CN101873665B

CN101873665B - Evolutionary Home NB local network type processing method and device

Info

Publication number: CN101873665B
Application number: CN 200910082814
Authority: CN
Inventors: 熊春山; 汪颖; 彦楠
Original assignee: China Academy of Telecommunications Technology CATT
Current assignee: China Academy of Telecommunications Technology CATT; Datang Mobile Communications Equipment Co Ltd
Priority date: 2009-04-22
Filing date: 2009-04-22
Publication date: 2013-06-05
Anticipated expiration: 2029-04-22
Also published as: CN101873665A

Abstract

The invention discloses an evolutionary Home NB local network type processing method and a device. The invention comprises the following steps: after confirming the local network type thereof, the evolutionary home NB indicates the local network type towards a user device and after the indication received by the user device carries local network type information on the evolutionary home NB, the user device can confirm the local network type on the evolutionary home NB according to the indication. The invention not only solves the deficiency that the user does not know the network type connected with the evolutionary home NB and consequently can not confirm the corresponding connection means but also creates probability for enriching the experience of the user.

Description

A kind of processing method of evolutionary Home NB local network type and equipment

Technical field

The present invention relates to mobile communication technology, particularly a kind of processing method of evolutionary Home NB local network type and equipment.

Background technology

LTE (Long Term Evolution, Long Term Evolution), EPS (Evolved Packet System, evolved packet system) defined R9 (version 9) HeNB (Home eNodeB in standard TS22.220, family's evolved base station) demand, this demand is in order to allow support IP (the Internet Protocol of wireless access to HeNB, IP) UE of ability (User Equipment, subscriber equipment) can access in home network other supports the equipment of IP ability or accesses the direct-connected Internet of IP (Yin Te) network with it.Fig. 1 is the schematic diagram that UE passes through the HeNB access network, as shown in the figure, UE can be linked into the network of operator simultaneously, as: Mobile Operators Core network (mobile operator core net), and be linked into home network or be linked into local Internet network by local IP.

For ease of describing, the local network in the application refers to the home network or the local Internet network that are connected with HeNB.

The deficiencies in the prior art are: the user can not be known the network type that HeNB connects, thereby also has no way of determining corresponding connection means.

Summary of the invention

The invention provides processing method and the equipment of the upper local network connection status of a kind of HeNB, the technical problem that solves is: the technical scheme of network side to the type of the local network of UE indication on HeNB is provided;

Also be: provide the UE lateral root to carry out the technical scheme of respective handling according to the indication of network side.

A kind of evolved base station HeNB of family processing method of upper local network type is provided in the embodiment of the present invention, has comprised the steps:

HeNB determines the type of the local network on HeNB;

HeNB is to the type of the described local network of user equipment (UE) indication, when HeNB is connected to local internet network and is not connected to home network, the Packet Data Network that makes UE be established to local internet network connects, and when HeNB is connected to home network and is not connected to local internet network, the Packet Data Network's connection that makes UE set up by the SGi interface visits the internet, comprising:

HeNB is by the type of high-level signaling to the described local network of UE indication, HeNB sends S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message to MME, include in described message carried the wireless resource control connection reconfiguration RRCConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRCConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory,

Source eNB or source HeNB solve RRCConnectionReconfiguration message from the S1-AP switching command S1-AP Handover Command message that MME is pass-through to;

Source eNB or source HeNB indicate the type of the described local network on HeNB to UE by RRCConnectionReconfiguration message.

A kind of family evolved base station also is provided in the embodiment of the present invention, has comprised:

The type determination module is for the type of determining the local network on HeNB;

Indicating module, be used for to the type of the described local network of UE indication, when HeNB is connected to local internet network and is not connected to home network, the Packet Data Network that makes UE be established to local internet network connects, and be connected to home network and when not being connected to local internet network at HeNB, make UE set up Packet Data Network by the SGi interface and connect and visit the internet;

Described indicating module comprises: the second indicating member is used for by the type of high-level signaling to the described local network of UE indication;

Described the second indicating member comprises: the first subelement, be used for sending S1-AP Handover Request Acknowledge message to MME, include the Target eNodeB to Source eNodeB Transparent Container IE that has carried the RRCConnectionReconfiguration message that sends to UE in described message, contain the mobilityControlInformation territory in described RRCConnectionReconfiguration message, carry the type information of described local network in the mobilityControlInformation territory.

In the invention process, after the type of determining local network thereon, therefore HeNB provides the technical scheme of network side to the type of the local network of UE indication on HeNB just to the type of UE indication local network due to HeNB; Overcome in the prior art and can not know the deficiency that local network type on HENB can not made respective handling because of the UE side.

A kind of HeNB processing method of upper local network type is provided in the embodiment of the present invention, has comprised the steps:

UE receives the indication that network side sends, and described indication carries the type information of the local network on HeNB;

UE determines that according to described indication HeNB is connected to local internet network, when not being connected to home network, the Packet Data Network that is established to local internet network connects, and UE determines according to described indication that HeNB is connected to home network and when not being connected to local internet network, foundation visits the internet by Packet Data Network's connection of SGi interface, comprising:

when the high-level signaling that UE sends by network side receives described indication, obtain described indication from the RRCConnectionReconfiguration message that receives, wherein, described RRCConnectionReconfiguration message is, send S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message at HeNB to MME, include in described message carried the wireless resource control connection reconfiguration RRC ConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRC ConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory after, source eNB or source HeNB solve from the S1-AP switching command S1-AP Handover Command message that MME is pass-through to.

A kind of subscriber equipment also is provided in the embodiment of the present invention, has comprised:

Receiver module is used for receiving the indication that network side sends, and described indication carries the type information of the local network on HeNB;

The type determination module, be used for determining according to described indication the type of the local network on HeNB, UE determines that according to described indication HeNB is connected to local internet network, when not being connected to home network, the Packet Data Network that is established to local internet network connects, and UE determines according to described indication that HeNB is connected to home network and when not being connected to local internet network, sets up Packet Data Network by the SGi interface and connects and visit the internet, comprising:

described receiver module comprises: the second receiving element, be used for when the high-level signaling that sends by network side receives described indication, obtain described indication from the RRCConnectionReconfiguration message that receives, wherein, described RRCConnectionReconfiguration message is, send S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message at HeNB to MME, include in described message carried the wireless resource control connection reconfiguration RRCConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRCConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory after, source eNB or source HeNB solve from the S1-AP switching command S1-APHandover Command message that MME is pass-through to.

Carry the type information of the local network on HeNB in indication due to the received network side transmission of UE; Thereby UE can determine according to described indication the type of the local network on HeNB, thereby makes the UE side to process accordingly according to the indication of network side, and condition has been created in horn of plenty user's impression, providing may.

A kind of communication system also is provided in the embodiment of the present invention, has comprised:

The first base station that family is evolved is used for after the type of determining local network thereon, and the type to the described local network of UE indication comprises:

Source eNB or source HeNB indicate the type of the described local network on HeNB to UE by RRCConnectionReconfiguration message;

UE is used for receiving the indication that network side sends, and described indication carries the type information of the local network on the first base station, and determines the type of the local network on the first base station according to described indication.

