CN102869025A

CN102869025A - Measurement processing method and system

Info

Publication number: CN102869025A
Application number: CN2011101879718A
Authority: CN
Inventors: 施小娟
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2011-07-06
Filing date: 2011-07-06
Publication date: 2013-01-09
Also published as: WO2013004087A1

Abstract

The invention discloses a measurement processing method and a system. The method comprises the following steps of: receiving an adjacent cell detection event configured by a network via user equipment (UE); measuring a service cell by the UE, and submitting a measurement report to the network by the UE when signal quality of the service cell meets a triggering condition of the adjacent cell detection event; and receiving an adjacent measurement starting threshold (S-measure) configured by the network via the UE, and/or, receiving a notification sent by the network for a measurement corresponding to starting or stopping of the adjacent detection event via the UE. By adopting the technical solution of the invention, a small cell can be detected in time without increasing a large amount of power consumption of the UE, therefore, the deployment of lower power nodes (LPN) can be ensured to enhance cell coverage effectively, network capacity can be increased, and macro cell loads can be shared.

Description

Method and system are processed in a kind of measurement

Technical field

The present invention relates to the mobile communication technology field, relate in particular to a kind of measurement and process method and system.

Background technology

Along with the development of mobile communication and information technology, the user is growing to the demand of data business.Present main flow mobile communications network, no matter be to adopt GSM (G1obal System For Mobile Communication, global system for mobile communications)/GPRS (General Packet Radio Service, GPRS) 2nd generation/the 2.5th third generation mobile communication network, still adopt UMTS (Universal Mobile Telecommunications System, universal mobile telecommunications system) the 3rd third generation mobile communication network, it all is the homogeneous network (Homogeneous Network) by operator's unified planning to deploy, in a single day homogeneous network disposes, and the capacity of network is fixed in the certain area.

In order to satisfy the day by day data traffic requirement of blowout, need operator to dispose more homogeneous network website, but on the one hand, deployment and the grand website of the isomorphism that upholds one's heritage are costly, on the other hand, even in a large amount of new site of legacy network basis deploy, each website is in case dispose, its network capacity is fixed, and can not adapt to the demand of business load variation in some areas in the network and the demand that service quality (Quality of Service, QoS) changes.

For this reason, the 4th third-generation mobile communication comprises the little base station of low-power (pico eNB) in some low power nodes of basic deploy (Lower Power Node is referred to as LPN) of original homogeneous network, Home eNodeB (HeNB/CSG/femto), via node (relay) etc.These low power nodes are because its transmitting power is lower, therefore with respect to the base station (eNB of Incumbent unified plan, NB etc.) macrocell that covers (macro cell), the residential quarter that these low power nodes cover can be referred to as Microcell or small-cell (small cell).

Low power nodes is disposed flexibly, such as being deployed in the hot spot region, increases the covering of hot spot region, is the schematic diagram that a kind of low power nodes focus covers as shown in Figure 1.Low power nodes can be deployed in the hot spot region flexibly according to number of users, increases the network capacity of hot spot region, alleviates the load of hot spot region macrocell.Low power nodes can also be deployed in cell edge, strengthens the covering of cell edge, and Fig. 2 is the schematic diagram that a kind of low power nodes cell edge covers, and can effectively strengthen the covering of cell edge, improves the Qos of Cell Edge User.In addition, low power nodes can also be deployed in indoor, strengthens indoor covering, Figure 3 shows that the schematic diagram of the indoor covering of a kind of low power nodes, can effectively strengthen indoor covering, improve the Qos of indoor user, satisfy the high traffic demand of indoor user, alleviate simultaneously the load of macrocell.

The deployment of low power nodes can strengthen the residential quarter and cover on traditional macrocell basis, increase network capacity, shares the macrocell load, strengthens specific user's quality of service.Yet, low power nodes is because its transmitting power is low, the relatively traditional macrocell of its cell coverage area is little a lot, therefore, how to detect effectively and timely near the small-cell the subscriber equipment (User Equipment, UE), and in time move to signal quality enough good, allow on the resident small-cell of UE, meanwhile do not consume again too many UE electric weight, be directly connected to low power nodes and dispose the lifting capacity to system gain of bringing.In sum, not yet there is relevant solution to realize effectively in time detecting of small-cell at present.

Summary of the invention

The technical problem that the present invention solves provides a kind of measurement and processes method and system, realizes effectively in time detecting of small-cell.

For solving the problems of the technologies described above, the invention provides a kind of measurement processing method,

Subscriber equipment (UE) receives the adjacent area of network side configuration and detects event;

Described UE measures Serving cell, and when the Serving cell signal quality satisfied the trigger condition that detects event in described adjacent area, described UE was to described network side reporting measurement reports;

Described UE receives the nearby region measurement of described network side configuration and opens thresholding (S-measure), and/or described UE receives the unlatching of described network side transmission or stops the notice that the corresponding measurement of event is detected in described adjacent area.

Further, the trigger condition of event is detected in the described adjacent area of described network side configuration, comprising:

The first event entry condition: the Serving cell signal quality is greater than Serving cell signal quality the first threshold value and less than Serving cell signal quality the second threshold value;

The first event is left condition: the Serving cell signal quality less than Serving cell signal quality the first threshold value or Serving cell signal quality greater than Serving cell signal quality the second threshold value.

Further, described configuring adjacent cell is measured and is opened thresholding, comprising:

After signal quality that described network side receives Serving cell satisfies the measurement report that the entry condition that detects event in described adjacent area triggers, increase the value that described nearby region measurement is opened thresholding, perhaps described nearby region measurement is opened thresholding and be configured to approximately definite value;

After signal quality that described network side receives Serving cell satisfies the measurement report that the condition of leaving that detects event in described adjacent area triggers, reduce described nearby region measurement and open the value of thresholding, cancel that perhaps described nearby region measurement unlatching thresholding is configured to described approximately definite value;

Wherein, when described nearby region measurement unlatching thresholding was configured to described approximately definite value, described subscriber equipment was not subjected to described nearby region measurement to open the restriction of thresholding to the measurement of adjacent area.

Further, the corresponding measurement of event is detected in described adjacent area, refers to: the measurement of event institute respective cell place frequency is detected in described adjacent area; Perhaps, the measurement of event institute respective cell is detected in described adjacent area;

Described network side receives the Serving cell signal quality satisfy the measurement report that the entry condition that described adjacent area detects event triggers after, notify described subscriber equipment to open the measurement that event institute respective cell place frequency is detected in described adjacent area, perhaps notify described subscriber equipment to open the measurement that event institute respective cell is detected in described adjacent area;

Described network side receives the Serving cell signal quality satisfy the measurement report that the condition of leaving that described adjacent area detects event triggers after, notify described subscriber equipment to stop the measurement that event institute respective cell place frequency is detected in described adjacent area, perhaps notify described subscriber equipment to stop the measurement that event institute respective cell is detected in described adjacent area.

