurality of wireless networks, and the flow process of the method as shown in Figure 1, comprises that step S102 is to step S104:
Step S102, arranges multiple assemblies, and wherein, each assembly is respectively used to support a kind of radio network functions;
Step S104, sets up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.
By using the embodiment of the present invention, solve the application scenarios that wireless router terminal in prior art can not meet various complexity gradually, cause user in use to have various inconvenience, user experiences lower problem, and then in complicated application scenarios, can realize the route between plurality of wireless networks, meet growing user's request, promote user's experience.
After being provided with multiple assemblies, whether judgement is served the assembly corresponding to wireless network of the request of reception and is set up; In the case of serve receive request assembly corresponding to wireless network set up, can set up wireless connections to carry out information interaction with the terminal that sends this request, receive the address routing iinformation of self terminal, and carry out the route between plurality of wireless networks according to described address relationship one to one.Concrete, can carry out in such a way the route between plurality of wireless networks: the mapping relations of obtaining the destination address of target radio network and serving the address of the wireless network of request; According to mapping relations, the destination address that is target radio network by the address transition of the wireless network of the request of serving; Pending business corresponding to Forward-reques on the destination address of target radio network.
Realize in the process of said method, can also the management such as dynamically pacify loading, unloading, renewal, start and/or stop to each assembly.
The present embodiment also provides the route device between one kind of multiple wireless networks, and the structural representation of this device as shown in Figure 2, comprising:
Module 1 is set, and for multiple assemblies are set, wherein, each assembly is respectively used to support a kind of radio network functions; Wireless routing module 2, is coupled with module 1 is set, for setting up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.
When wireless routing module 2 is set, its Further Division can also be become have the unit of multiple functions, wireless routing module 2 is further set to three unit by the present embodiment, its structural representation as shown in Figure 3, wireless routing module 2 comprises: acquiring unit 21, for the mapping relations of obtaining the destination address of target radio network and serving the address of the wireless network of request; Converting unit 23, is coupled with acquiring unit 21, for according to mapping relations, and the destination address that is target radio network by the address transition of the wireless network of the request of serving; Retransmission unit 25, is coupled with converting unit 23, for pending business corresponding to Forward-reques on the destination address of target radio network.
Fig. 4 shows the preferred enforcement structured flowchart of above-mentioned route device, on the basis of Fig. 2 shown device, device can also comprise: judge module 3, and module 1 is set and wireless routing module 2 is coupled, and serve the assembly corresponding to wireless network of the request of reception for judging and whether set up; Described wireless routing module, also in the case of the assembly corresponding to wireless network of serving the request of reception set up, receiver address routing iinformation, and carry out the route between plurality of wireless networks according to address relationship one to one.
Preferably, said apparatus can also comprise an administration module that described each assembly is managed, and wherein, it is one of following that described management at least comprises: dynamically pacify loading, unloading, renewal, start, stop.
Below in conjunction with preferred embodiments and drawings, method provided by the invention is described, in a preferred embodiment, the name of installation composition part is slightly different from above-described embodiment, but the combination of each functional module of preferred embodiment can realize the effect that above-described embodiment brings.
Preferred embodiment one
The method of this preferred embodiment is as follows: the assembly of multiple support radio network functions is set, then sets up between the wireless network that each assembly is corresponding address relationship one to one, finally realize the route between plurality of wireless networks according to address relationship one to one.In the time of design, the platform that correspondence arranges assembly can be the platform based on OSGI, now, can multiple assemblies that plurality of wireless networks is corresponding be set by the framework of OSGI technology.OSGI, as a kind of system model of dynamic modularity, for the exploitation of modular applications has defined a basic framework.Its basic ideas are, once use OSGI service platform on the network equipment (as server and embedded device), the life cycle of managing Anywhere the component software moving on these equipment that just can be on network, can these assemblies be installed, upgrade, start, be stopped on backstage or unloading etc., and not need to interrupt the normal operation of this equipment.OSGI provides an execution environment that facilitates equipment interoperability, standardization and modular formal definition for service.From developer's angle, OSGI has multiple advantage: 1) can, in the situation that not restarting tankage, dynamically pacify loading, unloading, start, stop and upgrading the disparate modules in application program; 2), for a certain particular module in application program, container can move multiple versions of this module simultaneously; 3) OSGI is exploitation Embedded Application, mobile application, rich internet is applied (RichInternetApplications, referred to as RIA) provides very outstanding architecture.In recent years along with after increasing large-scale application adopts OSGI technology, particularly Eclipse3.0 version to adopt OSGI to carry out its architecture of reconstruct, OSGI in enterprise calculation field also many application more and more widely.
Wherein, the plurality of wireless networks that multiple assemblies are corresponding can include but not limited to as WIFI network, LTE/3G network, Bluetooth network, Zigbee network, NFC network etc.
After multiple assemblies are set, can also judge whether the assembly corresponding to wireless network of serving the request of reception is set up, if set up corresponding assembly, show now to have stable network and distance terminal to set up wireless connections, and then the information interaction of realization and distance terminal.Wherein, default wireless network can be now comparatively ripe WIFI network, and then takes WIFI network to realize route, or by relatively ripe LTE network or 3G network etc.
After the assembly of supporting radio network functions has been set up, user can carry out real-time management to multiple assemblies, for example, and operations such as dynamically pacifying loading, unloading, renewal, start and/or stop.
Determining need to carry out address route between plurality of wireless networks in the situation that, setting up between plurality of wireless networks one to one IP address to realize the route between plurality of wireless networks.For example, when the request receiving requires to carry out NFC payment, obtain the address of NFC network and with its IP address one to one, by payment transaction corresponding request by IP address transition the address to NFC network, and then realize internetwork route.
Determining need to not carry out address route between plurality of wireless networks time, can in a wireless network, carry out address route, for example only need WIFI network, only in WIFI, carry out network route.
The present embodiment also provides the route device between one kind of multiple wireless networks, and the structural representation of this device can as shown in Figure 5, comprise:
Module 10 is set, and for the assembly of supporting plurality of wireless networks function is set, wireless routing module 20, is coupled with module 10 is set, for setting up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.What in Fig. 5, be coupled with wireless routing module 20 is multiple wireless networks.
In the time arranging, multiple wireless networks can include but not limited to: WIFI network, LTE/3G network, Bluetooth network, Zigbee network, NFC network etc.Every kind of network correspondence arranges the assembly that module 10 arranges.
Wherein, the assembly that WIFI network is corresponding, for accessing WIFI function to realize the interface that obtains and arrange WIFI information; The assembly that LTE/3G network is corresponding, for finding, register, connect, disconnecting LTE/3G network and access point APN is set; The assembly that Bluetooth network is corresponding, for scanning, connection, authentication, disconnection Bluetooth network; The assembly that Zigbee network is corresponding, for setting up interface, initiate scanning, broadcast beacon request, ID is set, initiates connection request, dynamic routing Zigbee network; The assembly that NFC network is corresponding, for supporting NFC to pay, and identifies user identity by NFC.
The wireless router device of realizing based on OSGI technology that the embodiment of the present invention proposes, expand the route support to wireless networks such as Bluetooth, ZigBee, NFC, and realize the dynamic management to modules based on OSGI framework, thereby make up the deficiency of current wireless route device in application.
Preferred embodiment two
For the continuous expansion of current wireless application scene and the deficiency of existing route termination function and technology, this preferred embodiment provides a kind of wireless router terminal system based on OSGI technology, with in order to allow this terminal system can realize the route between the wireless networks such as WIFI, LTE/3G, Bluetooth, ZigBee, NFC, and can be according to actual needs, to each Implement of Function Module supporting remote dynamic management.
In order to realize this object, this preferred embodiment can comprise Java Virtual Machine (JVM), OSGI container, also comprise module, judge module, administration module and wireless routing module are set, module is set for the assembly of multiple support plurality of wireless networks is set, each assembly has been carried out modularization by this preferred embodiment, comprise WIFI service module, LTE/3G service module, Bluetooth service module, Zigbee service module, NFC service module etc., its design framework as shown in Figure 6.Below the function of above-mentioned modules is explained respectively.
Java Virtual Machine (JVM) is the running environment of programming language Java, OSGI container be in itself one for Java provides dynamic, modular system, can manage the module (Bundle) running on wherein.
