CN104025642A

CN104025642A - Method, Apparatus And User Equipment For Measuring Scalable Bandwidth Cell

Info

Publication number: CN104025642A
Application number: CN201280002035.8A
Authority: CN
Inventors: 陈东; 徐敏
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-12-05
Filing date: 2012-12-05
Publication date: 2014-09-03
Anticipated expiration: 2032-12-05
Also published as: CN104025642B; WO2014086004A1

Abstract

Disclosed are a method, an apparatus and a user equipment (UE) for measuring a scalable bandwidth cell. The UE can obtain a frequency range of an S-UMTS cell, so that the UE can perform measurement on the S-UMTS cell more accurately. The method comprises: a UE receiving adjacent cell information delivered by a network side, wherein the adjacent cell information contains frequency range information of a scalable bandwidth S-UMTS cell; and according to the frequency range information of the S-UMTS cell contained in the adjacent cell information, the UE measuring the S-UMTS cell in the adjacent cell information so as to obtain a measurement result. Embodiments of the present invention apply to the communications field.

Description

Method, Apparatus And User Equipment For Measuring Scalable Bandwidth Cell

A kind of measuring method of scalable bandwidth cell, device and user equipment technical field

The present invention relates to the communications field, more particularly to a kind of measuring method, device and the user equipment of scalable bandwidth cell.

Background technology

At present, UMTS UMTS (Universal Mobile Telecommunications System) bandwidth is fixed, in order that obtaining UMTS is applicable different frequency bandwidth, introduce scalable UMTS S-UMTS (Scalable Universal Mobile Telecommunications System) cellular technology, wherein S-UMTS is alternatively referred to as part UMTS F-UMTS (Fractional- Universal Mobile Telecommunications System).

S-UMTS cellular technologies are still considered as being a kind of UMTS cellular technologies, and simply its bandwidth is below or above UMTS bandwidth of cell（5MHz or 4.2MHz), in the prior art, the bandwidth of S-UMTS cells is generally set to N/mono- of UMTS bandwidth of cell, the power of S-UMTS cells is N/mono- of UMTS cells simultaneously, N is zoom factor, for example, N values can be 2,4,0.5,0.25 etc..

In UMTS cells, no matter user equipment (UE) (User Equipment) is in Idle state or connected state, when UE needs to measure co-frequency cell and alien-frequency district, network side can issue information of adjacent cells.Wherein, co-frequency cell information and different frequency cell information are included in information of adjacent cells.But the information of adjacent cells that network side is issued also continues to use the technical scheme that UMTS cells issue information of adjacent cells, the center frequency point and bandwidth information of co-frequency cell will not be included in the information of usual co-frequency cell, the center frequency point of alien-frequency district, but the bandwidth information not comprising alien-frequency district are only included in different frequency cell information.

Therefore, when including S-UMTS cells in information of adjacent cells, when being measured to S-UMTS cells, no matter S-UMTS cells are issued in co-frequency cell information or in different frequency cell information, UE can not know the frequency range of S-UMTS cells from information of adjacent cells, and this causes UE to measure adjacent cell letter according to the frequency range of current persistent district S-UMTS cells in breath so that UE is inaccurate to the measurement result of S-UMTS cells.The content of the invention

Embodiments of the invention provide a kind of measuring method, device and the user equipment of scalable bandwidth cell, result in the frequency range of S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

First aspect includes there is provided a kind of measuring method of scalable bandwidth cell, this method：

User equipment (UE) receives the information of adjacent cells that network side is issued, and the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；

The frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

In the first possible implementation, according in a first aspect,

Issued if the frequency range information of the S-UMTS cells is the network side by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

In second of possible implementation, according in a first aspect,

Issued if the frequency range information of the S-UMTS cells is the network side by different frequency cell information, the frequency range information of the S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

In the third possible implementation, with reference to first aspect or the first possible implementation or second of possible implementation, the UE is according in the information of adjacent cells Including S-UMTS cells frequency range information, the S-UMTS cells in the information of adjacent cells are measured, obtain measurement result specifically include：

The frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, is measured to the signal quality of the S-UMTS cells in the information of adjacent cells, obtains the signal quality value of the S-UMTS cells.

In the 4th kind of possible implementation, with reference to first aspect or the first possible implementation to the third possible implementation,

When the UE is in connected state, before the UE receives the information of adjacent cells that the network side is issued, in addition to：

The UE reports the information of the UE supports S-UMTS cells to the network side.Second aspect includes there is provided a kind of measuring method of scalable bandwidth cell, this method：The lateral UE of network issues information of adjacent cells, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

In the first possible implementation, according to the 6th aspect,

If network side issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

In second of possible implementation, according to the 6th aspect,

If network side issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell. In second of possible implementation, with reference to the 6th aspect or the first possible implementation or second of possible implementation, before the lateral UE of network issues information of adjacent cells, in addition to：

The network side receives the information that the UE blunt ^ on the UE supports S-UMTS cells.

The third aspect includes there is provided a kind of user equipment, the user equipment：Receiving unit and measuring unit；

The receiving unit, for receiving the information of adjacent cells that network side is issued, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；

The measuring unit, the frequency range information for the S-UMTS cells that the information of adjacent cells for being received according to the receiving unit includes is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

In the first possible implementation, according to the 5th aspect,

In second of possible implementation, according to the 5th aspect,

In the third possible implementation, with reference to the 5th aspect or the first possible implementation or second of possible implementation, The measuring unit, specifically for what is included according to the information of adjacent cells

The frequency range information of S-UMTS cells, is measured to the signal quality of the S-UMTS cells in the information of adjacent cells, obtains the signal quality value of the S-UMTS cells.

In the 4th kind of possible implementation, with reference to the 5th aspect or the first possible implementation to the third possible implementation, the user equipment also includes：Reporting unit；The upper unit, the information for supporting S-UMTS cells to the UE on the network side.

Fourth aspect includes there is provided a kind of measurement apparatus of scalable bandwidth cell, described device：Processing unit, transmitting element；

The processing unit, the pre-configured information of adjacent cells for receiving；

The transmitting element, for issuing information of adjacent cells to UE, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

In the first possible implementation, according to the 6th aspect,

In second of possible implementation, according to the 6th aspect,

In second of possible implementation, with reference to the 6th aspect or the first possible reality Existing mode or second of possible implementation, described device also include：Receiving unit；The receiving unit, the information of S-UMTS cells is supported for receiving the UE that the UE is reported.

5th aspect is there is provided a kind of user equipment, and the user equipment includes：Receiver and processor；

The receiver, for receiving the information of adjacent cells that network side is issued, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；

The processor, the frequency range information for the S-UMTS cells that the information of adjacent cells for being received according to the receiver includes is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

In the first possible implementation, according to the 5th aspect,

In second of possible implementation, according to the 5th aspect,

In the third possible implementation, with reference to the 5th aspect or the first possible implementation or second of possible implementation,

The processor, specifically for the frequency range information of the S-UMTS cells included according to the information of adjacent cells, to the signal of the S-UMTS cells in the information of adjacent cells Quality is measured, and obtains the signal quality value of the S-UMTS cells.

In the 4th kind of possible implementation, with reference to the 5th aspect or the first possible implementation to the third possible implementation,

The user equipment also includes：Transmitter；

The transmitter, the information for reporting the UE supports S-UMTS cells to the network side.

6th aspect is there is provided a kind of selection device of scalable bandwidth cell, and described device includes：Processor and transmitter；

The processor, the pre-configured information of adjacent cells for receiving；

The transmitter, for issuing information of adjacent cells to UE, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

In the first possible implementation, according to the 6th aspect,

If network side issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

In second of possible implementation, according to the 6th aspect,

If network side issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

In second of possible implementation, with reference to the 6th aspect or the first possible implementation or second of possible implementation, described device also includes：Receiver； The receiver, the information of S-UMTS cells is supported for receiving the UE that the UE is reported.

The embodiments of the invention provide a kind of measuring method, device and the user equipment of scalable bandwidth cell, the network side issues S-UMTS cell frequency range informations by issuing information of adjacent cells to the UE, UE enable according to the frequency range information of the S-UMTS cells of reception, the S-UMTS cells are measured, and obtain measurement result.So, the UE results in the frequency range of S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

Brief description of the drawings

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

Fig. 1 is a kind of schematic flow sheet of the measuring method of scalable bandwidth cell provided in an embodiment of the present invention；

Fig. 2 is the schematic flow sheet of the measuring method of another scalable bandwidth cell provided in an embodiment of the present invention；

Fig. 3 is a kind of interaction schematic diagram of the measuring method of scalable bandwidth cell provided in an embodiment of the present invention；

Fig. 4 is a kind of structural representation of user equipment provided in an embodiment of the present invention；Fig. 5 is the structural representation of another user equipment provided in an embodiment of the present invention；Fig. 6 is a kind of structural representation of the measurement apparatus of scalable bandwidth cell provided in an embodiment of the present invention；

Fig. 7 is the structural representation of another user equipment provided in an embodiment of the present invention；Fig. 8 is the structural representation of the measurement apparatus of another scalable bandwidth cell provided in an embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, to the technology in the embodiment of the present invention Scheme is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.Embodiment one, the embodiments of the invention provide a kind of measuring method of scalable bandwidth cell, as shown in Fig. 1, the executive agent of this method is user equipment (UE).

101st, user equipment (UE) receives the information of adjacent cells that network side is issued, and the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells.

UE is resided in after a cell, and UE can obtain the information of adjacent cells of the current persistent districts of the UE.

When UE is in Idle state, network side issues information of adjacent cells by the Measurement and Control System information in system information block SIB (System Information Block) to the UE.When UE is in connected state, network side issues information of adjacent cells by measuring control information MCI (Measurement Control Information) to the UE.All include co-frequency cell information and different frequency cell information in information of adjacent cells in the Measurement and Control System information and the measuring control information.

When UE is in Idle state, the co-frequency cell information is issued by the co-frequency cell information list in the Measurement and Control System information, and the different frequency cell information is issued by the different frequency cell information list in the Measurement and Control System information.When UE is in connected state, the co-frequency cell information is issued by the common frequency measurement system message in the measuring control information, and the different frequency cell information is issued by the different-frequency measure system message in the measuring control information.

UMTS cell informations and/or S-UMTS cell informations can be included in the information of adjacent cells.The UMTS cell informations and/or the S-UMTS cell informations can be issued by co-frequency cell information or different frequency cell information.

The network side can obtain the information of the S-UMTS cell frequencies scope by being added in the information of co-frequency cell, and the frequency range information of the S-UMTS cells can include at least two in following information：Originate frequency, terminate frequency, center frequency point, Zoom factor N.Or, the frequency range information of the scalable bandwidth S-UMTS cells can also include the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells.

The network side can add the frequency range information of the S-UMTS cells in the different frequency cell information issued, and the frequency range information includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is that N/mono-, N of UMTS bandwidth of cell is any real number more than 0.For example, the bandwidth of UMTS cells is 5MHz or 4.2MHz.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, if a width of 5MHz of the band of UMTS cells, representing a width of 2.5MHz of band of the S-UMTS cells.Partition information belonging to the frequency range of the S-UMTS cells represents the partition number of the frequency range of the S-UMTS cells.For example, assuming that when zoom factor N is 2, the frequency range of UMTS cells is 2000MHz ~ 2005MHz, and the partition information belonging to the frequency range of the S-UMTS cells is 2, then the frequency range of the S-UMTS cells is 2002.5 MHz ~ 2005MHz.It should be noted that when the frequency range of the S-UMTS cells includes partition information, N values are the natural number more than or equal to 1.

Wherein, the starting frequency refers to obtain the frequency point information of the initial frequency value of the frequency range of the S-UMTS cells.For example, the initial frequency value of the S-UMT S cells；Or when having obtained the end frequency values of the S-UMTS cells or center frequency value, the starting frequency can also be the deviant relative to the end frequency values or center frequency value.Certainly starting frequency can also be the information of the initial frequency value of other frequency ranges for resulting in the S-UMTS cells, and the embodiment of the present invention is not especially limited to this.It is described to terminate the frequency point information for terminating frequency values that frequency refers to obtain the frequency range of the S-UMTS cells.For example, the end frequency values of the S-UMTS cells；Or when having obtained the initial frequency value or center frequency value of the S-UMTS cells, it can also be the deviant relative to the initial frequency value or center frequency value that this, which terminates frequency,.Certainly the information that frequency can also be the end frequency values of other frequency ranges for resulting in the S-UMTS cells is terminated, the embodiment of the present invention is not especially limited to this. The center frequency point refers to obtain the frequency point information of the center frequency value of the frequency range of the S-UMTS cells.For example, the center frequency value of the S-UMT S cells.Can certainly be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMTS cells, the present invention implements will not be repeated here.

102nd, the frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

All cells in the information of adjacent cells that the UE is issued to current persistent district and network side are measured.For S-UMTS cells, the frequency range information for the S-UMTS cells that the UE is issued according to network side can obtain the frequency range of the S-UMTS cells.The UE is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to all cells in the current persistent districts of the UE and adjacent cell, obtains measurement result.Specifically, the UE is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to the signal quality of all cells in the current persistent districts of the UE and adjacent cell, obtains the signal quality value of the current persistent districts of UE and all cells in adjacent cell.

The signal quality value can be specifically：Pilot reference signal receiving power RSRP (Reference Signal Receiving Power), circuit loss value, pilot SNR Ec/N0 etc..

The UE is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection or whether reports the measurement result to the network side.When the UE is in Idle state, the UE is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection, and then determines the serving cell of the UE.If the measurement result of the S-UMTS cells in the information of adjacent cells is more than the default measurement thresholding, the UE selects the S-UMTS cells as the serving cell of the UE.

When the UE is in connected state, the UE is according to the measurement result and default measurement thresholding, it is determined whether the measurement result is reported to the network side, to cause Networking lateral root is stated to determine whether to carry out cell switching according to the measurement result.The embodiments of the invention provide a kind of measuring method of scalable bandwidth cell, as shown in Fig. 2, the executive agent of this method is network side, for example, radio network controller (RNC) (Radio Network Controller).

201st, the lateral UE of network issues information of adjacent cells, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

After UE is resident a cell, the network side can send information of adjacent cells to the UE.When UE is in Idle state, network side issues information of adjacent cells by the Measurement and Control System information in system information block to the UE.When UE is in connected state, network side issues information of adjacent cells by measuring control information to the UE.All include co-frequency cell information and different frequency cell information in information of adjacent cells in the Measurement and Control System information and the measuring control information.Due in the prior art, not including bandwidth information and center frequency point in the co-frequency cell information in the information of adjacent cells directly, UE can not obtain the frequency range of the S-UMTS cells.The network side can calculate the parameter for obtaining cell frequency scope by being added in the co-frequency cell information issued.Specifically, if network side issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells can include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Or, the frequency range information of the scalable bandwidth S-UMTS cells can also include the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells.

In the prior art, center frequency point is only included in the different frequency cell information in the information of adjacent cells, not including bandwidth information, UE can not obtain the frequency range of the S-UMTS cells.Therefore, the network side can be by the information of the frequency range that the scalable bandwidth S-UMTS cells are issued in the different frequency cell information issued.Specifically, if network side issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, scale because Sub- N.Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is that N/mono-, N of UMTS bandwidth of cell is any real number more than 0.For example, the bandwidth of UMTS cells is 5MHz or 4.2MHz.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, if a width of 5MHz of the band of UMTS cells, representing a width of 2.5MHz of band of the S-UMTS cells.Partition information belonging to the frequency range of the S-UMTS cells represents the partition number of the frequency range of the S-UMTS cells.For example, assuming that when zoom factor N is 2, the frequency range of UMTS cells is 2000MHz ~ 2005MHz, and the partition information belonging to the frequency range of the S-UMTS cells is 2, then the frequency range of the S-UMTS cells is 2002.5 MHz ~ 2005MHz.It should be noted that when the frequency range of the S-UMTS cells includes partition information, N values are the natural number more than or equal to 1.

Wherein, the starting frequency refers to obtain the frequency point information of the initial frequency value of the frequency range of the S-UMTS cells.For example, the initial frequency value of the S-UMT S cells；Or when having obtained the end frequency values of the S-UMTS cells or center frequency value, the starting frequency can also be the deviant relative to the end frequency values or center frequency value.Certainly starting frequency can also be the information of the initial frequency value of other frequency ranges for resulting in the S-UMTS cells, and the embodiment of the present invention is not especially limited to this.

It is described to terminate the frequency point information for terminating frequency values that frequency refers to obtain the frequency range of the S-UMTS cells.For example, the end frequency values of the S-UMTS cells；Or when having obtained the initial frequency value or center frequency value of the S-UMTS cells, it can also be the deviant relative to the initial frequency value or center frequency value that this, which terminates frequency,.Certainly the information that frequency can also be the end frequency values of other frequency ranges for resulting in the S-UMTS cells is terminated, the embodiment of the present invention is not especially limited to this.

The center frequency point refers to obtain the frequency point information of the center frequency value of the frequency range of the S-UMTS cells.For example, the center frequency value of the S-UMT S cells.Can certainly be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMTS cells, the present invention implements will not be repeated here.The embodiments of the invention provide a kind of measuring method of scalable bandwidth cell, the net Network side issues S-UMTS cell frequency range informations by issuing information of adjacent cells to the UE, to enable UE according to the frequency range information of the S-UMTS cells of reception, the S-UMTS cells is measured, and obtain measurement result.So, the UE results in the frequency range of S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

Embodiment two, the embodiments of the invention provide a kind of measuring method of scalable bandwidth cell, by taking UMTS as an example, network side is specially radio network controller (RNC), as shown in Figure 3.

301st, RNC issues information of adjacent cells to UE, and the information of adjacent cells includes the frequency range information of S-UMTS cells.

The UE is resided in after a cell, and UE can obtain the information of adjacent cells of the current persistent districts of the UE.When UE is in Idle state, RNC issues information of adjacent cells by the Measurement and Control System information in system information block SIB to the UE.When UE is in connected state, RNC issues information of adjacent cells by measuring control information MCI to the UE.

UMTS cell informations and S-UMTS cell informations can be included in the information of adjacent cells.

When the UMTS cells and S-UMTS cells that information of adjacent cells includes are the co-frequency cells of the current persistent districts of the UE, the UMTS cells and S-UMTS cell informations are issued by the co-frequency cell information；When the UMTS cells and S-UMTS cells that the information of adjacent cells includes are the alien-frequency districts of the current persistent districts of the UE, the UMTS cells and S-UMTS cell informations are issued by the different frequency cell information.

Due in existing UMTS cellular technologies, not including bandwidth information and center frequency point in the co-frequency cell information in the information of adjacent cells directly.For UMTS cells, bandwidth is certain, when the UMTS cells are the co-frequency cells of the current persistent district, the frequency range of the UMTS cells is identical with the frequency range of the current persistent district, so RNC need not be issued to UE can obtain the relevant parameter of the UMTS cell frequencies scope.But, for S-UMTS cells, UE can not obtain the frequency range of the S-UMTS cells. So, in the embodiment of the present invention, the RNC can obtain the information of the S-UMT S cell frequency scopes by being added in the information of co-frequency cell, and the frequency range information of the S-UMTS cells can include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.Or, the frequency range information of the scalable bandwidth S-UMT S cells can also include the subregion belonging to the frequency range of zoom factor N and the S-UMT S cells.

Specifically, the RNC can by the co-frequency cell information list or common frequency measurement system message for issue co-frequency cell information add S-UMT S cells frequency range item of information.Specifically as shown in table 1, the frequency range item of information of S-UMT S cells is added after co-frequency cell identification item that can be in the information list of co-frequency cell.Certainly, the RNC when issuing the co-frequency cell information list, can also add the frequency range item of information of the S-UMTS cells after other items in lists, and the embodiment of the present invention is not especially limited to this.

Wherein, the frequency range item of information of the S-UMT S cells includes the frequency range information of the scalable bandwidth S-UMT S cells.

Wherein, in table 1, " OP " list item in the frequency range item of information of S-UMT S cells represents optional, i.e. when there are S-UMT S cells in the adjacent cell of the current persistent districts of the UE, the frequency range item of information of S-UMTS cells is added after the co-frequency cell identification item in the information list of co-frequency cell；When there is no S-UMT S cells in the adjacent cell of the current persistent districts of the UE, there is no the frequency range item of information of S-UMTS cells after the co-frequency cell identification item in the information list of co-frequency cell." quantity " corresponding list item represents the number of S-UMT S cells in the adjacent cells of the current persistent districts of the UE that the RNC is determined." type and reference " corresponding list item represents the title of the title of the list of each S-UMTS cell frequencies information or the reference listing of frequency information.Specifically, table 2 provides the list of the frequency range information of S-UMT S cells.If the frequency range information of the S-UMTS cells includes the partition information described in the frequency range of zoom factor N and the S-UMT S cells, can be added in table 2 more than two information, it is specifically as shown in table 2.Certainly, if the frequency range information of the S-UMT S cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N, then can be with Starting frequency is directly added in the frequency range information list of the S-UMTS cells, terminates frequency, center frequency point, any two of zoom factor N information.

The co-frequency cell information list of table 1

The frequency range information list of the S-UMTS cells of table 2

Specifically, when issuing the frequency range information of the S-UMTS cells by common frequency measurement system message, the frequency range item of information of S-UMTS cells can be added in the common frequency measurement system message, the frequency range item of information of the S-UMTS cells includes the frequency range information of the S-UMTS cells.

Further, due in existing UMTS cellular technologies, center frequency point being only included in the different frequency cell information in the information of adjacent cells, not including bandwidth information.For UMTS cells, bandwidth is certain, when the UMTS cells are that the user equipment is worked as During the alien-frequency district of preceding persistent district, the UMTS cell frequencies scope can be obtained with reference to the center frequency point that the RNC is issued.But, for S-UMTS cells, bandwidth is not known, only center frequency point, it is impossible to obtain the frequency range of the S-UMTS cells.

So, in the embodiment of the present invention, the RNC can add the frequency range information of the S-UMT S cells in the different frequency cell information issued, and the frequency range information includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.Specifically, the RNC in the different frequency cell information list of the different frequency cell information issued or different-frequency measure system message, can add the frequency range information of the S-UMTS cells.Specifically, at least one in corresponding starting frequency, end frequency, zoom factor N can be added in the frequency point information list for every S-UMTS cells that " type and reference " list item of the frequency point information item of different frequency cell information list or different-frequency measure system message includes.As shown in table 3, with UARFCN (UTRA absolute radio frequency channel number, the UTRA Absolute Radio Frequency Channels number in subdistrict frequency point information list）Added after downlink exemplified by zoom factor N, wherein, the center frequency point information of UARFCN downlink expression cells is existing list item in the prior art.It is of course also possible to after other in the subdistrict frequency point information list, add described zoom factor N.

The subdistrict frequency point information list of table 3

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is UMTS N/mono-, N of bandwidth of cell is any real number more than 0.For example, the bandwidth of UMTS cells is 5MHz or 4.2MHz.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, if a width of 5MHz of the band of UMTS cells, representing a width of 2.5MHz of band of the S-UMTS cells.Partition information belonging to the frequency range of the S-UMTS cells represents the partition number of the frequency range of the S-UMTS cells.For example, assuming that when zoom factor N is 2, the frequency range of UMTS cells is 2000MHz ~ 2005MHz, and the partition information belonging to the frequency range of the S-UMTS cells is 2, then the frequency range of the S-UMTS cells is 2002.5 MHz ~ 2005MHz.It should be noted that when the frequency range of the S-UMTS cells includes partition information, N values are the natural number more than or equal to 1.

The starting frequency refers to obtain the frequency point information of the initial frequency value of the frequency range of the S-UMTS cells.For example, the initial frequency value of the S-UMTS cells；Or when having obtained the end frequency values of the S-UMTS cells or center frequency value, the starting frequency can also be the deviant relative to the end frequency values or center frequency value.Certainly starting frequency can also be the information of the initial frequency value of other frequency ranges for resulting in the S-UMTS cells, and the embodiment of the present invention is not especially limited to this.

The center frequency point refers to obtain the frequency point information of the center frequency value of the frequency range of the S-UMTS cells.For example, the center frequency value of the S-UMT S cells.Can certainly be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMTS cells, the present invention implements will not be repeated here.

302nd, the UE receives the information of adjacent cells that RNC is issued.

The UE receives the information of adjacent cells that RNC is issued, and the information of adjacent cells includes the frequency range information of the S-UMTS cells. 303rd, the S-UMTS cell frequency range informations that the UE includes according to the information of adjacent cells, are measured to the S-UMTS cells in the information of adjacent cells, obtain measurement result.

All cells in the information of adjacent cells that the UE is issued to current persistent district and RNC are measured.For S-UMTS cells, the UE can obtain the frequency range of the S-UMTS cells according to the frequency range information of the RNC S-UMTS cells issued.Specifically, if the frequency range information is the partition information belonging to the zoom factor N and the S-UMTS cell frequencies scope, the bandwidth of the S-UMTS cells can be then determined according to the zoom factor N first, and then the frequency range of the S-UMTS cells can be determined according to the partition information belonging to the frequency range of the S-UMTS cells.

For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, the frequency range of the current persistent districts of UE is 2000MHz ~ 2005MHz, and total subregion of the S-UMTS cells is 2, and the partition information of the frequency range of the S-UMTS cells be 1 when, the a width of 2.5MHz of band of the S-UMTS cells can be then determined according to the zoom factor N, due to the partition information belonging to the frequency range of the S-UMTS cells be 1 when, it may be determined that the frequency range of the S-UMTS cells be 2000MHz ~ 2002.5MHz.If specifically, the frequency range information is to include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.For example, if the frequency range information is the zoom factor N and center frequency point, the bandwidth of the S-UMTS cells can be then determined according to the zoom factor N, the frequency range of the S-UMTS cells then can be obtained according to the center frequency point and the bandwidth.

For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, it is known that a width of 2.5MHz of band of the S-UMTS cells;When the center frequency point of the RNC S-UMTS cells issued is 2000MHz, it may be determined that the frequency range of the S-UMTS cells is 1998.75MHz ~ 2001.25MHz.Certainly it should be noted that the UE terminates the frequency range of any two acquisitions S-UMTS cells of frequency and center frequency point according to zoom factor N, starting frequency Method, be all skilled in the art realises that technical scheme, the embodiment of the present invention will not be repeated here.

The UE is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to all cells in the current persistent districts of the UE and adjacent cell, obtains measurement result.The UE is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to all cells in the current persistent district and adjacent cell, obtains measurement result.Optionally, if there is first community in the cell in the information of adjacent cells, the first community is S-UMTS cell of the downstream frequency scope within the scope of the downstream frequency of any cell for the UMTS cells that the current persistent district or the information of adjacent cells include, the frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, S-UMTS cells in the information of adjacent cells are measured, measurement result is obtained.

Specifically, the UE the current persistent district and the information of adjacent cells are included except the cell of first community is measured, obtain measurement result.By the measurement result of the corresponding frequency range of first community in the frequency range of second community, as the measurement result of the first community, the second community is any cell of frequency range of the frequency range including the first community in the cell except first community that the current persistent district and information of adjacent cells include.For example, when the frequency range of the current persistent district in the second community includes the frequency range of the first community, the frequency range of the current persistent district is the Μ Η ζ of 2000 Μ Η ζ ~ 2005, the frequency range of the first community be 2000MHz ~ 2002.5MHz, then the measurement result of the first community be the current persistent district measurement result in frequency range be the corresponding measurement results of 2000MHz ~ 2002.5MHz.

Specifically, the UE is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to the signal quality of all cells in the current persistent districts of the UE and adjacent cell, obtains the signal quality value of the current persistent districts of UE and all cells in adjacent cell.

The UE is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection or whether reports the measurement result to the network side.When the UE is in Idle state, the UE is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection, and then determines the serving cell of the UE.If the measurement result of the S-UMTS cells in the information of adjacent cells is more than the default measurement thresholding, the UE selects the S-UMTS cells as the serving cell of the UE.When the UE is in connected state, the UE is according to the measurement result and default measurement thresholding, it is determined whether report the measurement result to the network side, to cause the networking lateral root to determine whether to carry out cell switching according to the measurement result.Optionally, when the UE is in connected state, before the UE receives the information of adjacent cells that the RNC is issued, the UE reports the information of the UE supports S-UMTS cells to the RNC.

In order to save resource, the networking side joint is received after the information for the UE support S-UMTS cells that the UE is reported, and the RNC can support the information of S-UMTS cells according to the UE, and information of adjacent cells is sent to the UE.UE for supporting S-UMTS cells, the RNC include S-UMTS cell informations to the UE information of adjacent cells sent；Do not include S-UMTS cell informations in the information of adjacent cells that UE for not supporting S-UMTS cells, the RNC are sent to the UE.The embodiments of the invention provide a kind of measuring method of scalable bandwidth cell, the RNC issues the frequency range information of the S-UMTS cells in the information of adjacent cells to the UE；The UE is received after the frequency range information of the S-UMTS cells, the S-UMTS cells in the information of adjacent cells is measured according to the frequency range information of the S-UMTS cells, and obtain measurement result.By above method, UE results in the frequency range of S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

Embodiment three, the embodiments of the invention provide a kind of user equipment, as shown in figure 4, the user equipment 40 includes：Receiving unit 41 and measuring unit 42. The receiving unit 41, for receiving the information of adjacent cells that network side is issued, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells.

UE is resided in after a cell, and the receiving unit 41 can obtain the information of adjacent cells of the current persistent districts of the UE.When UE is in Idle state, network side issues information of adjacent cells by the Measurement and Control System information in system information block SIB (System Information Block) to the UE.When UE is in connected state, network side meets ^ by measuring control information MCI (Measurement Control Information) to described：Unit 41 issues information of adjacent cells.

All include co-frequency cell information and different frequency cell information in information of adjacent cells in the Measurement and Control System information and the measuring control information.

When the UMTS cells and S-UMTS cells that information of adjacent cells includes are the co-frequency cells of the current persistent districts of the UE, the UMTS cells and S-UMTS cell informations are issued by the co-frequency cell information；When the UMTS cells and S-UMTS cells that the information of adjacent cells includes are the alien-frequency districts of the current persistent districts of the UE, the UMTS cells and S-UMTS cell informations are issued by the different frequency cell information.Due in existing UMTS cellular technologies, not including bandwidth information and center frequency point in the co-frequency cell information in the information of adjacent cells directly.For UMTS cells, bandwidth is certain, when the UMTS cells are the co-frequency cells of the current persistent district, the frequency range of the UMTS cells is identical with the frequency range of the current persistent district, so network side need not be issued to the receiving unit 41 can obtain described The relevant parameter of UMTS cell frequency scopes.But, for S-UMTS cells, the receiving unit 41 of the UE can not obtain the frequency range of the S-UMTS cells.

Specifically, the network side can by the co-frequency cell information list or common frequency measurement system message for issue co-frequency cell information add S-UMTS cells frequency range item of information.Specifically as shown in table 1, the frequency range item of information of S-UMTS cells is added after co-frequency cell identification item that can be in the information list of co-frequency cell.Certainly, the network side when issuing the co-frequency cell information list, can also add the frequency range item of information of the S-UMTS cells after other items in lists, and the embodiment of the present invention is not especially limited to this.

Wherein, the frequency range item of information of the S-UMTS cells includes the frequency range information of the scalable bandwidth S-UMTS cells.

The network side adds the specific method of the frequency range item of information of the S-UMTS cells in the co-frequency cell information list, and referring to the specific descriptions in the embodiment of the present invention one, the embodiment of the present invention will not be repeated here.

Further, due in existing UMTS cellular technologies, center frequency point being only included in the different frequency cell information in the information of adjacent cells, not including bandwidth information.For UMTS cells, bandwidth is certain, and when the UMTS cells are the alien-frequency districts of the current persistent district of the user equipment, the UMTS cell frequencies scope can be obtained with reference to the center frequency point that the network side is issued.But, for S-UMTS cells, bandwidth is not known, only center frequency point, it is impossible to obtain the frequency range of the S-UMTS cells. So, in the embodiment of the present invention, the network side can add the frequency range information of the S-UMT S cells in the different frequency cell information issued, and the frequency range information includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.

Specifically, the network side in the different frequency cell information list of the different frequency cell information issued or different-frequency measure system message, can add the frequency range information of the S-UMTS cells.

The network side is in the different frequency cell information list of the different frequency cell information issued or different-frequency measure system message, add the specific method of the frequency range information of the S-UMTS cells, referring to the specific descriptions in the embodiment of the present invention one, the embodiment of the present invention will not be repeated here.

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is that N/mono-, N of UMTS bandwidth of cell is any real number more than 0.For example, the bandwidth of UMTS cells is 5MHz or 4.2MHz.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, if a width of 5MHz of the band of UMTS cells, representing a width of 2.5MHz of band of the S-UMTS cells.Partition information belonging to the frequency range of the S-UMTS cells represents the partition number of the frequency range of the S-UMTS cells.For example, assuming that when zoom factor N is 2, the frequency range of UMTS cells is 2000MHz ~ 2005MHz, and the partition information belonging to the frequency range of the S-UMTS cells is 2, then the frequency range of the S-UMTS cells is 2002.5 MHz ~ 2005MHz.It should be noted that when the frequency range of the S-UMTS cells includes partition information, N values are the natural number more than or equal to 1.

Wherein, the starting frequency refers to obtain the frequency point information of the initial frequency value of the frequency range of the S-UMTS cells.For example, the initial frequency value of the S-UMT S cells；Or when having obtained the end frequency values of the S-UMTS cells or center frequency value, the starting frequency can also be the deviant relative to the end frequency values or center frequency value.Certainly starting frequency can also be the information of the initial frequency value of other frequency ranges for resulting in the S-UMTS cells, and the embodiment of the present invention is not especially limited to this.It is described to terminate the knot that frequency refers to obtain the frequency range of the S-UMTS cells The frequency point information of beam frequency values.For example, the end frequency values of the S-UMT S cells；Or when having obtained the initial frequency value or center frequency value of the S-UMT S cells, it can also be the deviant relative to the initial frequency value or center frequency value that this, which terminates frequency,.Certainly the information that frequency can also be the end frequency values of other frequency ranges for resulting in the S-UMT S cells is terminated, the embodiment of the present invention is not especially limited to this.

The center frequency point refers to obtain the frequency point information of the center frequency value of the frequency range of the S-UMT S cells.For example, the center frequency value of the S-UMT S cells.Can certainly be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMT S cells, the present invention implements will not be repeated here.The measuring unit 42, for the frequency range information of the S-UMTS cells included according to the information of adjacent cells, is measured to the S-UMT S cells in the information of adjacent cells, obtains measurement result.

All cells that the measuring unit 42 is used in the information of adjacent cells that is issued to current persistent district and network side are measured.For S-UMT S cells, the frequency range information for the S-UMT S cells that the measuring unit 42 is issued according to network side can obtain the frequency range of the S-UMT S cells.

Specifically, if the frequency range information is the partition information belonging to the zoom factor N and the S-UMT S cell frequency scopes, then the measuring unit 42 can determine the bandwidth of the S-UMT S cells according to the zoom factor N first, and then the frequency range of the S-UMTS cells can be determined according to the partition information belonging to the frequency range of the S-UMT S cells.

For example, when the N values in the S-UMT S cell informations in information of adjacent cells are 2, the frequency range of the current persistent districts of UE is 2000MHz ~ 2005MHz, and total subregion of the S-UMTS cells is 2, and the partition information of the frequency range of the S-UMT S cells be 1 when, then the ^ of measuring unit 42=blunt can determine a width of 2.5MHz of band of the S-UMTS cells according to the zoom factor N, due to the partition information belonging to the frequency range of the S-UMTS cells be 1 when, the measuring unit 42 can determine that the frequency range of the S-UMT S cells is 2000MHz ~ 2002.5MHz.If specifically, the frequency range information is to include at least two in following information： Originate frequency, terminate frequency, center frequency point, zoom factor N.For example, if the frequency range information is the zoom factor N and center frequency point, then the measuring unit 42 can determine the bandwidth of the S-UMTS cells according to the zoom factor N, and the frequency range of the S-UMTS cells then can be obtained according to the center frequency point and the bandwidth.

For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, it is known that a width of 2.5MHz of band of the S-UMTS cells;When the center frequency point for the S-UMTS cells that the network side is issued is 2000MHz, the measuring unit 42 can determine that the frequency ranges of the S-UMTS cells is the .25MHz of 1998.75MHz ~ 2001.Certainly it should be noted that, the measuring unit 42 is according to zoom factor N, starting frequency, terminate the method for the frequency range of any two acquisitions S-UMTS cells of frequency and center frequency point, all be skilled in the art realises that technical scheme, the embodiment of the present invention will not be repeated here.The measuring unit 42 is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to all cells in the current persistent districts of the UE and adjacent cell, obtains measurement result.

Optionally, if there is first community in the cell in the information of adjacent cells, the first community is S-UMTS cell of the downstream frequency scope within the scope of the downstream frequency of any cell for the UMTS cells that the current persistent district or the information of adjacent cells include, the frequency range information for the S-UMTS cells that the measuring unit 42 includes according to the information of adjacent cells, S-UMTS cells in the information of adjacent cells are measured, measurement result is obtained.

Specifically, 42 pairs of the measuring unit current persistent district and the information of adjacent cells include except the cell of first community is measured, obtain measurement result.By the measurement result of the corresponding frequency range of first community in the frequency range of second community, as the measurement result of the first community, the second community is any cell of frequency range of the frequency range including the first community in the cell except first community that the current persistent district and information of adjacent cells include.

For example, when the frequency range of the current persistent district in the second community includes The frequency range of the first community, the frequency range of the current persistent district is

The Μ Η ζ of 2000 Μ Η ζ ~ 2005, the frequency range of the first community be 2000MHz ~ 2002.5MHz, then the measurement result of the first community be the current persistent district measurement result in frequency range be the corresponding measurement results of 2000MHz ~ 2002.5MHz.

Specifically, the measuring unit 42 is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to the signal quality of all cells in the current persistent districts of the UE and adjacent cell, obtains the signal quality value of the current persistent districts of UE and all cells in adjacent cell.The signal quality value can be specifically：Pilot reference signal receiving power RSRP (Reference Signal Receiving Power), circuit loss value, pilot SNR Ec/N0 etc..

The measuring unit 42 is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection or whether reports the measurement result to the network side.When the UE is in Idle state, the measuring unit 42 is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection, and then determines the serving cell of the UE.If the measurement result of the S-UMTS cells in the information of adjacent cells is more than the default measurement thresholding, the measuring unit 42 selects the S-UMTS cells as the serving cell of the UE.When the UE is in connected state, the measuring unit 42 is according to the measurement result and default measurement thresholding, determine whether that the network side reports the measurement result, to cause the networking lateral root to determine whether to carry out cell switching according to the measurement result.

As shown in figure 5, the user equipment 40 also includes：The upper blunt units 43 of ^.

The upper 4 blunt unit 43, the information for supporting S-UMTS cells to the UE on the network side.

The embodiments of the invention provide a kind of user equipment, the receiving unit receives the information of adjacent cells that network side is issued, and the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；The frequency range information for the S-UMTS cells that the measuring unit includes according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.So, to result in the S-UMTS small by UE The frequency range in area so that measurements of the UE to S-UMTS cells is more accurate.Example IV, the embodiment of the present invention provide a kind of measurement apparatus of scalable bandwidth cell, and in UMTS, described device is specially RNC, as shown in fig. 6, described device 60 includes：Processing unit 61 and transmitting element 62.The processing unit 61, the pre-configured information of adjacent cells for receiving.

The transmitting element 62, for issuing information of adjacent cells to UE, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.After UE is resident a cell, the transmitting element 62 can send information of adjacent cells to the UE.When UE is in Idle state, the transmitting element 62 issues information of adjacent cells by the Measurement and Control System information in system information block to UE.When UE is in connected state, the transmitting element 62 issues information of adjacent cells by measuring control information to UE.All include co-frequency cell information and different frequency cell information in information of adjacent cells in the Measurement and Control System information and the measuring control information.Due in the prior art, not including bandwidth information and center frequency point in the co-frequency cell information in the information of adjacent cells directly, UE can not obtain the frequency range of the S-UMTS cells.The transmitting element 62 can calculate the parameter for obtaining cell frequency scope by being added in the co-frequency cell information issued.If specifically, the transmitting element 62 issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells can include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Or, the frequency range information of the scalable bandwidth S-UMTS cells can also include the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells.

In the prior art, center frequency point is only included in the different frequency cell information in the information of adjacent cells, not including bandwidth information, UE can not obtain the frequency range of the S-UMTS cells.Therefore, the transmitting element 62 can be by under in the different frequency cell information issued The information for the frequency range for sending out scalable bandwidth S-UMTS cells described.If specifically, the transmitting element 62 issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is that N/mono-, N of UMTS bandwidth of cell is any real number more than 0.For example, the bandwidth of UMTS cells is 5MHz or 4.2MHz.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, if a width of 5MHz of the band of UMTS cells, representing a width of 2.5MHz of band of the S-UMTS cells.Partition information belonging to the frequency range of the S-UMTS cells represents the partition number of the frequency range of the S-UMTS cells.

For example, assuming that when zoom factor N is 2, the frequency range of UMTS cells is 2000MHz ~ 2005MHz, and the partition information belonging to the frequency range of the S-UMTS cells is 2, then the frequency range of the S-UMTS cells is 2002.5 MHz ~ 2005MHz.It should be noted that when the frequency range of the S-UMTS cells includes partition information, N values are the natural number more than or equal to 1.

The center frequency point refers to obtain in the frequency range of the S-UMTS cells The frequency point information of frequency of heart value.For example, the center frequency value of the S-UMT S cells.Can certainly be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMTS cells, the present invention implements will not be repeated here.

Described device also includes：Receiving unit 62.The receiving unit 62, the information of S-UMTS cells is supported for when the UE is in connected state, receiving the UE that the UE is reported.

In order to save resource, the receiving unit 62 is received after the information for the UE support S-UMTS cells that the UE is reported, the transmitting element 62 can support the information of S-UMTS cells according to the UE, and information of adjacent cells is sent to the UE.UE for supporting S-UMTS cells, the transmitting element 62 includes S-UMTS cell informations to the UE information of adjacent cells sent；Do not include S-UMTS cell informations in UE for not supporting S-UMTS cells, the information of adjacent cells that the transmitting element 62 is sent to the UE.The embodiment of the present invention provides a kind of measurement apparatus of scalable bandwidth cell, because the transmitting element includes the frequency range information of S-UMTS cells to the UE information of adjacent cells issued, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.UE results in the frequency range of the S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

Embodiment five, the embodiments of the invention provide a kind of user equipment, as shown in fig. 7, the user equipment 70 includes：Receiver 71 and processor 72.The receiver 71, for receiving the information of adjacent cells that network side is issued, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells.

UE is resided in after a cell, and the receiver 71 can obtain the information of adjacent cells of the current persistent districts of the UE.When UE is in Idle state, network side issues information of adjacent cells by the Measurement and Control System information in system information block SIB (System Information Block) to the UE.When UE is in connected state, network side passes through measuring control information MCI (Measurement Control Information) meets ^ to described：Device 71 issues information of adjacent cells.

When the UMTS cells and S-UMTS cells that information of adjacent cells includes are the co-frequency cells of the current persistent districts of the UE, the UMTS cells and S-UMTS cell informations are issued by the co-frequency cell information；When the UMTS cells and S-UMTS cells that the information of adjacent cells includes are the alien-frequency districts of the current persistent districts of the UE, the UMTS cells and S-UMTS cell informations are issued by the different frequency cell information.Due in existing UMTS cellular technologies, not including bandwidth information and center frequency point in the co-frequency cell information in the information of adjacent cells directly.For UMTS cells, bandwidth is certain, when the UMTS cells are the co-frequency cells of the current persistent district, the frequency range of the UMTS cells is identical with the frequency range of the current persistent district, so network side need not be issued to the receiver 71 can obtain the relevant parameter of the UMTS cell frequencies scope.But, for S-UMTS cells, the receiver 71 of the UE can not obtain the frequency range of the S-UMTS cells.

The network side can obtain the information of the S-UMTS cell frequencies scope by being added in the information of co-frequency cell, and the frequency range information of the S-UMTS cells can include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.Or, the frequency range information of the scalable bandwidth S-UMTS cells can also include point belonging to the frequency range of zoom factor N and the S-UMTS cells Area.

Specifically, the network side can by the co-frequency cell information list or common frequency measurement system message for issue co-frequency cell information add S-UMTS cells frequency range item of information.Specifically as shown in table 1, the frequency range item of information of S-UMTS cells is added after co-frequency cell identification item that can be in the information list of co-frequency cell.Certainly, the network side when issuing the co-frequency cell information list, can also add the frequency range item of information of the S-UMTS cells after other items in lists, and the embodiment of the present invention is not especially limited to this.Wherein, the frequency range item of information of the S-UMTS cells includes the frequency range information of the scalable bandwidth S-UMTS cells.

Further, due in existing UMTS cellular technologies, center frequency point being only included in the different frequency cell information in the information of adjacent cells, not including bandwidth information.For UMTS cells, bandwidth is certain, and when the UMTS cells are the alien-frequency districts of the current persistent district of the user equipment, the UMTS cell frequencies scope can be obtained with reference to the center frequency point that the network side is issued.But, for S-UMTS cells, bandwidth is not known, only center frequency point, it is impossible to obtain the frequency range of the S-UMTS cells.

So, in the embodiment of the present invention, the network side can add the frequency range information of the S-UMT S cells in the different frequency cell information issued, and the frequency range information includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.

Specifically, the network side in the different frequency cell information list of the different frequency cell information issued or different-frequency measure system message, can add the frequency range information of the S-UMTS cells. The network side is in the different frequency cell information list of the different frequency cell information issued or different-frequency measure system message, add the specific method of the frequency range information of the S-UMTS cells, referring to the specific descriptions in the embodiment of the present invention one, the embodiment of the present invention will not be repeated here.

The center frequency point refers to obtain the frequency point information of the center frequency value of the frequency range of the S-UMTS cells.For example, the center frequency value of the S-UMT S cells.Certainly Can also be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMTS cells, the present invention implements will not be repeated here.The processor 72, for the frequency range information of the S-UMTS cells included according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

All cells that the processor 72 is used in the information of adjacent cells that is issued to current persistent district and network side are measured.

For S-UMTS cells, the frequency range information for the S-UMTS cells that the processor 72 is issued according to network side can obtain the frequency range of the S-UMTS cells.

Specifically, if the frequency range information is the partition information belonging to the zoom factor N and the S-UMTS cell frequencies scope, then the processor 72 can determine the bandwidth of the S-UMTS cells according to the zoom factor N first, and then the frequency range of the S-UMTS cells can be determined according to the partition information belonging to the frequency range of the S-UMTS cells.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, the frequency range of the current persistent districts of UE is 2000MHz ~ 2005MHz, and total subregion of the S-UMTS cells is 2, and the partition information of the frequency range of the S-UMTS cells be 1 when, then the processor 72 can determine a width of 2.5MHz of band of the S-UMTS cells according to the zoom factor N, due to the partition information belonging to the frequency range of the S-UMTS cells be 1 when, the processor 72 can determine that the frequency range of the S-UMTS cells is 2000MHz ~ 2002.5MHz.If specifically, the frequency range information is to include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N.For example, if the frequency range information is the zoom factor N and center frequency point, then the processor 72 can determine the bandwidth of the S-UMTS cells according to the zoom factor N, and the frequency range of the S-UMTS cells then can be obtained according to the center frequency point and the bandwidth.

For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, it is known that a width of 2.5MHz of band of the S-UMTS cells;When the network side is issued The center frequency point of S-UMTS cells when being 2000MHz, the processor 72 can determine that the frequency ranges of the S-UMTS cells is the .25MHz of 1998.75MHz ~ 2001.Certainly it should be noted that, the processor 72 is according to zoom factor N, starting frequency, terminate the method for the frequency range of any two acquisitions S-UMTS cells of frequency and center frequency point, all be skilled in the art realises that technical scheme, the embodiment of the present invention will not be repeated here.The processor 72 is measured according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained to all cells in the current persistent districts of the UE and adjacent cell, obtains measurement result.

Optionally, if there is first community in the cell in the information of adjacent cells, the first community is S-UMTS cell of the downstream frequency scope within the scope of the downstream frequency of any cell for the UMTS cells that the current persistent district or the information of adjacent cells include, the frequency range information for the S-UMTS cells that the processor 72 includes according to the information of adjacent cells, S-UMTS cells in the information of adjacent cells are measured, measurement result is obtained.

Specifically, 72 pairs of the processor current persistent district and the information of adjacent cells include except the cell of first community is measured, obtain measurement result.By the measurement result of the corresponding frequency range of first community in the frequency range of second community, as the measurement result of the first community, the second community is any cell of frequency range of the frequency range including the first community in the cell except first community that the current persistent district and information of adjacent cells include.For example, when the frequency range of the current persistent district in the second community includes the frequency range of the first community, the frequency range of the current persistent district is the Μ Η ζ of 2000 Μ Η ζ ~ 2005, the frequency range of the first community be 2000MHz ~ 2002.5MHz, then the measurement result of the first community be the current persistent district measurement result in frequency range be the corresponding measurement results of 2000MHz ~ 2002.5MHz.

Specifically, the processor 72 is small to the current persistent districts of the UE and neighbour according to the frequency range of the UMTS cells and the frequency range of the S-UMTS cells obtained The signal quality of all cells in area is measured, and obtains the signal quality value of the current persistent districts of UE and all cells in adjacent cell.The signal quality value can be specifically：Pilot reference signal receiving power RSRP (Reference Signal Receiving Power), circuit loss value, pilot SNR Ec/N0 etc..

The processor 72 is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection or whether reports the measurement result to the network side.

When the UE is in Idle state, the processor 72 is according to the measurement result and default measurement thresholding, it is determined whether carries out cell reselection, and then determines the serving cell of the UE.If the measurement result of the S-UMT S cells in the information of adjacent cells is more than the default measurement thresholding, the processor 72 selects the S-UMTS cells as the serving cell of the UE.

When the UE is in connected state, the processor 72 is according to the measurement result and default measurement thresholding, determine whether that the network side reports the measurement result, to cause the networking lateral root to determine whether to carry out cell switching according to the measurement result.

The user equipment 70 also includes：Transmitter 73.The transmitter 73, the information for reporting the UE supports S-UMT S cells to the network side.

It should be noted that, receiver 71 shown in Fig. 7, processor 72 are directly connected to transmitter 73, in some other embodiment of the invention, other modules of receiver 71, processor 72 and transmitter 73 and the user equipment 70 can also be attached by bus, the bus can be ISA (Industry Standard Architecture, industry standard architecture）Bus, PCI (Peripheral Component, external equipment interconnection）Bus or EISA (Extended Industry Standard Architecture, extended industry-standard architecture）Bus etc..The bus can be one or more physical circuit, and address bus, data/address bus, controlling bus etc. can be divided into when being a plurality of physical circuit.

In addition, for those of ordinary skills, receiver 71, processor 72 may be referred to described in previous embodiment, will not be repeated here with implementing for transmitter 73.The embodiments of the invention provide a kind of user equipment, the receiver is received under network side The information of adjacent cells of hair, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；The frequency range information for the S-UMTS cells that the processor includes according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.So, UE results in the frequency range of the S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

Embodiment six, the embodiment of the present invention provide a kind of measurement apparatus of scalable bandwidth cell, and as shown in Fig. 8, described device 80 includes：Processor 81 and transmitter 82.The processor 81, the pre-configured information of adjacent cells for receiving.

The transmitter 82, for issuing information of adjacent cells to UE, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

After UE is resident a cell, the transmitter 82 can send information of adjacent cells to the UE.When UE is in Idle state, the transmitter 82 issues information of adjacent cells by the Measurement and Control System information in system information block to UE.When UE is in connected state, the transmitter 82 issues information of adjacent cells by measuring control information to UE.All include co-frequency cell information and different frequency cell information in information of adjacent cells in the Measurement and Control System information and the measuring control information.Due in the prior art, not including bandwidth information and center frequency point in the co-frequency cell information in the information of adjacent cells directly, UE can not obtain the frequency range of the S-UMTS cells.The transmitter 82 can calculate the parameter for obtaining cell frequency scope by being added in the co-frequency cell information issued.

If specifically, the transmitter 82 issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells can include at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Or, the frequency range information of the scalable bandwidth S-UMTS cells can also include the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells. In the prior art, center frequency point is only included in the different frequency cell information in the information of adjacent cells, not including bandwidth information, UE can not obtain the frequency range of the S-UMTS cells.Therefore, the transmitter 82 can be by the information of the frequency range that the scalable bandwidth S-UMTS cells are issued in the different frequency cell information issued.If specifically, the transmitter 82 issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor Ν.

Wherein, the zoom factor Ν represents that the bandwidth of the S-UMTS cells is that N/mono-, N of UMTS bandwidth of cell is any real number more than 0.For example, the bandwidth of UMTS cells is 5MHz or 4.2MHz.For example, when the N values in the S-UMTS cell informations in information of adjacent cells are 2, if a width of 5MHz of the band of UMTS cells, representing a width of 2.5MHz of band of the S-UMTS cells.Partition information belonging to the frequency range of the S-UMTS cells represents the partition number of the frequency range of the S-UMTS cells.

It is described to terminate the frequency point information for terminating frequency values that frequency refers to obtain the frequency range of the S-UMTS cells.For example, the end frequency values of the S-UMTS cells；Or when having obtained the initial frequency value or center frequency value of the S-UMTS cells, it can also be the deviant relative to the initial frequency value or center frequency value that this, which terminates frequency,.Certainly Terminate the information that frequency can also be the end frequency values of other frequency ranges for resulting in the S-UMTS cells, the embodiment of the present invention is not especially limited to this.

The center frequency point refers to obtain the frequency point information of the center frequency value of the frequency range of the S-UMTS cells.For example, the center frequency value of the S-UMT S cells.Can certainly be the frequency point information of the center frequency value of other frequency ranges for resulting in the S-UMTS cells, the present invention implements will not be repeated here.Described device also includes：Receiver 83.

The receiver 83, the information of S-UMTS cells is supported for when the UE is in connected state, receiving the UE that the UE is reported.

In order to save resource, the receiver 83 is received after the information for the UE support S-UMTS cells that the UE is reported, and the transmitter 82 can support the information of S-UMTS cells according to the UE, and information of adjacent cells is sent to the UE.UE for supporting S-UMTS cells, the transmitter 82 includes S-UMTS cell informations to the UE information of adjacent cells sent；Do not include S-UMTS cell informations in UE for not supporting S-UMTS cells, the information of adjacent cells that the transmitter 82 is sent to the UE.

It should be noted that, processor 81 shown in Fig. 8, transmitter 82 and receiver 83 are directly connected to, in some other embodiment of the invention, other modules of processor 81, transmitter 82 and receiver 83 and the device 80 can also be attached by bus, the bus can be ISA (Industry Standard Architecture, industry standard architecture）Bus, PCI (Peripheral Component, external equipment interconnection）Bus or EISA (Extended Industry Standard Architecture, extended industry-standard architecture）Bus etc..The bus can be one or more physical circuit, and address bus, data/address bus, controlling bus etc. can be divided into when being a plurality of physical circuit.

In addition, for those of ordinary skills, processor 81, transmitter 82 and implementing for receiver 83 may be referred to described in previous embodiment, will not be repeated here.The embodiment of the present invention provides a kind of measurement apparatus of scalable bandwidth cell, because the transmitter includes the frequency range information of S-UMTS cells to the UE information of adjacent cells issued, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are surveyed Amount.UE results in the frequency range of the S-UMTS cells so that measurements of the UE to S-UMTS cells is more accurate.

One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can be completed by the related hardware of programmed instruction, foregoing program can be stored in a computer read/write memory medium, the program upon execution, performs the step of including above method embodiment；And foregoing storage medium includes：ROM, RAM, magnetic disc or CD etc. are various can be with the medium of store program codes.

It is described above; only embodiment of the invention, but protection scope of the present invention is not limited thereto, any one skilled in the art the invention discloses technical scope in; change or replacement can be readily occurred in, should be all included within the scope of the present invention.Therefore, protection scope of the present invention described should be defined by scope of the claims.

Claims

Claims

1st, a kind of measuring method of scalable bandwidth cell, it is characterised in that

User equipment (UE) receives the information of adjacent cells that network side is issued, and the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；

The frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

2nd, according to the method described in claim 1, it is characterised in that

Issued if the frequency range information of the S-UMTS cells is the network side by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

3rd, according to the method described in claim 1, it is characterised in that

Issued if the frequency range information of the S-UMTS cells is the network side by different frequency cell information, the frequency range information of the S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

4th, the method according to any one of claim 1-3, it is characterized in that, the frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, is measured to the S-UMTS cells in the information of adjacent cells, is obtained measurement result and is specifically included：The frequency range information for the S-UMTS cells that the UE includes according to the information of adjacent cells, is measured to the signal quality of the S-UMTS cells in the information of adjacent cells, obtains the signal quality value of the S-UMTS cells.

5th, the method according to any one of claim 1-4, it is characterised in that

When the UE is in connected state, before the UE receives the information of adjacent cells that the network side is issued, in addition to： The UE reports the information of the UE supports S-UMTS cells to the network side.

6th, a kind of measuring method of scalable bandwidth cell, it is characterised in that

The lateral UE of network issues information of adjacent cells, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

7th, method according to claim 6, it is characterised in that

If network side issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

8th, method according to claim 6, it is characterised in that

If network side issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

9th, the method according to claim any one of 6-8, it is characterised in that before the lateral UE of network issues information of adjacent cells, in addition to：

The network side receives the information for the UE support S-UMTS cells that the UE is reported.

10th, a kind of user equipment, it is characterised in that the user equipment includes：Receiving unit and measuring unit；

The receiving unit, for receiving the information of adjacent cells that network side is issued, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；

The measuring unit, the information of adjacent cells for being received according to the receiving unit includes S-UMTS cells frequency range information, the S-UMTS cells in the information of adjacent cells are measured, obtain measurement result.

11st, user equipment according to claim 10, it is characterised in that

Issued if the frequency range information of the S-UMTS cells is the network side by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

12nd, user equipment according to claim 10, it is characterised in that

Issued if the frequency range information of the S-UMTS cells is the network side by different frequency cell information, the frequency range information of the S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

13rd, the user equipment according to any one of claim 10- 12, it is characterized in that, the measuring unit, specifically for the frequency range information of the S-UMTS cells included according to the information of adjacent cells, the signal quality of S-UMTS cells in the information of adjacent cells is measured, the signal quality value of the S-UMTS cells is obtained.

14th, the user equipment according to any one of claim 10- 13, it is characterised in that the user equipment also includes：Reporting unit；

The upper unit, the information for supporting S-UMTS cells to the UE on the network side.

15th, a kind of measurement apparatus of scalable bandwidth cell, it is characterised in that described device includes：Processing unit, transmitting element；

The processing unit, the pre-configured information of adjacent cells for receiving；

The transmitting element, for issuing information of adjacent cells to UE, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, with cause the UE according to The frequency range information for the S-UMTS cells that the information of adjacent cells includes, is measured to the S-UMTS cells in the information of adjacent cells.

16th, device according to claim 15, it is characterised in that

If network side issues the frequency range information of the S-UMTS cells by co-frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

17th, device according to claim 15, it is characterised in that

If network side issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

18th, the device according to any one of claim 15- 17, it is characterised in that described device also includes：Receiving unit；

The receiving unit, the information of S-UMTS cells is supported for receiving the UE that the UE is reported.

19th, a kind of user equipment, it is characterised in that the user equipment includes：Receiver and processor；

The receiver, for receiving the information of adjacent cells that network side is issued, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells；

The processor, the frequency range information for the S-UMTS cells that the information of adjacent cells for being received according to the receiver includes is measured to the S-UMTS cells in the information of adjacent cells, obtains measurement result.

20th, user equipment according to claim 19, it is characterised in that

Pass through if the frequency range information of the S-UMTS cells is the network side with frequently small Area's information is issued, and the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor Ν;Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor Ν and the S-UMTS cells；

Wherein, the zoom factor Ν represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

21st, user equipment according to claim 19, it is characterised in that

Issued if the frequency range information of the S-UMTS cells is the network side by different frequency cell information, the frequency range information of the S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

22nd, the user equipment according to claim any one of 19-21, it is characterized in that, the processor, specifically for the frequency range information of the S-UMTS cells included according to the information of adjacent cells, the signal quality of S-UMTS cells in the information of adjacent cells is measured, the signal quality value of the S-UMTS cells is obtained.

23rd, the user equipment according to claim any one of 19-22, it is characterised in that the user equipment also includes：Transmitter；

The transmitter, the information for reporting the UE supports S-UMTS cells to the network side.

24th, a kind of measurement apparatus of scalable bandwidth cell, it is characterised in that described device includes：Processor and transmitter；

The processor, the pre-configured information of adjacent cells for receiving；

The transmitter, for issuing information of adjacent cells to UE, the information of adjacent cells includes the frequency range information of scalable bandwidth S-UMTS cells, to cause the frequency range information of S-UMTS cells that the UE includes according to the information of adjacent cells, the S-UMTS cells in the information of adjacent cells are measured.

25th, device according to claim 24, it is characterised in that

If network side issues the frequency range of the S-UMTS cells by co-frequency cell information Information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Or, the frequency range information of the scalable bandwidth S-UMTS cells includes the subregion belonging to the frequency range of zoom factor N and the S-UMTS cells；

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

26th, device according to claim 24, it is characterised in that

If network side issues the frequency range information of the S-UMTS cells by different frequency cell information, the frequency range information of the scalable bandwidth S-UMTS cells includes at least two in following information：Originate frequency, terminate frequency, center frequency point, zoom factor N;

Wherein, the zoom factor N represents that the bandwidth of the S-UMTS cells is N/mono- of UMTS UMTS bandwidth of cell.

27th, the device according to claim any one of 24-26, it is characterised in that described device also includes：Receiver；

The receiver, the information of S-UMTS cells is supported for receiving the UE that the UE is reported.