Further, described method also comprises:

Described network side receives the Serving cell signal quality satisfy the measurement report that the entry condition that described adjacent area detects event triggers after, described network side is the measurement parameter that event institute respective cell place frequency is detected in the described adjacent area of described user device configuration;

Described network side receives the Serving cell signal quality satisfy the measurement report that the condition of leaving that described adjacent area detects event triggers after, described network side notifies described subscriber equipment to delete the measurement parameter that event institute respective cell place frequency is detected in described adjacent area.

Further, described method also comprises:

If event institute respective cell is detected in described adjacent area,

Described subscriber equipment is directly opened homogeneous-frequency adjacent-domain and is measured in the measurement report that the entry condition that reports the Serving cell signal quality to satisfy described adjacent area detection event triggers;

Described subscriber equipment directly stops homogeneous-frequency adjacent-domain and measures in the measurement report that the condition of leaving that reports the Serving cell signal quality to satisfy described adjacent area detection event triggers.

In addition, the present invention also provides a kind of measurement processing method,

UE receives the small-cell of network side broadcasting and measures the unlocking condition threshold value;

Described UE measures Serving cell, and when the Serving cell signal quality satisfied small-cell measurement unlocking condition, described UE opened described small-cell and measures the corresponding measurement of unlocking condition.

Further, the small-cell of described network side broadcasting is measured the unlocking condition threshold value, comprising: measure unlocking condition the first threshold value and measure unlocking condition the second threshold value,

Corresponding, described small-cell is measured unlocking condition and is: the Serving cell signal quality is greater than described measurement unlocking condition the first threshold value and less than described measurement unlocking condition the second threshold value;

Perhaps,

The small-cell of described network side broadcasting is measured the unlocking condition threshold value, comprising: measure unlocking condition the 3rd threshold value;

Corresponding, described small-cell is measured unlocking condition and is: the Serving cell signal quality is less than described measurement unlocking condition the 3rd threshold value.

Further, described small-cell is measured the corresponding measurement of unlocking condition and is comprised: described small-cell measure the measurement of unlocking condition institute corresponding small-cell place frequency or described small-cell measurement unlocking condition the measurement of corresponding small-cell.

Under Radio Resource control (RRC) connected state, when the frequency of adjacent area is dedicated frequency, the measurement parameter on the dedicated frequency of UE reception network side configuration, described UE is not subjected to nearby region measurement to open the restriction of thresholding to the nearby region measurement of described dedicated frequency;

Under Radio Resource control Idle state, when the frequency of adjacent area was dedicated frequency, described UE received the system message of network side broadcasting, perhaps, after the frequency of the described adjacent area of described UE reception network side is the notice of dedicated frequency, the priority of described dedicated frequency is set for the highest; Wherein, described network side priority that described dedicated frequency is set is for the highest and be broadcast to described UE by described system message.

The present invention also provides a kind of measurement treatment system, is applied to network side, and described system comprises nearby region measurement configuration module and nearby region measurement processing module, wherein,

Described nearby region measurement configuration module is used for, and configuring adjacent cell detects event;

Described nearby region measurement processing module is used for, receive the measurement report of user equipment to report after, configuring adjacent cell measure to open thresholding (S-measure) and/or, notify described subscriber equipment to open or stop described adjacent area and detect the corresponding measurement of event.

Further, the trigger condition of event is detected in the described adjacent area of described nearby region measurement configuration module configuration, comprising:

Further, described nearby region measurement processing module is used for, after the signal quality that receives the subscriber equipment Serving cell satisfies the measurement report that the entry condition that described adjacent area detects event triggers, increase described nearby region measurement and open the value of thresholding, perhaps described nearby region measurement is opened thresholding and be configured to approximately definite value;

After the signal quality that receives the subscriber equipment Serving cell satisfies the measurement report that the condition of leaving that described adjacent area detects event triggers, reduce described nearby region measurement and open the value of thresholding, cancel that perhaps described nearby region measurement unlatching thresholding is configured to described approximately definite value;

Further, described nearby region measurement processing module is used for, after receiving subscriber equipment Serving cell signal quality and satisfying the measurement report that the entry condition that described adjacent area detects event triggers, notify described subscriber equipment to open described adjacent area and detect the respective cell place frequency measurement of event institute, perhaps notify described subscriber equipment to open the measurement that event institute respective cell is detected in described adjacent area;

After receiving subscriber equipment Serving cell signal quality and satisfying the measurement report that the condition of leaving that described adjacent area detects event triggers, notify described subscriber equipment to stop the measurement that event institute respective cell place frequency is detected in described adjacent area, perhaps notify described subscriber equipment to stop the measurement that event institute respective cell is detected in described adjacent area.

Further, described nearby region measurement processing module also is used for, after receiving subscriber equipment Serving cell signal quality and satisfying the measurement report that the entry condition that described adjacent area detects event triggers, it is the measurement parameter that event institute respective cell place frequency is detected in the described adjacent area of described user device configuration;

After receiving subscriber equipment Serving cell signal quality and satisfying the measurement report that the condition of leaving that described adjacent area detects event triggers, notify described subscriber equipment to delete the measurement parameter that event institute respective cell place frequency is detected in described adjacent area.

In addition, the present invention also provides a kind of measurement treatment system, is applied to end side, and described system comprises: nearby region measurement configuration receiver module, Serving cell measurement module and nearby region measurement Executive Module, wherein,

Described nearby region measurement configuration receiver module is used for, and event is detected in the adjacent area that receives the network side configuration;

Described Serving cell is measured reporting module and is used for, and measures Serving cell, when the Serving cell signal quality satisfies the trigger condition that detects event in described adjacent area, to the network side reporting measurement reports;

Described nearby region measurement Executive Module is used for, the nearby region measurement that receives the network side configuration open thresholding (S-measure) and/or, according to the notice of network side, open or stop described adjacent area and detect the corresponding measurement of event; Wherein, the corresponding measurement of event is detected in described adjacent area, refers to: the measurement of event institute respective cell place frequency is detected in described adjacent area; Perhaps, the measurement of event institute respective cell is detected in described adjacent area.

Further, described nearby region measurement Executive Module also is used for, if event institute respective cell is detected in described adjacent area be and the adjacent area of Serving cell with frequency,

Then in the measurement report that the entry condition that described Serving cell measurement reporting module reports the Serving cell signal quality to satisfy described adjacent area detection event triggers, directly open homogeneous-frequency adjacent-domain and measure;

In the measurement report that the condition of leaving that described Serving cell measurement reporting module reports the Serving cell signal quality to satisfy described adjacent area detection event triggers, directly stop homogeneous-frequency adjacent-domain and measure.

In addition, the present invention also provides a kind of measurement treatment system, and described system comprises in the subscriber equipment: nearby region measurement configuration receiver module, Serving cell measurement module and nearby region measurement Executive Module,

Described nearby region measurement configuration receiver module is used for, and the small-cell that receives network side broadcasting is measured the unlocking condition threshold value;

Described Serving cell measurement module is used for, and measures Serving cell;

Described nearby region measurement Executive Module is used for, and when the Serving cell signal quality satisfies small-cell measurement unlocking condition, opens described small-cell and measures the corresponding measurement of unlocking condition.

Further, described system also comprises the nearby region measurement configuration module of network side, be used for configuration and measure the unlocking condition threshold value to subscriber equipment broadcasting small-cell,

Described small-cell is measured the unlocking condition threshold value and is comprised: measures unlocking condition the first threshold value and measures unlocking condition the second threshold value,

Perhaps,

Described small-cell is measured the unlocking condition threshold value, comprising: measure unlocking condition the 3rd threshold value;

In addition, the present invention also provides a kind of measurement treatment system, comprises the dedicated frequency nearby region measurement module in the subscriber equipment, and described dedicated frequency nearby region measurement module is used for:

Under Radio Resource control connection attitude, when the frequency of adjacent area is dedicated frequency, the measurement parameter on the dedicated frequency of UE reception network side configuration, described UE is not subjected to nearby region measurement to open the restriction of thresholding to the nearby region measurement of described dedicated frequency;

Further, described system also comprises the dedicated frequency measurement configuration module of network side, and described dedicated frequency is measured configuration module and is used for:

Under Radio Resource control connection attitude, when the frequency of adjacent area is dedicated frequency, be the measurement parameter on the user device configuration dedicated frequency;

Under Radio Resource control Idle state, when the frequency of adjacent area was dedicated frequency, the priority that described dedicated frequency is set was for the highest and be broadcast to subscriber equipment by system message, and perhaps, the frequency of the described adjacent area of notifying user equipment is dedicated frequency.

Adopt technical solution of the present invention, can under the prerequisite that does not increase a large amount of UE power consumption, in time detect small-cell, thereby the deployment that finally guarantees LPN can effectively strengthen the residential quarter covering, increases network capacity, shares the macrocell load.

Description of drawings

Accompanying drawing described herein is used to provide a further understanding of the present invention, consists of the application's a part, and illustrative examples of the present invention and explanation thereof are used for explaining the present invention, do not consist of improper restriction of the present invention.In the accompanying drawings:

Fig. 1 is the schematic diagram that a kind of low power nodes focus covers;

Fig. 2 is the schematic diagram that a kind of low power nodes cell edge covers;

Fig. 3 is the schematic diagram of the indoor covering of a kind of low power nodes;

Fig. 4 is the cell deployment schematic diagram of the grand network of traditional isomorphism;

Fig. 5 opens the schematic diagram that thresholding causes small-cell in time to detect for measuring;

Fig. 6 is the schematic diagram that the alien frequencies small-cell can't in time detect;

Fig. 7 is that the present invention is at the process chart of RRC connected state;

Fig. 8 is that the present invention is at the process chart of RRC Idle state;

Fig. 9 is the network coverage schematic diagram of the embodiment of the invention one and embodiment four;

Figure 10 is the network coverage schematic diagram of the embodiment of the invention two and embodiment five.

Embodiment

In order to guarantee the quality of service of UE, give the business experience of user's high-quality, do not consume again too many UE electric weight simultaneously, in the mobile communication system, UE is only when satisfying certain condition, just unlatching is to the measurement of adjacent area.Below with Long Term Evolution (Long Term Evolution, LTE) system is in RRC (Radio Resource Control, Radio Resource control) UE of connected state be measured as example, the mechanism that UE is satisfying certain condition and just opens nearby region measurement is described.Need to prove, in other wireless communication systems (such as UMTS), also have similar mechanism, in this no longer one by one explanation.

In the LTE system, connected state UE is unrestricted to the measurement of Serving cell, also is that UE can measure Serving cell constantly, purpose is to detect in real time the signal quality of Serving cell, when Serving cell signal quality variation, timely informing base station, thus guarantee the quality of service of UE.And for the measurement of the adjacent area outside the Serving cell, frequently measure the increase that the adjacent area causes UE power consumption for fear of UE, thresholding (S-measure) can be opened for UE configures a nearby region measurement in the base station, when the signal quality of Serving cell is greater than or equal to S-measure, the signal quality that shows Serving cell is enough good, UE can be guaranteed at the quality of service of Serving cell, therefore do not need to open the measurement to the adjacent area, only have when the signal quality of Serving cell is lower than S-measure, UE just opens the measurement to the adjacent area, purpose is in time to measure enough good adjacent area and informing base stations of signal quality, allows the base station make the mobile management judgement.

The frequent adjacent area of measuring can cause outside the increase of UE power consumption, especially for the measurement of the adjacent area of Serving cell pilot frequency point, for the UE that does not have to overlap radio-frequency apparatus more, UE need to be transformed into the radio frequency center frequency point on the pilot frequency point just can carry out the measurement of alien frequencies adjacent area, within the time to the alien frequencies nearby region measurement, UE will be forced to interrupt in the business transmission of Serving cell, this can affect the communication quality of UE to a certain extent, therefore in the LTE system, the base station is when the Serving cell signal is enough good, generally can not only have when the Serving cell signal drops to a certain degree for UE configures the different-frequency measure parameter, the base station just can configure the different-frequency measure parameter for UE.Concrete, the base station is UE configuration A2 event (signal quality＜thresholding of Serving cell), when the signal quality of Serving cell satisfies the A2 event, UE reports the A2 event to the base station, after the A2 event is received in the base station, judge that the signal quality of Serving cell descends, can configure the different-frequency measure parameter for UE.

Because in the grand network of traditional isomorphism, the hexagon macrocellular that is deployed as of each residential quarter is disposed (as shown in Figure 4), above signal quality according to Serving cell determines whether that the mechanism of measuring the adjacent area designs for this macrocellular.And after introducing LPN, above-mentioned measurement mechanism is unfavorable for the timely detection of the small-cell that LPN covers.

Be illustrated in figure 5 as to measure and open the schematic diagram that thresholding causes small-cell in time to detect, in the current resident macrocell coverage area of UE two LPN are arranged among the figure, respectively corresponding small-cell 1 and small-cell 2.The base station is that UE has configured S-measure, because the signal quality of the Serving cell that small-cell 1 position UE is measured is higher than S-measure, even the therefore UE coverage that approaches even entered small-cell 1, UE can in time not open nearby region measurement yet, thereby cause the base station UE in time can't be moved to small-cell 1, cause the load that small-cell 1 can't the effective cost share responsibility macrocell.

Be illustrated in figure 6 as the schematic diagram that the alien frequencies small-cell can't in time detect, in the current resident macrocell of UE (operating frequency the is f1) coverage two LPN are arranged among the figure, respectively corresponding alien frequencies small-cell 3 and alien frequencies small-cell 4 (operating frequency is f2).The base station is that UE has configured the A2 event, because the signal quality of the Serving cell that small-cell 3 position UE are measured does not satisfy the A2 event, therefore the base station may can't be the measurement parameter of UE configuration frequency f2, even the therefore UE coverage that approaches even entered small-cell 3, UE also can in time not open the measurement of f2 alien frequencies adjacent area, thereby cause the base station UE in time can't be moved to small-cell 3, cause the load that small-cell 3 can't the effective cost share responsibility macrocell.

In the LTE system, the measurement of Idle state (RRC_IDLE attitude) UE is also similar with connected state, and for Serving cell, UE can measure at any time.For the high frequency of frequency priority ratio Serving cell place frequency priority, UE can measure at any time.And for the frequency priority frequency low or that equate with the frequency priority at Serving cell place at homogeneous-frequency adjacent-domain and frequency priority ratio Serving cell place, if the signal quality of Serving cell is good (thresholding is opened in the measurement that is higher than base station notice UE) enough, UE can not measure the adjacent area on these frequencies.Therefore, equate with the frequency priority at Serving cell place or than on the low frequency of the priority of the frequency at Serving cell place for being deployed in, perhaps be deployed in the small-cell on the frequency of Serving cell place, also can exist UE can't in time detect the problem of these small-cells.

In order in time to detect small-cell, thereby effectively strengthening the residential quarter, the deployment that finally guarantees LPN covers, increase network capacity, share the macrocell load, the present invention proposes a kind of measurement processing method.Respectively that the present invention program is at the scheme flow chart of RRC connected state and RRC Idle state such as Fig. 7 with such as Fig. 8.

For the RRC connected state, the scheme of present embodiment is achieved in that

Step S701: the base station configuration pin detects event to the adjacent area that small-cell is measured, and below is also referred to as small-cell and detects event, measures but this scheme is not limited in small-cell.

Concrete, the base station is according to the positional information of each small-cell in its coverage, and the configuration small-cell detects event, is the A7 event such as the small-cell detection event that configures small-cell X:

A7 event entry condition: Serving cell signal quality _ thresholding 1＜Serving cell signal quality＜Serving cell signal quality _ thresholding 2;

The A7 event is left condition: Serving cell signal quality＜Serving cell signal quality _ thresholding 1 or Serving cell signal quality＞Serving cell signal quality _ thresholding 2.

For another example, the small-cell of configuration small-cell Y detects event A2 event:

A2 event entry condition: Serving cell signal quality＜Serving cell signal quality _ thresholding 1.

The A2 event is left condition: Serving cell signal quality＞Serving cell signal quality _ thresholding 1.

Event is detected by the small-cell of the described configuration of RRC dedicated signaling notice UE in the base station.

Step S702: the Serving cell signal quality satisfies the trigger condition that small-cell detects event, and UE is to the base station reporting measurement reports;

Concrete, satisfy the entry condition of small-cell detection event when the signal quality of Serving cell, perhaps the signal quality of Serving cell satisfy small-cell detect event leave condition the time, UE reports the signal quality of Serving cell to the base station reporting measurement reports in the measurement report.

Step S703: after measurement report is received in the base station, reshuffle (also i.e. configuration, hereinafter herewith explanation) S-measure; Perhaps notify the described small-cell of UE start/stop detect event the measurement of corresponding small-cell place frequency; Perhaps notify the described small-cell of UE start/stop detect event the measurement of corresponding small-cell;

Concrete, behind the measurement report that the entry condition that small-cell detects event of satisfying the signal quality that receives Serving cell when the base station triggers, reshuffling S-measure can be for increasing the S-measure value, perhaps configuring the S-measure value is a special value, base station and UE agreement, when S-measure was configured to this particular value, UE was not limited by S-measure to the measurement of adjacent area.

Concrete, after the base station receives that the signal quality of Serving cell satisfies the measurement report that entry condition that small-cell detects event triggers, notice UE in base station opens the measurement that described small-cell detects event institute corresponding small-cell place frequency, perhaps notify UE open described small-cell detection event the measurement of corresponding small-cell.

Concrete, after the base station receives that the signal quality of Serving cell satisfies the measurement report that the condition of leaving that small-cell detects event triggers, notice UE in base station stops the measurement that described small-cell detects event institute corresponding small-cell place frequency, perhaps notify UE stop described small-cell detection event the measurement of corresponding small-cell.

Behind the measurement report that the entry condition that small-cell detects event of satisfying the signal quality that receives Serving cell when the base station triggers, the base station can also be the corresponding small-cell of described small-cell measurement event place frequency configuration measurement parameter.Specifically such as, if the base station not yet was the frequency configuration measurement parameter at the corresponding small-cell of described small-cell measurement event place before receiving S702, then the base station is described frequency configuration measurement parameter.

Behind the measurement report that the condition of leaving that small-cell detects event of satisfying the signal quality that receives Serving cell when the base station triggers, the base station can also notify UE delete described small-cell measurement event the measurement configuration parameter of corresponding small-cell place frequency.

Step S704, UE start/stop nearby region measurement.

Concrete, if step S703 base station receive behind the measurement report as UE reshuffles S-measure, then UE is according to described S-measure, the signal quality of judging Serving cell is during less than described S-measure, opens the base station and be the measurement of all frequencies that UE configures;

If step S703 receive the base station the described small-cell of notice UE start/stop behind the measurement report detect event the measurement of corresponding small-cell place frequency, then described frequency is measured in the UE start/stop;

If step S703 notifies the described small-cell of UE start/stop to detect the measurement of event institute respective cell after receiving the base station measurement report, then described small-cell is measured in the base station start/stop.