Beneficial effect of the present invention is as follows:

Can be found out by such scheme, in the invention process, HeNB after the type of determining local network thereon, just indicates the type of described local network to UE; And carry the type information of the local network on HeNB in the indication that receives due to UE, therefore can determine according to described indication the type of the local network on HeNB, also therefore can determine corresponding processing scheme, not only solve the user and can not know local network type on HeNB, thereby also have no way of determining corresponding this deficiency of connection means, also possibility has been created in horn of plenty user's experience.

Description of drawings

Fig. 1 is the schematic diagram that in background technology, UE passes through the HeNB access network;

Fig. 2 is the processing method implementing procedure schematic diagram of the upper local network type of HeNB of network side in the embodiment of the present invention;

Fig. 3 is the processing method implementing procedure schematic diagram of the upper local network type of HeNB of UE side in the embodiment of the present invention;

Fig. 4 is family's evolved base station structural representation in the embodiment of the present invention;

Fig. 5 is user device architecture schematic diagram in the embodiment of the present invention;

Fig. 6 is communication system architecture schematic diagram in the embodiment of the present invention.

Embodiment

Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described.

The inventor notices in the invention process: when UE is signed in to a CSG (Closed Subscriber Group, closed user group) ID (Identity, sign) time, this CSG ID may be included in a plurality of HeNB, and may be connected to home network by some HeNB in these HeNB, possible some HeNB is connected to local Internet network, possible some HeNB both be not connected to home network and be not connected to local Internet network yet, and namely this HeNB is not connected to any local network; Certainly, some HeNB also may both be connected to home network and also be connected to local Internet network.

When UE need to be linked into home network or local Internet network by HeNB, whether current place HeNB is connected with local network if UE can know UE in advance, and the type of the local network that connects, just can access in corresponding local network, thereby improve the experience that the user uses network, the below has two examples to explain:

Example 1, when UE finds that current HeNB is connected to local Internet network, when not being connected to home network, UE can be established to PDN (the Packet Data Network of local Internet network, Packet Data Network) connect, thereby use local Internet network to visit Internet, and do not use PDN (Packet Data Network, the Packet Data Network) connection by SGi interface (the SGi interface is the interface between EPS system and PDN) to visit Internet.

Example 2, when UE finds currently to be connected to home network and when not being connected to local Internet network at HeNB, the PDN connection that UE just needs to set up by the SGi interface visits Internet, be linked into local Internet network and need not taste examination, when local Internet network insertion is unsuccessful, just then set up PDN by the SGi interface and connect and visit Internet, like this UE be established to the IP connection of Internet will be than comparatively fast, user's experience is relatively good.Otherwise the IP connect hours that UE is established to Internet will lengthen, and user's experience is just bad.

Existing 3GPP (3rd Generation Partnership Project, 3G (Third Generation) Moblie standardization body) whether technology does not provide and how to indicate the HeNB at UE current place to be connected with local network, and when having local network to be connected, the type of this local network is home network or local Internet network.

be used as indicating a specific HeNB whether to connect home network or local Internet network is almost impossible by CSG ID and/or HeNB Name, because this needs in advance relevant configuration information to be written to UE or USIM (Universal Subscribers Identity Module, universal subscriber identity module) in the card, and this method does not have dynamic, extensibility, because HeNB can temporarily connect home network or local Internet network or cut off, equally, corresponding operator also therefore may be to increasing a deployment of supporting the HeNB of CSG ID.

In addition, for the HeNB of Open Mode (open mode), it does not exist CSG ID Cell (residential quarter), does not just have CSG ID corresponding with it yet.

Therefore, the deficiencies in the prior art are: the user can not be known the local network type on HeNB, thereby also has no way of determining corresponding connection means.Given this, provide in the embodiment of the present invention to UE and indicated the scheme of the local network type on HeNB to solve this deficiency, the scheme that further also provides UE according to this indication, the upper local network type of HeNB to be processed.

Fig. 2 is the processing method implementing procedure schematic diagram of the upper local network type of HeNB of network side, as shown in the figure, can comprise the steps: in processing procedure

Step 201, HeNB determine the type of local network thereon;

Step 202, HeNB indicate the type of described local network to UE.

When HeNB indicates to UE, the inventor is according to the situation that may occur in prior art, to illustrate respectively in the following manner how HeNB indicates UE, concrete: as on indicating mode, will to indicate from the mode of utilizing system information and/or high-level signaling respectively; On denoted object, will directly indicate and/or indicate by other access network equipments from HeNB respectively; On indication opportunity, to the UE of idle condition at any time; To the UE of connection status, will be respectively before UE switches, switch, switch and indicated afterwards; On the state of UE side, will be respectively be in idle condition or the signaling connection status is indicated from UE.The below describes concrete execution mode.

In following embodiment, the type of local network can comprise the network types such as home network and/or local Internet network, the type of how to indicate the UE local network due to what will solve in the invention process, and have nothing to do with which kind of type is arranged, therefore, no matter the upper network that connects of HeNB why type, through adopting following embodiment after corresponding the adjustment.

In enforcement, when HeNB indicates the type of the local network that connects thereon to UE, can comprise one of following mode or its combination:

Mode one, HeNB indicate the type of described local network by the system information of broadcasting to UE;

Mode two, HeNB are by the type of high-level signaling to the described local network of UE indication;

Mode three, HeNB carry the type information of described local network in the system information of broadcasting, obtain the type of described local network from system information to the UE indication.

Mode one

When HeNB indicates the type of local network thereon by the system information of broadcasting to UE, at the SIB9 of system information (System Information Block type9, system information block type 9) carry the type information of described local network in, and by the type of this information to the described local network of UE indication HeNB.

When HeNB passes through the type of system information broadcast local network thereon, a kind of execution mode is: can broadcast the type of the local network that HeNB connects by expansion SIB9, this is because the SIB9 (SystemInformationBlockType9) relevant to HeNB includes current HeNB name.SIB 9 is defined in TS36.331.The below describes with example.

Below technical documentation be SystemInformationBlockType9 information element (SIB9 information unit), as follows, can use 2bit to indicate respectively the type of the local network that this HeNB connects in SIB9.

Wherein:

，

r9Hnb-Net?BIT?STRING(SIZE(2))OPTIONAL，--Need?OR

…

Be the part of expansion.

Obviously, 2 bit indication informations can represent 4 kinds of different values, and for example, 4 values of following table represent respectively the type of the local network that HeNB connects.

The indication of table 1 local network type

it is to be noted, the mode of use HeNB indication local network type is not limited to the BIT STRIBG type in present embodiment, the i.e. indicating mode of 2 bit informations, also can use other modes such as enumeration type to explain, those skilled in the art easily know, after how embodiment has instructed information with network type to be sent to the scheme of UE, carrying so which specifying information expresses is that the network of which kind of type is easily to realize, therefore, mode in table 1 only is used for instruction those skilled in the art and specifically how implements the present invention, but do not mean and only can use this kind mode, can need to come to determine corresponding mode in conjunction with practice in implementation process.

Accordingly, during the type of its local network that connects by system information broadcast of the HeNB under this mode, there is two states in UE:

1, the UE of idle condition.

The UE of idle condition just can know the type of the local network on the current resident HeNB of UE by the system information that reads broadcasting.

2, the UE of signaling connection status.

Has E-UTRAN (Evolved Universal Terrestrial Radio Access Network, the universal land radio access web of evolution) UE of access capability, when being in the signaling connection status, ability with reading system broadcasting, and regulation and stipulation under certain conditions this UE need to go reading system broadcasting.When UE is that when switching to target HeNB from other macro base station, UE also needs to know the type of the local network on target HeNB this moment.Therefore, has the UE of E-UTRAN access capability when being in the signaling connection status, if when finding that the eNB type of its current use is HeNB rather than macro base station (being eNB), just UE can obtain local network type on the HeNB of broadcast system information by system information.

Obviously, the UE of idle condition can know the type of presently used base station setting up before signaling is connected with HeNB by reading SIB9.After connection status UE enters into this HeNB by switching, also can know that by the SIB1 that reads target BS the target BS of switching is HeNB, if target BS is HeNB, UE need to read the system information (being system broadcasts) of the local network type on HeNB, obtains the type of the local network on this HeNB.

Mode two

When HeNB indicates the type of described local network by high-level signaling to UE, can comprise:

The 1st kind, switch in the process of target HeNB at UE, by the type of source base station local network on the UE indicating target HeNB by high-level signaling;

The 2nd kind, after UE switches to target HeNB, the type of HeNB local network on the UE indicating target HeNB by high-level signaling.

The below describes the concrete enforcement of this dual mode respectively.

The first: when wanting target approach HeNB from source base station by switching for UE, in the process of switching, target HeNB can indicate the type information of the local network on it to UE by source base station.

UE switches to the process of target HeNB, can comprise one of following process:

UE switches to the process of target HeNB from source eNB or source HeNB;

The process that UE switches to target HeNB from source NB or the source HNB (Home NB, Home eNodeB) of UTRAN access;

UE is from GERAN (GSM/EDGE Radio Access Network, GSM EDGE Radio Access Network; GSM:Global System for Mobile communication, global system for mobile communications; EDGE:Enhanced Data rates for GSM Evolution, GSM evolution enhanced data rates) the source BSS (Base Station SubSystem, base station sub-system) of access switches to the process of target HeNB;

In enforcement, when using the type of the local network of high-level signaling on the UE indicating target HeNB by source base station, can comprise:

Target HeNB carries the type information of the local network on target HeNB in the message that sends to MME (Mobility Management Entity, mobile management entity);

MME carries the type information of the local network on target HeNB in the message that sends to source base station;

The type of the local network of the type information of the local network on the target HeNB that carries in the message that source base station sends according to MME on the UE indicating target HeNB.

more specifically, in force, target HeNB sends S1-AP Handover Request Acknowledge (S1-AP Handover Request Acknowledge) message to MME, include in described message and carried the RRCConnectionReconfiguration that sends to UE (RRC connects and reshuffles, RRC:Radio Resource Control, Radio Resource control) the Target eNodeB to Source eNodeB Transparent Container IE (target evolution base station is to source base station transparent vessel information unit) of message, contain mobilityControlInformation (mobility management information) territory in described RRCConnectionReconfiguration message, target HeNB carries the type information of the local network on target HeNB in the mobilityControlInformation territory,

Source eNB or source HeNB solve RRCConnectionReconfiguration message from the S1-AP Handover Command message that MME is pass-through to;

The type of source eNB or the source HeNB local network on the UE indicating target HeNB by RRCConnectionReconfiguration message.

In enforcement, target HeNB includes Target eNodeB to Source eNodeB Transparent Container IE in sending to the S1-AP Handover Request Acknowledge message of MME.MME passes to source eNB or source HeNB with Target eNodeB to Source eNodeB Transparent Container pellucidly, Target eNodeB to Source eNodeB Transparent Container IE above namely MME includes in sending to the S1-AP Handover Command message of source eNB or source HeNB.Comprising the switching command that sends to UE in Target eNodeB to Source eNodeB Transparent Container, be RRCConnectionReconfiguration message, wherein contain the mobilityControlInformation territory, in the process of switching, source eNB or source HeNB receive and solve after the interface message HANDOVER REQUEST ACKNOWLEDGE of target HeNB wherein to the switching command (RRCConnectionReconfiguration message) of UE and send to UE.

Defined this territory of mobilityControlInformation in TS36.331, following technical documentation is the signal of mobilityControlInformation domain information, as follows, can use 2bit to indicate respectively the type of the local network on this target HeNB in the IE in this territory (Information Element, information unit).

Wherein,,

r9Hnb-Net?BIT?STRING(SIZE(2))OPTIONAL，--Need?ON

…

Be the part of expansion.

As the table 1 in mode one, 2 bit indication informations can represent 4 kinds of different values, represent respectively the type of the local network on target HeNB.

Same, as mode one, the mode of use target HeNB indication local network type is not limited to the BIT STRIBG type in embodiment, the i.e. indicating mode of 2 bit informations, also can use other modes such as enumeration type to explain, this mode only is used for instruction those skilled in the art and specifically how implements the present invention, but does not mean and only can adopt this kind mode, can need to come to determine corresponding mode in conjunction with practice in implementation process.

The second: enter into the situation of target HeNB by switching from source base station for UE, can be after the process of switching be completed, target HeNB indicates a RRC message to UE with the type information of the local network on it.

That is, after UE switches to target HeNB, target HeNB can be by RRC message the type of the local network on the UE indicating target HeNB.

In concrete enforcement, target HeNB can be when the type of the local network on the UE indicating target HeNB by RRC message, the type information of the local network on target HeNB is carried in territory in RRCConnectionReconfiguration (RRC connects reallocation message), and by this information the type of the local network on the UE indicating target HeNB.Carry the type information of the local network on target HeNB in the territory of message, carry in the territory of expansion that can be below in concrete enforcement, in enforcement, with this called after r9Hnb-Net territory, territory, obviously, in message extension field and in this territory carry information get final product by knowing technical finesse.

Following technical documentation is the signal of r9Hnb-Net information, as follows, can connect in reallocation message RRCConnectionReconfiguration a territory r9Hnb-Net parallel with the mobilityControlInFOrmation territory with RRC and indicate with two bit information, as follows:

Wherein, r9Hnb-Net BIT STRING (SIZE (2))

OPTIONAL，--Need?OP

Be expansion.

Mode three

Enter into the situation of target HeNB by switching from source base station for UE, in the process of switching, target HeNB can send indication to UE by source base station, allows UE remove to read the system information block that contains the local network type (SIB) of target HeNB broadcasting.

That is, target HeNB can carry the type information of local network in the system information of broadcasting, when obtaining the type of local network to the UE indication from system information, indicates to UE in UE switches to the process of target HeNB.

In enforcement, target HeNB can in the system information of broadcasting carry the type information of local network thereon the time, carry the type information of local network in the SIB9 of system information, and by this information the type of the local network on the UE indicating target HeNB.

UE switches to the process of target HeNB from source eNB or source HeNB;

The process that UE switches to target HeNB from source NB or the source HNB of UTRAN access;

UE switches to the process of target HeNB from the source BSS of GERAN access.

In enforcement, when indicating to UE in UE switches to the process of target HeNB, can comprise:

Target HeNB carries the information that indication UE reads target HeNB system information in the message that sends to MME;

MME carries the information that described indication UE reads target HeNB system information in the message that sends to source base station;

The information that the described indication UE that carries in the message of source base station according to the MME transmission reads target HeNB system information reads the system information of target HeNB to the UE indication.

In concrete enforcement, HeNB sends S1-AP Handover Request Acknowledge message to MME, include the Target eNodeB to Source eNodeB Transparent Container IE that has carried the RRCConnectionReconfiguration message that sends to UE in described message, contain the mobilityControlInformation territory in described RRCConnectionReconfiguration message, HeNB carries the information that described indication UE reads target HeNB system information in the mobilityControlInformation territory;

Source eNB or source HeNB read target HeNB system information by RRCConnectionReconfiguration message to the UE indication.

When implementing, target HeNB includes Target eNodeB to Source eNodeB Transparent Container IE in sending to the S1-AP Handover Request Acknowledge message of MME.MME passes to source eNB or source HeNB with Target eNodeB to Source eNodeB Transparent Container pellucidly, Target eNodeB to Source eNodeB Transparent Container IE above namely MME includes in sending to the S1-AP Handover Command message of source eNB or source HeNB.Comprising the switching command that sends to UE in Target eNodeB to Source eNodeB Transparent Container, be RRCConnectionReconfiguration message, wherein contain the mobilityControlInformation territory, in the process of switching, source eNB or source HeNB receive and solve after the interface message HANDOVER REQUEST ACKNOWLEDGE of target HeNB wherein to the switching command (RRCConnectionReconfiguration message) of UE and send to UE.

Defined this territory of mobilityControlInformation in TS36.331, following technical documentation is mobilityControlInformation, as follows, can use 1bit indication UE to read the system information of the local network type that broadcasting HeNB connects in enforcement in the IE in this territory.

Wherein,

，

R9ReadHnb-Indicator BOOLEAN, //r9 reads femtocell information-indication Boolean

…

Be the part of expansion.

In enforcement, obviously just can indicate UE whether to need to read the system information block that broadcasting HeNB connects the local network type with 1 bit indication information and (SIB).Same, the indicating mode of 1 bit information only is used for instruction those skilled in the art and specifically how implements the present invention, but does not mean and only can adopt this kind mode, can need to come to determine corresponding mode in conjunction with practice in implementation process.

Further, in implementing, above-mentioned each can also comprise:

Whether the type of the definite local network that connects of HeNB changes;

After determining to change, HeNB is to the type of the described local network that connects of UE indication.

When the type that this scheme has been expressed the local network that connects as HeNB changes, the change result of notice local network.Each execution mode of front has illustrated the type of how to indicate the local network of UE on HeNB, and this scheme has been expressed when the type of these local networks changes, can in time inform UE, so, obviously this scheme is to be used in combination with the scheme of top each indication, they each other not the relation of mutual exclusion exist.

In concrete enforcement, the type of the local network that HeNB connects changes, and is removed as local Internet network, and HeNB should change the content of broadcast, the type of the current new local network that connects that makes it to broadcast.A kind of mode is that HeNB passes through the configuration that OAM (Operations, Administration and Maintenance, Operations, Administration and Maintenance) or other mode manually change HeNB, and HeNB changes the type of local network in broadcast thereupon.Another mode is the ability that HeNB has automatic detection local network, the method that realizes has a variety of, remove at set intervals a node (as server or router) in the Ping local network as HeNB, if this node is unreachable, think that the local network of this type is unreachable, thereby change the type of the local network that connects in broadcast.

Equally, this dynamic process, also be applied to UE and HeNB and be in the RRC connection status, when the type of the local network that namely connects as HeNB changes, the type of the local network that the HeNB that HeNB provides in the RRC message that sends to UE connects, this RRC message may be new definition exclusive RRC signaling or as in mode two the 2nd kind in the multiplexing RRC connection reallocation message that adopts.

In a word, HeNB broadcasts or the type of the local network that provides in RRC message is supported the dynamic change of local network type, and is the type of the up-to-date local network that connects, even this variation is not frequent generation.

The below describes the scheme implementation that UE processes the upper local network type of HeNB according to this indication.

Fig. 3 is the processing method implementing procedure schematic diagram of the upper local network type of HeNB of UE side, as shown in the figure, can comprise the steps:

Step 301, UE receive the indication that network side sends, and described indication carries the type information of the local network on HeNB;

Step 302, UE determine the type of the local network that connects on HeNB according to described indication.

Accordingly, according to the indication of network side, UE can comprise one of following mode or its combination when receiving the indication of network side transmission:

The system information that UE broadcasts by network side receives described indication;

UE receives described indication by the high-level signaling that network side sends;

The system information that UE broadcasts by network side according to the order of network side receives described indication.

State by UE can be divided into idle condition and signaling connection status, and in implementing, the UE of idle condition can receive described indication by the system information that network side is broadcasted;

Or, have E-UTRAN access capability UE when the signaling connection status, when the type of the eNB that determines current use is HeNB rather than macro base station, can receive described indication by the system information that network side is broadcasted.

In enforcement, when the system information of broadcasting by network side at UE receives described indication, can obtain described indication from the SIB9 of the system information that receives.

Concrete, when the high-level signaling that UE sends by network side receives described indication, can obtain described indication from the RRCConnectionReconfiguration message that receives.

Concrete, when the high-level signaling that UE sends by network side receives described indication, can obtain described indication from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives, or, obtain described indication from the r9Hnb-Net territory of the RRCConnectionReconfiguration message that receives.

When target HeNB is undertaken order UE from target HeNB system information reception indication by source base station, when the system information that UE broadcasts by target HeNB according to the order of network side receives described indication, can obtain described order from the RRCConnectionReconfiguration message that receives.

Concrete, UE is when the system information by target HeNB broadcasting receives described indication according to the order of network side, obtains described order from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives.

For the possibility of selection better is provided to the user, improve user's experience, can after UE determines the type of the local network on HeNB according to described indication, further comprise:

Step 303, the type of described local network is fed back to the user;

Step 304, indicate the local network of initiating on access HeNB according to the user.

In step 303 was implemented, obtain local network type that HeNB connects according to the indication of HeNB as UE after, UE can present to the user by appreciable modes of user such as some images, word, sound.

For example: show on an ad-hoc location of the screen of UE " H ", expression UE place HeNB is connected to home network; Screen display " I " expression UE place HeNB is connected to local Internet network; Screen display " H " represents that with " I " this HeNB both had been connected to local Internet network and has been also connected to simultaneously home network.On the screen of UE, " H " all less than demonstration, represents that this HeNB does not connect any local network with " I ", and namely this HeNB does not connect home network and do not connect local Internet network yet.

After obtaining the feedback of UE, the user can be according to the needs input indication of self, and UE just can indicate the network type of access user selection according to the user in step 304.

Obviously, top execution mode is to comprise dynamic process, namely after UE moves, after moving to another HeNB from a HeNB, the type of the local network that new HeNB connects is different from the type of the local network of HeNB that may be original, at this moment UE can obtain by aforesaid various execution modes the indication of the local network type that new HeNB connects, and the user is presented in the indication that will upgrade.

Based on same inventive concept, a kind of HeNB, UE also are provided in the embodiment of the present invention, have reached communication system, the processing method of the principle of dealing with problems due to these equipment and the upper local network state of a kind of HeNB, similar, therefore the enforcement of these equipment can referring to the enforcement of method, repeat part and not give unnecessary details.

Fig. 4 is family's evolved base station structural representation, as shown in the figure, can comprise in HeNB:

Type determination module 401 is for the type of determining the local network on HeNB;

Indicating module 402 is used for to the type of the described local network of UE indication.

In enforcement, when the indicating mode difference of module was implemented in accordance with the instructions, indicating module can comprise with one of lower unit or its combination:

The first indicating member 4021, be used for indicating the type of described local network to UE by the system information of broadcasting, its concrete execution mode can referring to mode one, easily be known, in concrete enforcement, so long as functional entity that can broadcast system information in HeNB all can be implemented;

The second indicating member 4022 is used for by the type of high-level signaling to the described local network of UE indication, and its embodiment can easily be known referring to mode two, in concrete enforcement, all can implement so long as can send the functional entity of high-level signaling in HeNB;

The 3rd indicating member 4023, be used for carrying in the system information of broadcasting the type information of described local network, obtain the type of described local network from system information to the UE indication, its embodiment can be referring to mode three, easily know, in concrete enforcement, as long as the functional entity that can send high-level signaling in HeNB just can be implemented after the functional module of broadcast system information is combined.

In enforcement, the first indicating member can be further used for when indicating the type of described local network by the system information of broadcasting to UE, carry the type information of described local network in the SIB9 of system information, and by the type of this information to the described local network of UE indication.

The second indicating member can comprise: the first subelement and/or the second subelement, wherein:

The first subelement is used for switching at UE the process of target HeNB, by source base station by the type of high-level signaling to the above local network of UE indicating target HeNB;

The second subelement is used for after UE switches to target HeNB, the type of the described local network by high-level signaling on the UE indicating target HeNB.

In enforcement, adopted this term of target HeNB in implementation to switching the time, its purpose is better to give expression to the HeNB in the embodiment of the present invention in implementation process and is the UE ownership HeNB after switching, and is not that meaning also has another HeNB to exist as target HeNB.

In enforcement, the first subelement can be further used for determining that UE is in the process that switches to target HeNB when determining to comprise one of following process:

UE switches to the process of target HeNB from source eNB or source HeNB;

UE switches to the process of target HeNB from source NB or the source HNB of UTRAN access;

UE switches to the process of target HeNB from the source BSS of GERAN access.

The first subelement can also be further used for carrying the type information of described local network in the message that sends to MME, the type information of described local network will carry in the message that MME sends to source base station, and indicate the foundation of the type of the described local network on HeNB to UE as source base station.

The first subelement can also be further used for sending S1-AP Handover Request Acknowledge message to MME, include the Target eNodeB to Source eNodeB Transparent Container IE that has carried the RRCConnectionReconfiguration message that sends to UE in described message, contain the mobilityControlInformation territory in described RRCConnectionReconfiguration message, carry the type information of the local network on target HeNB in the mobilityControlInformation territory.

In enforcement, the second subelement can be further used for after UE switches to target HeNB, the type of the local network by RRC message on the UE indicating target HeNB.

The second subelement can also be further used for when the type of the local network on the UE indicating target HeNB by RRC message, connect at RRC the type information that the local network on target HeNB is carried in territory in reallocation message RRCConnectionReconfiguration, and by this information the type of the local network on the UE indicating target HeNB.

In enforcement, the 3rd indicating member can comprise:

System information elements is used for carrying the type information of the local network on target HeNB in the system information of broadcasting, and broadcasts to UE;

The 3rd subelement is used for when obtaining the type of the local network on target HeNB to the UE indication from system information, indicates to UE in UE switches to the process of target HeNB.

When system information elements can be further used for carrying the type information of the local network on target HeNB in the system information of broadcasting, carry the type information of the local network on target HeNB in the SIB9 of system information, UE is by the indication of the type of the local network on this information acquisition target HeNB.

The 3rd subelement can be further used for determining that UE is in the process that switches to target HeNB when determining to comprise one of following process:

UE switches to the process of target HeNB from source eNB or source HeNB;

UE switches to the process of target HeNB from the source BSS of GERAN access.

The 3rd subelement can also be further used for carrying the information that indication UE reads target HeNB system information in the message that sends to MME, described indication UE reads the information of target HeNB system information and will carry in the message that MME sends to source base station, and reads the foundation of target HeNB system information to the UE indication as source base station.

in concrete enforcement, the 3rd subelement can also be further used for sending S1-APHandover Request Acknowledge message to MME, include the Target eNodeB to Source eNodeB Transparent Container IE that has carried the RRCConnectionReconfiguration message that sends to UE in described message, contain the mobilityControlInformation territory in described RRCConnectionReconfiguration message, carry described indication UE and read the information of target HeNB system information in the mobilityControlInformation territory.

When changing based on the type of the local network that connects as HeNB, the change consideration of scheme as a result of notice local network.In order in time to inform UE, so, may further include the Change of types determination module 403 that the scheme with each top indication is used in combination, whether the type that is used for definite local network that connects changes, after determining to change, trigger the type of the local network of described indicating module on the UE indicating target HeNB.

Fig. 5 is the user device architecture schematic diagram, as shown in the figure, can comprise in UE:

Receiver module 501, be used for receiving the indication that network side sends, described indication carries the type information of the local network on HeNB, and in concrete enforcement, those skilled in the art easily know the message that can receive network side on UE and send, the functional entity of signaling all can be used to implement;

Type determination module 502, be used for determining according to described indication the type of the local network on HeNB, this module only needs in force and can all can implement according to the functional entity of indicating the implication of determining this indication representative, functional entity with this class disposal ability is a lot of on existing UE, optionally increases this functional entity module or increase this function on existing entity to get final product.

In enforcement, corresponding with the processing mode of network side, can comprise with one of lower unit or its combination at receiver module 501:

The first receiving element 5011, the system information that is used for broadcasting by network side receives described indication, and the enforcement of this module can be referring to the enforcement of mode one;

The second receiving element 5012, the high-level signaling that is used for sending by network side receives described indication, and the enforcement of this module can be referring to the enforcement of mode two;

The 3rd receiving element 5013 is used for receiving described indication according to the system information that the order of network side is broadcasted by network side, and the enforcement of this module can be referring to the enforcement of mode three.

In enforcement, can comprise idle subelement and/or the connection reception subelement of receiving in the first receiving element, wherein:

The idle subelement that receives is used for the described indication of system information reception that the UE of idle condition broadcast by network side;

Connect the reception subelement, be used for having the E-UTRAN access capability at UE, and when the signaling connection status, the system information of broadcasting by network side when the type of the eNB that determines current use is HeNB rather than macro base station receives described indication.

When the system information that the first receiving element can be further used for broadcasting by network side at UE receives described indication, obtain described indication from the SIB9 of the system information that receives.

In enforcement, second receives subelement can be further used for obtaining described indication from the RRCConnectionReconfiguration message that receives when the high-level signaling that sends by network side receives described indication.

Second receives subelement can also be further used for when the high-level signaling that sends by network side receives described indication, obtain described indication from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives, or, obtain described indication from the territory of the RRCConnectionReconfiguration message that receives.

In enforcement, the 3rd receives subelement can be further used for obtaining described order from the RRCConnectionReconfiguration message that receives when the system information of broadcasting by network side according to the order of network side receives described indication.

The 3rd receives subelement can also be further used for when the described indication of system information reception of broadcast by network side according to the order of network side, obtains described order from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives.

In order to enrich user's impression, subscriber equipment can further include in force:

Display module 503 is used for showing the type of local network to the user after UE determines the type of the local network on HeNB according to described indication;

Input module 504 is used for inputting indication information for the user;

Link block 505 is used for the upper network that connects of indication access HeNB according to user's input.

In enforcement, display module adopts normally that the functional entity with Presentation Function of UE gets final product, and when specifically showing, can be in the following ways: for example: show on the screen of UE " H ", expression UE place HeNB be connected to home network; Screen display " I " expression UE place HeNB is connected to local Internet network; Screen display " H " represents that with " I " this HeNB both had been connected to local Internet network and has been also connected to simultaneously home network.On the screen of UE, " H " all less than demonstration, represents that this HeNB does not connect any local network with " I ", and namely this HeNB does not connect home network and do not connect local Internet network yet.

After obtaining the feedback of UE, the user can input indication by input module according to the needs of self, and UE just can pass through the network of link block access user selection according to user's indication.

Fig. 6 is the communication system architecture schematic diagram, as shown in the figure, can comprise in communication system:

The first base station 601 that family is evolved is used for after the type of determining local network thereon, to the type of the described local network of UE indication;

UE602 is used for receiving the indication that network side sends, and described indication carries the type information of the local network on the first base station, and determines the type of the local network on the first base station according to described indication.

The mode of concrete reception indication can be formulated corresponding receive mode with reference to mode one, mode two, mode three.

Can indicate UE and indication UE read system information to obtain the scheme of type by source base station for HeNB in mode two, mode three, can also comprise MME603, the second base station 604, the 3rd base station 605 in system in enforcement, the below describes.

Further comprise MME603 in system, when switching forward direction UE the second base station 604 of traffic services being provided, can be:

The first base station 601 is further used for sending the message of the type information that carries the local network on the first base station 601 to MME when indicating the type of the local network on the first base station 601 by high-level signaling to UE;

MME603 is used for the message of carrying the type information of the local network on the first base station 601 to described the second base station transmission;

The second base station 604, the type information of the local network on the first base station 601 that is used for carrying according to the message that MME sends is indicated the type of the local network on the first base station 601 to UE.

Further comprise MME603 in system, when switching forward direction UE the 3rd base station 605 of traffic services being provided, can be:

The first base station 601 is further used for carrying the type information of the local network on the first base station 601 in the system information of broadcasting, when obtaining the type of the local network on the first base station 601 to the UE indication from system information, switch in the process of the first base station at UE, indicate the type of the local network on the first base station 601 by high-level signaling to UE, send to MME and carry the message that described indication UE reads the information of the first base station 601 system informations;

MME603 is used for sending to described the 3rd base station and carries the message that described indication UE reads the information of the first base station 601 system informations;

The 3rd base station 605, the information that reads the first base station 601 system informations for the described indication UE that carries according to the message of MME transmission reads the first base station 601 system informations to the UE indication.

For the convenience of describing, the each several part of the above device is divided into various modules with function or the unit is described respectively.Certainly, can realize the function of each module or unit in same or a plurality of softwares or hardware when enforcement is of the present invention.

As can be seen from the above-described embodiment, in the invention process, HeNB can be by system information broadcast the type of its local network that connects; Concrete means can adopt utilizes 2bit to revise SIB, and carries rear in order to indicate UE by SIB.

Also provide for the UE with E-UTRAN access capability, when being in the signaling connection status, if find that the type of the eNB of its current use is HeNB rather than macro base station (being eNB), can determine network type by the system information block (SIB) that indication UE reads the local network type that connects of broadcasting HeNB.

And when entering into target HeNB from source base station by switching for UE, in the process of switching, the type information of the local network that target HeNB can connect it is indicated to UE by source base station; When entering into target HeNB from source base station by switching for UE, in the process of switching, target HeNB also can send indication to UE by source base station, allows UE go to read to broadcast the system information block of the local network type that target HeNB connects.

Enter into the situation of target HeNB by switching from source base station for UE, can be after the process of switching be completed, target HeNB can indicate the type information of the local network on it to UE by the RRC signaling.

Further, can detect and indicate the dynamically updating of type of the local network that HeNB connects.

Further, after UE obtains the indication of the local network type on HeNB according to the scheme of front, can present to the user by appreciable modes of user such as some images, word, sound, select for the user.

Due to proposed in embodiments of the present invention for HeNB on the processing scheme of local network type information in multiple pointing technology has been proposed, make UE can receive this indication after, can allow the user know local network type on the HeNB at the current place of UE, thereby make one's options for the local network that can be linked into respective type.Therefore can allow the user unnecessary by attempting just determining whether will be linked into local network, thereby mention user's experience.

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, implement software example or in conjunction with the form of the embodiment of software and hardware aspect fully.And the present invention can adopt the form that wherein includes the upper computer program of implementing of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code one or more.

The present invention is that reference is described according to flow chart and/or the block diagram of method, equipment (system) and the computer program of the embodiment of the present invention.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, make the instruction of carrying out by the processor of computer or other programmable data processing device produce to be used for the device of realizing in the function of flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame appointments.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, make the instruction that is stored in this computer-readable memory produce the manufacture that comprises command device, this command device is realized the function of appointment in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame.

These computer program instructions also can be loaded on computer or other programmable data processing device, make on computer or other programmable devices and to carry out the sequence of operations step producing computer implemented processing, thereby be provided for realizing the step of the function of appointment in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame in the instruction of carrying out on computer or other programmable devices.

Although described the preferred embodiments of the present invention, in a single day those skilled in the art get the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.

Obviously, those skilled in the art can carry out various changes and modification and not break away from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of claim of the present invention and equivalent technologies thereof, the present invention also is intended to comprise these changes and modification interior.

Claims

1. the processing method of the upper local network type of the evolved base station HeNB of family, is characterized in that, comprises the steps:

HeNB determines the type of the local network on HeNB;

HeNB is by the type of high-level signaling to the described local network of UE indication, wherein, HeNB sends S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message to MME, include in described message carried the wireless resource control connection reconfiguration RRC ConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRC ConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory,

2. the method for claim 1, is characterized in that, described HeNB also comprises to the type of the described local network of UE indication:

HeNB indicates the type of described local network by the system information of broadcasting to UE; Or/and

HeNB carries the type information of described local network in the system information of broadcasting, obtain the type of described local network from system information to the UE indication.

3. method as claimed in claim 2, it is characterized in that, when HeNB indicates the type of described local network by the system information of broadcasting to UE, carry the type information of described local network in the system information block type SIB9 of system information, and by the type of this information to the described local network of UE indication.

4. the method for claim 1, is characterized in that, when HeNB indicates the type of described local network by high-level signaling to UE, comprising:

Switch in the process of HeNB at UE, source base station is indicated the type of the described local network on HeNB to UE by high-level signaling;

And/or after UE switched to HeNB, HeNB indicated the type of the described local network on HeNB to UE by high-level signaling.

5. method as claimed in claim 4, is characterized in that, described UE switches to the process of HeNB, comprises one of following process:

UE switches to the process of HeNB from source evolution base station eNB or source HeNB;

The process that UE switches to HeNB from source NB or the source Home eNodeB HNB of universal mobile telecommunications system land radio access web UTRAN access;

UE switches to the process of HeNB from the source base station subsystem BSS of GSM EDGE Radio Access Network GERAN access.

6. method as described in claim 4 or 5, is characterized in that, after UE switched to HeNB, HeNB indicated the type of the described local network on HeNB to UE by radio resource control RRC message.

7. method as claimed in claim 6, it is characterized in that, HeNB is when indicating the type of the described local network on HeNB by RRC message to UE, the type information of the described local network on HeNB is carried in territory in RRCConnectionReconfiguration message, and indicates the type of the described local network on HeNB to UE by this information.

8. method as claimed in claim 2, it is characterized in that, HeNB carries the type information of described local network in the system information of broadcasting, when obtaining the type of described local network to the UE indication from system information, indicate to UE in UE switches to the process of HeNB.

9. method as claimed in claim 8, it is characterized in that, when HeNB carries the type information of described local network in the system information of broadcasting, carry the type information of described local network in the SIB9 of system information, and by the type of this information to the described local network of UE indication.

10. method as claimed in claim 8, is characterized in that, described UE switches to the process of HeNB, comprises one of following process:

UE switches to the process of HeNB from source eNB or source HeNB;

The process that UE switches to HeNB from source NB or the source HNB of UTRAN access;

UE switches to the process of HeNB from the source BSS of GERAN access.

11. as claim 8 or 9 or 10 described methods, it is characterized in that, in switching to the process of HeNB, UE indicates to UE, comprising:

HeNB carries the information that indication UE reads the HeNB system information in the message that sends to MME;

MME carries the information that described indication UE reads the HeNB system information in the message that sends to source base station;

The information that the described indication UE that carries in the message of source base station according to the MME transmission reads the HeNB system information reads the HeNB system information to the UE indication.

12. method as claimed in claim 11 is characterized in that,

HeNB sends S1-AP Handover Request Acknowledge message to MME, include the Target eNodeB to Source eNodeB Transparent Container IE that has carried the RRCConnectionReconfiguration message that sends to UE in described message, contain the mobilityControlInformation territory in described RRCConnectionReconfiguration message, HeNB carries the information that described indication UE reads the HeNB system information in the mobilityControlInformation territory;

Source eNB or source HeNB read the HeNB system information by RRCConnectionReconfiguration message to the UE indication.

13. as claim 1,2,3,4,5,7,8,9,10 or 12 described methods, it is characterized in that, further comprise:

Whether the type of the definite local network that connects of HeNB changes;

14. as claim 1,2,3,4,5,7,8,9,10 or 12 described methods, it is characterized in that, the type of described local network is home network and/or local Internet network.

15. the processing method of the upper local network type of HeNB is characterized in that, comprises the steps:

when the high-level signaling that UE sends by network side receives described indication, obtain described indication from the RRCConnectionReconfiguration message that receives, wherein, described RRCConnectionReconfiguration message is, send S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message at HeNB to MME, include in described message carried the wireless resource control connection reconfiguration RRC ConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRC ConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory after, source eNB or source HeNB solve from the S1-AP switching command S1-APHandover Command message that MME is pass-through to.

16. method as claimed in claim 15 is characterized in that, UE receives the indication that network side sends, and also comprises:

The system information that UE broadcasts by network side receives described indication; Or/and

17. method as claimed in claim 16 is characterized in that, the system information that the UE of idle condition broadcasts by network side receives described indication;

Or, having evolved universal mobile telecommunications system land radio access web E-UTRAN access capability UE when the signaling connection status, the system information of broadcasting by network side when the type of the eNB that determines current use is HeNB receives described indication.

18. method as claimed in claim 16 is characterized in that, when the system information of broadcasting by network side at UE receives described indication, obtains described indication from the SIB9 of the system information that receives.

19. method as claimed in claim 16, it is characterized in that, when the high-level signaling that UE sends by network side receives described indication, obtain described indication from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives, or, obtain described indication from the r9Hnb-Net territory of the RRCConnectionReconfiguration message that receives.

20. method as claimed in claim 16 is characterized in that, when the system information that UE broadcasts by network side according to the order of network side receives described indication, obtains described order from the RRCConnectionReconfiguration message that receives.

21. method as claimed in claim 20, it is characterized in that, when the system information that UE broadcasts by network side according to the order of network side receives described indication, obtain described order from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives.

22. described method as arbitrary in claim 15 to 21 is characterized in that, after UE determines the type of the local network on HeNB according to described indication, further comprises:

The type of described local network is fed back to the user;

Indicate the upper network that connects of access HeNB according to the user.

23. family's evolved base station is characterized in that, comprising:

24. family as claimed in claim 23 evolved base station is characterized in that, described indicating module also comprises:

The first indicating member is used for indicating the type of described local network to UE by the system information of broadcasting; Or/and the 3rd indicating member for carry the type information of described local network in the system information of broadcasting, obtains the type of described local network from system information to the UE indication.

25. family as claimed in claim 24 evolved base station, it is characterized in that, described the first indicating member is further used for when indicating the type of described local network by the system information of broadcasting to UE, carry the type information of described local network in the SIB9 of system information, and by the type of this information to the described local network of UE indication.

26. family as claimed in claim 23 evolved base station is characterized in that, described the second indicating member also comprises the second subelement, is used for after UE switches to HeNB, indicates the type of the described local network on HeNB to UE by high-level signaling.

27. family as claimed in claim 26 evolved base station is characterized in that, described the first subelement is further used for determining that UE is in switching to the process of HeNB when determining to comprise one of following process:

UE switches to the process of HeNB from source eNB or source HeNB;

UE switches to the process of HeNB from source NB or the source HNB of UTRAN access;

UE switches to the process of HeNB from the source BSS of GERAN access.

28. family as claimed in claim 27 evolved base station is characterized in that, described the second subelement is further used for after UE switches to HeNB, indicates the type of the described local network on HeNB to UE by RRC message.

29. family as claimed in claim 28 evolved base station, it is characterized in that, described the second subelement is further used for when indicating the type of the described local network on HeNB by RRC message to UE, carry the type information of described local network in the territory that RRC connects in reallocation message RRCConnectionReconfiguration, and indicate the type of the described local network on HeNB by this information to UE.

30. family as claimed in claim 24 evolved base station is characterized in that, described the 3rd indicating member comprises:

System information elements is used for carrying the type information of described local network in the system information of broadcasting, and broadcasts to UE;

The 3rd subelement is used for when obtaining the type of described local network to the UE indication from system information, indicates to UE in UE switches to the process of HeNB.

31. family as claimed in claim 30 evolved base station, it is characterized in that, when described system information elements is further used for carrying the type information of described local network in the system information of broadcasting, carry the type information of described local network in the SIB9 of system information, UE is by the indication of the type of the described local network of this information acquisition.

32. family as claimed in claim 31 evolved base station is characterized in that, described the 3rd subelement is further used for determining that UE is in switching to the process of HeNB when determining to comprise one of following process:

UE switches to the process of HeNB from source eNB or source HeNB;

UE switches to the process of HeNB from the source BSS of GERAN access.

33. as claim 30 or 31 or 32 described family evolved base station, it is characterized in that, described the 3rd subelement is further used for carrying the information that indication UE reads the HeNB system information in the message that sends to MME, described indication UE reads the information of HeNB system information and will carry in the message that MME sends to source base station, and reads the foundation of HeNB system information to the UE indication as source base station.

34. family as claimed in claim 33 evolved base station, it is characterized in that, described the 3rd subelement is further used for sending S1-AP Handover Request Acknowledge message to MME, include the Target eNodeB to Source eNodeB Transparent Container IE that has carried the RRCConnectionReconfiguration message that sends to UE in described message, contain the mobilityControlInformation territory in described RRCConnectionReconfiguration message, carry described indication UE and read the information of HeNB system information in the mobilityControlInformation territory.

35. as claim 23,24,25,26,27,28,29,30,31,32 or 34 described family evolved base station, it is characterized in that, further comprise:

The Change of types determination module be used for to determine whether the type of the local network that connects changes, and after determining to change, triggers described indicating module and indicates the type of the described local network that connects to UE.

36. a subscriber equipment is characterized in that, comprising:

The type determination module, be used for determining according to described indication the type of the local network on HeNB, HeNB is connected to local internet network, when not being connected to home network, the Packet Data Network that is established to local internet network connects, and UE determines according to described indication that HeNB is connected to home network and when not being connected to local internet network, sets up Packet Data Network by the SGi interface and connects and visit the internet, comprising:

described receiver module comprises: the second receiving element, be used for when the high-level signaling that sends by network side receives described indication, obtain described indication from the RRCConnectionReconfiguration message that receives, wherein, described RRCConnectionReconfiguration message is, send S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message at HeNB to MME, include in described message carried the wireless resource control connection reconfiguration RRCConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRCConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory after, source eNB or source HeNB solve from the S1-AP switching command S1-AP Handover Command message that MME is pass-through to.

37. subscriber equipment as claimed in claim 36 is characterized in that, described receiver module also comprises:

The first receiving element, the system information that is used for broadcasting by network side receives described indication; Or/and

The 3rd receiving element is used for receiving described indication according to the system information that the order of network side is broadcasted by network side.

38. subscriber equipment as claimed in claim 37 is characterized in that, the first receiving element comprises idle subelement and/or the connection reception subelement of receiving, wherein:

Connect the reception subelement, be used for having the E-UTRAN access capability at UE, and when the signaling connection status, the system information of broadcasting by network side when the type of the eNB that determines current use is HeNB receives described indication.

39. subscriber equipment as claimed in claim 37 is characterized in that, when the system information that the first receiving element is further used for broadcasting by network side at UE receives described indication, obtains described indication from the SIB9 of the system information that receives.

40. subscriber equipment as claimed in claim 36, it is characterized in that, second receives subelement is further used for when the high-level signaling that sends by network side receives described indication, obtain described indication from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives, or, obtain described indication from the r9Hnb-Net territory of the RRCConnectionReconfiguration message that receives.

41. subscriber equipment as claimed in claim 37, it is characterized in that, the 3rd receives subelement is further used for obtaining described order from the RRCConnectionReconfiguration message that receives when the system information of broadcasting by network side according to the order of network side receives described indication.

42. subscriber equipment as claimed in claim 41, it is characterized in that, the 3rd receives subelement is further used for when the described indication of system information reception of broadcast by network side according to the order of network side, obtains described order from the mobilityControlInformation territory of the RRCConnectionReconfiguration message that receives.

43. described subscriber equipment as arbitrary in claim 37 to 42 is characterized in that, further comprises:

Display module is used for showing the type of local network to the user after UE determines the type of the local network on HeNB according to described indication;

Input module is used for inputting indication information for the user;

Link block is used for the upper network that connects of indication access HeNB according to user's input.

44. a communication system is characterized in that, comprising:

HeNB is by the type of high-level signaling to the described local network of UE indication, wherein, HeNB sends S1-AP Handover Request Acknowledge S1-AP Handover Request Acknowledge message to MME, include in described message carried the wireless resource control connection reconfiguration RRCConnectionReconfiguration message that sends to UE target evolution base station to source base station transparent vessel information unit Target eNodeB to Source eNodeB Transparent Container IE, contain mobility management information mobilityControlInformation territory in described RRCConnectionReconfiguration message, HeNB carries the type information of the described local network on HeNB in the mobilityControlInformation territory,

45. system as claimed in claim 44 is characterized in that, further comprises MME, provides the second base station of traffic services switching forward direction UE, wherein:

Described the first base station is further used for sending the message of the type information that carries the local network on described the first base station to MME when indicating the type of the described local network on the first base station by high-level signaling to UE;

MME is used for the message of carrying the type information of the local network on described the first base station to described the second base station transmission;

The second base station, the type information of the local network on described the first base station that is used for carrying according to the message that MME sends is indicated the type of the local network on described the first base station to UE.

46. system as claimed in claim 45 is characterized in that, further comprises MME, provides the 3rd base station of traffic services switching forward direction UE, wherein:

Described the first base station is further used for carrying the type information of the local network on described the first base station in the system information of broadcasting, when obtaining the type of the local network on described the first base station to the UE indication from system information, switch in the process of the first base station at UE, indicate the type of the local network on described the first base station by high-level signaling to UE, send to MME and carry the message that described indication UE reads the information of the first base station system information;

MME is used for sending to described the 3rd base station and carries the message that described indication UE reads the information of the first base station system information;

The 3rd base station is used for indicating to UE the first base station system information that reads according to the information that the described indication UE that the message that MME sends is carried reads the first base station system information.