CN104427548A

CN104427548A - Mobile measurement method for multi-carrier networking, network equipment and user equipment

Info

Publication number: CN104427548A
Application number: CN201310392980.XA
Authority: CN
Inventors: 杨毅; 周涵; 花梦
Original assignee: Huawei Technologies Co Ltd
Current assignee: Zhejiang Haining Warp Knitting Industrial Park Development Co., Ltd
Priority date: 2013-09-02
Filing date: 2013-09-02
Publication date: 2015-03-18
Anticipated expiration: 2033-09-02
Also published as: WO2015027811A1; CN104427548B

Abstract

The invention provides a mobile measurement method for multi-carrier networking, network equipment and user equipment. The mobile measurement method comprises the following steps: performing first carrier intra-frequency measurement configuration and second carrier intra-frequency measurement configuration on the user equipment UE by the network equipment so as to enable the UE to acquire a monitor set, which corresponds to a first carrier, according to the first carrier intra-frequency measurement configuration and acquire a monitor set, which corresponds to a second carrier, according to the second carrier intra-frequency measurement configuration; initiating first carrier intra-frequency measurement for a cell set containing the monitor set which corresponds to the first carrier and a preset active set which corresponds to the first carrier to generate a first carrier intra-frequency measurement event; initiating second carrier intra-frequency measurement for a cell set containing the monitor set which corresponds to the second carrier to generate a second carrier intra-frequency measurement event; acquiring the first carrier intra-frequency measurement event and the second carrier intra-frequency measurement event, reported on the first carrier by the UE, by the network equipment. By adopting the method and the equipment provided by the invention, the network complexity can be reduced.

Description

The traverse measurement method of multi-carrier networking, network equipment and subscriber equipment

Technical field

The present invention relates to the communication technology, particularly relate to a kind of traverse measurement method of multi-carrier networking, network equipment and subscriber equipment.

Background technology

In Wideband Code Division Multiple Access (WCDMA) (Wide-band Code Division Multiple Access, WCDMA) system, heterogeneous network (Heterogeneous is called for short Hetnet) can be adopted.Fig. 1 is the structural representation of heterogeneous network.As shown in Figure 1, network comprises the large macro station of coverage (Macro NodeB) and covers little micro-station (Pico Node B), the descending coverage of community is determined by the down transmitting power of community, in FIG, the coverage of macro station represents with F2, the coverage at micro-station represents with F1, and macro station has overlapping region with the coverage at micro-station.In heterogeneous network, need to know region residing for subscriber equipment (User Equipment, be called for short UE) by traverse measurement, to be the Serving cell of its configuration optimum.

In heterogeneous network, can adopt multi-carrier networking, macrocell and Microcell be the two carrier wave of configurating downlink all, is called main carrier and auxiliary carrier wave.When carrying out traverse measurement, descending main carrier and auxiliary carrier wave set up Active Set respectively, UE carries out common frequency measurement respectively according to two Active Sets, reports same frequency measuring case.Wherein, Active Set (be called for short active set) is a set of cells, the community in Active Set and there is wireless link (Radio Link is called for short RL) between UE, and this RL comprises up link (being called for short uplink) and down link (abbreviation downlink).

Adopt the traverse measurement method of above-mentioned existing multi-carrier networking, owing to establishing two Active Sets, therefore, community in the Active Set of the community in the Active Set of main carrier and auxiliary carrier wave needs separate down link and up link, needed for the program, the quantity of up-link carrier is many, and network complexity is high.

Summary of the invention

First aspect of the present invention is to provide a kind of traverse measurement method of multi-carrier networking, in order to solve defect of the prior art, reduces network complexity.

Another aspect of the present invention is to provide a kind of network equipment and subscriber equipment, in order to solve defect of the prior art, reduces network complexity.

First aspect of the present invention is to provide a kind of traverse measurement method of multi-carrier networking, comprising:

Network equipment carries out the configuration of first carrier common frequency measurement and the configuration of the second carrier wave common frequency measurement to user equipment (UE), monitoring collection corresponding to first carrier is obtained according to described first carrier common frequency measurement configuration to make described UE, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case, wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected,

Described network equipment obtains the first carrier same frequency measuring case and the second carrier wave same frequency measuring case that described UE reports at described first carrier.

Aspect as above and arbitrary possible implementation, provide a kind of implementation further, and described network equipment carries out the configuration of first carrier common frequency measurement to UE and the configuration of the second carrier wave common frequency measurement comprises:

Described network equipment carries out the configuration of first carrier common frequency measurement to UE, starts the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier to make described UE according to the configuration of described first carrier common frequency measurement;

Described network equipment is after the first carrier same frequency measuring case that the described UE of acquisition reports, second carrier wave common frequency measurement configuration is carried out to described UE, starts the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave to make described UE according to described second carrier wave common frequency measurement configuration.

Described network equipment is before obtaining the first carrier same frequency measuring case that reports of described UE, second carrier wave common frequency measurement configuration being carried out to described UE, starting the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave when reporting first carrier same frequency measuring case to make described UE.

Aspect as above and arbitrary possible implementation, provide a kind of implementation further,

Described network equipment carries out the configuration of first carrier common frequency measurement to UE and comprises: described network equipment issues the measuring control information of first carrier and monitoring collection corresponding to described first carrier to described UE, and the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case;

Described network equipment carries out the second carrier wave common frequency measurement configuration to UE and comprises: described network equipment issues the measuring control information of the second carrier wave and monitoring collection corresponding to described second carrier wave to described UE, and the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

Aspect as above and arbitrary possible implementation, provide a kind of implementation further, and described first carrier is main carrier, and described second carrier wave is auxiliary carrier wave.

Aspect as above and arbitrary possible implementation, provide a kind of implementation further, and at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises:

At least one item in 1a event, 1b event, 1c event, 1d event, 1e event and 1f event.

Another aspect of the present invention is to provide a kind of traverse measurement method of multi-carrier networking, comprising:

The first carrier common frequency measurement that user equipment (UE) receives from network equipment configures and the configuration of the second carrier wave common frequency measurement;

Described UE obtains monitoring collection corresponding to first carrier according to described first carrier common frequency measurement configuration, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave;

Described UE starts the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case; Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected;

Described UE reports first carrier same frequency measuring case and the second carrier wave same frequency measuring case to described network equipment on described first carrier.

Aspect as above and arbitrary possible implementation, a kind of implementation is provided further, described UE starts the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case and comprise:

Described UE is after receiving the first carrier common frequency measurement configuration from network equipment, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case;

Described UE is after reporting first carrier same frequency measuring case to described network equipment, receive the second carrier wave common frequency measurement configuration from described network equipment, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave according to described second carrier wave common frequency measurement configuration, generate the second carrier wave same frequency measuring case.

Described UE is before reporting first carrier same frequency measuring case to described network equipment, receive the second carrier wave common frequency measurement configuration from network equipment, starting the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave when reporting first carrier same frequency measuring case, generating the second carrier wave same frequency measuring case.

The first carrier common frequency measurement configuration that described UE receives from network equipment comprises: described UE receives the measuring control information of the first carrier that described network equipment issues and monitoring collection corresponding to described first carrier, and the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case;

The second carrier wave common frequency measurement configuration that described UE receives from network equipment comprises: described UE receives the measuring control information of the second carrier wave that described network equipment issues and monitoring collection corresponding to described second carrier wave, and the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

Aspect as above and arbitrary possible implementation, provide a kind of implementation further, and described startup comprises for the second carrier wave common frequency measurement of the set of cells comprising monitoring collection corresponding to described second carrier wave:

If the services sites at place, current service cell is different from the cell coverage area of described first carrier at the cell coverage area of described second carrier wave, then described UE starts the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

Another aspect of the present invention is to provide a kind of network equipment, comprising:

Dispensing unit, for carrying out the configuration of first carrier common frequency measurement and the configuration of the second carrier wave common frequency measurement to user equipment (UE), monitoring collection corresponding to first carrier is obtained according to described first carrier common frequency measurement configuration to make described UE, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case, wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected,

Acquiring unit, for obtaining the first carrier same frequency measuring case and the second carrier wave same frequency measuring case that described UE reports at described first carrier.

Described dispensing unit is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for after obtain first carrier same frequency measuring case that described UE reports at described acquiring unit, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started according to described second carrier wave common frequency measurement configuration to make described UE.

Described dispensing unit is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for before obtain first carrier same frequency measuring case that described UE reports at described acquiring unit, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started when reporting first carrier same frequency measuring case to make described UE.

Described dispensing unit is specifically for monitoring collection corresponding to the measuring control information from first carrier to described UE and described first carrier that issue, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and the monitoring collection that measuring control information from the second carrier wave to described UE and described second carrier wave specifically for issuing is corresponding, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

Another aspect of the present invention is to provide a kind of user equipment (UE), comprising:

Receiving element, configures and the configuration of the second carrier wave common frequency measurement for the first carrier common frequency measurement received from network equipment;

Acquiring unit, for obtaining monitoring collection corresponding to first carrier according to described first carrier common frequency measurement configuration, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave;

Measuring unit, for starting the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case; Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected;

Report unit, for reporting first carrier same frequency measuring case and the second carrier wave same frequency measuring case to described network equipment on described first carrier.

Described measuring unit is specifically for after receiving the first carrier common frequency measurement configuration from network equipment at described receiving element, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case;

Described receiving element specifically at the described unit that reports to after described network equipment reports first carrier same frequency measuring case, receive the second carrier wave common frequency measurement configuration from described network equipment, described measuring unit, specifically for starting the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave according to described second carrier wave common frequency measurement configuration, generates the second carrier wave same frequency measuring case.

Described receiving element is specifically for reporting before unit reports first carrier same frequency measuring case to described network equipment described, receive the second carrier wave common frequency measurement configuration from network equipment, described report unit to report first carrier same frequency measuring case time start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case.

Described receiving element is specifically for the measuring control information of first carrier that receives described network equipment and issue and monitoring collection corresponding to described first carrier, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and specifically for the measuring control information that receives the second carrier wave that described network equipment issues and monitoring collection corresponding to described second carrier wave, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

Aspect as above and arbitrary possible implementation, a kind of implementation is provided further, described measuring unit specifically for the services sites at place, current service cell at the cell coverage area of described second carrier wave from when the cell coverage area of described first carrier is different, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

Transmitter, for carrying out the configuration of first carrier common frequency measurement and the configuration of the second carrier wave common frequency measurement to user equipment (UE), monitoring collection corresponding to first carrier is obtained according to described first carrier common frequency measurement configuration to make described UE, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case, wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected,

Receiver, for obtaining the first carrier same frequency measuring case and the second carrier wave same frequency measuring case that described UE reports at described first carrier;

Bus, connects described transmitter and described receiver, for carrying out exchanges data between described transmitter and described receiver.

Described transmitter is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for after obtain first carrier same frequency measuring case that described UE reports at described receiver, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started according to described second carrier wave common frequency measurement configuration to make described UE.

Described transmitter is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for before obtain first carrier same frequency measuring case that described UE reports at described receiver, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started when reporting first carrier same frequency measuring case to make described UE.

Described transmitter is specifically for monitoring collection corresponding to the measuring control information from first carrier to described UE and described first carrier that issue, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and the monitoring collection that measuring control information from the second carrier wave to described UE and described second carrier wave specifically for issuing is corresponding, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

Receiver, configures and the configuration of the second carrier wave common frequency measurement for the first carrier common frequency measurement received from network equipment;

First processor, for obtaining monitoring collection corresponding to first carrier according to described first carrier common frequency measurement configuration, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave;

Second processor, for starting the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case; Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected;

Transmitter, for reporting first carrier same frequency measuring case and the second carrier wave same frequency measuring case to described network equipment on described first carrier;

Bus, connects described receiver, described first processor, described second processor and described transmitter, at described receiver, described first processor, carry out exchanges data between described second processor and described transmitter.

Described second processor is specifically for after receiving the first carrier common frequency measurement configuration from network equipment at described receiver, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case;

Described receiver specifically at described transmitter to after described network equipment reports first carrier same frequency measuring case, receive the second carrier wave common frequency measurement configuration from described network equipment, described second processor, specifically for starting the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave according to described second carrier wave common frequency measurement configuration, generates the second carrier wave same frequency measuring case.

Described receiver is specifically for before reporting first carrier same frequency measuring case at described transmitter to described network equipment, receive the second carrier wave common frequency measurement configuration from network equipment, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave when described transmitter reports first carrier same frequency measuring case, generate the second carrier wave same frequency measuring case.

Described receiver is specifically for the measuring control information of first carrier that receives described network equipment and issue and monitoring collection corresponding to described first carrier, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and specifically for the measuring control information that receives the second carrier wave that described network equipment issues and monitoring collection corresponding to described second carrier wave, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

Aspect as above and arbitrary possible implementation, a kind of implementation is provided further, described second processor specifically for the services sites at place, current service cell at the cell coverage area of described second carrier wave from when the cell coverage area of described first carrier is different, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

From foregoing invention content, network equipment carries out the configuration of first carrier common frequency measurement and the configuration of the second carrier wave common frequency measurement to UE, UE carries out first carrier common frequency measurement to monitoring collection corresponding to first carrier and Active Set corresponding to first carrier, the monitoring collection corresponding to the second carrier wave carries out the second carrier wave common frequency measurement, reports the same frequency measuring case for first carrier and the second carrier wave respectively.Owing to only setting up the Active Set on first carrier, and the second carrier wave only uses monitoring collection, and be connected without the need to setting up RL with UE owing to monitoring concentrated community, therefore do not need to arrange up-link carrier corresponding to the second carrier wave, described UE only needs to arrange unique up-link carrier, first carrier same frequency measuring case and the second carrier wave same frequency measuring case all report on this up-link carrier, thus reduce the complexity of network.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation of heterogeneous network;

Fig. 2 a is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention one;

Fig. 2 b is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention two;

Fig. 3 is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention three;

Fig. 4 is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention four;

Fig. 5 is the structural representation of the network equipment of the embodiment of the present invention five;

Fig. 6 is the structural representation of the subscriber equipment of the embodiment of the present invention six;

Fig. 7 is the structural representation of the network equipment of the embodiment of the present invention seven;

Fig. 8 is the structural representation of the subscriber equipment of the embodiment of the present invention eight.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

In each embodiment stated under the invention, in networking communication system, deploy two descending carriers, that is: first carrier and the second carrier wave, and above-mentioned two descending carriers are associated with a up-link carrier.First service website forms the first community when working in first carrier, UE is by the first community and first service site communication.In one implementation, first carrier can be main carrier, and the second carrier wave can be auxiliary carrier wave.

Fig. 2 a is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention one.As shown in Figure 1, the method comprises following process.

Step 101: network equipment carries out the configuration of main carrier common frequency measurement and the configuration of auxiliary carrier wave common frequency measurement to UE.

In this step, network equipment carries out the configuration of main carrier common frequency measurement and the configuration of auxiliary carrier wave common frequency measurement to UE, monitoring collection corresponding to main carrier is obtained according to described main carrier common frequency measurement configuration to make described UE, monitoring collection corresponding to auxiliary carrier wave is obtained according to described auxiliary carrier wave common frequency measurement configuration, start the main carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described main carrier and Active Set corresponding to default main carrier, generate main carrier same frequency measuring case, start the auxiliary carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described auxiliary carrier wave, generate auxiliary carrier wave same frequency measuring case.

In the embodiment of the present invention one and each following embodiment, Active Set (being called for short active set) is a set of cells, and there is RL between the community in Active Set and UE, this RL comprises up link and down link.Monitoring collection is the cell lists that UE successively carries out measuring, the received signal code power (Received Signal Code Power is called for short RSCP) of the district pilots that monitoring is concentrated or chip average energy (being called for short Ec/N0) value arrive not yet by force and can add Active Set.The monitoring collection that the monitoring collection that main carrier is corresponding is corresponding with auxiliary carrier wave is separate.

Step 102: described network equipment obtains the main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case that described UE reports at described main carrier.

In this step, described network equipment obtains the main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case that described UE reports, thus the above-mentioned event that described network equipment can report according to described UE carries out mobile management to described UE under multi-carrier networking.

In the embodiment of the present invention one and each following embodiment, same frequency measuring case can comprise at least one item in following event: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.Particularly, 1a event is used for adding Active Set community, and the measured value when the outer community of an Active Set is better than reporting range, triggers 1a event.1b event is used for deleting Active Set community, when in an Active Set, the measured value of community is worse than reporting range, triggers 1b event.1c event is used for outer for Active Set community to replace community in Active Set, and the measured value when the outer community of an Active Set is better than community in an Active Set, triggers 1c event.1d event is used for upgrading Active Set optimum subdistrict, when optimum subdistrict changes, triggers 1d event.When the measured value of a community is better than an absolute threshold, trigger 1e event, wherein, this absolute threshold can be determined by net side mark.When the measured value of a community is worse than an absolute threshold, trigger 1f event, wherein, this absolute threshold can be determined by net side mark.

In the embodiment of the present invention one, network equipment carries out the configuration of main carrier common frequency measurement and the configuration of auxiliary carrier wave common frequency measurement to UE, to make described UE, main carrier common frequency measurement is carried out to monitoring collection corresponding to main carrier and Active Set corresponding to default main carrier, the monitoring collection corresponding to auxiliary carrier wave carries out auxiliary carrier wave common frequency measurement, reports the same frequency measuring case for main carrier and auxiliary carrier wave respectively.Owing to only setting up the Active Set on main carrier, and auxiliary carrier wave only uses monitoring collection, and be connected without the need to setting up RL with UE owing to monitoring concentrated community, therefore do not need to arrange up-link carrier corresponding to auxiliary carrier wave, described UE only needs to arrange unique up-link carrier, main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case all report on this up-link carrier, thus reduce the complexity of network.

Fig. 2 b is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention two.As shown in Figure 2, the method comprises following process.

The main carrier common frequency measurement that step 201:UE receives from network equipment configures and the configuration of auxiliary carrier wave common frequency measurement.

Step 202: described UE obtains monitoring collection corresponding to main carrier according to described main carrier common frequency measurement configuration, obtains monitoring collection corresponding to auxiliary carrier wave according to described auxiliary carrier wave common frequency measurement configuration.

Step 203: described UE starts the main carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described main carrier and Active Set corresponding to default main carrier, generate main carrier same frequency measuring case, start the auxiliary carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described auxiliary carrier wave, generate auxiliary carrier wave same frequency measuring case.

Step 204: described UE reports main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case to described network equipment on described main carrier.

In this step, described UE reports main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case to described network equipment, thus the above-mentioned event that described network equipment can report according to described UE carries out mobile management to described UE under multi-carrier networking.

In the embodiment of the present invention two, the main carrier common frequency measurement that UE receives from network equipment configures and the configuration of auxiliary carrier wave common frequency measurement, start the main carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to main carrier and Active Set corresponding to main carrier, start the auxiliary carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to auxiliary carrier wave, report main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case to network equipment.Owing to only setting up the Active Set on main carrier, and auxiliary carrier wave only uses monitoring collection, and be connected without the need to setting up RL with UE owing to monitoring concentrated community, therefore do not need to arrange up-link carrier corresponding to auxiliary carrier wave, described UE only needs to arrange unique up-link carrier, main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case all report on this up-link carrier, thus reduce the complexity of network.

Fig. 3 is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention three.As shown in Figure 3, the method comprises following process.

Step 301: network equipment carries out the configuration of main carrier common frequency measurement to UE.

In this step, network equipment carries out the configuration of main carrier common frequency measurement to UE.This configuration comprises the measuring control information of main carrier and monitoring collection corresponding to described main carrier, and particularly, network equipment completes this layoutprocedure by the monitoring collection that the measuring control information from main carrier to UE and described main carrier that issue are corresponding.Wherein, the measuring control information of this main carrier at least comprises the report condition of main carrier same frequency measuring case.Further, measuring control information can also comprise a lot of out of Memory, and such as, instruction measurement is RSCP or Ec/N0, instruction reporting events cycle, the same event etc. frequently of which main carrier of instruction measurement.In measuring control information, the parameter for each main carrier same frequency measuring case can also be comprised, comprise the weight coefficient of community, reporting range etc.Network equipment, by this layoutprocedure, makes UE unlatching for the common frequency measurement of main carrier, and makes UE obtain the report condition of main carrier same frequency measuring case by configuration.Wherein, above-mentioned main carrier same frequency measuring case can include but not limited to any one or a few combination of following event: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.In embodiments of the present invention, do not limit the report condition of above-mentioned main carrier same frequency measuring case, network equipment can be arranged flexibly according to the needs of practical application.

Network equipment, when carrying out the configuration of main carrier common frequency measurement to described UE, issues the list of the community of monitoring collection corresponding to main carrier to UE.Described UE obtains monitoring collection corresponding to main carrier according to the configuration of network equipment.In the embodiment of the present invention one and below in each embodiment, network equipment can be radio network controller (Radio Network Controller is called for short RNC).

Step 302: described UE carries out common frequency measurement to main carrier and reports main carrier same frequency measuring case to described network equipment.

In this step, described UE starts the main carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described main carrier and Active Set corresponding to default main carrier, according to the measuring control information of the main carrier that network equipment issues, and Active Set corresponding to main carrier and monitoring collection, common frequency measurement is carried out to main carrier, further, when measurement result meets the report condition of main carrier same frequency measuring case, main carrier same frequency measuring case is reported to described network equipment.In this step, the monitoring collection that main carrier is corresponding is that UE obtains in step 301; The Active Set that main carrier is corresponding is that UE obtains in advance.Before this step, network equipment, by issuing activating set updating message to UE, makes UE obtain Active Set corresponding to main carrier; Network equipment is by UE to the common frequency measurement of main carrier and reporting events, and the Active Set corresponding to the main carrier that UE is current is safeguarded, in the Active Set that the main carrier that UE is current is corresponding, namely increases community or delete community.Community in Active Set and there is wireless link (Radio Link, be called for short RL) between UE, wherein, RL comprises up link (being called for short uplink) and down link (abbreviation downlink).

In this step, described UE reports main carrier same frequency measuring case to described network equipment, thus the above-mentioned event that described network equipment can report according to described UE carries out mobile management to described UE under multi-carrier networking.

Step 303: described network equipment carries out the configuration of auxiliary carrier wave common frequency measurement to UE.

In this step, network equipment, after the main carrier same frequency measuring case that acquisition UE reports, carries out the configuration of auxiliary carrier wave common frequency measurement to UE.Trigger network side apparatus can include but not limited to any one or a few combination of following event to the main carrier same frequency measuring case that UE carries out the configuration of auxiliary carrier wave common frequency measurement: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.Particularly, network equipment completes this layoutprocedure by the monitoring collection that the measuring control information from auxiliary carrier wave to UE and described auxiliary carrier wave that issue are corresponding, and the measuring control information of this auxiliary carrier wave comprises the report condition of auxiliary carrier wave same frequency measuring case.Network equipment, by this layoutprocedure, makes UE unlatching for the common frequency measurement of auxiliary carrier wave, and makes UE obtain the report condition of auxiliary carrier wave same frequency measuring case.Wherein, auxiliary carrier wave same frequency measuring case can include but not limited to any one or a few combination of following event: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.In embodiments of the present invention, do not limit the report condition of above-mentioned auxiliary carrier wave same frequency measuring case, network equipment can be arranged flexibly according to the needs of practical application.

When network equipment carries out the configuration of auxiliary carrier wave common frequency measurement to UE, issue the cell list of monitoring collection corresponding to auxiliary carrier wave to UE.UE obtains monitoring collection corresponding to auxiliary carrier wave according to described auxiliary carrier wave common frequency measurement configuration.Monitoring collection is the cell lists that UE successively carries out measuring, the received signal code power (Received Signal Code Power is called for short RSCP) of the district pilots that monitoring is concentrated or chip average energy (being called for short Ec/N0) value arrive not yet by force and can add Active Set.

Step 304: described UE carries out common frequency measurement to auxiliary carrier wave and reports auxiliary carrier wave same frequency measuring case to described network equipment.

In this step, described UE starts the auxiliary carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described auxiliary carrier wave, the monitoring collection corresponding according to auxiliary carrier wave, common frequency measurement is carried out to auxiliary carrier wave, and, when measurement result meets the report condition of auxiliary carrier wave same frequency measuring case, report auxiliary carrier wave same frequency measuring case to described network equipment.

In this step, described UE reports auxiliary carrier wave same frequency measuring case to described network equipment, thus the above-mentioned event that described network equipment can report according to described UE carries out mobile management to described UE under multi-carrier networking.

In the embodiment of the present invention three, UE reports the same frequency measuring case for main carrier and auxiliary carrier wave respectively, thus network equipment can carry out mobile management to UE, according to UE report respectively for the same frequency measuring case of main carrier and auxiliary carrier wave, switch the Serving cell of UE, and UE is configured to optimum pattern.Such as, if UE supports double frequency double small district (Dual-Frequency Dual-Cell is called for short DF-DC) pattern, then this UE can be configured to DF-DC pattern by network equipment.Adopt the method for the embodiment of the present invention three, only set up the Active Set on main carrier, and auxiliary carrier wave only uses monitoring collection, be connected without the need to setting up RL with UE owing to monitoring concentrated community, therefore do not need to arrange up-link carrier corresponding to auxiliary carrier wave, described UE only needs to arrange unique up-link carrier, and main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case all report on this up-link carrier, thus reduce the complexity of network.Further, adopt the technical scheme of the embodiment of the present invention three, both can be implemented in the mobile management to UE under multi-carrier networking, and the measurement of UE can have been reduced again and report, thus reducing UE power consumption and up signaling consumption.

Fig. 4 is the flow chart of the traverse measurement method of the multi-carrier networking of the embodiment of the present invention four.As shown in Figure 4, the method comprises following process.

Step 401: network equipment carries out the configuration of main carrier common frequency measurement and the configuration of auxiliary carrier wave common frequency measurement to UE.

In this step, network equipment carries out the configuration of main carrier common frequency measurement to UE.Particularly, network equipment completes this layoutprocedure by the monitoring collection that the measuring control information from main carrier to UE and described main carrier that issue are corresponding, and wherein, the measuring control information of this main carrier comprises the report condition of main carrier same frequency measuring case.Network equipment, by this layoutprocedure, makes UE unlatching for the common frequency measurement of main carrier, and makes UE obtain the report condition of main carrier same frequency measuring case by configuration.Wherein, main carrier same frequency measuring case can include but not limited to any one or a few combination of following event: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.In embodiments of the present invention, do not limit the report condition of above-mentioned main carrier same frequency measuring case, network equipment can be arranged flexibly according to the needs of practical application.Network equipment, when carrying out the configuration of main carrier common frequency measurement to described UE, issues the list of the community that monitoring corresponding to main carrier is concentrated to UE.Described UE obtains monitoring collection corresponding to main carrier according to the configuration of network equipment.

Further, in this step, network equipment also carries out the configuration of auxiliary carrier wave common frequency measurement to UE.Particularly, network equipment completes this layoutprocedure by the monitoring collection that the measuring control information from auxiliary carrier wave to UE and described auxiliary carrier wave that issue are corresponding, and the measuring control information of this auxiliary carrier wave comprises the report condition of auxiliary carrier wave same frequency measuring case.Network equipment, by this layoutprocedure, makes UE obtain the report condition of auxiliary carrier wave same frequency measuring case.Wherein, auxiliary carrier wave same frequency measuring case can include but not limited to any one or a few combination of following event: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.In embodiments of the present invention, do not limit the report condition of above-mentioned auxiliary carrier wave same frequency measuring case, network equipment can be arranged flexibly according to the needs of practical application.When network equipment carries out the configuration of auxiliary carrier wave common frequency measurement to UE, issue the cell list of monitoring collection corresponding to auxiliary carrier wave to UE.UE obtains monitoring collection corresponding to auxiliary carrier wave according to described auxiliary carrier wave common frequency measurement configuration.Monitoring collection is the cell lists that UE successively carries out measuring, RSCP or the Ec/N0 value of the district pilots that monitoring is concentrated is not yet strong to adding Active Set.

Step 402: described UE carries out common frequency measurement to main carrier and reports main carrier same frequency measuring case to described network equipment.

In this step, described UE starts the main carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described main carrier and Active Set corresponding to default main carrier, according to the measuring control information of the main carrier that network equipment issues, in the scope of Active Set corresponding to described main carrier, common frequency measurement is carried out to main carrier, further, when measurement result meets the report condition of main carrier same frequency measuring case, main carrier same frequency measuring case is reported to described network equipment.In this step, the monitoring collection that main carrier is corresponding is that UE obtains in step 401; The Active Set that main carrier is corresponding is that UE obtains in advance.Before this step, network equipment, by issuing Active Set maintain message to UE, makes UE obtain Active Set corresponding to main carrier; Network equipment can also by UE to the common frequency measurement of main carrier and reporting events, and the Active Set corresponding to the main carrier that UE is current is safeguarded, in the Active Set that the main carrier that UE is current is corresponding, namely increases community or delete community.Community in Active Set and there is wireless link (Radio Link, be called for short RL) between UE, wherein, RL comprises up link (being called for short uplink) and down link (abbreviation downlink).

In this step, described network equipment obtains the main carrier same frequency measuring case that described UE reports, thus the above-mentioned event that described network equipment can report according to described UE carries out mobile management to described UE under multi-carrier networking.

At described UE to after described network equipment reports main carrier same frequency measuring case, directly step 404 can be performed, or, also first can perform step 403, if the judged result of step 403 is no, then perform step 404.In step 404, UE is according to the triggering of main carrier same frequency measuring case, common frequency measurement is carried out to auxiliary carrier wave, wherein, any one or a few the combination that main carrier same frequency measuring case that UE carries out auxiliary carrier wave common frequency measurement can include but not limited to following event is triggered: 1a event, 1b event, 1c event, 1d event, 1e event, 1f event.

Step 403: described UE judges that whether the coverage of Current Serving BTS on auxiliary carrier wave be identical with the coverage on main carrier.

If so, process ends.If not, step 404 is performed.

Network equipment can in advance by broadcast or the mode of lower signaling to informing the following information of UE: transmitting power on main carrier of macro base station and micro-base station and macro base station and the micro-base station transmitting power on auxiliary carrier wave.In this step, described UE judges that Current Serving BTS is macro base station or micro-base station, and particularly, the base station belonging to current service cell and Current Serving BTS, UE judges that current service cell belongs to macro base station or micro-base station.If Current Serving BTS is macro base station, then described UE compares the transmitting power of macro base station on main carrier and the transmitting power on auxiliary carrier wave; If Current Serving BTS is micro-base station, if then the transmitting power of the more micro-base station of described UE on main carrier is different from the transmitting power comparative result on auxiliary carrier wave, then UE judges that the coverage of Current Serving BTS on auxiliary carrier wave is different from the coverage on main carrier.

Step 404: described UE carries out common frequency measurement to auxiliary carrier wave and reports auxiliary carrier wave same frequency measuring case to described network equipment.

In this step, described network equipment obtains the auxiliary carrier wave same frequency measuring case that described UE reports, thus the above-mentioned event that described network equipment can report according to described UE carries out mobile management to described UE under multi-carrier networking.

In the embodiment of the present invention four, UE reports the same frequency measuring case for main carrier and auxiliary carrier wave respectively, thus network equipment can carry out mobile management to UE, according to UE report respectively for the same frequency measuring case of main carrier and auxiliary carrier wave, switch the Serving cell of UE, and UE is configured to optimum pattern.Such as, if UE supports DF-DC pattern, then this UE can be configured to DF-DC pattern by network equipment.Adopt the method for the embodiment of the present invention four, only set up the Active Set on main carrier, and auxiliary carrier wave only uses monitoring collection, be connected without the need to setting up RL with UE owing to monitoring concentrated community, therefore do not need to arrange up-link carrier corresponding to auxiliary carrier wave, described UE only needs to arrange unique up-link carrier, and main carrier same frequency measuring case and auxiliary carrier wave same frequency measuring case all report on this up-link carrier, thus reduce the complexity of network.Further, adopt the technical scheme of the embodiment of the present invention four, both can be implemented in the mobile management to UE under multi-carrier networking, and the measurement of UE can have been reduced again and report, thus reducing UE power consumption and up signaling consumption.

Fig. 5 is the structural representation of the network equipment of the embodiment of the present invention five.As shown in Figure 5, this appliance arrangement at least comprises: dispensing unit 51 and acquiring unit 52.

Wherein, dispensing unit 51 is for carrying out the configuration of first carrier common frequency measurement and the configuration of the second carrier wave common frequency measurement to UE, monitoring collection corresponding to first carrier is obtained according to described first carrier common frequency measurement configuration to make described UE, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case.Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected.

Acquiring unit 52 is for the first carrier same frequency measuring case that obtains described UE and report at described first carrier and the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described dispensing unit 51 is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for after obtain first carrier same frequency measuring case that described UE reports at described acquiring unit 52, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started according to described second carrier wave common frequency measurement configuration to make described UE.

On the basis of technique scheme, further, described dispensing unit 51 is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for before obtain first carrier same frequency measuring case that described UE reports at described acquiring unit 52, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started when reporting first carrier same frequency measuring case to make described UE.

On the basis of technique scheme, further, described dispensing unit 51 is specifically for monitoring collection corresponding to the measuring control information from first carrier to described UE and described first carrier that issue, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and the monitoring collection that measuring control information from the second carrier wave to described UE and described second carrier wave specifically for issuing is corresponding, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described first carrier is main carrier, and described second carrier wave is auxiliary carrier wave.

On the basis of technique scheme, further, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises: at least one item in 1a event, 1b event, 1c event, 1d event, 1e event and 1f event.

The network equipment of the embodiment of the present invention five may be used for the traverse measurement method of the multi-carrier networking performed described in the embodiment of the present invention one to the embodiment of the present invention four, its specific implementation process and technique effect with reference to the embodiment of the present invention one to the embodiment of the present invention four, can repeat no more herein.The concrete function that in the network equipment that Fig. 5 is corresponding, each unit performs can see the description in embodiment of the method before.

Fig. 6 is the structural representation of the subscriber equipment of the embodiment of the present invention six.As shown in Figure 6, this subscriber equipment at least comprises: receiving element 61, acquiring unit 62, measuring unit 63 and report unit 64.

Wherein, receiving element 61 configures and the configuration of the second carrier wave common frequency measurement for the first carrier common frequency measurement received from network equipment.

Acquiring unit 62, for obtaining monitoring collection corresponding to first carrier according to described first carrier common frequency measurement configuration, configures monitoring collection corresponding to acquisition second carrier wave according to described second carrier wave common frequency measurement.

Measuring unit 63 is for starting the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case.Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected.

Report unit 64 for reporting first carrier same frequency measuring case and the second carrier wave same frequency measuring case to described network equipment on described first carrier.

On the basis of technique scheme, further, described measuring unit 63 specifically for receive at described receiving element 61 from network equipment first carrier common frequency measurement configuration after, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case.Correspondingly, described receiving element 61 specifically at the described unit 64 that reports to after described network equipment reports first carrier same frequency measuring case, receive the second carrier wave common frequency measurement configuration from described network equipment, described measuring unit 63, specifically for starting the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave according to described second carrier wave common frequency measurement configuration, generates the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described measuring unit 63 specifically for receive at described receiving element 61 from network equipment first carrier common frequency measurement configuration after, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case.Correspondingly, described receiving element 61 is specifically for reporting before unit 64 reports first carrier same frequency measuring case to described network equipment described, receive the second carrier wave common frequency measurement configuration from network equipment, described report unit 64 to report first carrier same frequency measuring case time start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described receiving element 61 is specifically for the measuring control information of first carrier that receives described network equipment and issue and monitoring collection corresponding to described first carrier, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and specifically for the measuring control information that receives the second carrier wave that described network equipment issues and monitoring collection corresponding to described second carrier wave, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described measuring unit 63 specifically for the services sites at place, current service cell at the cell coverage area of described second carrier wave from when the cell coverage area of described first carrier is different, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

The subscriber equipment of the embodiment of the present invention six may be used for the traverse measurement method of the multi-carrier networking performed described in the embodiment of the present invention one to the embodiment of the present invention four, its specific implementation process and technique effect with reference to the embodiment of the present invention one to the embodiment of the present invention four, can repeat no more herein.The concrete function that in the subscriber equipment that Fig. 6 is corresponding, each unit performs can see the description in embodiment of the method before.

Fig. 7 is the structural representation of the network equipment of the embodiment of the present invention seven.As shown in Figure 7, this network equipment at least comprises: transmitter 71, receiver 72 and bus 70.

Wherein, transmitter 71 is for carrying out the configuration of first carrier common frequency measurement and the configuration of the second carrier wave common frequency measurement to user equipment (UE), monitoring collection corresponding to first carrier is obtained according to described first carrier common frequency measurement configuration to make described UE, the monitoring collection corresponding according to described second carrier wave common frequency measurement configuration acquisition second carrier wave, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case.Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected.

Receiver 72 is for the first carrier same frequency measuring case that obtains described UE and report at described first carrier and the second carrier wave same frequency measuring case.

Bus 70 connects transmitter 71 and receiver 72, for carrying out exchanges data between transmitter 71 and receiver 72.

On the basis of technique scheme, further, described transmitter 71 is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for after obtain first carrier same frequency measuring case that described UE reports at described receiver 72, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started according to described second carrier wave common frequency measurement configuration to make described UE.

On the basis of technique scheme, further, described transmitter 71 is specifically for carrying out the configuration of first carrier common frequency measurement to UE, the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier is started according to the configuration of described first carrier common frequency measurement to make described UE, and specifically for before obtain first carrier same frequency measuring case that described UE reports at described receiver 72, second carrier wave common frequency measurement configuration is carried out to described UE, the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave is started when reporting first carrier same frequency measuring case to make described UE.

On the basis of technique scheme, further, described transmitter 71 is specifically for monitoring collection corresponding to the measuring control information from first carrier to described UE and described first carrier that issue, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and the monitoring collection that measuring control information from the second carrier wave to described UE and described second carrier wave specifically for issuing is corresponding, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

The network equipment of the embodiment of the present invention seven may be used for the traverse measurement method of the multi-carrier networking performed described in the embodiment of the present invention one to the embodiment of the present invention four, its specific implementation process and technique effect with reference to the embodiment of the present invention one to the embodiment of the present invention four, can repeat no more herein.Transmitter 71 in the present embodiment, concrete function performed by receiver 72 can see the descriptions of embodiment of the method before.

Fig. 8 is the structural representation of the subscriber equipment of the embodiment of the present invention eight.As shown in Figure 8, this subscriber equipment at least comprises: receiver 81, first processor 82, second processor 83, transmitter 84 and bus 80.

Wherein, receiver 81 configures and the configuration of the second carrier wave common frequency measurement for the first carrier common frequency measurement received from network equipment.

First processor 82, for obtaining monitoring collection corresponding to first carrier according to described first carrier common frequency measurement configuration, configures monitoring collection corresponding to acquisition second carrier wave according to described second carrier wave common frequency measurement;

Second processor 83 is for starting the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case; Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected;

Transmitter 84 for reporting first carrier same frequency measuring case and the second carrier wave same frequency measuring case to described network equipment on described first carrier.

Bus 80 connects described receiver 81, described first processor 82, described second processor 83 and described transmitter 84, at described receiver 81, described first processor 82, carry out exchanges data between described second processor 83 and described transmitter 84.

On the basis of technique scheme, further, described second processor 83 specifically for receive at described receiver 81 from network equipment first carrier common frequency measurement configuration after, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case.Correspondingly, described receiver 81 specifically at described transmitter 84 to after described network equipment reports first carrier same frequency measuring case, receive the second carrier wave common frequency measurement configuration from described network equipment, described second processor 83, specifically for starting the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave according to described second carrier wave common frequency measurement configuration, generates the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described second processor 83 specifically for receive at described receiver 81 from network equipment first carrier common frequency measurement configuration after, start the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier according to the configuration of described first carrier common frequency measurement, generate first carrier same frequency measuring case.Correspondingly, described receiver 81 is specifically for before reporting first carrier same frequency measuring case at described transmitter 84 to described network equipment, receive the second carrier wave common frequency measurement configuration from network equipment, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave when described transmitter 84 reports first carrier same frequency measuring case, generate the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described receiver 81 is specifically for the measuring control information of first carrier that receives described network equipment and issue and monitoring collection corresponding to described first carrier, the measuring control information of described first carrier comprises the report condition of first carrier same frequency measuring case, and specifically for the measuring control information that receives the second carrier wave that described network equipment issues and monitoring collection corresponding to described second carrier wave, the measuring control information of described second carrier wave comprises the report condition of the second carrier wave same frequency measuring case.

On the basis of technique scheme, further, described second processor 83 specifically for the services sites at place, current service cell at the cell coverage area of described second carrier wave from when the cell coverage area of described first carrier is different, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

The network equipment of the embodiment of the present invention eight may be used for the traverse measurement method of the multi-carrier networking performed described in the embodiment of the present invention one to the embodiment of the present invention four, its specific implementation process and technique effect with reference to the embodiment of the present invention one to the embodiment of the present invention four, can repeat no more herein.Receiver 81 in the present embodiment, first processor 82, second processor 83, function performed by transmitter 84 can see the descriptions of embodiment of the method before, and the present embodiment does not repeat this.

It should be noted that: for aforesaid each embodiment of the method, in order to simple description, therefore it is all expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not by the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, the embodiment described in specification all belongs to preferred embodiment, and involved action and module might not be that the present invention is necessary.

In the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields, in certain embodiment, there is no the part described in detail, can see the associated description of other embodiments.

One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program command is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.

Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims

1. a traverse measurement method for multi-carrier networking, is characterized in that, comprising:

2. method according to claim 1, is characterized in that, described network equipment carries out the configuration of first carrier common frequency measurement to UE and the configuration of the second carrier wave common frequency measurement comprises:

3. method according to claim 1, is characterized in that, described network equipment carries out the configuration of first carrier common frequency measurement to UE and the configuration of the second carrier wave common frequency measurement comprises:

4. method according to claim 1, is characterized in that,

5. method as claimed in any of claims 1 to 4, is characterized in that,

Described first carrier is main carrier, and described second carrier wave is auxiliary carrier wave.

6. method as claimed in any of claims 1 to 4, is characterized in that, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises:

7. a traverse measurement method for multi-carrier networking, is characterized in that, comprising:

8. method according to claim 7, it is characterized in that, described UE starts the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case and comprise:

9. method according to claim 7, it is characterized in that, described UE starts the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case and comprise:

10. method according to claim 7, is characterized in that,

11., according to the method in claim 7 to 10 described in any one, is characterized in that,

12., according to the method in claim 7 to 10 described in any one, is characterized in that, described startup comprises for the second carrier wave common frequency measurement of the set of cells comprising monitoring collection corresponding to described second carrier wave:

13., according to the method in claim 7 to 10 described in any one, is characterized in that, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises:

14. 1 kinds of network equipments, is characterized in that, comprising:

15. equipment according to claim 14, is characterized in that,

16. equipment according to claim 14, is characterized in that,

17. equipment according to claim 14, is characterized in that,

18., according to claim 14 to the equipment described in any one in 17, is characterized in that,

19., according to claim 14 to the equipment described in any one in 17, is characterized in that, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises:

20. 1 kinds of user equipment (UE)s, is characterized in that, comprising:

Measuring unit, for starting the first carrier common frequency measurement for the set of cells comprising monitoring collection corresponding to described first carrier and Active Set corresponding to default first carrier, generate first carrier same frequency measuring case, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave, generate the second carrier wave same frequency measuring case; Wherein, described UE has wireless link to be connected with described Active Set Zhong Ge community, and each community of concentrating with described monitoring does not have wireless link to be connected; Report unit, for reporting first carrier same frequency measuring case and the second carrier wave same frequency measuring case to described network equipment on described first carrier.

21. UE according to claim 20, is characterized in that,

22. UE according to claim 20, is characterized in that,

23. UE according to claim 20, is characterized in that,

24., according to the UE in claim 20 to 23 described in any one, is characterized in that,

25. according to the UE in claim 20 to 23 described in any one, it is characterized in that, described measuring unit specifically for the services sites at place, current service cell at the cell coverage area of described second carrier wave from when the cell coverage area of described first carrier is different, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

26., according to the UE in claim 20 to 23 described in any one, is characterized in that, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises:

27. 1 kinds of network equipments, is characterized in that, comprising:

28. equipment according to claim 27, is characterized in that,

29. equipment according to claim 27, is characterized in that,

30. equipment according to claim 27, is characterized in that,

31., according to the equipment in claim 27 to 29 described in any one, is characterized in that,

32., according to the equipment in claim 27 to 29 described in any one, is characterized in that, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises:

33. 1 kinds of user equipment (UE)s, is characterized in that, comprising:

34. UE according to claim 33, is characterized in that,

35. UE according to claim 33, is characterized in that,

36. UE according to claim 33, is characterized in that,

37., according to the UE in claim 33 to 36 described in any one, is characterized in that,

38. according to the UE in claim 33 to 36 described in any one, it is characterized in that, described second processor specifically for the services sites at place, current service cell at the cell coverage area of described second carrier wave from when the cell coverage area of described first carrier is different, start the second carrier wave common frequency measurement for the set of cells comprising monitoring collection corresponding to described second carrier wave.

39., according to the UE in claim 33 to 36 described in any one, is characterized in that, at least one in described first carrier same frequency measuring case and described second carrier wave same frequency measuring case comprises: