CN103634897A - Method, device and system for device logout - Google Patents

Method, device and system for device logout Download PDF

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Publication number
CN103634897A
CN103634897A CN201210312787.6A CN201210312787A CN103634897A CN 103634897 A CN103634897 A CN 103634897A CN 201210312787 A CN201210312787 A CN 201210312787A CN 103634897 A CN103634897 A CN 103634897A
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China
Prior art keywords
deexcitation
frequency spectrum
message
database
response message
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CN201210312787.6A
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CN103634897B (en
Inventor
姚宗明
龚磊
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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Priority to CN201210312787.6A priority Critical patent/CN103634897B/en
Priority to PCT/CN2013/077300 priority patent/WO2014032455A1/en
Publication of CN103634897A publication Critical patent/CN103634897A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W60/00—Affiliation to network, e.g. registration; Terminating affiliation with the network, e.g. de-registration
    • H04W60/06—De-registration or detaching

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The embodiment of the invention provides a method, a device and a system for device logout, and relates to the field of communication. A database can actively log out registration information of a device in the database. The method comprises that: a frequency spectrum deactivation message is sent to an access point AP by the database, and the frequency spectrum deactivation message comprises identification of the device, a reason for deactivation and a frequency spectrum resource for deactivation, wherein the frequency spectrum resource for deactivation is the frequency spectrum resource, use of which by the device is forbidden by the database; the device is an UE or the AP; and a frequency spectrum deactivation response message sent by the AP is received, wherein the frequency spectrum deactivation response message comprises identification of the device and a deactivation result. The database can timely log out the registration information of the device.

Description

Method, Apparatus and system that a kind of equipment is nullified
Technical field
The present invention relates to the communications field, relate in particular to a kind of method, Apparatus and system that is initiatively carried out equipment cancellation by frequency spectrum data storehouse.
Background technology
Cognitive radio (CR, Cognitive Radio) is the most promising technology that solves current frequency spectrum resource anxiety.Current frequency spectrum Distursement is fixed allocation, be that government is that specific user's specific transactions distributes fixing resource, as fixing frequency is all used in TV, broadcast, radar, navigation etc., some of them frequency is not to use always, neither use everywhere, so just have some time period and some geographical position, part frequency is used fully.Research shows, in the frequency spectrum of current fixed allocation, have in a large number and fully do not used, and this has caused the significant wastage of frequency spectrum resource.Cognitive radio is by cognitive radio spectrum environment, can find the vacant frequency range that these occur whenever and wherever possible, and at interfere with primary users (PU not, Primary User, the frequency user of former fixed allocation) these frequency ranges of dynamic access under prerequisite, thereby realization is seized every opportunity, the use of formula improves the availability of frequency spectrum.
In order to identify current radio environment, each rules tissue, such as the FCC (Federal Communications Commission) of the U.S., (English full name is Federal Communications Commission, English referred to as FCC), (English full name is European Conference of Postal and Telecommunications Administrations in the PTT committee in Europe, English referred to as CEPT) (English full name is Office of Communications with the office that communicates by letter of Britain, English referred to as OFCOM), (English full name is Database all to have formulated a database, English referred to as DB).For example, for television spectrum, in database, stored the use information of all television spectrums, the position that comprises television tower, the frequency range of use, the scope of covering etc., cognitive device can obtain the frequency spectrum situation of current location by Query Database, thereby uses Digital Television there is no the frequency spectrum using.
Database is except providing the service condition of frequency spectrum, each rules are organized and are also required cognitive device first will arrive database to register, only have by the equipment after authentication and could use white frequency spectrum resource, when the equipment that uses the primary user of this white frequency spectrum resource to occur or to take this white frequency spectrum resource is not used within a period of time,, database can initiatively be nullified equipment log-on message in database.The present invention mainly solves the registration of how to nullify equipment in database.
Summary of the invention
Method, Apparatus and system that embodiments of the invention provide a kind of equipment to nullify, database can be initiatively by equipment the registration in database nullify.
For achieving the above object, embodiments of the invention adopt following technical scheme:
First aspect, a kind of method that the embodiment of the present invention provides equipment to nullify, comprising:
Database sends to access point by frequency spectrum deexcitation message, and (English full name is AccessPoint, English referred to as AP), described frequency spectrum deexcitation message comprises: (English full name is User End to terminal equipment, English referred to as UE) sign, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described AP;
Receive the described frequency spectrum deexcitation response message that described AP sends, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
In the possible implementation of the first of described first aspect, described database sends to AP by frequency spectrum deexcitation message and comprises: described database directly sends to described AP by chain of command by described frequency spectrum deexcitation message.
In the possible implementation of the second of described first aspect, described frequency spectrum deexcitation message also comprises: the IP address of described AP;
Described database sends to AP by frequency spectrum deexcitation message and comprises: described database root, according to the IP address of described AP, sends to described AP by data surface by described frequency spectrum deexcitation message.
In conjunction with the possible implementation of the second of first aspect, in the third possible implementation, be, described method is applied in LTE system, described LTE system comprises: (English full name is evoloved NodeB to evolved base station, English referred to as eNodeB), (English full name is Serving gateway to Service Gateway, English referred to as Serving GW), (English full name is Packet Data Network Gateway to packet data gateway, English referred to as PDN GW), wherein said AP is described eNodeB.
Described database root is according to the IP address of described AP, by data surface, described frequency spectrum deexcitation message being sent to described AP comprises: described database root is according to the IP address of described eNodeB, described frequency spectrum deexcitation message is sent to described PDN GW, so that described PDN GW sends to described Serving GW according to the IP address of described eNodeB by described frequency spectrum deexcitation message, described Serving GW, after receiving described frequency spectrum deexcitation message, sends to described eNodeB by described frequency spectrum deexcitation message.
In conjunction with the possible implementation of the second of first aspect, the 4th kind of possible implementation, be, described method is applied in believable non-3 GPP system, and described believable non-3 GPP system comprises: credible AP, described PDN GW, wherein said AP is described credible AP.
Described database root is according to the IP address of described AP, by data surface, described frequency spectrum deexcitation message being sent to described AP comprises: described database root is according to the IP address of described credible AP, described frequency spectrum deexcitation message is sent to described PDN GW, so that described PDN GW sends to described credible AP according to the IP address of described credible AP by described frequency spectrum deexcitation message.
In conjunction with the possible implementation of the second of first aspect, the 5th kind of possible implementation, be, described method is applied in the non-3 GPP system of untrusted, the non-3 GPP system of described untrusted comprises: (English full name is evoloved Packet Data Gateway for untrusted AP, described PDN GW, evolution packet data gateway, English referred to as ePDG), wherein said AP is described untrusted AP.
Described database root is according to the IP address of described AP, by data surface, described frequency spectrum deexcitation message being sent to described AP comprises: described database root is according to the IP address of described untrusted AP, described frequency spectrum deexcitation message is sent to described PDN GW, so that described PDN GW sends to described ePDG according to the IP address of described untrusted AP by described frequency spectrum deexcitation message, described ePDG, after receiving described frequency spectrum deexcitation message, sends to described untrusted AP by described frequency spectrum deexcitation message.
In any possible implementation of first aspect and first aspect, when described equipment be designated the sign of described UE time so that described AP, after receiving described frequency spectrum deexcitation message, sends to described UE by described frequency spectrum deexcitation message;
The frequency spectrum deexcitation response message that the described AP of described reception sends comprises: receive the frequency spectrum deexcitation response message that comes from described UE that described AP sends.
Second aspect, a kind of method that the embodiment of the present invention provides equipment to nullify, comprising:
Access point AP receives the frequency spectrum deexcitation message that database sends, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described AP.
Frequency spectrum deexcitation response message is sent to described database, and described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
In the possible implementation of the first of described second aspect, described frequency spectrum deexcitation response message is sent to described database before, described method also comprises: generate described frequency spectrum deexcitation response message.
In the possible implementation of the second of described second aspect, when described equipment be designated the sign of UE time, after the frequency spectrum deexcitation message that described reception database sends, described method also comprises: described frequency spectrum deexcitation message is sent to described UE;
Described frequency spectrum deexcitation response message is sent to described database before, described method also comprises: receive the described frequency spectrum deexcitation response message that described UE sends.
In conjunction with second aspect, or the first of second aspect may, or in the possible implementation of the second of second aspect, the third possible implementation is that described frequency spectrum deexcitation response message also comprises: the IP address of described database;
Describedly frequency spectrum deexcitation response message is sent to described database comprise: described AP, according to the IP address of described database, sends to described database by data surface by described frequency spectrum deexcitation response message.
In conjunction with the third possible implementation of second aspect, the 4th kind of possible implementation be, described method is applied in LTE system, and described LTE system comprises: eNodeB, Serving GW, PDN GW, and wherein said AP is described eNodeB;
Described AP is according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message being sent to described database comprises: described eNodeB sends to described Serving GW by described frequency spectrum deexcitation response message, so that described Serving GW sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
The third possible implementation in conjunction with second aspect, the 5th kind of possible implementation is, described method is applied in believable non-3 GPP system, and described believable non-3 GPP system comprises: credible AP, described PDN GW, and wherein said AP is described credible AP;
Described AP is according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message being sent to described database comprises: described credible AP sends to described PDN GW by described frequency spectrum deexcitation response message, so that described PDN GW sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
The third possible implementation in conjunction with second aspect, the 6th kind of possible implementation is, described method is applied in the non-3 GPP system of untrusted, and the non-3 GPP system of described untrusted comprises: untrusted AP, described PDN GW, ePDG, and wherein said AP is described untrusted AP;
Described AP is according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message being sent to described database comprises: described untrusted AP sends to described ePDG by described frequency spectrum deexcitation response message, so that described ePDG sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In conjunction with the possible implementation of the first of second aspect or second aspect, the 7th kind of possible implementation be, describedly frequency spectrum deexcitation response message is sent to described database comprises: by chain of command, described frequency spectrum deexcitation response message is sent to described database.
In conjunction with the possible implementation of the second of second aspect, the 8th kind of possible implementation is, describedly described frequency spectrum deexcitation message is sent to described UE comprise: when described frequency spectrum deexcitation message is chain of command message, by described frequency spectrum deexcitation message transformation, be the form that described UE can identify, and the described frequency spectrum deexcitation message of the form that described UE can be identified send to described UE;
The described frequency spectrum deexcitation response message that the described UE of described reception sends, described frequency spectrum deexcitation response message is sent to described database to be comprised: receive the described frequency spectrum deexcitation response message that described UE sends, when described frequency spectrum deexcitation response message is chain of command message, described frequency spectrum deexcitation response message is converted into the form that described database can be identified, and the described frequency spectrum deexcitation response message of the form that described database can be identified sends to described database.
In conjunction with any in seven kinds of implementations of the third implementation to the of the possible implementation of the first of second aspect or second aspect, the 9th kind of possible implementation be, when described equipment be designated the sign of described UE time, described method also comprises:
To described UE, send a notification message, described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and is communicated with described AP.
In conjunction with any in seven kinds of implementations of the third implementation to the of the possible implementation of the first of second aspect or second aspect, the tenth kind of possible implementation be, when described equipment be designated the sign of described AP time, described method also comprises:
The all described UE of the frequency spectrum resource of the described deexcitation of use under controlling to AP sends a notification message, and described notification message is indicated described UE to stop on described frequency spectrum resource and communicated with described AP.
In conjunction with any in six kinds of implementations of the second implementation to the of second aspect, the 11 kind of possible implementation is, when described UE is from when net, described method also comprises: the step in described AP participation the execution described UE detachment process relevant to described AP; Or
When described UE deexcitation partial frequency spectrum resource, described method also comprises: receive the notification message that described UE sends, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
The third aspect, a kind of method that the embodiment of the present invention provides equipment to nullify, comprising:
UE receives the frequency spectrum deexcitation message that AP sends, and described frequency spectrum deexcitation message comprises: the sign of described UE, the reason of deexcitation, the frequency spectrum resource of deexcitation; Wherein, the described frequency spectrum deexcitation message that described AP sends to described UE comes from database, and the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used;
To described AP, send frequency spectrum deexcitation response message, described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation; So that described AP sends to described database by described frequency spectrum deexcitation response message.
In the possible implementation of the first of the third aspect, described frequency spectrum deexcitation response message also comprises: the IP address of described database; So that described AP, according to the IP address of described database, sends to described database by data surface by described frequency spectrum deexcitation response message.
In the possible implementation of the first of the third aspect and the third aspect, when described UE is from when net, described method also comprises: the step in participation the execution detachment process relevant to described UE; Or
When described UE deexcitation partial frequency spectrum resource, described method also comprises: to described AP, send a notification message, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
Fourth aspect, the embodiment of the present invention provides a kind of database, comprising:
Generation unit, for generating frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or AP;
Transmitting element, sends to access point AP for the described frequency spectrum deexcitation message that described generation unit is generated;
Receiving element, the described frequency spectrum deexcitation response message sending for receiving described AP, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
In the possible implementation of the first of fourth aspect, described transmitting element, specifically for directly sending to described AP by chain of command by described frequency spectrum deexcitation message.
In the possible implementation of the second of fourth aspect, the described frequency spectrum deexcitation response message that described generation unit generates also comprises: the IP address of described AP;
Described transmitting element, specifically for sending to described AP corresponding to described IP address by data surface by described frequency spectrum deexcitation message.
The 5th aspect, the embodiment of the present invention provides a kind of AP, comprising:
The first receiving element, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used;
The first transmitting element, sends to described UE for the described frequency spectrum deexcitation message that described the first receiving element is received;
The second receiving element, the frequency spectrum deexcitation response message sending for receiving described UE, described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation;
The second transmitting element, sends to described database for the described frequency spectrum deexcitation response message that described the second receiving element is received.
In the possible implementation of the first aspect the 5th,
Processing unit, in the situation that the described frequency spectrum deexcitation message that described the first receiving element receives is chain of command message, is the form that described UE can identify by described frequency spectrum deexcitation message transformation;
Described the first transmitting element, sends to described UE specifically for the described frequency spectrum deexcitation message of form that the described UE after described processing unit processes can be identified;
Described processing unit, is converted into by described frequency spectrum deexcitation response message the form that described database can be identified;
Described the second transmitting element, sends to described database specifically for the described frequency spectrum deexcitation response message of the form that the described database after described processing unit processes can be identified by chain of command.
In the possible implementation of the second aspect the 5th, the described frequency spectrum deexcitation response message that described the second receiving element receives also comprises: the IP address of described database;
Described the second transmitting element, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Aspect the 5th and in any possible implementation of the 5th aspect, described processing unit, also for when described UE is from when net, the step in participation the execution described UE detachment process relevant to described AP; Or
Described processing unit, also for when the described UE deexcitation partial frequency spectrum resource, receives the notification message that described UE sends, and described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
The 6th aspect, the embodiment of the present invention provides another kind of AP, comprising:
Receiving element, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described AP;
Generation unit, for the described frequency spectrum deexcitation message generation frequency spectrum deexcitation response message receiving according to receiving element, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation;
Transmitting element, sends to described database for the described frequency spectrum deexcitation response message that described generation unit is generated.
In the possible implementation of the first aspect the 6th, the described frequency spectrum deexcitation response message that described generation unit generates also comprises: the IP address of described database;
Described transmitting element, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
In the possible implementation of the second aspect the 6th, described transmitting element, specifically for sending to described database by chain of command by described frequency spectrum deexcitation response message.
Aspect the 6th or in the first of the 6th aspect or the possible implementation of the second, the third possible implementation is, described generation unit, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiving element be designated the sign of described UE time, generate notification message, described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and is communicated with described AP;
Described transmitting element, also sends to described UE for the described notification message that described generation unit is generated.
Aspect the 6th or in the first of the 6th aspect or the possible implementation of the second, the 4th kind of possible implementation is, described generation unit, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiving element be designated the sign of described AP time, generate notification message, described notification message is indicated all described UE of the frequency spectrum resource of the described deexcitation of use under described AP control to stop on described frequency spectrum resource and is communicated with described AP.
Described transmitting element, sends to described UE for the described notification message that described generation unit is generated.
The 7th aspect, the embodiment of the present invention provides another kind of UE, comprising:
Receiving element, the frequency spectrum deexcitation message sending for receiving access point AP, described frequency spectrum deexcitation message comprises: the sign of described UE, the reason of deexcitation, the frequency spectrum resource of deexcitation; Wherein, the described frequency spectrum deexcitation message that described AP sends to described UE comes from database, and the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used;
Generation unit, for the described frequency spectrum deexcitation message receiving according to receiving element, generates frequency spectrum deexcitation response message, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation;
Transmitting element, sends to described AP for the described frequency spectrum deexcitation response message that described generation unit is generated; So that described AP sends to described database by described frequency spectrum deexcitation response message.
In the possible implementation of the first aspect the 7th, the described frequency spectrum deexcitation response message that described generation unit generates also comprises: the IP address of described database; So that described AP sends to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Aspect the 7th or in the possible implementation of the first of the 7th aspect, described UE also comprises: processing unit, for when described UE is during from net, the step in participation the execution detachment process relevant to described UE; Or
Described generation unit, also for when the described UE deexcitation partial frequency spectrum resource, generates notification message, and described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched;
Described transmitting element, also sends to described AP for the described notification message that described generation unit is generated.
Eight aspect, the system that the embodiment of the present invention provides a kind of equipment to nullify, comprising:
The database of any possibility of fourth aspect and fourth aspect implementation, the 5th aspect and the 5th aspect be the AP of possibility implementation arbitrarily, and the UE of the 7th aspect and the 7th aspect any possibility implementation.
The 9th aspect, the system that the embodiment of the present invention provides a kind of equipment to nullify, comprising:
Fourth aspect and fourth aspect be the database of possibility implementation arbitrarily, and the 6th aspect and the 6th aspect be the AP of possibility implementation arbitrarily, and UE.
Method, Apparatus and system that the embodiment of the present invention provides a kind of equipment to nullify, database sends the sign that comprises described UE or AP, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to described AP, and receive the sign that comprises described UE or AP that described AP sends, the frequency spectrum deexcitation response message of the information of the result of deexcitation.When the result of described deexcitation is designated as successfully, described UE or AP corresponding log-on message in database is canceled.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The schematic flow sheet of a kind of equipment cancellation method that Fig. 1 provides for the embodiment of the present invention;
The method schematic diagram one that in the LTE network that Fig. 2 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram two that in the LTE network that Fig. 3 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram three that in the LTE network that Fig. 4 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram four that in the LTE network that Fig. 5 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram one that in the credible WiFi network that Fig. 6 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram two that in the credible WiFi network that Fig. 7 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram three that in the credible WiFi network that Fig. 8 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram four that in the credible WiFi network that Fig. 9 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram one that in the untrusted WiFi network that Figure 10 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram two that in the untrusted WiFi network that Figure 11 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram three that in the untrusted WiFi network that Figure 12 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
The method schematic diagram four that in the untrusted WiFi network that Figure 13 provides for the embodiment of the present invention, database initiatively carries out equipment cancellation;
Figure 14 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and AP acts on behalf of the schematic flow sheet of the method that UE or AP self respond;
Figure 15 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the eNodeB in LTE network acts on behalf of the method schematic diagram one that UE or eNodeB self respond;
Figure 16 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the eNodeB in LTE network acts on behalf of the method schematic diagram two that UE or eNodeB self respond;
Figure 17 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the eNodeB in LTE network acts on behalf of the method schematic diagram three that UE or eNodeB self respond;
Figure 18 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the eNodeB in LTE network acts on behalf of the method schematic diagram four that UE or eNodeB self respond;
Figure 19 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the credible AP in credible WiFi network acts on behalf of the method schematic diagram one that UE or credible AP respond self;
Figure 20 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the credible AP in credible WiFi network acts on behalf of the method schematic diagram two that UE or credible AP respond self;
Figure 21 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the credible AP in credible WiFi network acts on behalf of the method schematic diagram three that UE or credible AP respond self;
Figure 22 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the credible AP in credible WiFi network acts on behalf of the method schematic diagram four that UE or credible AP respond self;
Figure 23 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the untrusted AP in untrusted WiFi network acts on behalf of the method schematic diagram one that UE or untrusted AP respond self;
Figure 24 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the untrusted AP in untrusted WiFi network acts on behalf of the method schematic diagram two that UE or untrusted AP respond self;
Figure 25 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the untrusted AP in untrusted WiFi network acts on behalf of the method schematic diagram three that UE or untrusted AP respond self;
Figure 26 initiatively carries out equipment cancellation for the database that the embodiment of the present invention provides, and the untrusted AP in untrusted WiFi network acts on behalf of the method schematic diagram four that UE or untrusted AP respond self;
The structural representation of the database that Figure 27 provides for the embodiment of the present invention;
The structural representation one of the AP that Figure 28 provides for the embodiment of the present invention;
The structural representation two of the AP that Figure 29 provides for the embodiment of the present invention;
The structural representation of another AP that Figure 30 provides for the embodiment of the present invention;
The structural representation one of the UE that Figure 31 provides for the embodiment of the present invention;
The structural representation two of the UE that Figure 32 provides for the embodiment of the present invention;
The structural representation of the database that Figure 33 provides for another embodiment of the present invention;
The structural representation one of the AP that Figure 34 provides for another embodiment of the present invention;
The structural representation two of the AP that Figure 35 provides for another embodiment of the present invention;
The structural representation of another AP that Figure 36 provides for another embodiment of the present invention;
The structural representation of the UE that Figure 37 provides for another embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
The system that the embodiment of the present invention provides a kind of equipment to nullify, comprising: UE, AP and database.
The system that the kind equipment providing for above-described embodiment is nullified, a kind of method that the embodiment of the present invention provides equipment to nullify, as shown in Figure 1, comprising:
S10, database send to AP by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of UE, and the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the sign of described UE can be the sequence number of described UE; The reason of described deexcitation can be registered for described UE all or part of primary user's appearance of this part frequency spectrum resource of be authorized to use in database, or all or part of use in this part frequency spectrum resource of described UE use etc.; The frequency spectrum resource of described deexcitation is all or part of of described frequency spectrum resource that described database forbids that described UE is used.
Further, described frequency spectrum deexcitation message also comprises the IP address of described AP.
S11, described AP receive after described frequency spectrum deexcitation message, and described frequency spectrum deexcitation message is sent to described UE.
S12, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described AP, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
Further, described frequency spectrum deexcitation response message also comprises the IP address of described database.
S13, described AP send to described database by described frequency spectrum deexcitation response message.
The system that the equipment that the embodiment of the present invention provides is nullified, on the one hand, optional, as shown in Figures 2 to 5, when described AP belongs to LTE network, described AP is eNodeB, described UE is the UE in this LTE network.In this case, the system that this equipment is nullified can also comprise: (English full name is Mobility Management Entity to mobile management entity, English referred to as MME), Serving GW, PDN GW, (English full name is Policyand Charging Rules Function to "Policy and Charging Rules Function, English referred to as PCRF) and home subscriber server (English full name is Home Subscriber Server, English referred to as HSS).Wherein, described MME, Serving GW, PDN GW, PCRF, HSS are the equipment in described LTE network, and are all the part in existing LTE network, are all prior art, therefore, do not do in embodiments of the present invention too much description.
For the system shown in Fig. 2 to Fig. 5, below by different examples, describe respectively the method that equipment is nullified.
As shown in Figure 2, the method that the equipment that example 1 provides is nullified comprises the following steps:
S101, database directly send to eNodeB by frequency spectrum deexcitation message by chain of command, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the sign of described UE can be the sequence number of described UE; The reason of described deexcitation can be authorized to for described UE all or part of primary user's appearance of this part frequency spectrum resource of use at database registration, or all or part of use in this part frequency spectrum resource of described UE use etc.; The frequency spectrum resource of described deexcitation is all or part of of described frequency spectrum resource that described database forbids that described UE is used.
S102, described eNodeB receive described frequency spectrum deexcitation message, when described frequency spectrum deexcitation message is chain of command message, described eNodeB is the form that described UE can identify by described frequency spectrum deexcitation message transformation, and the described frequency spectrum deexcitation message of the form that described UE can be identified sends to described UE.
S103, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described eNodeB, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
S104, described eNodeB receive the described frequency spectrum deexcitation response message that described UE sends, described eNodeB is converted into by described frequency spectrum deexcitation response message the form that described database can be identified, and the described frequency spectrum deexcitation response message of the form that described database can be identified by chain of command sends to described database.
As shown in Figure 3, the method that the equipment that example 2 provides is nullified comprises the following steps:
S201, database send to eNodeB by data surface by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the IP address of described eNodeB; Wherein, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the IP address of described eNodeB be described eNodeB when to described database registration, described database obtains.
Optionally, described database root is according to the IP address of described eNodeB, described frequency spectrum deexcitation message is sent to described PDN GW, described PDN GW is after receiving described frequency spectrum deexcitation message, according to the IP address of described eNodeB, described frequency spectrum deexcitation message is sent to described Serving GW, described Serving GW, after receiving described frequency spectrum deexcitation message, sends to described eNodeB by described frequency spectrum deexcitation message.
S202, described eNodeB receive described frequency spectrum deexcitation message, when described frequency spectrum deexcitation message is data surface message, described frequency spectrum deexcitation message are directly sent to described UE.
S203, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described eNodeB; Described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation, the IP address of described database.
Wherein, the configuration mode of the IP address of described database can be: directly the IP address of database is set in UE or eNodeB; Or eNodeB is set to the domain names of database in UE or eNodeB, thereby UE or eNodeB carry out to the domain names of described database the IP address that domain name mapping obtains described database.
S204, described eNodeB receive the described frequency spectrum deexcitation response message that described UE sends, and according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message are sent to described database.
Optionally, described eNodeB sends to described Serving GW by described frequency spectrum deexcitation response message, described Serving GW sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In this example, described frequency spectrum deexcitation message sends to described database successively after described eNodeB, described Serving GW, described PDN GW transparent transmission.Equally, described frequency spectrum deexcitation response message sends to described UE after described PDN GW, described Serving GW, described eNodeB transparent transmission.
It should be noted that, when database sends after frequency spectrum deexcitation message to AP by chain of command, AP can pass through chain of command, also can to described database, send frequency spectrum deexcitation response message by data surface; Equally, send after frequency spectrum deexcitation message when database by data surface to AP, AP can by chain of command also, can send frequency spectrum deexcitation response message to described database by data surface.In all embodiment of the present invention with database and AP all by data surface or all send frequency spectrum deexcitation message/frequency spectrum deexcitation response message by chain of command and illustrate, be not limited in actual applications this.
As shown in Figure 4, when the frequency spectrum resource of deexcitation be described UE use whole frequency spectrum resource time, described UE is from net, the method that the equipment that example 3 provides is nullified comprises, described UE carries out attachment removal triggering.This example 3 can comprise: above-mentioned example 1 or example 2, and on the basis of example 1 or example 2, after whole frequency spectrum resources of described UE in described database are deactivated, can also comprise: the detachment process that described UE initiates.
This detachment process can specifically comprise following process:
1. described in, UE sends detach request (Detach Request) message to described eNodeB, and described eNodeB forwards described Detach Request message to described MME.
2. described in, MME receives after described Detach Request message, to described Serving GW, sends and deletes session request (Delete Session Request) message.
3. described in, Serving GW, after receiving described Delete Session Request message, sends to described PDN GW by described Delete Session Request message.
4. described in, PDN GW receives after described Delete Session Request message, adopt strategy and charge execution function (English full name is Policy and Charging Enforcement Function, English referred to as PCEF) to initiate connective access session termination (IP-CAN Session Termination) message to described PCRF.
5. described in, PDN GW sends and deletes conversational response (Delete Session Response) message to described Serving GW.
6. described in, Serving GW, after receiving described Delete Session Response message, sends to described MME by described Delete Session Response message.
7. described in, MME, after receiving described Delete Session Response, sends attachment removal to described eNodeB and accepts (Detach Accept) message; Described eNodeB forwards described Detach Accept message to described UE.
8,, when described eNodeB detects the signaling connection that need to discharge described UE, also carry out the signaling Connection Release process of described UE.
It should be noted that, above-mentioned detachment process and signaling Connection Release process are all the standard of existing 3GPP herein, at this, mention the only equipment cancellation method for more fully illustrating that the embodiment of the present invention provides.
As shown in Figure 5, when the frequency spectrum resource of deexcitation is the partial frequency spectrum resource of described UE use, the method that the equipment that example 4 provides is nullified comprises above-mentioned example 1 or example 2, and on the basis of example 1 or example 2, be after the partial frequency spectrum resource of described UE in described database is deactivated, can also comprise: described UE sends a notification message to described eNodeB, described notification message is indicated described eNodeB to stop on the frequency spectrum resource of described cancel register described UE is dispatched.
A kind of method that the embodiment of the present invention provides equipment to nullify, database sends the sign that comprises described UE, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to the eNodeB of LTE network, by described eNodeB, described frequency spectrum deexcitation message is sent to described UE, described UE generates the sign that comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described eNodeB, by described eNodeB, described frequency spectrum deexcitation response message is sent to database.When the result of described deexcitation is designated as successfully, described UE corresponding log-on message in database is canceled.
The system that the equipment that the embodiment of the present invention provides is nullified, on the other hand, optionally, as shown in Figures 6 to 9, when described AP belongs to credible WiFi network, described AP can be credible AP, , access point in credible WiFi network, described UE is the UE in this credible WiFi network, in this case, the system that this equipment is nullified can also comprise: PDN GW, authentication, (English full name is Authentication for mandate and charging, Authorization and Accounting, English referred to as AAA) agency (Proxy), (English full name is visited Policy and Charging Rules Function to access "Policy and Charging Rules Function, English referred to as vPCRF), (English full name is home Policy and Charging Rules Function for local policy and charging rule functions, English referred to as hPCRF), and HSS/AAA.Wherein, PDN GW, AAA Proxy, vPCRF, hPCRF, HSS/AAA are the equipment in WiFi network, and are all the part in existing WiFi network, are all prior art, therefore, do not do in embodiments of the present invention too much description.
It should be noted that, this sentences credible WiFi network and describes, but the embodiment of the present invention is not limited to credible WiFi network, can be also other believable non-3GPP networks.
For the system shown in Fig. 6 to Fig. 9, below by different examples, describe respectively the method that equipment is nullified.
As shown in Figure 6, the method that the equipment that example 5 provides is nullified comprises the following steps:
S301, database send to credible AP by chain of command by frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the sign of described UE can be the sequence number of described UE; The reason of described deexcitation can be registered for described UE all or part of primary user's appearance of this part frequency spectrum resource of be authorized to use in database, or all or part of use in this part frequency spectrum resource of described UE use etc.; The frequency spectrum resource of described deexcitation is that described database is forbidden all or part of of described frequency spectrum resource that described UE is used.
S302, described credible AP receive described frequency spectrum deexcitation message, when described frequency spectrum deexcitation message is chain of command message, described credible AP is the form that described UE can identify by described frequency spectrum deexcitation message transformation, and the described frequency spectrum deexcitation message of the form that described UE can be identified sends to described UE.
S303, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described credible AP, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
S304, described credible AP receive the described frequency spectrum deexcitation response message that described UE sends, described frequency spectrum deexcitation response message is converted into the form that described database can be identified, and the described frequency spectrum deexcitation response message of the form that described database can be identified by chain of command sends to described database.
As shown in Figure 7, the method that the equipment that example 6 provides is nullified comprises the following steps:
S401, database send to credible AP by data surface by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the IP address of described credible AP; Wherein, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the IP address of described credible AP be described credible AP when to described database registration, described database obtains.
Optionally, described database root is according to the IP address of described credible AP, described frequency spectrum deexcitation message is sent to described PDN GW, and described PDN GW, after receiving described frequency spectrum deexcitation message, sends to described credible AP according to the IP address of described credible AP by described frequency spectrum deexcitation message.
S402, described credible AP receive described frequency spectrum deexcitation message, when described frequency spectrum deexcitation message is data surface message, described frequency spectrum deexcitation message are directly sent to described UE.
S403, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described credible AP; Described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation, the IP address of described database.
Wherein, the configuration mode of the IP address of described database can be: directly the IP address of database is set in UE or credible AP; Or credible AP is set to the domain names of database in UE or credible AP, thereby UE or credible AP carry out to the domain names of described database the IP address that domain name mapping obtains described database.
S404, described credible AP receive the described frequency spectrum deexcitation response message that described UE sends, and according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message are sent to described database.
Optionally, described credible AP sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In this example, described frequency spectrum deexcitation message sends to described database successively after described credible AP, described PDN GW transparent transmission.Equally, described frequency spectrum deexcitation response message sends to described UE after described PDN GW, described credible AP transparent transmission.
As shown in Figure 8, when the frequency spectrum resource of deexcitation be described UE use whole frequency spectrum resource time, described UE is from net,, the method that the equipment that example 7 provides is nullified comprises, described UE carries out attachment removal triggering.This example 7 can comprise: above-mentioned example 5 or example 6, and on the basis of example 5 or example 6, be, after whole frequency spectrum resources of described UE in described database are deactivated, can also comprise: described UE carries out attachment removal triggering or described credible AP carries out attachment removal triggering.
The process of this attachment removal can specifically comprise following process:
1. described in, UE or described credible AP carry out attachment removal triggering.
2. described in, credible AP initiates gateway control process process ends (Gateway Control Session Termination Procedure) to PCRF.
3. described in, credible AP sends agent binding update (Proxy binding Update) to described PDN GW, and wherein, life cycle, (lifetime) was set to 0, thereby makes the binding relationship of described PDNGW cancellation and described UE.
4. described in PDN GW handle with disconnect this message informing being connected of UE and give described HSS/AAA.
5, described PDN GW deletes the IP-CAN procedure termination flow process between the IP connected reference network associated with described UE (English full name is IP-Connectivity Access Network, English referred to as IP-CAN) process execution and hPCRF.
6, described PDN GW sends agent binding to described credible AP and replys (Proxy Binding Ack).
It should be noted that herein, for described UE, carry out attachment removal triggering or described credible AP when carrying out attachment removal and triggering, described credible AP can know that described UE carries out district and adheres to and trigger or described UE can know that described UE carries out district and adheres to triggering.
Afterwards, carry out concrete interface-free resources dispose procedure.
It should be noted that, above-mentioned detachment process and resource dispose procedure are all prior art herein, at this, mention the only equipment cancellation method for more fully illustrating that the embodiment of the present invention provides.
As shown in Figure 9, when the frequency spectrum resource of deexcitation is the partial frequency spectrum resource of described UE use, the method that the equipment that example 8 provides is nullified comprises above-mentioned example 5 or example 6, and on the basis of example 5 or example 6, be after the partial frequency spectrum resource of described UE in described database is deactivated, can also comprise: described UE sends a notification message to described credible AP, the described credible AP of described notification message indication stops on the frequency spectrum resource of described cancel register described UE is dispatched.
A kind of method that the embodiment of the present invention provides equipment to nullify, database sends the sign that comprises described UE, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to the credible AP of credible WiFi network, by described credible AP, described frequency spectrum deexcitation message is sent to described UE, described UE generates the sign that comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described credible AP, by described credible AP, described frequency spectrum deexcitation response message is sent to database.When the result of described deexcitation is designated as successfully, described UE corresponding log-on message in database is canceled.
The system that the equipment that the embodiment of the present invention provides is nullified, again on the one hand, optionally, as shown in Figure 10 to Figure 13, when described AP belongs to untrusted WiFi network, described AP can be untrusted AP, it is the access point in untrusted WiFi network, described UE is the UE in described untrusted WiFi network, and in this case, the system that this equipment is nullified can also comprise: ePDG, PDN GW, AAA Proxy, vPCRF, hPCRF and HSS/AAA.Wherein, ePDG, PDN GW, AAA Proxy, vPCRF, hPCRF, HSS/AAA are the equipment in WiFi network, and are all the part in existing WiFi network, are all prior art, therefore, do not do in embodiments of the present invention too much description.
It should be noted that, this sentences untrusted WiFi network and describes, but the embodiment of the present invention is not limited to WiFi network, can be also the non-3GPP network of other untrusteds.In addition,, in WiFi UNE, described untrusted AP and described ePDG may be positioned in the middle of same access point entity, at this, do not limit.
For the system shown in Figure 10 to 13, below by different examples, describe respectively the method that equipment is nullified.
As shown in figure 10, the method that the equipment that example 9 provides is nullified comprises the following steps:
S501, database send to untrusted AP by frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the sign of described UE can be the sequence number of described UE; The reason of described deexcitation can be registered for described UE all or part of primary user's appearance of this part frequency spectrum resource of be authorized to use in database, or all or part of use in this part frequency spectrum resource of described UE use etc.; The frequency spectrum resource of described deexcitation is all or part of of described frequency spectrum resource that described database forbids that described UE is used.
S502, described untrusted AP receive described frequency spectrum deexcitation message, when described frequency spectrum deexcitation message is chain of command message, described untrusted AP is the form that described UE can identify by described frequency spectrum deexcitation message transformation, and the described frequency spectrum deexcitation message of the form that described UE can be identified sends to described UE.
S503, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described untrusted AP, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
S504, described untrusted AP receive the described frequency spectrum deexcitation response message that described UE sends, described untrusted AP is converted into by described frequency spectrum deexcitation response message the form that described database can be identified, and the described frequency spectrum deexcitation response message of the form that described database can be identified by chain of command sends to described database.
As shown in figure 11, the method that the equipment that example 10 provides is nullified comprises the following steps:
S601, database send to untrusted AP by data surface by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the IP address of described untrusted AP; Wherein, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Wherein, the IP address of described untrusted AP be described untrusted AP when to described database registration, described database obtains.
Optionally, described database root is according to the IP address of described untrusted AP, described frequency spectrum deexcitation message is sent to described PDN GW, described PDN GW is after receiving described frequency spectrum deexcitation message, according to the IP address of described untrusted AP, described frequency spectrum deexcitation message is sent to described ePDG, described ePDG, after receiving described frequency spectrum deexcitation message, sends to described credible AP by described frequency spectrum deexcitation message.
S602, described untrusted AP receive described frequency spectrum deexcitation message, when described frequency spectrum deexcitation message is data surface message, described frequency spectrum deexcitation message are directly sent to described UE.
S603, described UE, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described untrusted AP; Described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation, the IP address of described database.
Wherein, the configuration mode of the IP address of described database can be: directly the IP address of database is set in UE or untrusted AP; Or untrusted AP is set to the domain names of database in UE or untrusted AP, thereby UE or untrusted AP carry out to the domain names of described database the IP address that domain name mapping obtains described database.
S604, described untrusted AP receive the described frequency spectrum deexcitation response message that described UE sends, and according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message are sent to described database.
Optionally, described untrusted AP sends to described ePDG by described frequency spectrum deexcitation response message, described ePDG is after receiving described frequency spectrum deexcitation response message, described frequency spectrum deexcitation response message is sent to described PDN GW, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In this example, described frequency spectrum deexcitation message sends to described database successively after described untrusted AP, described ePDG, described PDN GW transparent transmission.Equally, described frequency spectrum deexcitation response message sends to described UE after described PDN GW, described ePDG, described untrusted AP transparent transmission.
As shown in figure 12, when the frequency spectrum resource of deexcitation be described UE use whole frequency spectrum resource time, described UE is from net,, the method that the equipment that example 11 provides is nullified comprises, described UE carries out attachment removal triggering.This example 7 can comprise: above-mentioned example 9 or example 10, and on the basis of example 9 or example 10, be, after whole frequency spectrum resources of described UE in described database are deactivated, can also comprise: described UE carries out attachment removal triggering, or described ePDG to carry out attachment removal triggering.
The process of this attachment removal can specifically comprise following process:
1. described in, UE or described ePDG trigger internet key exchange version 2 (English full name is Internet Key Exchange version2, English referred to as IKEv2) pipeline release.
2. described in, ePDG sends described Proxy binding Update to described PDN GW, and wherein, lifetime is set to 0.
3. described in PDN GW handle with disconnect this message informing being connected of UE and give described HSS/AAA.
4. described in, PDN GW deletes the IP CAN procedure termination stream between the IP CAN process associated with described UE execution and hPCRF
5. described in, PDN GW sends described Proxy Binding Ack to described ePDG.
It should be noted that herein, for described UE, carry out attachment removal triggering or described ePDG when carrying out attachment removal and triggering, described credible ePDG can know that described UE carries out district and adheres to and trigger or described UE can know that described ePDG carries out district and adheres to triggering.
Afterwards, can carry out concrete interface-free resources dispose procedure.
It should be noted that, above-mentioned detachment process and resource dispose procedure are all prior art herein, at this, mention the only equipment cancellation method for more fully illustrating that the embodiment of the present invention provides.
As shown in figure 13, when the frequency spectrum resource of deexcitation is the partial frequency spectrum resource of described UE use, the method that the equipment that example 12 provides is nullified comprises above-mentioned example 9 or example 10, and on the basis of example 9 or example 10, be after the partial frequency spectrum resource of described UE in described database is deactivated, can also comprise: described UE sends a notification message to described untrusted AP, described notification message is indicated described untrusted AP to stop on the frequency spectrum resource of described cancel register described UE is dispatched.
A kind of method that the embodiment of the present invention provides equipment to nullify, database sends the sign that comprises described UE, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to the untrusted AP of untrusted WiFi network, by described untrusted AP, described frequency spectrum deexcitation message is sent to described UE, described UE generates the sign that comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described untrusted AP, by described untrusted AP, described frequency spectrum deexcitation response message is sent to database.When the result of described deexcitation is designated as successfully, described UE corresponding log-on message in database is canceled.
The system that another embodiment of the present invention provides a kind of equipment to nullify, comprising: AP and database.In addition, this system also comprises the UE under AP control.
The system that a kind of equipment providing for above-described embodiment is nullified, a kind of method that the embodiment of the present invention provides equipment to nullify, described AP can act on behalf of UE the deexcitation message of database initiation is responded; Or during the sign that comprises described AP self in the frequency spectrum deexcitation message that described AP receives, respond.
As shown in figure 14, the method comprises:
S20, database send to described AP by frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described AP.
Wherein, the sign of described equipment can be the sign of described UE; The reason of described deexcitation can be registered for described UE all or part of primary user's appearance of this part frequency spectrum resource of be authorized to use in database, or all or part of use in this part frequency spectrum resource of described UE use etc.; The frequency spectrum resource of described deexcitation be described frequency spectrum resource that described database forbids that described UE is used all or part of.
The sign of described equipment can be the sign of described AP; The reason of described deexcitation can occur for the primary user that described AP register the frequency spectrum resource that uses of be authorized in database, or described database manages the frequency spectrum resource temporarily described AP being used and forbids etc. temporarily; The frequency spectrum resource of described deexcitation is the described frequency spectrum resource that described database forbids that described AP is used.
Further, described frequency spectrum deexcitation message can also comprise the IP address of described AP.
S21, described AP, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database, and described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
The equipment carrying in described frequency spectrum deexcitation message be designated the sign of described UE time, corresponding, the sign of the described equipment that the frequency spectrum deexcitation response message that described AP generates comprises is the sign of described UE.
The equipment carrying in described frequency spectrum deexcitation message be designated the sign of described AP time, corresponding, the sign of the described equipment that the frequency spectrum deexcitation response message that described AP generates comprises is the sign of described AP.
Further, described frequency spectrum deexcitation response message can also comprise the IP address of described database.
The system that the equipment that the embodiment of the present invention provides is nullified, on the one hand, optional, as shown in FIG. 15 to 18, when described AP belongs to LTE network, described AP is eNodeB, described UE is the UE in described LTE network of network.In this case, the system that this equipment is nullified can also comprise: MME, Serving GW, PDN GW, PCRF and HSS.Wherein, described MME, Serving GW, PDN GW, PCRF, HSS are the equipment in described LTE network, and are all the part in existing LTE network, are all prior art, therefore, do not do in embodiments of the present invention too much description.
For the system shown in Figure 15 to Figure 18, below by different examples, describe respectively the method that equipment is nullified.
As shown in figure 15, the method that the equipment that example 13 provides is nullified comprises the following steps:
S701, database directly send to eNodeB by frequency spectrum deexcitation message by chain of command, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described eNodeB.
S702, described eNodeB, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database by chain of command, and described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
As shown in figure 16, the method that the equipment that example 14 provides is nullified comprises the following steps:
S801, database send to eNodeB by data surface by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the IP address of described eNodeB; Wherein, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used, and described equipment is UE or described eNodeB.
Wherein, the IP address of described eNodeB be described eNodeB when to described database registration, described database obtains.
Optionally, described database root is according to the IP address of described eNodeB, described frequency spectrum deexcitation message is sent to described PDN GW, described PDN GW is after receiving described frequency spectrum deexcitation message, according to the IP address of described eNodeB, described frequency spectrum deexcitation message is sent to described Serving GW, described Serving GW, after receiving described frequency spectrum deexcitation message, sends to described eNodeB by described frequency spectrum deexcitation message.
S802, described eNodeB, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database by data surface; Described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation, the IP address of described database.
Wherein, the configuration mode of the IP address of described database can be: directly the IP address of database is set in eNodeB; Thereby or eNodeB carries out to the domain names of described database the IP address that domain name mapping obtains described database.
Optionally, described eNodeB sends to described Serving GW by described frequency spectrum deexcitation response message, described Serving GW sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In this example, described frequency spectrum deexcitation message sends to described eNodeB successively after described Serving GW, described PDN GW transparent transmission.Equally, described frequency spectrum deexcitation response message sends to described eNodeB after described PDN GW, described Serving GW transparent transmission.
Optionally, for above-mentioned S701 and S801, the described equipment carrying in the described frequency spectrum deexcitation message from database that described eNodeB receives be designated the sign of UE time, the sign of the equipment that the described frequency spectrum deexcitation response message that accordingly, described eNodeB generates comprises is the sign of described UE.
Further, as shown in figure 17, when the result of described deexcitation is successfully time, described eNodeB sends a notification message to described UE, and described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and communicated with described eNodeB.
Optionally, for above-mentioned S701 and S801, the described equipment carrying in the described frequency spectrum deexcitation message from database that described eNodeB receives be designated the sign of eNodeB time, the sign of the equipment that the described frequency spectrum deexcitation response message that accordingly, described eNodeB generates comprises is the sign of described eNodeB.
Further, as shown in figure 18, when the result of described deexcitation is successfully time, the all described UE of the frequency spectrum resource of the described deexcitation of use under described eNodeB controls to it sends a notification message, and described notification message is indicated all UE to stop on described frequency spectrum resource and communicated with described eNodeB.
A kind of method that the embodiment of the present invention provides equipment to nullify, database sends the sign that comprises described UE or eNodeB, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to the eNodeB of LTE network, described eNodeB generates the sign that comprises described UE or eNodeB, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database.Wherein, in described frequency spectrum deexcitation message, carry for the sign of UE time, described eNodeB acts on behalf of UE and responds to described database.When the result of described deexcitation is designated as successfully, described UE or eNodeB corresponding log-on message in database is canceled.
The system that the equipment that the embodiment of the present invention provides is nullified, on the one hand, optional, as shown in Figure 19 to Figure 22, when described AP belongs to credible WiFi network, described AP is credible AP.In this case, the system that this equipment is nullified can also comprise: PDN GW, AAAProxy, vPCRF, hPCRF and HSS/AAA.Wherein, PDN GW, AAA Proxy, vPCRF, hPCRF, HSS/AAA are the equipment in WiFi network, and are all the part in existing WiFi network, are all prior art, therefore, do not do in embodiments of the present invention too much description.It should be noted that, this sentences credible WiFi network and describes, but the embodiment of the present invention is not limited to credible WiFi network, can be also other non-3GPP networks.
For the system shown in Figure 19 to 22, below by different examples, describe respectively the method that equipment is nullified.
As shown in figure 19, the method that the equipment that example 15 provides is nullified comprises the following steps:
S901, database directly send to credible AP by frequency spectrum deexcitation message by chain of command, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described credible AP.
S902, described credible AP, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database by chain of command, and described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
As shown in figure 20, the method that the equipment that example 16 provides is nullified comprises the following steps:
S1001, database send to credible AP by data surface by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the IP address of described credible AP; Wherein, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used, and described equipment is UE or described credible AP.
Wherein, the IP address of described credible AP be described credible AP when to described database registration, described database obtains.
Optionally, described database root is according to the IP address of described credible AP, described frequency spectrum deexcitation message is sent to described PDN GW, and described PDN GW, after receiving described frequency spectrum deexcitation message, sends described credible AP according to the IP address of described credible AP by described frequency spectrum deexcitation message.
S1002, described credible AP, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database by data surface; Described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation, the IP address of described database.
Wherein, the configuration mode of the IP address of described database can be: directly the IP address of database is set in credible AP; Thereby or credible AP carries out to the domain names of described database the IP address that domain name mapping obtains described database.
Optionally, described credible AP sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In this example, described frequency spectrum deexcitation message sends to described database after described PDN GW transparent transmission.Equally, described frequency spectrum deexcitation response message sends to described credible AP after described PDN GW transparent transmission.
Optionally, for above-mentioned S901 and S1001, the described equipment carrying in the described frequency spectrum deexcitation message from database that described credible AP receives be designated the sign of UE time, the sign of the equipment that the described frequency spectrum deexcitation response message that accordingly, described credible AP generates comprises is the sign of described UE.
Further, as shown in figure 21, when the result of described deexcitation is successfully time, described credible AP sends a notification message to described UE, and described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and communicated with described credible AP.
Optionally, for above-mentioned S901 and S1001, the described equipment carrying in the described frequency spectrum deexcitation message from database that described credible AP receives be designated the sign of credible AP time, the sign of the equipment that the described frequency spectrum deexcitation response message that accordingly, described credible AP generates comprises is the sign of described credible AP.
Further, as shown in figure 22, when the result of described deexcitation is successfully time, described credible AP sends a notification message to described UE, and described notification message is indicated all described UE of the frequency spectrum resource of the described deexcitation of use under its control to stop on described frequency spectrum resource and communicated with described credible AP.
A kind of method that the embodiment of the present invention provides equipment to nullify, database sends the sign that comprises described UE or credible AP, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to the credible AP of credible 3GPP network, described credible AP generates the sign that comprises described UE or credible AP, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database.Wherein, in described frequency spectrum deexcitation message, carry for the sign of UE time, described credible AP acts on behalf of UE and responds to described database.When the result of described deexcitation is designated as successfully, described UE or credible AP corresponding log-on message in database is canceled.
The system that the equipment that the embodiment of the present invention provides is nullified, on the one hand, optional, as shown in Figure 23 to Figure 26, when described AP belongs to untrusted WiFi network, described AP is untrusted AP.In this case, the system that this equipment is nullified can also comprise: ePDG, PDN GW, AAA Proxy, vPCRF, hPCRF and HSS/AAA.Wherein, ePDG, PDN GW, AAA Proxy, vPCRF, hPCRF, HSS/AAA are the equipment in WiFi network, and are all the part in existing WiFi network, are all prior art, therefore, do not do in embodiments of the present invention too much description.It should be noted that, this sentences untrusted WiFi network and describes, but the embodiment of the present invention is not limited to untrusted WiFi network, can be also other non-3GPP networks.
For the system shown in Figure 23 to 26, below by different examples, describe respectively the method that equipment is nullified.
As shown in figure 23, the method that the equipment that example 17 provides is nullified comprises the following steps:
S1101, database directly send to untrusted AP by frequency spectrum deexcitation message by chain of command, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described untrusted AP.
S1102, described untrusted AP, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database by chain of command, and described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.Wherein, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
As shown in figure 24, the method that the equipment that example 18 provides is nullified comprises the following steps:
S1201, database send to untrusted AP by data surface by frequency spectrum deexcitation message, and described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the IP address of described untrusted AP; Wherein, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used, and described equipment is UE or described untrusted AP.
Wherein, the IP address of described untrusted AP be described untrusted AP when to described database registration, described database obtains.
Optionally, described database root is according to the IP address of described untrusted AP, described frequency spectrum deexcitation message is sent to described PDN GW, described PDN GW is after receiving described frequency spectrum deexcitation message, according to the IP address of described untrusted AP, described frequency spectrum deexcitation message is sent to described ePDG, described ePDG, after receiving described frequency spectrum deexcitation message, sends to described credible AP by described frequency spectrum deexcitation message.
S1202, described untrusted AP, after receiving described frequency spectrum deexcitation message, generate frequency spectrum deexcitation response message, and send to described database by data surface; Described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation, the IP address of described database.
Wherein, the configuration mode of the IP address of described database can be: directly the IP address of database is set in untrusted AP; Thereby or untrusted AP carries out to the domain names of described database the IP address that domain name mapping obtains described database.
Optionally, described untrusted AP sends to described ePDG by described frequency spectrum deexcitation response message, described ePDG is after receiving described frequency spectrum deexcitation response message, described frequency spectrum deexcitation response message is sent to described PDN GW, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
In this example, described frequency spectrum deexcitation message sends to described untrusted AP after described PDN GW, described ePDG transparent transmission.Equally, described frequency spectrum deexcitation response message sends to described database after described ePDG, described PDN GW transparent transmission.
Optionally, for above-mentioned S1101 and S1201, the described equipment carrying in the described frequency spectrum deexcitation message from database that described untrusted AP receives be designated the sign of UE time, the sign of the equipment that the described frequency spectrum deexcitation response message that accordingly, described untrusted AP generates comprises is the sign of described UE.
Further, as shown in figure 25, when the result of described deexcitation is successfully time, described untrusted AP sends a notification message to described UE, and described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and communicated with described untrusted AP.
Optionally, for above-mentioned S1101 and S1201, the described equipment carrying in the described frequency spectrum deexcitation message from database that described untrusted AP receives be designated the sign of untrusted AP time, the sign of the equipment that the described frequency spectrum deexcitation response message that accordingly, described untrusted AP generates comprises is the sign of described untrusted AP.
Further, as shown in figure 26, when the result of described deexcitation is successfully time, described untrusted AP sends a notification message to described UE, and described notification message is indicated all described UE of the frequency spectrum resource of the described deexcitation of use under its control to stop on described frequency spectrum resource and communicated with described untrusted AP.
A kind of method that the embodiment of the present invention provides equipment to nullify, database sends the sign that comprises described UE or untrusted AP, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to the untrusted AP of the non-3GPP network of untrusted, described untrusted AP generates the sign that comprises described UE or untrusted AP, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database.Wherein, in described frequency spectrum deexcitation message, carry for the sign of UE time, described untrusted AP acts on behalf of UE and responds to described database.When the result of described deexcitation is designated as successfully, described UE or untrusted AP corresponding log-on message in database is canceled.
The embodiment of the present invention provides a kind of database 10, in this database 10, unit is corresponding with database described in each step in the method that the log-on message of UE or AP is nullified with above-mentioned database initiation frequency spectrum deexcitation message, therefore the specific descriptions for unit, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 27, comprising:
Generation unit 101, be used for generating frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or AP.
Example, when equipment be designated the sign of UE time, the sign of described UE can be the sequence number of described UE; The reason of described deexcitation can be registered all or part of primary user's appearance of this part frequency spectrum resource of be authorized to use or all or part of use in this part frequency spectrum resource of described UE use etc. for described UE in database; The frequency spectrum resource of described deexcitation is all or part of of described frequency spectrum resource that described database forbids that described UE is used.
When equipment be designated the sign of AP time, the sign of described AP can be the sequence number of described AP; The reason of described deexcitation can occur for the primary user that described AP register the frequency spectrum resource that uses of be authorized in database, or described database manages the frequency spectrum resource temporarily described AP being used and forbids etc. temporarily; The frequency spectrum resource of described deexcitation is the described frequency spectrum resource that described database forbids that described AP is used.
Transmitting element 102, sends to AP for the described frequency spectrum deexcitation message that described generation unit 101 is generated.
When described equipment be designated the sign of UE time, described AP can send to described UE by described frequency spectrum deexcitation message, the frequency spectrum deexcitation response message that described AP also generates described UE sends to described receiving element 103.Or described AP can act on behalf of UE and respond to database, described AP generates frequency spectrum deexcitation response message, and sends to described receiving element 103, and the sign that is designated UE of described equipment.
When described equipment be designated the sign of AP time, described AP generates frequency spectrum deexcitation response message, and the sign that is designated AP of described equipment, and sends to described receiving element 103.
Receiving element 103, the described frequency spectrum deexcitation response message sending for receiving described AP, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
Example, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
Optionally, described transmitting element 102, specifically for directly sending to described AP by chain of command by described frequency spectrum deexcitation message.
Optionally, the described frequency spectrum deexcitation response message of described generation unit 101 generations can also further comprise: the IP address of described AP.
In the case, described transmitting element 102, specifically for sending to described AP corresponding to described IP address by data surface by described frequency spectrum deexcitation message.
The embodiment of the present invention provides a kind of database, database sends the sign that comprises described UE, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to AP, so that AP sends to UE by described frequency spectrum deexcitation message, described UE, after receiving described frequency spectrum deexcitation message, generates the sign that comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described AP; Database receives the described frequency spectrum deexcitation response message that described AP sends.When the result of described deexcitation is designated as successfully, described UE corresponding log-on message in database is canceled.
The embodiment of the present invention provides a kind of AP 20, in this AP 20, to initiate frequency spectrum deexcitation message corresponding with AP described in each step of method that the log-on message of UE is nullified for unit and above-mentioned database, therefore the specific descriptions for unit, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 28, comprising:
The first receiving element 201, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
The first transmitting element 202, sends to described UE for the described frequency spectrum deexcitation message that described the first receiving element 201 is received.
The second receiving element 203, the frequency spectrum deexcitation response message sending for receiving described UE, described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
The second transmitting element 204, sends to described database for the described frequency spectrum deexcitation response message that described the second receiving element 203 is received.
Optionally, as shown in figure 29, described AP can also comprise:
Processing unit 205, in the situation that the described frequency spectrum deexcitation message that described the first receiving element 201 receives is chain of command message, is the form that described UE can identify by described frequency spectrum deexcitation message transformation.In the case, described the first transmitting element 202, the described frequency spectrum deexcitation message of the form that can identify specifically for the described UE after described processing unit 205 is processed sends to described UE.
Described processing unit 205, also for being converted into by described frequency spectrum deexcitation response message the form that described database can be identified.In the case, described the second transmitting element 204, the described frequency spectrum deexcitation response message of the form that can identify specifically for the described database after described processing unit 205 being processed by chain of command sends to described database.
Optionally, the described frequency spectrum deexcitation response message of described the second receiving element 203 receptions also comprises: the IP address of described database.In the case, described the second transmitting element 204, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Further, described processing unit 205, also for when described UE is from when net, the step in participation the execution described UE detachment process relevant to described AP.
Or described the second receiving element 203, also for when the described UE deexcitation partial frequency spectrum resource, receives the notification message that described UE sends, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
Described AP can be eNodeB base station in the present embodiment, the credible AP in non-3 GPP system, the AP in untrusted AP or non-3GPP business network.
The embodiment of the present invention provides a kind of AP, the sign that comprises described UE that AP sends database, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to UE, receive the sign that comprises described UE that described UE generates, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database; When the result of deexcitation described in the described frequency spectrum deexcitation response message that database receives is designated as successfully, described UE corresponding log-on message in database is canceled.
Another embodiment of the present invention provides a kind of AP 30, and in this AP 30, unit and above-mentioned AP can act on behalf of deexcitation message that UE initiates database to respond AP described in each step so that the log-on message of UE is nullified corresponding; Or it is corresponding to respond AP described in each step so that the log-on message of AP is nullified during the sign that comprises described AP self in the frequency spectrum deexcitation message that described AP receives, therefore the specific descriptions for unit, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 30, comprising:
Receiving element 301, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described AP;
Generation unit 302, for the described frequency spectrum deexcitation message generation frequency spectrum deexcitation response message receiving according to receiving element 301, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
Transmitting element 303, sends to described database for the described frequency spectrum deexcitation response message that described generation unit 302 is generated.
Optionally, the described frequency spectrum deexcitation response message of described generation unit 302 generations also comprises: the IP address of described database.In the case, described transmitting element 303, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Optionally, described transmitting element 303, specifically for sending to described database by chain of command by described frequency spectrum deexcitation response message.
Further alternative, described generation unit 302, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiving element 301 be designated the sign of described UE time, generate notification message, described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and is communicated with described AP.
Described transmitting element 303, also sends to described UE for the described notification message that described generation unit 302 is generated.
Optionally, described generation unit 302, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiving element 301 be designated the sign of described AP time, generate notification message, described notification message is indicated all described UE of the frequency spectrum resource of the described deexcitation of use under described AP control to stop on described frequency spectrum resource and is communicated with described AP.
Described transmitting element 303, sends to described UE for the described notification message that described generation unit is generated.
Described AP can be eNodeB base station in the present embodiment, the credible AP in non-3 GPP system, the AP in untrusted AP or non-3GPP business network.
The embodiment of the present invention provides a kind of AP, AP receives the sign that comprises described UE or AP that database sends, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation, the sign that generation comprises described UE or AP, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database; When the result of deexcitation described in the described frequency spectrum deexcitation response message that database receives is designated as successfully, described UE or AP corresponding log-on message in database is canceled.
The embodiment of the present invention provides a kind of UE 40, in this UE 40, unit is corresponding with database described in each step in the method that the log-on message of UE is nullified with above-mentioned database initiation frequency spectrum deexcitation message, therefore the specific descriptions for unit, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 31, comprising:
Receiving element 401, the frequency spectrum deexcitation message sending for receiving AP, described frequency spectrum deexcitation message comprises: the sign of described UE, the reason of deexcitation, the frequency spectrum resource of deexcitation; Wherein, the described frequency spectrum deexcitation message that described AP sends to described UE comes from database, and the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Generation unit 402, for the described frequency spectrum deexcitation message receiving according to receiving element 401, generates frequency spectrum deexcitation response message, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Transmitting element 403, sends to described AP for the described frequency spectrum deexcitation response message that described generation unit 402 is generated; So that described AP sends to described database by described frequency spectrum deexcitation response message.
Optionally, the described frequency spectrum deexcitation response message of described generation unit 402 generations also comprises: the IP address of described database; So that described AP sends to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Further, shown in figure 32, described UE also comprises: processing unit 404, and for when described UE is from when net, the step in participation the execution detachment process relevant to described UE.
Or described generation unit 402, also for when the described UE deexcitation partial frequency spectrum resource, generates notification message, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.In the case, described transmitting element 403, also sends to described AP for the described notification message that described generation unit 402 is generated.
The embodiment of the present invention provides a kind of UE, UE receives the sign that comprises described UE from database that AP forwards, the reason of deexcitation, and after the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation, the sign that generation comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database through AP; When the result of deexcitation described in the described frequency spectrum deexcitation response message that database receives is designated as successfully, described UE corresponding log-on message in database is canceled.
The embodiment of the present invention provides a kind of database 50, in this database 50, modules is corresponding with database described in each step in the method that the log-on message of UE or AP is nullified with above-mentioned database initiation frequency spectrum deexcitation message, therefore the specific descriptions for modules, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 33, comprising:
Processor 501, for generating frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or AP.
Sending module 502, sends to AP for the described frequency spectrum deexcitation message that described processor 501 is generated.
When described equipment be designated the sign of UE time, described AP can send to described UE by described frequency spectrum deexcitation message, and the frequency spectrum deexcitation response message that described UE is generated sends to described receiver module 503.Or described AP can act on behalf of UE and respond to database, described AP generates frequency spectrum deexcitation response message, and sends to described receiver module 503, and the sign that is designated UE of described equipment.
When described equipment be designated the sign of AP time, described AP generates frequency spectrum deexcitation response message, and the sign that is designated AP of described equipment, and sends to described receiver module 503.
Receiver module 503, the described frequency spectrum deexcitation response message sending for receiving described AP, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
Example, the result of described deexcitation can be indication deexcitation success or the information such as deexcitation is unsuccessful.
Optionally, described sending module 502, specifically for directly sending to described AP by chain of command by described frequency spectrum deexcitation message.
Optionally, the described frequency spectrum deexcitation response message of described processor 501 generations can also further comprise: the IP address of described AP.
In the case, described sending module 502, specifically for sending to described AP corresponding to described IP address by data surface by described frequency spectrum deexcitation message.
The embodiment of the present invention provides a kind of database, database sends the sign that comprises described UE, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to AP, so that AP sends to UE by described frequency spectrum deexcitation message, described UE, after receiving described frequency spectrum deexcitation message, generates the sign that comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described AP; Database receives the described frequency spectrum deexcitation response message that described AP sends.When the result of described deexcitation is designated as successfully, described UE corresponding log-on message in database is canceled.
The embodiment of the present invention provides a kind of AP 60, in this AP 60, to initiate frequency spectrum deexcitation message corresponding with AP described in each step of method that the log-on message of UE is nullified for modules and above-mentioned database, therefore the specific descriptions for modules, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 34, comprising:
Receiver module 601, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Described receiver module 601, the frequency spectrum deexcitation response message also sending for receiving described UE, described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Sending module 602, sends to described UE for the described frequency spectrum deexcitation message that described receiver module 601 is received.
Described sending module 602, also sends to described database for the described frequency spectrum deexcitation response message that described receiver module 601 is received.
Optionally, as shown in figure 35, described AP can also comprise:
Processor 603, in the situation that the described frequency spectrum deexcitation message that described receiver module 601 receives is chain of command message, is the form that described UE can identify by described frequency spectrum deexcitation message transformation.In the case, described sending module 602, the described frequency spectrum deexcitation message of the form that can identify specifically for the described UE after described processor 603 is processed sends to described UE.
Described processor 603, is converted into by described frequency spectrum deexcitation response message the form that described database can be identified.In the case, described sending module 602, the described frequency spectrum deexcitation response message of the form that can identify specifically for the described database after described processor 603 being processed by chain of command sends to described database.
Optionally, the described frequency spectrum deexcitation response message of described receiver module 601 receptions also comprises: the IP address of described database.In the case, described sending module 602, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Further, described processor 603, also for when described UE is from when net, the step in participation the execution described UE detachment process relevant to described AP.
Or described receiver module 601, also for when the described UE deexcitation partial frequency spectrum resource, receives the notification message that described UE sends, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
Described AP can be eNodeB base station in the present embodiment, the credible AP in non-3 GPP system, the AP in untrusted AP or non-3GPP business network.
The embodiment of the present invention provides a kind of AP, the sign that comprises described UE that AP sends database, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation is to UE, receive the sign that comprises described UE that described UE generates, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database; When the result of deexcitation described in the described frequency spectrum deexcitation response message that database receives is designated as successfully, described UE corresponding log-on message in database is canceled.
Another embodiment of the present invention provides a kind of AP 70, and in this AP 70, modules and above-mentioned AP can act on behalf of deexcitation message that UE initiates database to respond AP described in each step so that the log-on message of UE is nullified corresponding; Or it is corresponding to respond AP described in each step so that the log-on message of AP is nullified during the sign that comprises described AP self in the frequency spectrum deexcitation message that described AP receives, therefore the specific descriptions for modules, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 36, comprising:
Receiver module 701, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is UE or described AP.
Processor 702, for the described frequency spectrum deexcitation message generation frequency spectrum deexcitation response message receiving according to receiver module 701, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
Sending module 703, sends to described database for the described frequency spectrum deexcitation response message that described processor 702 is generated.
Optionally, the described frequency spectrum deexcitation response message of described processor 702 generations also comprises: the IP address of described database.In the case, described sending module 703, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Optionally, described sending module 703, specifically for sending to described database by chain of command face by described frequency spectrum deexcitation response message.
Further alternative, described processor 702, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiver module 701 be designated the sign of described UE time, generate notification message, described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and is communicated with described AP.
Described sending module 703, also sends to described UE for the described notification message that described processor 702 is generated.
Optionally, described processor 702, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiver module 701 be designated the sign of described AP time, generate notification message, described notification message is indicated the described UE of the frequency spectrum resource of the described deexcitation of use under described AP control to stop on described frequency spectrum resource and is communicated with described AP.
Described sending module 703, sends to described UE for the described notification message that described processor 702 is generated.
Described AP can be eNodeB base station in the present embodiment, the credible AP in non-3 GPP system, the AP in untrusted AP or non-3GPP business network.
The embodiment of the present invention provides a kind of AP, AP receives the sign that comprises described UE or AP that database sends, the reason of deexcitation, and the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation, the sign that generation comprises described UE or AP, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database; When the result of deexcitation described in the described frequency spectrum deexcitation response message that database receives is designated as successfully, described UE or AP corresponding log-on message in database is canceled.
The embodiment of the present invention provides a kind of UE 80, in this UE 80, modules is corresponding with database described in each step in the method that the log-on message of UE is nullified with above-mentioned database initiation frequency spectrum deexcitation message, therefore the specific descriptions for modules, can, for the description of above-mentioned steps, not repeat them here.As shown in figure 37, comprising:
Receiver module 801, the frequency spectrum deexcitation message sending for receiving AP, described frequency spectrum deexcitation message comprises: the sign of described UE, the reason of deexcitation, the frequency spectrum resource of deexcitation; Wherein, the described frequency spectrum deexcitation message that described AP sends to described UE comes from database, and the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used.
Processor 802, for the described frequency spectrum deexcitation message receiving according to receiver module 801, generates frequency spectrum deexcitation response message, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation.
Sending module 803, sends to described AP for the described frequency spectrum deexcitation response message that described processor 802 is generated; So that described AP sends to described database by described frequency spectrum deexcitation response message.
Optionally, the described frequency spectrum deexcitation response message of described processor 802 generations also comprises: the IP address of described database; So that described AP sends to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
Further, described processor 802, also for when described UE is from when net, the step in participation the execution detachment process relevant to described UE.
Or described processor 802, also for when the described UE deexcitation partial frequency spectrum resource, generates notification message, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.In the case, described sending module 803, also sends to described AP for the described notification message that described processor 802 is generated.
The embodiment of the present invention provides a kind of UE, UE receives the sign that comprises described UE from database that AP forwards, the reason of deexcitation, and after the frequency spectrum deexcitation message of the information of the frequency spectrum resource of deexcitation, the sign that generation comprises described UE, the frequency spectrum deexcitation response message of the information of the result of deexcitation, and send to described database through AP; When the result of deexcitation described in the described frequency spectrum deexcitation response message that database receives is designated as successfully, described UE corresponding log-on message in database is canceled.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.

Claims (40)

1. the method that equipment is nullified, is characterized in that, comprising:
Database sends to access point AP by frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is terminal equipment UE or described AP;
Receive the described frequency spectrum deexcitation response message that described AP sends, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
2. method according to claim 1, is characterized in that, described database sends to AP by frequency spectrum deexcitation message and comprises:
Described database directly sends to described AP by chain of command by described frequency spectrum deexcitation message.
3. method according to claim 1, is characterized in that, described frequency spectrum deexcitation message also comprises: the IP address of described AP;
Described database sends to AP by frequency spectrum deexcitation message and comprises: described database root, according to the IP address of described AP, sends to described AP by data surface by described frequency spectrum deexcitation message.
4. method according to claim 3, is characterized in that, described method is applied in LTE system, and described LTE system comprises: evolved base station eNodeB, Service Gateway ServingGW, packet data gateway PDN GW, and wherein said AP is described eNodeB;
Described database root is according to the IP address of described AP, by data surface, described frequency spectrum deexcitation message being sent to described AP comprises: described database root is according to the IP address of described eNodeB, described frequency spectrum deexcitation message is sent to described PDN GW, so that described PDN GW sends to described ServingGW according to the IP address of described eNodeB by described frequency spectrum deexcitation message, described Serving GW, after receiving described frequency spectrum deexcitation message, sends to described eNodeB by described frequency spectrum deexcitation message.
5. method according to claim 3, is characterized in that, described method is applied in believable non-3 GPP system, and described believable non-3 GPP system comprises: credible AP, described PDN GW, and wherein said AP is described credible AP;
Described database root is according to the IP address of described AP, by data surface, described frequency spectrum deexcitation message being sent to described AP comprises: described database root is according to the IP address of described credible AP, described frequency spectrum deexcitation message is sent to described PDN GW, so that described PDN GW sends to described credible AP according to the IP address of described credible AP by described frequency spectrum deexcitation message.
6. method according to claim 3, it is characterized in that, described method is applied in the non-3 GPP system of untrusted, and the non-3 GPP system of described untrusted comprises: untrusted AP, described PDN GW, evolution packet data gateway ePDG, and wherein said AP is described untrusted AP;
Described database root is according to the IP address of described AP, by data surface, described frequency spectrum deexcitation message being sent to described AP comprises: described database root is according to the IP address of described untrusted AP, described frequency spectrum deexcitation message is sent to described PDN GW, so that described PDN GW sends to described ePDG according to the IP address of described untrusted AP by described frequency spectrum deexcitation message, described ePDG, after receiving described frequency spectrum deexcitation message, sends to described untrusted AP by described frequency spectrum deexcitation message.
7. according to the method described in claim 1 to 6 any one, it is characterized in that, when described equipment be designated the sign of described UE time so that described AP, after receiving described frequency spectrum deexcitation message, sends to described UE by described frequency spectrum deexcitation message;
The frequency spectrum deexcitation response message that the described AP of described reception sends comprises: receive the frequency spectrum deexcitation response message that comes from described UE that described AP sends.
8. the method that equipment is nullified, is characterized in that, comprising:
Access point AP receives the frequency spectrum deexcitation message that database sends, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is terminal equipment UE or described AP;
Frequency spectrum deexcitation response message is sent to described database, and described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
9. method according to claim 8, is characterized in that, described frequency spectrum deexcitation response message is sent to described database before, described method also comprises: generate described frequency spectrum deexcitation response message.
10. method according to claim 8, is characterized in that, when described equipment be designated the sign of UE time, after the frequency spectrum deexcitation message that described reception database sends, described method also comprises: described frequency spectrum deexcitation message is sent to described UE;
Described frequency spectrum deexcitation response message is sent to described database before, described method also comprises: receive the described frequency spectrum deexcitation response message that described UE sends.
Method described in 11. according to Claim 8 to 10 any one, is characterized in that, described frequency spectrum deexcitation response message also comprises: the IP address of described database;
Describedly frequency spectrum deexcitation response message is sent to described database comprise: according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message is sent to described database.
12. methods according to claim 11, it is characterized in that, described method is applied in LTE system, and described LTE system comprises: evolved base station eNodeB, Service Gateway ServingGW, packet data gateway PDN GW, and wherein said AP is described eNodeB;
Described according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message being sent to described database comprises: described eNodeB sends to described Serving GW by described frequency spectrum deexcitation response message, so that described Serving GW sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
13. methods according to claim 11, is characterized in that, described method is applied in believable non-3 GPP system, and described believable non-3 GPP system comprises: credible AP, described PDN GW, and wherein said AP is described credible AP;
Described according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message being sent to described database comprises: described credible AP sends to described PDN GW by described frequency spectrum deexcitation response message, so that described PDN GW sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
14. methods according to claim 11, it is characterized in that, described method is applied in the non-3 GPP system of untrusted, and the non-3 GPP system of described untrusted comprises: untrusted AP, described PDN GW, evolution packet data gateway ePDG, and wherein said AP is described untrusted AP;
Described according to the IP address of described database, by data surface, described frequency spectrum deexcitation response message being sent to described database comprises: described untrusted AP sends to described ePDG by described frequency spectrum deexcitation response message, so that described ePDG sends to described PDN GW by described frequency spectrum deexcitation response message, described PDN GW, after receiving described frequency spectrum deexcitation response message, sends to described database according to the IP address of described database by described frequency spectrum deexcitation response message.
15. methods according to claim 8 or claim 9, is characterized in that, describedly frequency spectrum deexcitation response message is sent to described database comprise: by chain of command, described frequency spectrum deexcitation response message is sent to described database.
16. methods according to claim 10, it is characterized in that, describedly described frequency spectrum deexcitation message is sent to described UE comprise: when described frequency spectrum deexcitation message is chain of command message, by described frequency spectrum deexcitation message transformation, be the form that described UE can identify, and the described frequency spectrum deexcitation message of the form that described UE can be identified send to described UE;
The described frequency spectrum deexcitation response message that the described UE of described reception sends, described frequency spectrum deexcitation response message is sent to described database to be comprised: receive the described frequency spectrum deexcitation response message that described UE sends, described frequency spectrum deexcitation response message is converted into the form that described database can be identified, and the described frequency spectrum deexcitation response message of the form that described database can be identified by chain of command sends to described database.
17. according to claim 9 or 11 to the method described in 15 any one, it is characterized in that, when described equipment be designated the sign of described UE time, described method also comprises:
To described UE, send a notification message, described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and is communicated with described AP.
18. according to claim 9 or 11 to the method described in 15 any one, it is characterized in that, when described equipment be designated the sign of described AP time, described method also comprises:
The all described UE of the frequency spectrum resource of the described deexcitation of use under controlling to described AP sends a notification message, and all described UE of described notification message indication stop on described frequency spectrum resource and communicate with described AP.
19. according to claim 10 to the method described in 14 any one or 16, it is characterized in that, when described UE is from when net, described method also comprises: the step in described AP participation the execution described UE detachment process relevant to described AP; Or
When described UE deexcitation partial frequency spectrum resource, described method also comprises: receive the notification message that described UE sends, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
Method described in 20. according to Claim 8 to 19 are arbitrary, is characterized in that, described AP is base station, or credible AP, or untrusted AP.
21. 1 kinds of methods that equipment is nullified, is characterized in that, comprising:
Terminal equipment UE receives the frequency spectrum deexcitation message that access point AP sends, and described frequency spectrum deexcitation message comprises: the sign of described UE, the reason of deexcitation, the frequency spectrum resource of deexcitation; Wherein, the described frequency spectrum deexcitation message that described AP sends to described UE comes from database, and the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used;
To described AP, send frequency spectrum deexcitation response message, described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation; So that described AP sends to described database by described frequency spectrum deexcitation response message.
22. methods according to claim 21, is characterized in that, described frequency spectrum deexcitation response message also comprises: the IP address of described database; So that described AP, according to the IP address of described database, sends to described database by data surface by described frequency spectrum deexcitation response message.
23. according to the method described in claim 21 or 22, it is characterized in that, when described UE is from when net, described method also comprises: the step in participation the execution detachment process relevant to described UE; Or
When described UE deexcitation partial frequency spectrum resource, described method also comprises: to described AP, send a notification message, described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
24. 1 kinds of databases, is characterized in that, comprising:
Generation unit, for generating frequency spectrum deexcitation message, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is terminal equipment UE or access point AP;
Transmitting element, sends to described AP for the described frequency spectrum deexcitation message that described generation unit is generated;
Receiving element, the described frequency spectrum deexcitation response message sending for receiving described AP, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation.
25. databases according to claim 24, is characterized in that, described transmitting element, specifically for directly sending to described AP by chain of command by described frequency spectrum deexcitation message.
26. databases according to claim 24, is characterized in that, the described frequency spectrum deexcitation response message that described generation unit generates also comprises: the IP address of described AP;
Described transmitting element, specifically for sending to described AP corresponding to described IP address by data surface by described frequency spectrum deexcitation message.
27. 1 kinds of access point AP, is characterized in that, comprising:
The first receiving element, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of UE, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used;
The first transmitting element, sends to described UE for the described frequency spectrum deexcitation message that described the first receiving element is received;
The second receiving element, the frequency spectrum deexcitation response message sending for receiving described UE, described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation;
The second transmitting element, sends to described database for the described frequency spectrum deexcitation response message that described the second receiving element is received.
28. AP according to claim 27, is characterized in that, also comprise:
Processing unit, in the situation that the described frequency spectrum deexcitation message that described the first receiving element receives is chain of command message, is the form that described UE can identify by described frequency spectrum deexcitation message transformation;
Described the first transmitting element, sends to described UE specifically for the described frequency spectrum deexcitation message of form that the described UE after described processing unit processes can be identified;
Described processing unit, is converted into by described frequency spectrum deexcitation response message the form that described database can be identified;
Described the second transmitting element, sends to described database specifically for the described frequency spectrum deexcitation response message of the form that the described database after described processing unit processes can be identified by chain of command.
29. AP according to claim 27, is characterized in that, the described frequency spectrum deexcitation response message that described the second receiving element receives also comprises: the IP address of described database;
Described the second transmitting element, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
30. according to the AP described in claim 27 to 29 any one, it is characterized in that, and described processing unit, also for when described UE is from when net, the step in participation the execution described UE detachment process relevant to described AP; Or
Described the second receiving element, also for when the described UE deexcitation partial frequency spectrum resource, receives the notification message that described UE sends, and described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched.
31. 1 kinds of access point AP, is characterized in that, comprising:
Receiving element, the frequency spectrum deexcitation message sending for receiving database, described frequency spectrum deexcitation message comprises: the sign of equipment, the reason of deexcitation, the frequency spectrum resource of deexcitation, the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described equipment is used; Wherein, described equipment is terminal equipment UE or described AP;
Generation unit, for the described frequency spectrum deexcitation message generation frequency spectrum deexcitation response message receiving according to receiving element, described frequency spectrum deexcitation response message comprises: the sign of described equipment, the result of deexcitation;
Transmitting element, sends to described database for the described frequency spectrum deexcitation response message that described generation unit is generated.
32. AP according to claim 31, is characterized in that,
The described frequency spectrum deexcitation response message that described generation unit generates also comprises: the IP address of described database;
Described transmitting element, specifically for sending to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
33. AP according to claim 31, is characterized in that, described transmitting element, specifically for sending to described database by chain of command by described frequency spectrum deexcitation response message.
34. according to the AP described in claim 31 to 33 any one, it is characterized in that, described generation unit, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiving element be designated the sign of described UE time, generate notification message, described notification message is indicated described UE to stop on the frequency spectrum resource of described deexcitation and is communicated with described AP;
Described transmitting element, also sends to described UE for the described notification message that described generation unit is generated.
35. according to the AP described in claim 31 to 33 any one, it is characterized in that, described generation unit, the described equipment also carrying for the described frequency spectrum deexcitation message receiving when described receiving element be designated the sign of described AP time, generate notification message, described notification message is indicated all described UE of the frequency spectrum resource of the described deexcitation of use under described AP control to stop on described frequency spectrum resource and is communicated with described AP;
Described transmitting element, sends to all described UE for the described notification message that described generation unit is generated.
36. 1 kinds of terminal equipment UE, is characterized in that, comprising:
Receiving element, the frequency spectrum deexcitation message sending for receiving access point AP, described frequency spectrum deexcitation message comprises: the sign of described UE, the reason of deexcitation, the frequency spectrum resource of deexcitation; Wherein, the described frequency spectrum deexcitation message that described AP sends to described UE comes from database, and the frequency spectrum resource of described deexcitation is that described database is forbidden the frequency spectrum resource that described UE is used;
Generation unit, for the described frequency spectrum deexcitation message receiving according to receiving element, generates frequency spectrum deexcitation response message, and described frequency spectrum deexcitation response message comprises: the sign of described UE, the result of deexcitation;
Transmitting element, sends to described AP for the described frequency spectrum deexcitation response message that described generation unit is generated; So that described AP sends to described database by described frequency spectrum deexcitation response message.
37. UE according to claim 36, is characterized in that, the described frequency spectrum deexcitation response message that described generation unit generates also comprises: the IP address of described database; So that described AP sends to described database corresponding to described IP address by data surface by described frequency spectrum deexcitation response message.
38. according to the UE described in claim 36 or 37, it is characterized in that, also comprises: processing unit, and for when described UE is from when net, the step in participation the execution detachment process relevant to described UE; Or
Described generation unit, also for when the described UE deexcitation partial frequency spectrum resource, generates notification message, and described notification message is indicated described AP to stop on the frequency spectrum resource of described deexcitation described UE is dispatched;
Described transmitting element, also sends to described AP for the described notification message that described generation unit is generated.
39. 1 kinds of systems that equipment is nullified, is characterized in that, comprising:
Access point AP described in database described in claim 24 to 26 any one, claim 27 to 30 any one and the terminal equipment UE described in claim 36 to 38 any one.
40. 1 kinds of systems that equipment is nullified, is characterized in that, comprising:
Access point AP described in database described in claim 24 to 26 any one, claim 31 to 35 any one and terminal equipment UE.
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