CN102647714A - Method and base station equipment for realizing Femto base station access network - Google Patents
Method and base station equipment for realizing Femto base station access network Download PDFInfo
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- CN102647714A CN102647714A CN2012100804422A CN201210080442A CN102647714A CN 102647714 A CN102647714 A CN 102647714A CN 2012100804422 A CN2012100804422 A CN 2012100804422A CN 201210080442 A CN201210080442 A CN 201210080442A CN 102647714 A CN102647714 A CN 102647714A
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Abstract
The invention discloses a method for realizing a Femto base station access network, which comprises the following steps: detecting whether a wired interface is available or not after a Femto base station is started; accessing into the network via the wired interface if the wired interface is available; detecting whether the wireless interface is available or not if the wired interface is not available; and accessing into the network via the wireless interface if the wireless interface is available. The invention also discloses base station equipment. According to the method and the base station equipment for realizing the Femto base station access network, limitation on the location scene of the Femto base station by the wired connection can be lowered, and the transmission interruption ratio of the Femto base station because of the behavior of the user can be lowered.
Description
Technical field
The present invention relates to the GSM field, particularly a kind of method and base station equipment that realizes Femto base station access network.
Background technology
At present, the wired connection access network based on Ethernet is mainly passed through in the Femto base station, and its access way can be referring to Fig. 1.As shown in Figure 1, the wired connection module 114 in the internet access facility of the wired connection module 104 of Femto base station through wherein and upper level is connected (promptly passing through the netting twine connection), and then is linked in the Internet 107 (being network).
Because the netting twine access network need be passed through in the Femto base station; The internet access facility that this just requires the installation site of Femto base station as close as possiblely to be attached thereto; Otherwise, can need long netting twine, and the long meeting of netting twine brings inconvenience to house wiring.Secondly; The Femto base station of some standard is in order to guarantee synchronous effect and to realize handoff functionality; Must obtain the GPS synchronizing signal through the gps antenna that the Femto base station carries; This just requires the installation site of Femto base station must be near window, so that the gps antenna of Femto base station can obtain gps signal easily.But in actual deployment, the position of the netting twine that often be fit to connect is difficult to obtain gps signal, and the zone that obtains gps signal easily is difficult to connect netting twine, has also just seriously limited the deployment of Femto base station.
In addition, as can be seen from Figure 1, the Femto base station is a ustomer premises access equipment, because the phenomenon that the netting twine that user behavior causes fluffs, comes off, damages is all very common, and these common phenomena also can cause the transmission of Femto base station to be interrupted, the business experience variation.
Summary of the invention
In view of this, the invention provides the method for a kind of Femto of realization base station access network, not only can reduce the restriction of wired connection, cause Femto base station transmits interrupt probability but also can reduce user behavior to Femto base station deployment scene.
The present invention also provides a kind of base station equipment, not only can reduce the restriction of wired connection to Femto base station deployment scene, causes Femto base station transmits interrupt probability but also can reduce user behavior.
For achieving the above object, the technical scheme of the embodiment of the invention specifically is achieved in that
A kind of method that realizes Femto base station access network, this method comprises:
Whether wireline interface is detected in the base station initiated back of Femto available, if wireline interface can use, through the wireline interface access network; Whether if wireline interface is unavailable, it is available then to detect wave point, if wave point can be used, then passes through the wave point access network.
When the wireline interface access network was passed through in the Femto base station, this method also comprised:
The Femto base station is carried out validity according to the cycle of setting to wireline interface and is detected, but surpasses a setting-up time and detect the wave point time spent when detecting the wireline interface out-of-service time, and the Femto base station is through the wave point access network.
When the wave point access network was passed through in the Femto base station, this method also comprised:
The Femto base station is carried out validity according to the cycle of setting to wave point and is detected, but surpasses a setting-up time and detect the wireline interface time spent when detecting the wave point out-of-service time, and the Femto base station is through the wireline interface access network.
Whether said detection wireline interface available comprising:
Whether detection can be used wired under the installation environment of Femto base station and use wired whether can making troubles to wiring, wiredly can not make troubles to wiring if can use wired and use, and detects to wireline interface and can use; Otherwise, detect into wireline interface unavailable,
Or; When the Internet Protocol IP address of Femto base station adopts the dynamic host configuration protocol DHCP mode to dispose; The Femto base station is sent dhcp request DHCP Request message and is given Dynamic Host Configuration Protocol server; Reply DHCP Reply message if receive the DHCP of replying within a certain period of time, detect to wireline interface and can use by Dynamic Host Configuration Protocol server; Otherwise, detect into wireline interface unavailable,
Or; When the IP address of Femto base station adopts the IP mode to dispose; The Femto base station is sent domain name resolution server request DNS Request message through internet access facility and is required to resolve the domain name of security gateway SeGW for public network DNS Server; If the Femto base station receives and replys domain name resolution server by public network DNS Server through internet access facility and reply DNS reply message within a certain period of time, detect to wireline interface and can use; Otherwise, detect into wireline interface unavailable.
Whether said detection wave point available comprising:
When the Femto base station radio inserts successfully, and within a certain period of time, during wireless signal strength＞predetermined threshold, detect to wave point and can use; Otherwise, detect into wave point unavailable.
Said Femto base station radio inserts successfully and comprises:
Femto base station transmit frame request Probe Request message is given internet access facility, receives the MAC Address that carries internet access facility that returned by internet access facility and the frame answer Probe Response message of SSID;
After the Femto base station receives Probe Response message; Send authentication request Authentication Request message to internet access facility request authentication, and receive the authentication answer Authentication Response message of returning by internet access facility that comprises authenticating result;
After the Femto base station receives the authentication message of successful, send association request Association Request message and give internet access facility, after Association Response is replied in the association that reception is returned by internet access facility, the wireless access success.
A kind of base station equipment, this base station equipment comprises: first detecting unit, first access unit, second detecting unit and second access unit, wherein,
Said first detecting unit, whether be used to detect wireline interface available;
Said first access unit, but be used for going out the wireline interface time spent when first detection, through the wireline interface access network;
Said second detecting unit is used for going out wireline interface when unavailable when first detection, and whether detect wave point available;
Said second access unit, but be used for going out the wave point time spent when second detection, through the wave point access network.
When first access unit passes through the wireline interface access network,
Said first detecting unit also is used for according to the cycle of setting wireline interface being carried out validity and detects;
Said second access unit, but be used for going out the wave point time spent above a setting-up time and second detection when first detection goes out the wireline interface out-of-service time, through the wave point access network.
When second access unit passes through the wave point access network,
Said second detecting unit also is used for according to the cycle of setting wave point being carried out validity and detects;
Said first access unit, but be used for going out the wave point time spent above a setting-up time and first detection when second detection goes out the wave point out-of-service time, through the wave point access network.
Detect wireline interface available comprising whether in said first detecting unit:
Detect installation environment and whether can use wired and use wired whether can making troubles, wiredly can not make troubles, detect to wireline interface and can use to wiring if can use wired and use to wiring; Otherwise, detect into wireline interface unavailable,
Or; When the Internet Protocol IP address of base station equipment adopts the dynamic host configuration protocol DHCP mode to dispose; Base station equipment is sent dhcp request DHCP Request message and is given Dynamic Host Configuration Protocol server; Reply DHCP Reply message if receive the DHCP of replying within a certain period of time, detect to wireline interface and can use by Dynamic Host Configuration Protocol server; Otherwise, detect into wireline interface unavailable,
Or; When the IP address of base station equipment adopts the IP mode to dispose; Base station equipment is sent domain name resolution server request DNS Request message through internet access facility and is required to resolve the domain name of security gateway SeGW for public network DNS Server; If base station equipment receives and replys domain name resolution server by public network DNS Server through internet access facility and reply DNS reply message within a certain period of time, detect to wireline interface and can use; Otherwise, detect into wireline interface unavailable.
Detect wave point available comprising whether in said second detecting unit:
When base station equipment wireless access success, and within a certain period of time, during wireless signal strength＞predetermined threshold, detect to wave point and can use; Otherwise, detect into wave point unavailable.
Said base station equipment wireless access successfully comprises:
Base station equipment transmit frame request Probe Request message is given internet access facility, receives the MAC Address that carries internet access facility that returned by internet access facility and the frame answer Probe Response message of SSID;
After base station equipment receives Probe Response message; Send authentication request Authentication Request message to internet access facility request authentication, and receive the authentication answer Authentication Response message of returning by internet access facility that comprises authenticating result;
After base station equipment receives the authentication message of successful, send association request Association Request message and give internet access facility, after Association Response is replied in the association that reception is returned by internet access facility, the wireless access success.
In sum, the method for the realization Femto base station access network that the present invention adopted is through by the Femto base station wireline interface availability being detected, but when detecting the wireline interface time spent, through the wireline interface access network; And when wireline interface is unavailable, again the wave point availability is detected, but and when detecting the wave point time spent, through the wave point access network.Because the inventive method is through at first the wireline interface availability being detected; When wireline interface is unavailable; Femto can be through detecting available wave point access network; Therefore, there is the restriction of deployment scenario or because user behavior when causing transmission to interrupt causing wireline interface unavailable, Femto also can pass through the wave point access network when wireline interface; So not only reduced the restriction of wired connection, caused Femto base station transmits interrupt probability but also reduced user behavior to Femto base station deployment scene.
Description of drawings
Fig. 1 is the scene sketch map of existing Femto base station access network;
Fig. 2 realizes the workflow diagram of Femto base station network access method for the present invention;
Fig. 3 detects the whether workflow diagram of available embodiment one of wireline interface for the present invention;
Fig. 4 detects the whether workflow diagram of available embodiment two of wireline interface for the present invention;
Fig. 5 inserts the workflow diagram of conversion method embodiment one for Femto of the present invention base station;
Fig. 6 is the workflow diagram of wireless access successful methods of the present invention;
Fig. 7 inserts the workflow diagram of conversion method embodiment two for Femto of the present invention base station;
Fig. 8 is the structural representation of the base station equipment that the present invention adopted.
Embodiment
In order to solve the problem that exists in the prior art, the present invention proposes the method and the base station equipment of a kind of Femto of realization base station access network, specifically comprise:
Whether wireline interface is detected in the base station initiated back of Femto available, if wireline interface can use, through the wireline interface access network; Whether if wireline interface is unavailable, it is available then to detect wave point, if wave point can be used, then passes through the wave point access network.
For making the object of the invention, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the present invention is done further explain.
Fig. 2 realizes the workflow diagram of Femto base station network access method for the present invention.As shown in Figure 2, this flow process comprises:
Step 201: whether after Femto is base station initiated, it is available to detect wireline interface, if, execution in step 202; Otherwise, execution in step 203.
In this step; Whether whether said detection wireline interface is available specifically can comprise: detect and under the installation environment of Femto base station, can use wired and use wired whether can making troubles to wiring; Wiredly can not make troubles if can use wired and use, then detect to wireline interface and can use to wiring; Otherwise, detect into wireline interface unavailable.
Need to prove that the IP address configuration mode of Femto base station has two kinds of DHCP mode and IP modes, when the IP address of Femto base station adopted the DHCP mode to dispose, whether said detection wireline interface is available can be referring to Fig. 3.As shown in Figure 3, this testing process comprises:
The Femto base station is sent DHCP Request message and is given Dynamic Host Configuration Protocol server, if in certain time interval T
DHCPIn receive the DHCP Reply message of replying by Dynamic Host Configuration Protocol server, detect to wireline interface and can use; If in certain time interval T
DHCPIn do not receive DHCP Reply message, then detect for wireline interface unavailable.Wherein, said is according to T
DHCPBe value according to actual needs, be generally 1 second＜T
DHCP＜3 minutes.
When the IP address of Femto base station adopted the IP mode to dispose, whether said detection wireline interface is available can be referring to Fig. 4.As shown in Figure 4, this testing process comprises:
The domain name that DNS Request message requires to resolve security gateway (SeGW) for public network DNS Server is sent through internet access facility in the Femto base station, if in certain time interval T
SInterior Femto receives by public network DNS Server and replys DNS reply message through internet access facility, detects to wireline interface and can use; If in certain time interval T
SIn do not receive DNS reply message, then detect for wireline interface unavailable.Wherein, wherein, said is according to T
SBe value according to actual needs, be generally 1 second＜T
S＜3 minutes.
Step 202: but when detecting the wireline interface time spent, whole workflow is finished through behind the wireline interface access network in the Femto base station.
Need to prove that when the wireline interface access network is passed through in the Femto base station, also need carry out flow process shown in Figure 5, as shown in Figure 5, this flow process comprises:
Step 501:Femto base station is regularly carried out validity to wireline interface and is detected.
The Femto base station is regularly detected promptly wireline interface validity and according to the cycle of setting wireline interface validity is detected.Wherein, the cycle of setting is come value according to actual needs, generally can be taken between 1 second～3 minutes.
In this step, it is to carry out through the network adapter of Femto embedded in base station that wireline interface is carried out the validity detection, in the reality, also can adopt other validity detection method, is as the criterion with the realization that does not influence the embodiment of the invention.
Step 502: detect wireline interface and whether lost efficacy, if, execution in step 503; Otherwise, keep the access way of current wireline interface.
Step 503: when detecting the wireline interface inefficacy, start timer T1 and also start the wave point detection.
In this step, T1 is a value according to actual needs, is generally 1 second＜T1＜3 minute.
Step 504: judge whether timer T1 is overtime, if, execution in step 505; Otherwise, keep the access way of current wireline interface.
Step 505: judge whether wave point is available, if, execution in step 506; Otherwise, service disconnection.
Step 506: but when judging the wave point time spent, the Femto base station is through the wave point access network.
That is to say; When the wireline interface access network is passed through in the Femto base station, also need availability according to the cycle detection wireline interface of setting, surpass a setting-up time if detect the wireline interface out-of-service time; But and the wave point time spent, then can be with the Femto base station through the wave point access network.
In this step, how the Femto base station passes through the wireline interface access network has been prior art, repeats no more here.
Step 203: whether when detecting wireline interface when unavailable, it is available further to detect wave point, if, execution in step 204; Otherwise, finish whole workflow.
Need to prove, in this step, detect wave point available comprising whether: when the Femto base station radio inserts successfully, and in certain time interval T
WLANIn time, wireless signal strength＞predetermined threshold TH
SThe time, detect to wave point and can use; Otherwise, detect into wave point unavailable.
Wherein, T
WLANBe value according to actual needs, purpose is to switch for fear of table tennis takes place between wired access and wireless access, is generally 1 second＜T
WLAN＜3 minutes; Predetermined threshold TH
SAlso be value according to actual needs, but generally be according to the service intensity decision of signal.
Wherein, Fig. 6 has provided the concrete workflow of wireless access success, and as shown in Figure 6, this flow process comprises:
The Femto base station is sent Probe Request message and is given internet access facility, receives the MAC Address that carries internet access facility that returned by internet access facility and the Probe Response message of SSID; After the Femto base station receives Probe Response message; Send Authentication Request message to internet access facility request authentication, and receive the Authentication Response message of returning by internet access facility that comprises authenticating result; After the Femto base station receives the authentication message of successful, send Association Request message and give internet access facility, receive the Association Response that returns by internet access facility after, the wireless access success.
In conjunction with the analysis to Fig. 6, whether the said detection wave point of this step available being specially: send after Probe Request message gives internet access facility the Femto base station, if in certain time interval T
WLANIn receive the Association Response message that internet access facility sends, and wireless signal strength＞predetermined threshold TH
S, then detection can be used for wave point; Otherwise, detect into wave point unavailable.
Step 204: but when detecting the wave point time spent, whole workflow is finished through behind the wave point access network in the Femto base station.
In this step, specifically how identical with passing through the wireline interface access network through the execution mode of wave point access network, repeat no more here.
Need to prove that when the wave point access network is passed through in the Femto base station, also need carry out flow process shown in Figure 7, as shown in Figure 7, this flow process comprises:
Step 701:Femto base station is regularly carried out validity to wave point and is detected.
In this step, it is to carry out through the network adapter of Femto embedded in base station that wave point is carried out the validity detection, in the reality, also can adopt other ineffectivity detection method, is as the criterion with the realization that does not influence the embodiment of the invention.
Step 702: detect wave point and whether lost efficacy, if, execution in step 703; Otherwise, the access way of reservation current wireless interface.
Step 703: when detecting the wave point inefficacy, start timer T1 and also start the wireline interface detection.
Step 704: judge whether timer T1 is overtime, if, execution in step 705; Otherwise,, the access way of reservation current wireless interface.
Step 705: judge whether wireline interface is available, if, execution in step 706; Otherwise, service disconnection.
Step 706: but when judging the wireline interface time spent, the Femto base station is through the wireline interface access network.
That is to say; When the wave point access network is passed through in the Femto base station, also need availability, if it is unavailable to detect wave point according to the cycle detection wave point of setting; But and the wireline interface time spent, then can be with the Femto base station through the wireline interface access network.
So far, promptly accomplished the whole workflow that the present invention realizes Femto base station network access method.
Based on said method, Fig. 8 has provided the base station equipment that the present invention adopted, and is as shown in Figure 8, and this base station equipment comprises: first detecting unit 81, first access unit 82, second detecting unit 83 and second access unit 84, wherein,
Whether said first detecting unit 81, it is available to be used to detect wireline interface.
Wherein, detect wireline interface available comprising whether in said first detecting unit 81:
Detect installation environment and whether can use wired and use wired whether can making troubles, wiredly can not make troubles, detect to wireline interface and can use to wiring if can use wired and use to wiring; Otherwise, detect into wireline interface unavailable,
Or; When the Internet Protocol IP address of base station equipment adopts the dynamic host configuration protocol DHCP mode to dispose; Base station equipment is sent dhcp request DHCP Request message and is given Dynamic Host Configuration Protocol server; Reply DHCP Reply message if receive the DHCP of replying within a certain period of time, detect to wireline interface and can use by Dynamic Host Configuration Protocol server; Otherwise, detect into wireline interface unavailable,
Or; When the IP address of base station equipment adopts the IP mode to dispose; Base station equipment is sent domain name resolution server request DNS Request message through internet access facility and is required to resolve the domain name of SeGW for public network DNS Server; If base station equipment receives and replys domain name resolution server by public network DNS Server through internet access facility and reply DNS reply message within a certain period of time, detect to wireline interface and can use; Otherwise, detect into wireline interface unavailable.
Said first access unit 82, but be used for detecting the wireline interface time spent when first detecting unit 81, through the wireline interface access network.
Said second detecting unit 83 is used for detecting wireline interface when unavailable when first detecting unit 81, and whether detect wave point available.
Wherein, detect wave point available comprising whether in said second detecting unit 83:
When base station equipment wireless access success, and within a certain period of time, during wireless signal strength＞predetermined threshold, detect to wave point and can use; Otherwise, detect into wave point unavailable.
Further, said base station equipment wireless access successfully comprises:
Base station equipment transmit frame request Probe Request message is given internet access facility, receives the MAC Address that carries internet access facility that returned by internet access facility and the frame answer Probe Response message of SSID;
After base station equipment receives Probe Response message; Send authentication request Authentication Request message to internet access facility request authentication, and receive the authentication answer Authentication Response message of returning by internet access facility that comprises authenticating result;
After base station equipment receives the authentication message of successful, send association request Association Request message and give internet access facility, after Association Response is replied in the association that reception is returned by internet access facility, the wireless access success.
Said second access unit 84, but be used for detecting the wave point time spent when second detecting unit 83, through the wave point access network.
Further, when first access unit 82 passes through the wireline interface access network,
Said first detecting unit 81 also is used for according to the cycle of setting wireline interface being carried out validity and detects;
Said second access unit 84, but be used for detecting the wave point time spent above a setting-up time and second detecting unit 83 when first detecting unit 81 detects the wireline interface out-of-service time, through the wave point access network.
When second access unit 84 passes through the wave point access network,
Said second detecting unit 83 also is used for according to the cycle of setting wave point being carried out validity and detects;
Said first access unit 82, but be used for detecting the wave point time spent above a setting-up time and first detecting unit 81 when second detecting unit 83 detects the wave point out-of-service time, through the wave point access network.
So far, promptly obtained the base station equipment that the present invention adopted.
In a word, the method for the realization Femto base station access network that the present invention adopted, through the wireline interface availability being detected by the Femto base station, but when detecting the wireline interface time spent, through the wireline interface access network; And when wireline interface is unavailable, again the wave point availability is detected, but and when detecting the wave point time spent, through the wave point access network.Because the inventive method is through at first the wireline interface availability being detected; When wireline interface is unavailable; Femto can be through detecting available wave point access network; Therefore, there is the restriction of deployment scenario or because user behavior when causing transmission to interrupt causing wireline interface unavailable, Femto also can pass through the wave point access network when wireline interface; So not only reduced the restriction of wired connection, caused Femto base station transmits interrupt probability but also reduced user behavior to Femto base station deployment scene.
Further; The method of the realization Femto base station access network that the present invention adopted; When the wireline interface access network is passed through in the Femto base station, can also surpass a setting-up time if detect the wireline interface out-of-service time according to the availability of the cycle detection wireline interface of setting; But and the wave point time spent, then can be with the Femto base station through the wave point access network; Or, when the Femto base station when the wave point access network, also can be according to the availability of the cycle detection wave point of setting, if it is unavailable to detect wave point, but and the wireline interface time spent, then can be with the Femto base station through the wireline interface access network.Therefore, the inventive method can be changed between wireless access and wired access when the access network of Femto base station, has also just guaranteed the transmission quality of network.
More than lift preferred embodiment; The object of the invention, technical scheme and advantage have been carried out further explain, and institute it should be understood that the above is merely preferred embodiment of the present invention; Not in order to restriction the present invention; All within spirit of the present invention and principle, any modification of being done, be equal to replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. a method that realizes Femto base station access network is characterized in that, this method comprises:
Whether wireline interface is detected in the base station initiated back of Femto available, if wireline interface can use, through the wireline interface access network; Whether if wireline interface is unavailable, it is available then to detect wave point, if wave point can be used, then passes through the wave point access network.
2. method according to claim 1 is characterized in that, when the wireline interface access network was passed through in the Femto base station, this method also comprised:
The Femto base station is carried out validity according to the cycle of setting to wireline interface and is detected, but surpasses a setting-up time and detect the wave point time spent when detecting the wireline interface out-of-service time, and the Femto base station is through the wave point access network.
3. method according to claim 1 is characterized in that, when the wave point access network was passed through in the Femto base station, this method also comprised:
The Femto base station is carried out validity according to the cycle of setting to wave point and is detected, but surpasses a setting-up time and detect the wireline interface time spent when detecting the wave point out-of-service time, and the Femto base station is through the wireline interface access network.
4. according to each described method in the claim 1 to 3, it is characterized in that said detection wireline interface is available comprising whether:
Whether detection can be used wired under the installation environment of Femto base station and use wired whether can making troubles to wiring, wiredly can not make troubles to wiring if can use wired and use, and detects to wireline interface and can use; Otherwise, detect into wireline interface unavailable,
Or; When the Internet Protocol IP address of Femto base station adopts the dynamic host configuration protocol DHCP mode to dispose; The Femto base station is sent dhcp request DHCP Request message and is given Dynamic Host Configuration Protocol server; Reply DHCP Reply message if receive the DHCP of replying within a certain period of time, detect to wireline interface and can use by Dynamic Host Configuration Protocol server; Otherwise, detect into wireline interface unavailable,
Or; When the IP address of Femto base station adopts the IP mode to dispose; The Femto base station is sent domain name resolution server request DNS Request message through internet access facility and is required to resolve the domain name of security gateway SeGW for public network DNS Server; If the Femto base station receives and replys domain name resolution server by public network DNS Server through internet access facility and reply DNS reply message within a certain period of time, detect to wireline interface and can use; Otherwise, detect into wireline interface unavailable.
5. according to each described method in the claim 1 to 3, it is characterized in that said detection wave point is available comprising whether:
When the Femto base station radio inserts successfully, and within a certain period of time, during wireless signal strength＞predetermined threshold, detect to wave point and can use; Otherwise, detect into wave point unavailable.
6. method according to claim 5 is characterized in that, said Femto base station radio inserts successfully and comprises:
Femto base station transmit frame request Probe Request message is given internet access facility, receives the MAC Address that carries internet access facility that returned by internet access facility and the frame answer Probe Response message of SSID;
After the Femto base station receives Probe Response message; Send authentication request Authentication Request message to internet access facility request authentication, and receive the authentication answer Authentication Response message of returning by internet access facility that comprises authenticating result;
After the Femto base station receives the authentication message of successful, send association request Association Request message and give internet access facility, after Association Response is replied in the association that reception is returned by internet access facility, the wireless access success.
7. a base station equipment is characterized in that, this base station equipment comprises: first detecting unit, first access unit, second detecting unit and second access unit, wherein,
Said first detecting unit, whether be used to detect wireline interface available;
Said first access unit, but be used for going out the wireline interface time spent when first detection, through the wireline interface access network;
Said second detecting unit is used for going out wireline interface when unavailable when first detection, and whether detect wave point available;
Said second access unit, but be used for going out the wave point time spent when second detection, through the wave point access network.
8. base station equipment according to claim 7 is characterized in that, when first access unit passes through the wireline interface access network,
Said first detecting unit also is used for according to the cycle of setting wireline interface being carried out validity and detects;
Said second access unit, but be used for going out the wave point time spent above a setting-up time and second detection when first detection goes out the wireline interface out-of-service time, through the wave point access network.
9. base station equipment according to claim 7 is characterized in that, when second access unit passes through the wave point access network,
Said second detecting unit also is used for according to the cycle of setting wave point being carried out validity and detects;
Said first access unit, but be used for going out the wave point time spent above a setting-up time and first detection when second detection goes out the wave point out-of-service time, through the wave point access network.
10. according to each described base station equipment in the claim 7 to 9, it is characterized in that, detect wireline interface available comprising whether in said first detecting unit:
Detect installation environment and whether can use wired and use wired whether can making troubles, wiredly can not make troubles, detect to wireline interface and can use to wiring if can use wired and use to wiring; Otherwise, detect into wireline interface unavailable,
Or; When the Internet Protocol IP address of base station equipment adopts the dynamic host configuration protocol DHCP mode to dispose; Base station equipment is sent dhcp request DHCP Request message and is given Dynamic Host Configuration Protocol server; Reply DHCP Reply message if receive the DHCP of replying within a certain period of time, detect to wireline interface and can use by Dynamic Host Configuration Protocol server; Otherwise, detect into wireline interface unavailable,
Or; When the IP address of base station equipment adopts the IP mode to dispose; Base station equipment is sent domain name resolution server request DNS Request message through internet access facility and is required to resolve the domain name of security gateway SeGW for public network DNS Server; If base station equipment receives and replys domain name resolution server by public network DNS Server through internet access facility and reply DNS reply message within a certain period of time, detect to wireline interface and can use; Otherwise, detect into wireline interface unavailable.
11. according to each described base station equipment in the claim 7 to 9, it is characterized in that, detect wave point available comprising whether in said second detecting unit:
When base station equipment wireless access success, and within a certain period of time, during wireless signal strength＞predetermined threshold, detect to wave point and can use; Otherwise, detect into wave point unavailable.
12. base station equipment according to claim 11 is characterized in that, said base station equipment wireless access successfully comprises:
Base station equipment transmit frame request Probe Request message is given internet access facility, receives the MAC Address that carries internet access facility that returned by internet access facility and the frame answer Probe Response message of SSID;
After base station equipment receives Probe Response message; Send authentication request Authentication Request message to internet access facility request authentication, and receive the authentication answer Authentication Response message of returning by internet access facility that comprises authenticating result;
After base station equipment receives the authentication message of successful, send association request Association Request message and give internet access facility, after Association Response is replied in the association that reception is returned by internet access facility, the wireless access success.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100804422A CN102647714A (en) | 2012-03-23 | 2012-03-23 | Method and base station equipment for realizing Femto base station access network |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2012100804422A CN102647714A (en) | 2012-03-23 | 2012-03-23 | Method and base station equipment for realizing Femto base station access network |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116016000A (en) * | 2022-11-29 | 2023-04-25 | 深圳市瀚晖威视科技有限公司 | Video base station multi-network intelligent access method |
| WO2024060954A1 (en) * | 2022-09-19 | 2024-03-28 | 中兴通讯股份有限公司 | Information transmission method and apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1867118A (en) * | 2005-07-29 | 2006-11-22 | 华为技术有限公司 | Multi-mode wireless system |
| CN101019453A (en) * | 2004-09-10 | 2007-08-15 | 三菱电机株式会社 | Cross-zone handover method in wireless access network |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101019453A (en) * | 2004-09-10 | 2007-08-15 | 三菱电机株式会社 | Cross-zone handover method in wireless access network |
| CN1867118A (en) * | 2005-07-29 | 2006-11-22 | 华为技术有限公司 | Multi-mode wireless system |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2024060954A1 (en) * | 2022-09-19 | 2024-03-28 | 中兴通讯股份有限公司 | Information transmission method and apparatus |
| CN116016000A (en) * | 2022-11-29 | 2023-04-25 | 深圳市瀚晖威视科技有限公司 | Video base station multi-network intelligent access method |
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