The request that judge module can be monitored remote service registration and use, with wireless routing module communication, sends to wireless routing module by far-end request, specifically implements and responds.The running state information of local service is informed to far-end monitoring system simultaneously.Judge module needs the cooperation of LTE/3G service module or WIFI service module etc. to set up and the linking of maintenance and far-end monitoring system in the present embodiment.In addition, wireless routing module is also responsible for setting up the communication link between each service module, and making can swap data between modules.
Administration module is responsible for the management to WIFI service module, LTE/3G service module, Bluetooth service module, Zigbee service module, NFC service module etc.Based on OSGI framework, administration module can be realized dynamic peace loading, unloading, renewal to several service modules, start and stop etc.; Can also communicate by letter with judge module, realize the response to Long-distance Control request and the running state information of local each service module is fed back to long distance control system.
WIFI service module, support IEEE WIFI communication standard, WIFI functional module has access point (Access Point simultaneously, referred to as AP) and website (Station) function, therefore WIFI service module accesses the process such as authentication and data transmission and processing of this WIFI network on the one hand for managing other Station, and the function that also accesses other AP for this invention as Station on the other hand realizes.WIFI service module can coordinate judge module simultaneously, and the guarantee that is connected with far-end monitoring system is provided.
LTE/3G service module is responsible for setting up and safeguarding LTE/3G path, for the present embodiment provides LTE/3G network support, can coordinate judge module simultaneously, and the guarantee that is connected with far-end monitoring system is provided.
Bluetooth service module is in charge of being connected and transfer of data between the present embodiment and other bluetooth equipments, for the present embodiment provides Bluetooth function support.
Zigbee service module is followed IEEE802.15.4 consensus standard, for managing the radio sensing network based on Zigbee agreement, obtains the state information of each node in Zigbee network, for the present embodiment provides Zigbee network support simultaneously.
NFC service module is responsible for realization and the management of the present embodiment NFC function, for the present embodiment provides wireless near field communication support, makes this invention support NFC to pay and identify by NFC the functions such as user identity.
The route device that utilizes the present embodiment to provide, can support the application scenarios of the Various Complex in current application, realizes the compatible of various heterogeneous networks and controlled, and data communication between multiple heterogeneous networks.Meanwhile, adopt OSGI Frame Design, make each functional module dynamically to pacify according to specific needs loading, unloading, the demand such as start or stop.
This preferred embodiment is to realize based on OSGI framework, and accompanying drawing 7 has been described the OSGI implementation framework of this preferred embodiment.According to OSGI Technology design model, each functional module that realize is designed and developed as corresponding Bundle, each Bundle moves in OSGI framework with the form of a jar file.By the OSGI framework of realizing to each Bundle install dynamically, start, stop, the operation such as renewal and unloading.Accompanying drawing 8 has been described the basic running schematic diagram of the OSGI framework of realizing, and comprises from the newly-built framework of framework factory class, initialization, obtains Bundle context, and Bunlde is installed, and starts, and obtains service, and the signal of process such as stops.In Fig. 8, each flow process correspondence a function instruction of carrying out under main program.Service factory class is the Framework Factory(framework factory class that the OSGI container selected provides) interface, this interface provides new Framework () function can be used for newly-built OSGI framework.Bunlde context, realize class at Framework(framework) in for each Bundle has preserved in an operation and composes a piece of writing, in the time that Bundle starts or stops, Framework can be by this context transfer to the Bundle Activator(assembly activation interface in Bunlde) Interface realization.
Realize at present at this preferred embodiment the WIFI service Bunlde(WiFi service Bundle that wireless network part has comprised that WIFI service module is corresponding), the LTE/3G service Bundle(LTE/3G service Bundle that LTE/3G service module is corresponding), the Bluetooth service Bundle(Bluetooth service Bundle that Bluetooth service module is corresponding), the Zigbee service Bundle(Zigbee service Bundle that Zigbee service module is corresponding) and NFC service Bundle(NFC service Bundle corresponding to NFC service module).
Accompanying drawing 9 has been described the Bundle realizing, and incidence relation between each Bundle.Dynamic management and the supervision to each functional module (WIFI service module, LTE/3G service module, Bluetooth service module, Zigbee service module, NFC service module etc.) of administration module and wireless routing module specific implementation.First administration module is registered to the service register center of OSGI framework, then according to actual needs and request, the control of the life cycle such as realize dynamically peace loading, unloading, renewal to other each service modules, start, stop, monitoring the running state information of each service module, help wireless routing module to complete the exchange of state information between modules.
Wireless routing module provides the interface of communicating by letter with judge module, realizes mutual between reading module, for far-end monitoring system provides data.
The route device that the present embodiment provides possesses following functions: 1) realization and far-end monitoring system is mutual; 2) according to request needs, realize the dynamic management to each service module; 3) monitoring service registration center, the interface providing by calling mounted each network service module, realizes obtaining of control to each network service module and state information.
The present embodiment provides far-end monitoring system in the mode of Web service, judge module is as the background application of far-end monitoring system, by with running state information and the related data that each network service module is provided for far-end monitoring system alternately of wireless routing module and administration module.Receive the request of far-end monitoring system simultaneously, realize the correspondence response of request by administration module.Judge module is rely on the foundation such as WIFI service module or LTE/3G service module and realize long-range connection, therefore, in the time that OSGI service register center is registered this module, need to first judge that whether WIFI service module or LTE/3G service module be registered.
In this preferred embodiment, WIFI service module (WIFI Service Bundle) is realized the support to WIFI function, WIFI function comprises that this route terminal is linked into other networks as Station by WIFI, or this route terminal is as access point AP, is accessed by other station.Therefore the various services that provide when WIFI service module also provides as AP and as Station in function, while comprising as Station, search is AP, initiation connection request, authenticated encryption etc. around; During as AP, broadcast service set identifier (Service Set Identifier, referred to as SSID), receive connection request, complete authentication, provide DynamicHost that agreement (Dynamic Host Configuration Protocol is set, referred to as DHCP) service etc., the various interfaces that arrange while being simultaneously also provided as AP, safeguard each station information that accesses this AP.WIFI service module provides wireless routing module to obtain and arrange the interface of WIFI relevant information.
LTE/3G service module (LTE/3G service Bundle) provides the networking mode of LTE/3G.The functional interfaces such as LTE/3G service module provides such as looking for net, APN is set, registration, connection, disconnection LTE/3G network.
Bluetooth service module (Bluetooth Service Bundle) provide Bluetooth function support.Bluetooth service module provides the various interface of management blueteeth network, as scanning, connection, authentication, disconnects etc.
Zigbee service module (Zigbee Service Bundle) is realized the support to Zigbee network.In fact the function of Zigbee service module in Zigbee network telegon (FFD) in Zigbee network, Zigbee service module provides the various interface of setting up Zigbee network, as initiate active scan, broadcast beacon request, network ID is set, initiate connection request, realize dynamic routing management etc.
NFC service module (NFC Service Bundle) is realized the support to NFC function.NFC service module provides the interface of various NFC application, at present, mainly comprises NFC pre-paid service interface, NFC identification service interface.But NFC service module feature is not limited to this, other NFC application can application afterwards in regarded as output controlling as required.
Simultaneously in order to realize the dynamic management characteristic of OSGI framework to module, each Bundle realizing in this preferred embodiment also need to provide module installation, start, stop, the interface such as unloading, thereby meet the characteristic of OSGI dynamic management Bundle.In realization, also provide INSTALLED(to represent that Bundle successfully installs), RESOLVED(represents that Bundle has been ready to be unlocked or stop), STARTING(represents that Bundle is opened), ACTIVE(represents that Bundle moves), STOPING(represents that Bundle is stopped), UNINSTALLED(represents that Bundle is unloaded) etc. Bundle state, at each Bundle sometime under a kind of state.Accompanying drawing 10 has been described the transformational relation signal between each state of Bundle.
Function to modules and realization are described above, in a preferred embodiment, are mainly concerned with the wireless networks such as WIFI, LTE/3G, Bluetooth, Zigbee and NFC.Accompanying drawing 11 has been described the data route between different networks in this preferred embodiment.WIFI network has IP address, can directly be connected to routing engine by bridge.For Zigbee network and Bluetooth network, in this preferred embodiment, need to be connected to the device address foundation of Zigbee network or Bluetooth and the one-to-one relationship of Ip address, just can be linked in routing engine, thereby realize the route between heterogeneous networks, can also design in the present embodiment an address mapping module for this reason, be used for realizing address mapping, can realize the equipment in Zigbee network and Bluetooth network corresponding one by one with IP address.Address mapping module realizes and safeguards in corresponding Zigbee service module or Bluetooth service module.Certainly,, the in the situation that of Zigbee network and Bluetooth support TCP/IP, the present embodiment also can expand to the direct route to these equipment.While realization, can on high pass MDM9225 platform, realize, LTE/3G function realizes in Q6 system, and other functional modules realize in A5 system, between Q6 and A5, realize data path by BAM, and specific implementation can be provided by high-pass platform.
Although be example object, the preferred embodiments of the present invention are disclosed, it is also possible those skilled in the art will recognize various improvement, increase and replacement, therefore, scope of the present invention should be not limited to above-described embodiment.
Claims (10)
1. the method for routing between one kind of multiple wireless networks, is characterized in that, said method comprising the steps of:
Multiple assemblies are set, and wherein, each assembly is respectively used to support a kind of radio network functions;
Set up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.
2. the method for claim 1, is characterized in that, by open service gateway initiative agreement OSGI technology, described multiple assemblies that described plurality of wireless networks is corresponding is set.
3. the method for claim 1, is characterized in that, after multiple assemblies are set, also comprises:
Whether judgement is served the assembly corresponding to wireless network of the request of reception and is set up;
In the case of serving the assembly corresponding to wireless network of the request of reception set up, receiver address routing iinformation, and carry out the route between plurality of wireless networks according to described address relationship one to one.
4. the method as described in claim 1 or 3, is characterized in that, the route realizing between plurality of wireless networks according to described address relationship one to one comprises:
The mapping relations of obtaining the destination address of target radio network and serving the address of the wireless network of the request of reception;
According to described mapping relations, the destination address that is described target radio network by the address transition of wireless network of serving the request of reception;
On the destination address of described target radio network, forward pending business corresponding to described request.
5. the method for claim 1, is characterized in that, described method also comprises:
Described each assembly is managed, and wherein, it is one of following that described management at least comprises: dynamically pacify loading, unloading, renewal, start, stop.
6. the route device between one kind of multiple wireless networks, is characterized in that, comprising:
Module is set, and for multiple assemblies are set, wherein, each assembly is respectively used to support a kind of radio network functions;
Wireless routing module, for setting up between the wireless network that each assembly is corresponding address relationship one to one, to realize the route between plurality of wireless networks.
7. device as claimed in claim 7, is characterized in that, described device comprises:
Whether judge module, serve the assembly corresponding to wireless network of the request of reception and set up for judging;
Described wireless routing module, also in the case of the assembly corresponding to wireless network of serving the request of reception set up, receiver address routing iinformation, and carry out the route between plurality of wireless networks according to described address relationship one to one.
8. the device as described in any one in claim 6 or 7, is characterized in that, described wireless routing module comprises:
Acquiring unit, for the mapping relations of obtaining the destination address of target radio network and serving the address of the wireless network of the request of reception;
Converting unit, for according to described mapping relations, the destination address that is described target radio network by the address transition of wireless network of serving the request of reception;
Retransmission unit, for forwarding pending business corresponding to described request on the destination address of described target radio network.
9. device as claimed in claim 6, is characterized in that, also comprises:
Administration module, for described each assembly is managed, wherein, it is one of following that described management at least comprises: dynamically pacify loading, unloading, renewal, start, stop.
10. device as claimed in claim 6, is characterized in that, the described module that arranges arranges by open service gateway initiative agreement OSGI technology described multiple assemblies that described plurality of wireless networks is corresponding.
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| CN201310218968.7A CN104219152A (en) | 2013-06-04 | 2013-06-04 | Routing method and device among various wireless networks |
| PCT/CN2013/084546 WO2014194590A1 (en) | 2013-06-04 | 2013-09-27 | Method and device for routing among various wireless networks |
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- 2013-06-04 CN CN201310218968.7A patent/CN104219152A/en active Pending
- 2013-09-27 WO PCT/CN2013/084546 patent/WO2014194590A1/en active Application Filing
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| US20040071123A1 (en) * | 2002-07-02 | 2004-04-15 | Samsung Electronics Co., Ltd. | Apparatus and method for linking bluetooth to wireless LAN |
| CN101562584A (en) * | 2009-06-01 | 2009-10-21 | 金纯� | Bluetooth/802.11n gateway |
| CN101951691A (en) * | 2010-09-19 | 2011-01-19 | 中兴通讯股份有限公司 | Wireless hot spot sharing and accessing method and device |
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