Especially, for the Serving cell of UE with small-cell frequently, UE after step S702 has reported described measurement report, directly start/stop homogeneous-frequency adjacent-domain measurement.Concrete, when step S702 when the signal quality of Serving cell satisfies small-cell when detecting the entry condition of event, UE directly opens homogeneous-frequency adjacent-domain and measures, when step S702 when the signal quality of Serving cell satisfy small-cell detect event leave condition the time, UE directly stops the homogeneous-frequency adjacent-domain measurement.

If during operator's dividing frequency resource, for LPN has reserved the LPN special frequency resource, then the present invention program can also be such in the realization of RRC connected state:

The base station is the measurement parameter on the UE configuration LPN dedicated frequency, and UE is not limited by S-measure to the measurement of dedicated frequency.

For the RRC Idle state, the scheme of present embodiment is achieved in that

Step S801, base station broadcast small-cell are measured unlocking condition.

Concrete, the base station is according to the positional information of each small-cell in its coverage, and the broadcasting small-cell is measured unlocking condition.The base station can be by broadcasting the measurement unlocking condition threshold value of each small-cell with frequency or alien frequencies Neighboring Cell List, such as, if have one in the coverage of UE Serving cell place with small-cell frequently, the Physical Cell Identifier of this small-cell can be broadcasted in the base station in the homogeneous-frequency adjacent-domain tabulation, and broadcasts the measurement unlocking condition of this small-cell.

Step S802, Serving cell signal quality satisfy small-cell and measure unlocking condition: namely the signal quality of Serving cell satisfies the described measurement unlocking condition of step S801 threshold value.

Step S803, UE open described small-cell measure unlocking condition the measurement of corresponding small-cell place frequency; Perhaps UE open described small-cell measure unlocking condition the measurement of corresponding small-cell.

In addition, if during operator's dividing frequency resource, for LPN has reserved the LPN special frequency resource, then the present invention program can also be such in the realization of RRC Idle state:

Macro base station arranges LPN dedicated frequency priority for the highest, and is broadcast to UE by system message.Perhaps, macro base station is by system message broadcasting LPN dedicated frequency, and UE is when carrying out the cell reselection measurement, and the frequency priority of acquiescence LPN dedicated frequency is the highest.

For making the purpose, technical solutions and advantages of the present invention clearer, hereinafter in connection with accompanying drawing embodiments of the invention are elaborated.Need to prove, in the situation that do not conflict, the embodiment among the application and the feature among the embodiment be combination in any mutually.

Embodiment one

Shown in the network coverage schematic diagram as shown in Figure 9, UE has set up the RRC connection at macrocell, in this macrocell coverage area, be deployed with two with this macrocell with frequently small-cell, be respectively small-cell 1 and small-cell 2.OAM (Operation Administration and Maintenance can be passed through in the base station under the macrocell, operation management maintain), perhaps know the positional information of each small-cell in its coverage by the interface between macro base station and the small-cell place LPN.In the present embodiment, current macro base station has been S-measure1 for the value of the measurement parameter S-measure of UE configuration.

In order in time to detect small-cell as shown in Figure 9, in the present embodiment, macro base station utilizes the positional information of each small-cell to detect event for UE configuration small-cell, be macro base station can know each small-cell in macrocell coverage area the present position the signal quality of corresponding macrocell, detect event according to the signal quality configuration small-cell of described macrocell.

Concrete, for small-cell 1, the base station is that UE configures following event:

The event entry condition:

Serving cell signal quality _ thresholding 1＜Serving cell signal quality＜Serving cell signal quality _ thresholding 2 formula (1)

Event is left condition:

Serving cell signal quality＜Serving cell signal quality _ thresholding 1, perhaps, Serving cell signal quality＞Serving cell signal quality _ thresholding 2 formula (2)

For convenience of description, claim that herein this event is the A7 event, wherein Serving cell signal quality _ thresholding 1＜Serving cell signal quality _ thresholding 2.

Satisfy the entry condition of A7 event when the signal quality of Serving cell, when namely satisfying the condition shown in the formula (1), UE reports the measurement report that enters triggering by the A7 event to macro base station, reports the signal quality of Serving cell in the measurement report.

After macro base station receives above-mentioned measurement report, whether satisfy above-mentioned event according to the signal quality of Serving cell, just can judge that whether UE is near small-cell 1.When macro base station was judged UE near small-cell 1, macro base station was that UE reshuffles measurement parameter, was specially to improve S-measure to S-measure2 (value of S-measure2 is more than or equal to thresholding 2); Perhaps configure the S-measure value and be S-measure2, S-measure2 is a special value (such as 0), base station and UE agreement, when S-measure is configured to this particular value, UE is not limited by S-measure to the measurement of adjacent area, be UE when measuring adjacent area on all frequencies of base station configuration, be not subjected to the impact of Serving cell signal quality height.

Perhaps, after macro base station receives above-mentioned measurement report, judge UE near small-cell 1, macro base station notice UE opens homogeneous-frequency adjacent-domain and measures, or notice UE measures small-cell 1.

Perhaps, after UE reported above-mentioned measurement report to macro base station, UE ignored the restriction of S-measure1, initiatively began homogeneous-frequency adjacent-domain and measured, no matter namely the current service cell signal quality just, UE directly opens homogeneous-frequency adjacent-domain and measures.

After the signal quality of Serving cell satisfies the entry condition of A7 event, if the signal quality of Serving cell satisfies the condition of leaving of A7 event, when namely satisfying the condition shown in the formula (2), UE reports the measurement report that is triggered by the condition of leaving of A7 event to macro base station, report the signal quality of Serving cell in the measurement report.

After macro base station receives above-mentioned measurement report, judge that UE has left small-cell 1, macro base station can be reshuffled measurement parameter S-measure for UE, can not need to consider small-cell 1 during macro base station configuration S-measure, to S-measure1, no longer the value with S-measure is configured to special value such as the value that reduces S-measure.

Perhaps, after macro base station is received above-mentioned measurement report, judge that UE has left small-cell 1, macro base station notice UE stops homogeneous-frequency adjacent-domain and measures, or notice UE stops to measure small-cell 1, the control of the S-measure1 whether startup of common frequency measurement continues to be configured.

Perhaps, after macro base station is received above-mentioned measurement report, judge that UE has left small-cell 1, when UE measures homogeneous-frequency adjacent-domain, no longer ignore the restriction of S-measure1, i.e. the control of the S-measure1 whether startup of common frequency measurement continues to be configured.

Concrete, for small-cell 2, the base station also can be for UE configures the A7 event, and in the present embodiment, because small-cell 2 is positioned at the macrocell edge, the base station can configure the A2 event for UE:

Event entry condition: Serving cell signal quality＜Serving cell signal quality _ thresholding 1 formula (3)

Event is left condition: Serving cell signal quality＞Serving cell signal quality _ thresholding 1 formula (4)

When the signal quality of Serving cell satisfied the entry condition of A2 event, when namely satisfying the condition shown in the formula (3), UE reported the signal quality of Serving cell to the measurement report that macro base station reports the entry condition by the A2 event to trigger in the measurement report.

After macro base station receives the measurement report of A2 Event triggered, similar behavior behind the measurement report that can take to trigger with the above-mentioned A7 of receiving event entry condition, perhaps, UE is behind the macro base station reporting measurement reports, similarly behavior behind the measurement report that can take to trigger with the above-mentioned A7 of reporting event entry condition repeats no more herein.

Accordingly, after the signal quality of Serving cell satisfies the entry condition of A2 event, if the condition of leaving of the follow-up A2 of the satisfying event of the signal quality of Serving cell, when namely satisfying the condition shown in the formula (4), UE reports the signal quality of Serving cell to the measurement report that macro base station reports the condition of leaving by the A2 event to trigger in the measurement report.

Behind the measurement report that the condition of leaving of A2 event of receiving macro base station triggers, can take to leave similar behavior behind the measurement report of triggering with the above-mentioned A7 of receiving event, perhaps, UE is behind the macro base station reporting measurement reports, can take to leave similarly behavior behind the measurement report that condition triggers with the above-mentioned A7 of reporting event, repeat no more herein.

In the present embodiment, the signal quality of Serving cell, refer to RSRP (the Reference Signal Received Power of Serving cell, Reference Signal Received Power) measurement result, perhaps RSRQ (Reference Signal Received Quality, Reference Signal Received Quality) measurement result.Accordingly, above-mentioned each Serving cell signal quality _ thresholding, being the RSRP threshold value when signal quality of corresponding with service residential quarter is the RSRP measurement result, is the RSRQ threshold value when being the RSRQ measurement result corresponding to the signal quality of Serving cell, below all embodiment herewith illustrate.

Embodiment two

Shown in the network coverage schematic diagram as shown in figure 10, UE has set up the RRC connection at macrocell (working frequency points is f1), in this macrocell coverage area, be deployed with two small-cells (working frequency points is f2) with this macrocell alien frequencies, be respectively small-cell 3 and small-cell 4.The positional information of each small-cell in its coverage can or be known by OAM in the base station by the interface between macro base station and the small-cell place LPN under the macrocell.In the present embodiment, current macro base station has been S-measure1 for the value of the measurement parameter S-measure of UE configuration.

In order in time to detect small-cell as shown in figure 10, in the present embodiment, macro base station utilizes the position of each small-cell to detect event for UE configuration small-cell.

Concrete, for small-cell 3, the base station is that UE configures following event:

The event entry condition:

Serving cell signal quality _ thresholding 3＜Serving cell signal quality＜Serving cell signal quality _ thresholding 4 formula (5)

Wherein, thresholding 3, thresholding 4 concrete configurations are the signal quality decisions by the covering position of the residing macrocell of small-cell.

Event is left condition:

Serving cell signal quality＜Serving cell signal quality _ thresholding 3 or Serving cell signal quality＞Serving cell signal quality _ thresholding 4 formula (6)

Satisfy the entry condition of A7 event when the signal quality of Serving cell, when namely satisfying the condition shown in the formula (5), UE reports the measurement report that is triggered by the entry condition of A7 event to macro base station, reports the signal quality of Serving cell in the measurement report.

After macro base station receives above-mentioned measurement report, judge that UE is near small-cell 3, if macro base station not yet is the measurement parameter of UE configuration f2 before this, then macro base station is the measurement parameter of UE configuration frequency f2, and it is S-measure2 that macro base station is reshuffled S-measure, so that the value of S-measure2 is more than or equal to thresholding 4, perhaps configure the S-measure value and be S-measure2, S-measure2 is a special value (such as 0), base station and UE agreement, when S-measure is configured to this particular value, UE is not limited by S-measure to the measurement of adjacent area, be UE when measuring adjacent area on all frequencies of base station configuration, be not subjected to the impact of Serving cell signal quality height; If macro base station has been the measurement parameter of UE configuration f2 before this, then macro base station is reshuffled S-measure, and the concrete configuration method is the same.

Perhaps, after macro base station receives above-mentioned measurement report, judge UE near small-cell 3, if macro base station is not yet configuring the measurement parameter of f2 before this for UE, then macro base station is the measurement parameter of UE configuration frequency f2, and notice UE opens the nearby region measurement on the f2 frequency; If macro base station has been the measurement parameter of UE configuration f2 before this, then macro base station notice UE opens the nearby region measurement on the f2 frequency.

Perhaps, after macro base station receives above-mentioned measurement report, judge UE near small-cell 3, macro base station is the measurement parameter (if macro base station not yet is the measurement parameter of UE configuration f2 before this) of UE configuration frequency f2, and notice UE measurement small-cell 3.

After the signal quality of Serving cell satisfies the entry condition of A7 event, if the signal quality of Serving cell satisfies the condition of leaving of A7 event, when namely satisfying the condition shown in the formula (6), UE reports the measurement report that is triggered by the condition of leaving of A7 event to macro base station, report the signal quality of Serving cell in the measurement report.

After macro base station receives above-mentioned measurement report, judge that UE has left small-cell 3, macro base station can be reshuffled measurement parameter S-measure for UE, can not need to consider small-cell 3 during macro base station configuration S-measure, such as the value that reduces S-measure to S-measure1, no longer the value with S-measure is configured to special value, and simultaneously, macro base station can also be notified the measurement parameter of UE deletion f2.

Perhaps, after macro base station is received above-mentioned measurement report, judge that UE has left small-cell 3, macro base station notice UE stops the nearby region measurement on the f2 frequency, or the measurement parameter of macro base station notice UE deletion f2.

Perhaps, after macro base station is received above-mentioned measurement report, judge that UE has left small-cell 3, macro base station notice UE stops search and measures small-cell 3, or the measurement parameter of macro base station notice UE deletion f2.

Concrete, for small-cell 4, the base station also can be for UE configures the A7 event, and in the present embodiment, because small-cell 4 is positioned at the macrocell edge, the base station can configure the A2 event for UE:

Event entry condition: Serving cell signal quality＜Serving cell signal quality _ thresholding 5 formula (7)

Event is left condition: Serving cell signal quality＞Serving cell signal quality _ thresholding 5 formula (8)

When the signal quality of Serving cell satisfied the entry condition of A2 event, when namely satisfying the condition shown in the formula (7), UE reported the signal quality of Serving cell to the measurement report that macro base station reports the entry condition by the A2 event to trigger in the measurement report.

Behind the measurement report that the entry condition of A2 event of receiving macro base station triggers, can take similarly behavior behind the measurement report that the entry condition with the above-mentioned A7 of receiving event triggers, repeat no more herein.

Accordingly, after the signal quality of Serving cell satisfies the entry condition of A2 event, if the condition of leaving of the follow-up A2 of the satisfying event of the signal quality of Serving cell, when namely satisfying the condition shown in the formula (8), UE reports the signal quality of Serving cell to the measurement report that macro base station reports the condition of leaving by the A2 event to trigger in the measurement report.

Behind the measurement report that the condition of leaving of A2 event of receiving macro base station triggers, can take similarly behavior behind the measurement report that the condition of leaving with the above-mentioned A7 of receiving event triggers, repeat no more herein.

Adopt embodiment one and embodiment two described methods, utilize the positional information configuration pin of small-cell to the detection event of each small-cell, can in time detect UE and will and report the base station near small-cell, configuration adjustment by the base station, UE can in time detect small-cell, exceeds again increase power consumption simultaneously in this.

Embodiment three

In the present embodiment, during operator dividing frequency resource, special reserved part frequency resource is used for the deployment of LPN, on these special frequency resources of reserving, only dispose LPN, do not dispose macro base station, claim that herein these frequency resources are the LPN special frequency resource, also namely, all small-cells all are operated on the special frequency resource.

UE has set up the RRC connection at macrocell, for the timely small-cell that detects, in the present embodiment, macro base station is the measurement parameter on the UE configuration LPN dedicated frequency, concrete, UE is in case set up RRC at macro base station and connect, and macro base station just can configure measurement parameter on the LPN dedicated frequency for UE;

UE is not limited by S-measure to the measurement of dedicated frequency, when namely UE measures adjacent area on the dedicated frequency, be not subjected to the impact of Serving cell signal quality height.

Adopt the described method of the present embodiment, can in time detect the small-cell on the LPN dedicated frequency.

Embodiment four

The network coverage schematic diagram of the present embodiment is with embodiment one (as shown in Figure 9), and UE resides in macrocell, is in the RRC Idle state.In order in time to detect small-cell as shown in Figure 9 at the IDLE state, in the present embodiment, macro base station utilizes the positional information of each small-cell, the measurement unlocking condition of each small-cell of notice UE, base station and UE agreement, when the Serving cell signal quality satisfied the measurement unlocking condition of each small-cell, UE opened the measurement to each small-cell, perhaps opens the measurement to each small-cell place frequency.

Concrete, for small-cell 1, macro base station is by the measurement unlocking condition of the system message broadcasting small-cell 1 of macrocell, such as, macro base station can be broadcasted by the homogeneous-frequency adjacent-domain tabulation of macrocell the measurement unlocking condition of small-cell 1: Serving cell signal quality _ thresholding 1 and service cell signal quality _ thresholding 2, wherein Serving cell signal quality _ thresholding 1＜Serving cell signal quality _ thresholding 2.Base station and UE agreement, when the Serving cell signal quality satisfied formula (1), UE opened homogeneous-frequency adjacent-domain and measures, and perhaps UE opens the measurement to small-cell 1.

Concrete, for small-cell 2, macro base station can be broadcasted by the homogeneous-frequency adjacent-domain tabulation of macrocell the measurement unlocking condition of small-cell 2: Serving cell signal quality _ thresholding 1.Base station and UE agreement, when the Serving cell signal quality satisfied formula (3), UE opened homogeneous-frequency adjacent-domain and measures, and perhaps UE opens the measurement to small-cell 1.

Embodiment five

The network coverage schematic diagram of the present embodiment is with embodiment two (as shown in figure 10), and UE resides in macrocell, is in the RRC Idle state.In order in time to detect small-cell as shown in figure 10 at the IDLE state, in the present embodiment, macro base station utilizes the positional information of each small-cell, the measurement unlocking condition of each small-cell of notice UE, base station and UE agreement, when the Serving cell signal quality satisfied the measurement unlocking condition of each small-cell, UE opened the measurement to each small-cell, perhaps opens the measurement to each small-cell place frequency.

Concrete, for small-cell 3, macro base station is by the measurement unlocking condition of the system message broadcasting small-cell 3 of macrocell, such as, macro base station can be broadcasted by the Neighboring Cell List on the alien frequencies f2 of macrocell broadcasting the measurement unlocking condition of small-cell 3: Serving cell signal quality _ thresholding 3 and service cell signal quality _ thresholding 4, wherein Serving cell signal quality _ thresholding 3＜Serving cell signal quality _ thresholding 4.Base station and UE agreement, when the Serving cell signal quality satisfies formula (5), UE opens the measurement of alien frequencies f2, in the present embodiment, no matter how the frequency priority of small-cell 3 place alien frequencies frequency f 2 compares service frequency f1 priority, as long as when the Serving cell signal quality satisfied formula (5), UE namely opened the measurement of alien frequencies f2.Perhaps, when the Serving cell signal quality satisfied formula (5), UE began to measure small-cell 3.

Concrete, for small-cell 4, macro base station can be broadcasted by the Neighboring Cell List on the alien frequencies f2 of macrocell broadcasting the measurement unlocking condition of small-cell 4: Serving cell signal quality _ thresholding 5.Base station and UE agreement, when the Serving cell signal quality satisfied formula (7), UE namely opened the measurement of alien frequencies f2, and perhaps UE opens the measurement to small-cell 4.

Adopt embodiment four and embodiment five described methods, utilize the positional information configuration pin of small-cell that thresholding is opened in the measurement of each small-cell,, UE can in time detect small-cell, exceeds again increase power consumption simultaneously in this.

Embodiment six

In the present embodiment, during operator dividing frequency resource, special reserved part frequency resource is used for the deployment of LPN, on these special frequency resources of reserving, only disposes LPN, does not dispose macro base station, that is, all small-cells all are operated on the special frequency resource.

UE resides in macrocell, be in the RRC Idle state, in order in time to detect small-cell in the IDLE attitude, in the present embodiment, macro base station arranges LPN dedicated frequency priority for the highest, if such as macro base station 7 frequency priority 0～7 are set altogether, and 0 expression lowest priority, 7 expression limit priorities, then macro base station LPN dedicated frequency priority is set to 7, and is broadcast to UE by system message.Perhaps, macro base station is by system message broadcasting LPN dedicated frequency, UE is when carrying out the cell reselection measurement, the frequency priority of acquiescence LPN dedicated frequency is the highest, if be provided with 7 frequency priority 0～7 such as macro base station, and 0 expression lowest priority, 7 expression limit priorities, then the frequency priority of UE acquiescence LPN dedicated frequency is 7, perhaps is higher than 7 set frequency priority of macro base station.

In addition, also provide a kind of measurement treatment system in the embodiment of the invention, be applied to network side, mainly comprised nearby region measurement configuration module and nearby region measurement processing module, wherein,

In addition, also provide a kind of measurement treatment system in the embodiment of the invention, be applied to end side, the present embodiment system mainly comprises: nearby region measurement configuration receiver module, Serving cell measurement module and nearby region measurement Executive Module, wherein,

In addition, also provide a kind of measurement treatment system in the embodiment of the invention, the present embodiment system mainly comprises in the subscriber equipment: nearby region measurement configuration receiver module, Serving cell measurement module and nearby region measurement Executive Module,

Further, the present embodiment system also comprises the nearby region measurement configuration module of network side, be used for configuration and measure the unlocking condition threshold value to subscriber equipment broadcasting small-cell,

Perhaps,

In addition, also provide a kind of measurement treatment system in the embodiment of the invention, mainly comprised the dedicated frequency nearby region measurement module in the subscriber equipment, described dedicated frequency nearby region measurement module is used for:

Further, the present embodiment system also comprises the dedicated frequency measurement configuration module of network side, and described dedicated frequency is measured configuration module and is used for:

It below only is preferred case study on implementation of the present invention; be not limited to the present invention; the present invention also can have other various embodiments; in the situation that do not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art can make according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.

Obviously, those skilled in the art should be understood that, above-mentioned each module of the present invention or each step can realize with general calculation element, they can concentrate on the single calculation element, perhaps be distributed on the network that a plurality of calculation elements form, alternatively, they can be realized with the executable program code of calculation element, thereby, they can be stored in the storage device and be carried out by calculation element, and in some cases, can carry out step shown or that describe with the order that is different from herein, perhaps they are made into respectively each integrated circuit modules, perhaps a plurality of modules in them or step are made into the single integrated circuit module and realize.Like this, the present invention is not restricted to any specific hardware and software combination.

Claims

1. measure processing method for one kind, it is characterized in that,

2. the method for claim 1 is characterized in that, the trigger condition of event is detected in the described adjacent area of described network side configuration, comprising:

3. method as claimed in claim 2 is characterized in that, described configuring adjacent cell is measured and opened thresholding, comprising:

4. method as claimed in claim 2 is characterized in that,

The corresponding measurement of event is detected in described adjacent area, refers to: the measurement of event institute respective cell place frequency is detected in described adjacent area; Perhaps, the measurement of event institute respective cell is detected in described adjacent area;

5. method as claimed in claim 4 is characterized in that, described method also comprises:

6. such as claim 4 or 5 described methods, it is characterized in that, described method also comprises:

If event institute respective cell is detected in described adjacent area,

7. measure processing method for one kind, it is characterized in that,

8. method as claimed in claim 7 is characterized in that,

The small-cell of described network side broadcasting is measured the unlocking condition threshold value, comprising: measure unlocking condition the first threshold value and measure unlocking condition the second threshold value,

Perhaps,

9. such as claim 7 or 8 described methods, it is characterized in that,

Described small-cell is measured the corresponding measurement of unlocking condition and is comprised: described small-cell measure the measurement of unlocking condition institute corresponding small-cell place frequency or described small-cell measurement unlocking condition the measurement of corresponding small-cell.

10. measure processing method for one kind, it is characterized in that,

11. measure treatment system for one kind, it is characterized in that, be applied to network side, described system comprises nearby region measurement configuration module and nearby region measurement processing module, wherein,

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

The trigger condition of event is detected in the described adjacent area of described nearby region measurement configuration module configuration, comprising:

13. system as claimed in claim 12 is characterized in that,

Described nearby region measurement processing module is used for, after the signal quality that receives the subscriber equipment Serving cell satisfies the measurement report that the entry condition that described adjacent area detects event triggers, increase described nearby region measurement and open the value of thresholding, perhaps described nearby region measurement is opened thresholding and be configured to approximately definite value;

14. system as claimed in claim 12 is characterized in that,

Described nearby region measurement processing module is used for, after receiving subscriber equipment Serving cell signal quality and satisfying the measurement report that the entry condition that described adjacent area detects event triggers, notify described subscriber equipment to open described adjacent area and detect the respective cell place frequency measurement of event institute, perhaps notify described subscriber equipment to open the measurement that event institute respective cell is detected in described adjacent area;

15. system as claimed in claim 14 is characterized in that,

Described nearby region measurement processing module also is used for, after receiving subscriber equipment Serving cell signal quality and satisfying the measurement report that the entry condition that described adjacent area detects event triggers, it is the measurement parameter that event institute respective cell place frequency is detected in the described adjacent area of described user device configuration;

16. measure treatment system for one kind, it is characterized in that, be applied to end side, described system comprises: nearby region measurement configuration receiver module, Serving cell measurement module and nearby region measurement Executive Module, wherein,

17. system as claimed in claim 16 is characterized in that,

Described nearby region measurement Executive Module also is used for, if event institute respective cell is detected in described adjacent area be and the adjacent area of Serving cell with frequency,

18. measure treatment system for one kind, it is characterized in that, described system comprises in the subscriber equipment: nearby region measurement configuration receiver module, Serving cell measurement module and nearby region measurement Executive Module,

19. system as claimed in claim 18 is characterized in that, described system also comprises the nearby region measurement configuration module of network side, be used for configuration and measure the unlocking condition threshold value to subscriber equipment broadcasting small-cell,

Perhaps,

20. measure treatment system for one kind, it is characterized in that, comprise the dedicated frequency nearby region measurement module in the subscriber equipment, described dedicated frequency nearby region measurement module is used for:

21. system as claimed in claim 20 is characterized in that, described system also comprises the dedicated frequency measurement configuration module of network side, and described dedicated frequency is measured configuration module and is used for: