CN104396308A

CN104396308A - Cell measurement method, user equipment and wireless communication node

Info

Publication number: CN104396308A
Application number: CN201380033565.3A
Authority: CN
Inventors: 乌力吉; 蔺波
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-04-12
Filing date: 2013-04-12
Publication date: 2015-03-04
Also published as: WO2014166099A1

Abstract

Disclosed are a cell measurement method, a user equipment, and a wireless communications node, which can save battery energy of a user equipment (UE) and improve the user experience. The method comprises: (101) a UE receiving indication information which is about a non-serving cell frequency channel number or an inter-system frequency channel number and delivered by a wireless communications node; (102) the UE determining a measurement period of the non-serving cell frequency channel number or the inter-system frequency channel number according to a current movement speed of the UE and the indication information about the non-serving cell frequency channel number or the inter-system frequency channel number; and (103) the UE measuring the non-serving cell frequency channel number or the inter-system frequency channel number according to the determined measurement period of the non-serving cell frequency channel number or the inter-system frequency channel number.

Description

Cell measurement method, user equipment and wireless communication node

A kind of method of cell measurement, user equipment and wireless communication node technical field

The present invention relates to the communications field, more particularly to a kind of method of cell measurement, user equipment and wireless communication node.

Background technology

In alien-frequency district gravity treatment rule, work as user equipment（U s e r E qu i pme n t, UE when) signal quality of current service cell is more than default threshold value, UE only measures the alien-frequency district higher than current service cell frequency priority every specific measurement period, the alien-frequency district lower than current service cell frequency priority without measuring.When the signal quality of UE current service cells is less than default threshold value, UE does not consider the height of the frequency priority of alien-frequency district, and alien-frequency district all in adjacent cell is all measured using identical measurement period.

In heterogeneous network, if the signal quality of UE current service cells is more than default threshold value, and the frequency priority of macrocell is more than the frequency priority of the Microcell in macrocell coverage area, according to alien-frequency district gravity treatment rule, UE is easier selection macrocell as the serving cell of itself, so easily cause macrocell overload so that macrocell needs part UE being switched in the Microcell in macrocell coverage area.When part UE is switched to Microcell by macrocell, it can not only increase network load, it is also possible to increase the propagation delay time of data, so as to reduce signal quality.

In order to reduce the propagation delay time of network load and data, in the prior art, many cell reselection priorities using micro-base station are more than the method for the cell reselection priority of macrocell.When the cell reselection priority of micro-base station is more than the cell reselection priority of macrocell, according to alien-frequency district gravity treatment rule, UE is easier selection Microcell as the serving cell of itself.After UE selects Microcell as the serving cell of itself, when UE needs to send or receives data, UE sets up with Microcell and is connected, although the problem of so Slow has solved the overload of macrocell.But, because the coverage of Microcell is smaller, if the speed of UE movements, UE will be easily moved to adjacent cell so that UE needs to carry out cell reselection again, enters And, cause UE to expend the substantial amounts of energy content of battery, while reducing Consumer's Experience.Secondly, the Microcell covered in network can not constitute a seamless coverage, therefore, when UE is in the state of geo-stationary, because the frequency priority of Microcell is higher than the frequency priority of macrocell, for the UE in macrocell coverage area, need to spend a very long time to measure Microcell, and then, cause UE to expend the substantial amounts of energy content of battery, while reducing Consumer's Experience.

The content of the invention

Embodiments of the invention provide a kind of method of cell measurement, device and user equipment, and the measurement period that the measurement period or UE that UE is issued by wireless communication node are determined carries out cell measurement, saves the U E energy content of battery, improves Consumer's Experience.

To reach above-mentioned purpose, embodiments of the invention are adopted the following technical scheme that：First aspect includes there is provided a kind of method of cell measurement, this method：User equipment (UE) receives the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued；

The UE determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；

The UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

In the first possible implementation, according in a first aspect, the frequency of the non-service cell or the configured information of different system frequency are the frequency of the non-service cell or the cell reselection priority of different system frequency；

The UE determines that the frequency of the non-service cell or the measurement period of different system frequency are specifically included according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell：

The UE determines there is the first frequency in the frequency or different system frequency of the non-service cell, and first frequency is the frequency that cell reselection priority is higher than the U E current service cells；

If translational speed current UE belongs to first rate scope, the UE determines described The measurement period of one frequency is the first measurement period；

If translational speed current UE belongs to the second speed range, the UE determines that the measurement period of first frequency is the second measurement period, second speed range is less than the first rate scope, and second measurement period is more than first measurement period.

In second of possible implementation, according to first aspect, the configured information of the frequency of the non-service cell or different system frequency includes the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the U E current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell；

If translational speed current UE belongs to the second speed range, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is less than the first preset value, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 5th measurement period, and the 5th measurement period is less than the 4th measurement period；If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is more than or equal to first preset value, the U E determine that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope.

In the third possible implementation, with reference to first aspect or the first possible implementation or second of possible implementation, the frequency of non-service cell or the configured information of different system frequency that user equipment U E reception wireless communication nodes are issued are specifically included：

The adjacent area list information that wireless communication node is issued is received, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

Second aspect includes there is provided a kind of method of cell measurement, this method： Wireless communication node obtains the frequency of non-service cell or the configured information of different system frequency；

The wireless communication node issues the frequency of the non-service cell of the acquisition or the configured information of different system frequency to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

In the first possible implementation, according to second aspect, the configured information of the frequency of the non-service cell or different system frequency is the frequency of non-service cell or the cell reselection priority of different system frequency.

In second of possible implementation, according to second aspect, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

In the third possible implementation, with reference to first aspect or the first possible implementation or second of possible implementation, the configured information of frequency from the non-service cell of the acquisition to UE or different system frequency that the wireless communication node issues is specifically included：The wireless communication node issues adjacent area list information to UE, and the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

The third aspect includes there is provided a kind of method of cell measurement, this method：

UE receives the frequency or the measurement period of different system frequency for the non-service cell that wireless communication node is issued；

The UE is according to the frequency of the non-service cell or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

In the first possible implementation, according to the third aspect, the measurement period is that the wireless communication node is determined according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, it is described Micro-base station belongs to the frequency or different system frequency of the non-service cell.

Fourth aspect includes there is provided a kind of method of cell measurement, this method：Wireless communication node determines the frequency of the non-service cell or the measurement period of different system frequency；

The wireless communication node issues the frequency of the non-service cell of the determination or the measurement period of different system frequency to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

In the first possible implementation, according to fourth aspect, wireless communication node determines that the frequency of the non-service cell or the measurement period of different system frequency are specifically included：Wireless communication node is according to the quantity of micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

5th aspect is there is provided a kind of user equipment, and the user equipment includes：Receiving unit, determining unit and measuring unit；

The receiving unit, for receiving the frequency for the non-service cell that wireless communication node is issued or the configured information of different system frequency；

The determining unit, for the configured information of the frequency according to translational speed current UE and the non-service cell or different system frequency, determines the frequency of the non-service cell or the measurement period of different system frequency；

The measuring unit, for the frequency of non-service cell or the measurement period of different system frequency determined according to the determining unit, frequency or different system frequency to the non-service cell are measured.

In the first possible implementation, according to the 5th aspect, the configured information of the frequency of the non-service cell or different system frequency is the frequency of the non-service cell or the cell reselection priority of different system frequency；

The determining unit, specifically for Determine there is the first frequency in the frequency or different system frequency of the non-service cell, first frequency is the frequency that cell reselection priority is higher than the UE current service cells；If translational speed current UE belongs to first rate scope, the measurement period for determining first frequency is the first measurement period；

If translational speed current UE belongs to the second speed range, the measurement period for determining first frequency is the second measurement period, and second speed range is less than the first rate scope, and second measurement period is more than first measurement period.

In second of possible implementation, according to the 5th aspect, the configured information of the frequency of the non-service cell or different system frequency includes the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the U E current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell；

The determining unit, specifically for

If translational speed current UE belongs to the second speed range, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is less than the first preset value, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 5th measurement period, the 5th measurement period is less than the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is more than or equal to first preset value, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope.

In the third possible implementation, with reference to the 5th aspect or the first possible implementation or second of possible implementation, the receiving unit, specifically for receiving the adjacent area list information that wireless communication node is issued, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

6th aspect is there is provided a kind of wireless communication node, and the wireless communication node includes： Acquiring unit and transmitting element；

The acquiring unit, for obtaining the frequency of non-service cell or the configured information of different system frequency；

The transmitting element, frequency or the configured information of different system frequency for non-service cell that the acquisition is issued to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current U E and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

In the first possible implementation, according to the 6th aspect, the configured information of the frequency of the non-service cell or different system frequency is the frequency of non-service cell or the cell reselection priority of different system frequency.

In second of possible implementation, according to the 6th aspect, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

In the third possible implementation, with reference to the 6th aspect or the first possible implementation or second of possible implementation, the transmitting element, specifically for issuing adjacent area list information to U E, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

7th aspect is there is provided a kind of user equipment, and the user equipment includes：Receiving unit and measuring unit；

The receiving unit, for receiving the frequency for the non-service cell that wireless communication node is issued or the measurement period of different system frequency；

The measuring unit, for the measurement period of the frequency according to the non-service cell or different system frequency, frequency or different system frequency to the non-service cell are measured.

In the first possible implementation, according to the 7th aspect, the measurement period is that the wireless communication node is determined according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency, and the quantity of the micro-base station currently takes including the UE The quantity and/or density for the Microcell that macrocell where business cell includes, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

Eighth aspect includes there is provided a kind of wireless communication node, the wireless communication node：Determining unit and transmitting element；

The determining unit, for determining the frequency of the non-service cell or the measurement period of different system frequency；

The transmitting element, for the frequency or the measurement period of different system frequency of non-service cell that the determination is issued to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

In the first possible implementation, according to eighth aspect, the determining unit, specifically for the quantity according to micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The present invention provides a kind of method of cell measurement, user equipment and wireless communication node, and this method includes：User equipment (UE) receives the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued；The UE determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；The U E are according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to U E translational speeds is determined is short；So that during the speed of UE movements, U E can quickly to the non-service cell frequency or different system frequency measure, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the U E energy content of battery is saved, Consumer's Experience is improved；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, And then the UE energy content of battery is saved, improve Consumer's Experience.

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 method for cell measurement provided in an embodiment of the present invention；

Fig. 2 is the schematic flow sheet of the method for another cell measurement provided in an embodiment of the present invention；

Fig. 3 is the schematic flow sheet of the method for another cell measurement provided in an embodiment of the present invention；

Fig. 4 is the schematic flow sheet of the method for another cell measurement provided in an embodiment of the present invention；

Fig. 5 is a kind of interaction schematic diagram of the method for cell measurement provided in an embodiment of the present invention；

Fig. 6 is the interaction schematic diagram of the method for another cell measurement provided in an embodiment of the present invention；

Fig. 7 is the interaction schematic diagram of the method for another cell measurement provided in an embodiment of the present invention；

Fig. 8 is the interaction schematic diagram of the method for another cell measurement provided in an embodiment of the present invention；

Fig. 9 is a kind of structural representation of user equipment provided in an embodiment of the present invention；Fig. 10 is a kind of structural representation of wireless communication node provided in an embodiment of the present invention；

Fig. 11 is the structural representation of another user equipment provided in an embodiment of the present invention；Fig. 12 is the structural representation of another wireless communication node provided in an embodiment of the present invention； Figure 13 is the structural representation of another user equipment provided in an embodiment of the present invention；Figure 14 is the structural representation of another wireless communication node provided in an embodiment of the present invention；

Figure 15 is the structural representation of another user equipment provided in an embodiment of the present invention；Figure 16 is the structural representation of another wireless communication node provided in an embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, 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 embodiment of the present invention provides a kind of method of cell measurement, and the executive agent of this method is user equipment, and as shown in Fig. 1, this method includes：

101st, user equipment (UE) receives wireless communication node and issues the frequency of non-service cell or the configured information of different system frequency.

The wireless communication node can be specifically：Radio network controller (Radio Network Controller, RNC), macro base station, micro-base station, evolved base station（Evolved Node B, eNB) etc..

After it is the serving cell of itself that UE, which selects a wireless communication node, wireless communication node can obtain the frequency of the current non-service cells of the UE or the configured information of different system frequency, and the frequency of the non-service cell or the configured information of different system frequency are issued to the UE.

Specifically, the wireless communication node can issue adjacent area list information to the UE, the adjacent area list information includes the frequency of the non-service cell or the configured information of different system frequency.

When UE is in Idle state, wireless communication node issues adjacent area list information by system broadcast message to the UE.When UE is in connected state, wireless communication node passes through nothing Line Resource Control protocols (Radio Resource Control, RRC) signaling issues adjacent area list information to the UE.

Wherein, the frequency of the non-service cell refers to identical with the type of the UE current service cells, but the center frequency point of the different cell of center frequency point, the different system frequency refers to the center frequency point with the different types of cell of the UE current service cells.

For example, Long Term Evolution（Long Term Evolut ion, LTE) cell in system is properly termed as E-UTRAN cells.Therefore, the frequency of the non-service cell under LTE systems is the center frequency point of the E-UTRAN cells outside the frequency of the UE current service cells.The different system frequency can be center frequency point of GSM cell, CDMA2000 cells or UMTS cells etc..

102nd, the UE determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell.

The UE is received after the frequency for the non-service cell that wireless communication node is issued or the configured information of different system frequency, according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, it is determined that the frequency or the measurement period of different system frequency of each non-service cell.

In the prior art, when UE is in Idle state, wireless communication node can issue the frequency of the non-service cell or the measurement period of different system frequency to the UE；When UE is in connected state, it has been specified that the measurement period of the frequency of the non-service cell or different system frequency in related protocol.But, no matter UE is in Idle state, or connected state, the measurement period of the frequency of each non-service cell or different system frequency is identical, so that UE can not determine to be adapted to the measurement period of the alien-frequency district of different situations according to any one information such as transmission power, the UE mobile status of the cell reselection priority of different frequent points, the quantity of micro-base station, the frequency of non-service cell or different system frequency, cause UE when carrying out cell measurement, the substantial amounts of energy content of battery is consumed, and reduces Consumer's Experience.

Wherein, the quantity and/or the information of density for the Microcell that the macrocell where the quantity of the micro-base station includes the UE current service cells includes, the micro-base station belong to the frequency or different system frequency of the non-service cell. In the embodiment of the present invention, UE can obtain the configured information and UE translational speed of the frequency of non-service cell or the measurement period of different system frequency, to enable UE to be determined according to the frequency of the non-service cell or the configured information of different system frequency and UE translational speed when UE is in different translational speeds, the measurement period of the frequency of different types of non-service cell or different system frequency.

103, the UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

In the prior art, UE is when to the frequency of non-service cell or the cell measurement of different system frequency to carry out cell reselection or cell switching, the cell of frequency or different system frequency to each non-service cell uses identical measurement period, so that when the cell reselection priority of Microcell is higher than the cell reselection priority of macrocell, and UE be in different translational speeds when, UE carries out the number of times increase of cell measurement, and then adds UE power consumption.

In the embodiment of the present invention, in configured informations of the UE according to the frequency or different system frequency of translational speed current UE and the non-service cell, determine after the frequency of the non-service cell or the measurement period of different system frequency, the measurement period that the UE is determined according to the frequency for each non-service cell or different system frequency is measured, so that during the speed of UE movements, UE can quickly to the non-service cell frequency or different system frequency measure, and select serving cell, without repeating measurement because selection serving cell is difficult to, save the UE energy content of battery, improve Consumer's Experience；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, and then saves the UE energy content of battery, improves user.

The embodiment of the present invention provides a kind of method of alien-frequency district measurement, the executive agent of this method is wireless communication node, the wireless communication node can be specifically evolved base station e NB (e v o l v e d No d e B), and shown in mouth Fig. 2, this method includes：

201, wireless communication node obtains the frequency of non-service cell or the configured information of different system frequency.

Specifically, when network design, the adjacent area list information of each wireless communication node can be configured.Wherein, including the center frequency point information of each adjacent area, center frequency point it is preferential Level information, positional information of adjacent area etc..After the configuration of adjacent area is completed, wireless communication node can obtain the adjacent area list information of configured current area.

It will be appreciated by persons skilled in the art that the wireless communication node obtains the frequency of non-service cell or the method for the configured information of different system frequency is not limited to the above method.

202nd, the wireless communication node issues the frequency of the non-service cell of the acquisition or the configured information of different system frequency to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

The UE is obtained after the frequency of the non-service cell or the configured information of different system frequency, according to the measurement period and the current translational speeds of UE of the frequency of the non-service cell or different system frequency, the frequency of the non-service cell or the measurement period of different system frequency are determined.

After determining the frequency of the non-service cell or the measurement period of different system frequency in the UE, when carrying out cell measurement, the UE is measured according to the measurement period of determination to the frequency or different system frequency of non-service cell, obtain measurement result, and decided whether to carry out cell reselection according to measurement result, or whether to wireless communication node report measurement results.

Wherein, the measurement result includes Reference Signal Received Power（Reference Signal Receiving Power, RSRP) and measurement object Reference Signal Received Quality (Reference Signal Receiving Quality, RSRQ) etc..

Also include co-frequency cell information in the adjacent area list information that the wireless communication node is issued.The frequency of non-service cell or different system frequency point information that the present invention is issued only for wireless communication node are illustrated, and the situation of relevant co-frequency cell information is herein without describing.

The present invention provides a kind of method of cell measurement, user equipment and wireless communication node, and this method includes：User equipment (UE) receives the non-service cell that wireless communication node is issued The configured information of frequency or different system frequency；The UE determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；The U E are according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to U E translational speeds is determined is short；So that during the speed of UE movements, U E can quickly to the non-service cell frequency or different system frequency measure, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the U E energy content of battery is saved, Consumer's Experience is improved；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, and then saves the U E energy content of battery, improves Consumer's Experience.

Embodiment two,

The embodiments of the invention provide a kind of method of cell measurement, the executive agent of this method is UE, as shown in figure 3, this method includes：

301, UE receives the frequency or the measurement period of different system frequency for the non-service cell that wireless communication node is issued.

Specifically, when the UE is in Idle state, the wireless communication node can issue the frequency of non-service cell or the measurement period of different system frequency by system message to the UE.When the UE is in connected state, the wireless communication node can issue the frequency of non-service cell or the measurement period of different system frequency by R R C signalings to the U E.

The wireless communication node can issue adjacent area list information to the UE, and the adjacent area list information includes the frequency of the non-service cell or the measurement period of different system frequency.

302, the UE is according to the frequency of the non-service cell or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

The UE is received after the frequency for the non-service cell that the wireless communication node is issued or the measurement period of different system frequency, given the correct time when in the measurement for judging to carry out cell reselection or cell switching, according to the measurement period pair of the frequency of the non-service cell or different system frequency The frequency or different system frequency of each non-service cell are measured, and obtain measurement result.The embodiments of the invention provide a kind of method of cell measurement, the executive agent of this method is wireless communication node, as shown in figure 4, this method includes：

401, wireless communication node determines the frequency of the non-service cell or the measurement period of different system frequency.

Specifically, the wireless communication node is according to the quantity of micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

402, the wireless communication node issues the frequency of the non-service cell of the determination or the measurement period of different system frequency to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

The measurement period of the frequency of the non-service cell or different system frequency can be included in adjacent area list information.

The embodiments of the invention provide a kind of method of cell measurement, wireless communication node determines the frequency of the non-service cell or the measurement period of different system frequency；The wireless communication node issues the frequency of the non-service cell of the determination or the measurement period of different system frequency to UE, to cause the U E to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.By the program, one long measurement period of frequency or different system frequency of the non-service cell more than the quantity of the frequency of the few non-service cell of quantity of the wireless communication node to micro-base station or the relative micro-base station of different system frequency determination；Or the frequency of the non-service cell small to transmission power or the transmission power of different system frequency determine a long measurement period, it is possible to reduce UE pendulous frequency, And cause UE quickly to select serving cell, and then the UE energy content of battery is saved, improve for experiencing.

Embodiment three,

The embodiment of the present invention provides a kind of method of cell measurement, as shown in figure 5, this method includes：

501st, wireless communication node determines the frequency of non-service cell or the measurement period of different system frequency according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency.

The quantity and/or the information of density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells.

Specifically, the macro base station can be the macrocell of the UE current service cells, the micro-base station can be the Microcell in the macrocell coverage area.

The cell can be mobile ad-hoc group（Group Special Mobile, GSM), CDMA（Code Divis ion Multiple Access, CDMA), LTE, the industrial standard of wireless communication（Wireless Fidel ity, WIFI), the Microcell of the type such as UMTS (Universal Mobile Telecommunications System, UMTS).

The quantity and/or density information for the Microcell that macrocell of the wireless communication node according to where current service cell includes, it may be determined that the measurement period of the frequency of non-service cell or different system frequency.

Specifically, when the quantity of the micro-base station is less than the first threshold value, the wireless communication node is that the frequency of the non-service cell or the cell of different system frequency determine the first default measurement period；When the quantity of the micro-base station is more than or equal to the first threshold value, the wireless communication node is that the frequency of the non-service cell or the cell of different system frequency determine the second default measurement period.Because more than the quantity when micro-base station and/or when density is big, UE is easy to be moved to another wireless communication node from a wireless communication node, therefore, the described second default measurement period is less than the described first default measurement period.

The transmission power of the frequency of the non-service cell or different system frequency represents the frequency of the non-service cell or the size of different system frequency coverage, and transmission power is smaller, should The coverage of the frequency of non-service cell or different system frequency is smaller.

The transmission power of the frequency of non-service cell under macro base station of the wireless communication node according to where current service cell or different system frequency, it may be determined that the measurement period of the frequency of non-service cell or different system frequency.

Specifically, when the frequency of the non-service cell or the transmission power of different system frequency are less than default threshold value, the wireless communication node can determine that the coverage of the micro-base station is smaller, the U E are easily moved to adjacent cell from the cell, therefore, the wireless communication node is that the frequency of the non-service cell or the cell of different system frequency determine the 3rd default measurement period；When the frequency of the non-service cell or the transmission power of different system frequency are more than or equal to default threshold value, the wireless communication node can determine that the coverage of the micro-base station is larger, the UE is not easy to be moved to adjacent cell from the cell, therefore, the wireless communication node is that the frequency of the non-service cell or the cell of different system frequency determine the 4th default measurement period, and the described 4th default measurement period is more than the described 3rd default measurement period.

502, the wireless communication node issues the frequency of the non-service cell of the determination or the measurement period of different system frequency to UE.

Specifically, the wireless communication node can issue the measurement period of the frequency that non-service cell is carried in adjacent area list information, the adjacent area list information or different system frequency to UE.

Preferably, added in adjacent area list information：Measurement period, for specifying the frequency of non-service cell or the measurement period of different system frequency point cell.

Due in the prior art, do not include the frequency of non-service cell or the measurement period of different system frequency in adjacent area list information, therefore, in embodiments of the present invention, it is necessary to add the frequency of non-service cell or the measurement period of different system frequency in adjacent area list information.

When UE is in Idle state, wireless communication node issues adjacent area list information by system broadcast message to the UE.The adjacent area list information includes cell reselection parameters list.

Cell in L TE systems is properly termed as E-UT R AN cells.Therefore, the frequency of the non-service cell under L T E systems is the E-UTR AN outside the frequency of the UE current service cells Subdistrict frequency point.The different system frequency can be GSM subdistrict frequency points, CDMA2000 subdistrict frequency points or UMTS subdistrict frequency points.

Preferably, wireless communication node can issue the frequency of non-service cell or the measurement period of different system frequency by the system information block 5 in system broadcast message, system information block 6, system information block 7 and system information block 8 to UE.

Wherein, the cell reselection parameters list of each E-UTRAN cells is included in the cell-related information of the frequency of non-service cell of the system information block 5 comprising E-UTRAN types, the cell-related information.System information block 6 includes the cell reselection parameters list for including each UMTS cells in UMTS cell lists, the cell list.System information block 7 is comprising mobile special another | J Λ!, group GSM (Group Special Mobile) Λ], the cell reselection parameters list of each GSM cell is included in bad ' J tables, the Λ 1, area bad ' the J tables in area.System information block 8 comprising CDMA CDMA (Code Division Multiple Access) 2000 cells it is bad ' J tables, the cell reselection parameters list of each CDMA2000 cells is included in the cell list.

In the adjacent area list information for the system broadcast message that the wireless communication node is issued, include the frequency or the measurement period of different system frequency point cell of each non-service cell.Specifically, wireless communication node can be by adding the measurement period of each cell in System information block 5,6,7,8.

Exemplified by adding measurement period in system information block 5, each E-UTRAN cells have a cell reselection parameters list, measurement period is added in the cell reselection parameters list, cell reselection parameters list as shown in table 1, wherein, measurement period value represents the measurement period of the E-UTRAN cells, and N represents that the measurement period parameter must be issued.

The cell reselection parameters list of table 1

The method that the measurement period of each cell is added in System information block 6,7 and 8, the method for the measurement period with adding each cell in the system information block 5 is identical, and the embodiment of the present invention will not be repeated here.

Certainly, the measurement period of each cell is added in other cells that can also be in adjacent area list information, the method of measurement period of the concrete implementation mode with adding each cell in the cell reselection parameters list in adjacent area list information is identical, and the embodiment of the present invention will not be repeated here.

When UE is in connected state, wireless communication node is by RR C signalings to UE sending measuring control messages, and the measurement control message includes adjacent area list information.

Specifically, the UE adds the frequency of each non-service cell or the measurement period of different system frequency in adjacent area list information, the method of specific measurement period of the method with adding each cell in the system information block 5 is identical, and the embodiment of the present invention will not be repeated here.

It is preferred that, the UE can add measurement period in the cell parameter list of the frequency or different system frequency of each non-service cell that adjacent area list information includes.

503, the UE is according to the frequency of the non-service cell of reception or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

Receive after the frequency of non-service cell or the measurement period of different system frequency, when being measured to the frequency of each non-service cell or the cell of different system frequency, measured using the measurement period of reception in the UE.

When the non-service cell frequency or different system frequency configured information for non-service cell frequency or different system frequency cell reselection priority when, as shown in fig. 6, this method includes：

601, wireless communication node issues the frequency of non-service cell or the configured information of different system frequency to UE.

It should be noted that, when being in Idle state due to U E, UE needs that the frequency or different system frequency of the non-service cell in adjacent area list information are measured according to cell reselection rules to carry out cell reselection, therefore, when the non-service cell frequency or different system frequency configured information for non-service cell frequency or different system frequency cell reselection priority when, this method be only applicable to U E according to cell reselection rules carry out cell reselection situation. Preferably, added in cell reselection parameters list：Measurement period, for specifying the frequency of non-service cell or the measurement period of different system frequency point cell.

After it is the serving cell of itself that UE, which selects a wireless communication node, UE can obtain the adjacent area list information of the UE current service cells.

When UE is in Idle state, wireless communication node issues adjacent area list information by system broadcast message to the UE.When U E are in connected state, wireless communication node issues adjacent area list information by R R C signalings to the U E.The adjacent area list information includes the frequency of non-service cell or the cell reselection priority of different system frequency.

Wherein, the cell reselection priority represents that each cell carries out the priority that UE is measured during cell reselection with the priority of the center frequency point of each cell.Cell reselection priority can represent the height of priority with the natural number between 0-7, it is generally the case that 0 represents that priority is minimum, and 1 represents that preferential level is low, and frequency priority increases with the increase of numeral, and 7 represent highest priorities.

602, the UE determines there is the first frequency in the frequency or different system frequency of the non-service cell, and first frequency is the frequency that cell reselection priority is higher than the U E current service cells.

The UE judges the frequency with the presence or absence of cell reselection priority higher than the cell reselection priority of the U E current service cells frequency in the frequency or different system frequency of the non-service cell according to the frequency of non-service cell or the cell reselection priority of different system frequency and the cell reselection priority of the U E current service cells.

If 603, translational speed current UE belongs to first rate scope, the UE determines that the measurement period of first frequency is the first measurement period.

The speed that the UE is currently moved can be obtained in several ways.

For example, U E detect the signal intensity of current service cell, and the current translational speeds of UE are determined according to the signal intensity of detection, then the speed decision criteria that UE is issued according to wireless communication node, or predefined speed decision criteria determine the current translational speeds of the U E.

Specifically, when U E carry out cell reselection measurement, according to cell reselection measurement rules, when the signal quality of UE current service cells is more than default threshold value, UE measurement cells Gravity treatment priority is higher than the frequency of the U E current service cells.When the translational speed current UE is first rate scope, UE is easy to be moved to another cell from the cell that a wireless communication node is constituted, in order that obtaining the cell that UE quickly chooses high priority frequency, UE is it needs to be determined that a relatively short measurement period, UE is enabled rapidly to measure the preferable cell of signal quality in the cell of high priority frequency, and then, enabling UE, faster the measured cell of selection signal matter, as U E serving cell, is easy to provide more preferable service for UE.

If 6 04, translational speed current UE belongs to the second speed range, the UE determines that the measurement period of first frequency is the second measurement period, second speed range is less than the first rate scope, and second measurement period is more than first measurement period.

Specifically, second speed range is less than the first rate scope, if there is first frequency, and when the translational speed current UE is the second speed range, because UE translational speed is slower, UE can be just moved to the frequency of non-service cell or different system frequency point cell by current service cell for a long time, in order to reduce UE to the frequency of non-service cell or the pendulous frequency of different system frequency, save the UE energy content of battery, UE determines the second measurement period, and second measurement period is more than first measurement period.

605, the UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

The UE is according to the measurement period of the frequency or different system frequency of cell reselection rules and the non-service cell of the determination, and frequency or different system frequency to the non-service cell are measured.

Specifically, frequency or different system frequency of first frequency for the non-service cell of high gravity treatment priority, are added in the measurement rules of cell reselection：When the frequency of non-service cell or the cell reselection priority of different system frequency are higher than the cell reselection priority of the UE current service cells, if the current translational speeds of UE are first rate scope, the frequency of the non-service cell of the high gravity treatment priority or the measurement period of different system frequency are the first measurement period；If the current translational speeds of UE are the second speed range, the frequency of the non-service cell of the high gravity treatment priority or the measurement period of different system frequency are the second measurement period, and second measurement period is more than first measurement period. It should be noted that, the frequency of non-service cell in frequency or different system frequency for the non-service cell outside the first frequency, can be according in the prior art, measured according to the measurement period that the wireless communication node of reception is sent, measurement period can also be added in the neighbor list in the way of the above embodiment of the present invention is provided.

The configured information of the frequency of the non-service cell or different system frequency is specially the quantity of micro-base station, as shown in fig. 7, this method includes：

701, wireless communication node issues the frequency of non-service cell or the configured information of different system frequency to UE.

Specifically, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station.

Preferably, added in cell reselection parameters list：Measurement period, for specifying the frequency of non-service cell or the measurement period of different system frequency point cell.

Preferably, added in adjacent area list information：Micro-base station quantity, the quantity and/or the information of density of the micro-base station for specifying the macro base station where the current serving cells of UE.

When UE is in Idle state, wireless communication node issues adjacent area list information by system broadcast message to the UE, and the adjacent area list information includes System information block.

Wireless communication node can by the cell reselection parameters list for each cell that System information block 5,6,7,8 is issued add micro-base station quantity.

Exemplified by adding the quantity of micro-base station in system information block 5, each E-U TRAN cells have a cell reselection parameters list, the quantity of micro-base station is added in the cell reselection parameters list, cell reselection parameters list as shown in table 2, wherein, micro-base station quantitative value represents the quantity and/or density for the Microcell that the corresponding macrocell of the current serving cells of the UE includes, and N represents that the number parameter of the micro-base station must be issued.

The cell reselection parameters list of table 2

The excellent OP numerical priority values of cell reselection

First level

Quantity information OP micro-base station quantity

Value

… … … … … …

The method that the quantity of the micro-base station of each cell is added in System information block 6,7 and 8, identical with the method for the quantity of the micro-base station that each cell is added in system information block 5, the embodiment of the present invention will not be repeated here.

The UE adds the frequency of each non-service cell or the measurement period of different system frequency in adjacent area list information, the method of specific measurement period of the method with adding each cell in the system information block 5 is identical, and the embodiment of the present invention will not be repeated here.

If 702, translational speed current UE belongs to the second speed range, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 4th measurement period.

When the translational speed of the UE is in the second speed range, no matter the quantity for the Microcell that the macrocell of current service cell includes, the U E from a cell all without quickly another cell is moved to, therefore, sets a relatively long measurement period.The relatively long measurement period is the 4th measurement period.

If 703, translational speed current UE belongs to first rate scope, and the quantity of the micro-base station is less than the first preset value, the U E determine that the frequency of the non-service cell or the measurement period of different system frequency are the 5th measurement period, and the 5th measurement period is less than the 4th measurement period. Because first rate scope is more than second speed range, when the rate travel of the U E is first rate scope, when being in the second speed range state relative to the UE, the speed that the UE is moved to another cell from a cell is fast, therefore, the 5th measurement period is less than the 4th measurement period.

If 7 04, translational speed current UE belongs to first rate scope, and the quantity of the micro-base station is more than or equal to first preset value, the U E determine that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope.

When the quantity of micro-base station is more than the first preset value, the second speed range mobile status is in relative to UE, and U E are in two kind situations of the quantity less than the first preset value of the movement of first rate scope and micro-base station, the coverage of Microcell under the macrocell of UE current service cells is small, and UE rate travel is fast, U E are easier to be moved to another cell from the cell that a wireless communication node is constituted, in order that U E can faster the measured cell of selection signal matter as UE serving cell, it is easy to provide more preferable service for UE, the U E determine that the 6th measurement period is less than the 4th measurement period, 6th measurement period is not more than the 5th measurement period.

705, the UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

Cell reselection or cell switching are being carried out, when the cell of frequency or different system frequency to each non-service cell is measured, is being measured using the measurement period of determination.

Specifically, being added in the measurement rules of cell reselection：When the current translational speeds of UE are the second speed range, the measurement period of the frequency of non-service cell or different system frequency is the 4th measurement period；When the current translational speeds of UE are first rate scope, and the quantity of the micro-base station is less than the first preset value, and the measurement period of the frequency of the non-service cell or different system frequency is the 5th measurement period；When the current translational speeds of U E are first rate scope, and the quantity of the micro-base station is more than or equal to the first preset value, the measurement period of the frequency of the non-service cell or different system frequency is the 6th measurement period, 6th measurement period is less than the 4th measurement period, and the 6th measurement period is not more than the 5th measurement week Phase.

The configured information of the frequency of the non-service cell or different system frequency is specially the frequency of non-service cell or the transmission power of different system frequency, as shown in figure 8, this method includes：801, wireless communication node issues the frequency of non-service cell or the transmission power of different system frequency to user equipment (UE).

Specifically, the wireless communication node can issue adjacent area list information to the UE, the adjacent area list information includes the frequency of non-service cell or the transmission power of different system frequency.

Preferably, added in cell reselection parameters list：Transmission power, for specifying the frequency of non-service cell or the transmission power size of different system frequency.

The method that the transmission power of each cell is added in System information block 5,6,7 and 8, identical with the method for the quantity of the micro-base station that each cell is added in system information block 5, the embodiment of the present invention will not be repeated here.

If 802, translational speed current UE belongs to the second speed range, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 4th measurement period.

When the translational speed current UE is in the second speed range, no matter the quantity for the Microcell that the macrocell of current service cell includes, the U E from a cell all without quickly another cell is moved to, therefore, sets a relatively long measurement period.The relatively long measurement period is the 4th measurement period.

If 803, translational speed current UE belongs to first rate scope, and the transmission power of the frequency of the non-service cell or different system frequency is less than the first preset value, the U E determine that the frequency of the non-service cell or the measurement period of different system frequency are the 5th measurement period, and the 5th measurement period is less than the 4th measurement period.

Wherein, the 6th measurement period is less than the 4th measurement period.

If the translational speed current UE is first rate scope, and when the transmission power of the frequency of the non-service cell or different system frequency is more than or equal to the first preset value, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 6th survey The amount cycle.During due to being in the second speed range state relative to the UE, the speed that the UE is moved to another cell from a cell is fast, therefore, and the UE determines that the 6th measurement period is less than the 4th measurement period.

If 8 04, translational speed current UE belongs to first rate scope, and the transmission power of the frequency of the non-service cell or different system frequency is more than or equal to first preset value, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope.

Wherein, the 5th measurement period is less than the 4th measurement period.

When the translational speed current UE is first rate scope, and when the transmission power of the frequency of the non-service cell or different system frequency is less than the first preset value, the U E determine that the frequency of the non-service cell or the measurement period of different system frequency point cell are the 5th measurement period.When the transmission power of the frequency of non-service cell or different system frequency is less than the second preset value, the coverage of the wireless communication node is smaller, the second speed range mobile status is in relative to UE, and UE is in two kind situations of the transmission power more than or equal to the second preset value of the movement of first rate scope and the frequency of non-service cell or different system frequency, UE is easier to be moved to another cell from the cell that a wireless communication node is constituted, in order that UE can faster the measured cell of selection signal matter as UE serving cell, it is easy to provide more preferable service for U E, 5th measurement period is less than the 4th measurement period, 5th measurement period is not more than the 6th measurement period.

805, the UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

Specifically, being added in the measurement rules of cell reselection：When the current translational speeds of UE are the second speed range, the measurement period of the frequency of non-service cell or different system frequency is the 4th measurement period；When the current translational speeds of UE are first rate scope, and the transmission power of the frequency of the non-service cell or different system frequency is less than the first preset value, and the measurement period of the frequency of the non-service cell or different system frequency is the 5th measurement period；As U E Current translational speed is first rate scope, and the transmission power of the frequency of the non-service cell or different system frequency is more than or equal to the first preset value, the measurement period of the frequency of the non-service cell or different system frequency is the 6th measurement period, 6th measurement period is less than the 4th measurement period, and the 5th measurement period is not more than the 6th measurement period.

The embodiment of the present invention provides a kind of method of cell measurement, and user equipment U E receive the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued；The UE determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；The UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to UE translational speeds is determined is short；So that during the speed of UE movements, UE can quickly to the non-service cell frequency or different system frequency measure, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the UE energy content of battery is saved, Consumer's Experience is improved；When U E rate travels are slower, U E are measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduce the number of times of measurement, and then save the UE energy content of battery, improve Consumer's Experience.

Example IV,

The embodiment of the present invention provides a kind of user equipment, as shown in figure 9, the user equipment 90 includes：Receiving unit 91, determining unit 92, measuring unit 93.

The receiving unit 91, for receiving the frequency for the non-service cell that wireless communication node is issued or the configured information of different system frequency.

It is preferred that, the receiving unit 91, specifically for receiving the adjacent area list information that wireless communication node is issued, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

The determining unit 92, for the configured information of the frequency according to translational speed current U E and the non-service cell or different system frequency, determines the frequency of the non-service cell or the measurement period of different system frequency. The measuring unit 93, for the frequency of non-service cell or the measurement period of different system frequency determined according to the determining unit, frequency or different system frequency to the non-service cell are measured.

It is preferred that, when the non-service cell frequency or different system frequency configured information for the non-service cell frequency or different system frequency cell reselection priority when, the determining unit 92, specifically for

Determine there is the first frequency in the frequency or different system frequency of the non-service cell, first frequency is the frequency that cell reselection priority is higher than the UE current service cells；If translational speed current UE belongs to first rate scope, the measurement period for determining first frequency is the first measurement period；

It is preferred that, when the frequency of the non-service cell or the configured information of different system frequency include the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, when the micro-base station belongs to the frequency or different system frequency of the non-service cell, the determining unit 92, specifically for

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is more than or equal to first preset value, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope. The embodiment of the present invention provides a kind of user equipment, and the receiving unit receives the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued；The determining unit determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；The measuring unit is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to UE translational speeds is determined is short；So that during the speed of UE movements, UE can quickly to the non-service cell frequency or different system frequency measure, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the UE energy content of battery is saved, Consumer's Experience is improved；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, and then saves the UE energy content of battery, improves Consumer's Experience.

Embodiment five,

The embodiment of the present invention provides a kind of wireless communication node, and as shown in Fig. 10, the wireless communication node 100 includes：Acquiring unit 101 and transmitting element 1 02.

The acquiring unit 101, for obtaining the frequency of non-service cell or the configured information of different system frequency.

The transmitting element 102, frequency or the configured information of different system frequency for non-service cell that the acquisition is issued to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

It is preferred that, the transmitting element 1 02, specifically for issuing adjacent area list information to UE, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

It is preferred that, the configured information of the frequency of the non-service cell or different system frequency is the frequency of non-service cell or the cell reselection priority of different system frequency. It is preferred that, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The embodiment of the present invention provides a kind of wireless communication node, and the acquiring unit obtains the frequency of non-service cell or the configured information of different system frequency；The transmitting element issues the frequency of the non-service cell of the acquisition or the configured information of different system frequency to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to UE translational speeds is determined is short；So that during the speed of UE movements, UE can quickly to the non-service cell frequency or different system frequency measure, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the UE energy content of battery is saved, Consumer's Experience is improved；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, and then saves the UE energy content of battery, improves Consumer's Experience.

Embodiment six,

The embodiment of the present invention provides a kind of user equipment, and as shown in Fig. 11, the user equipment 110 includes：Receiving unit 111 and measuring unit 112.

The receiving unit 111, for receiving the frequency for the non-service cell that wireless communication node is issued or the measurement period of different system frequency.

The measuring unit 112, for the measurement period of the frequency according to the non-service cell or different system frequency, frequency or different system frequency to the non-service cell are measured.

It is preferred that, the measurement period is that the wireless communication node is determined according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency, described micro- The quantity and/or density for the Microcell that the quantity of base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The embodiment of the present invention provides a kind of user equipment, and the receiving unit receives the frequency or the measurement period of different system frequency for the non-service cell that wireless communication node is issued；The measuring unit is according to the frequency of the non-service cell or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, one long measurement period of frequency or different system frequency of the non-service cell more than the quantity of the frequency of the few non-service cell of quantity of the wireless communication node to micro-base station or the relative micro-base station of different system frequency determination；Or the frequency of the non-service cell small to transmission power or the transmission power of different system frequency determine a long measurement period, UE pendulous frequency can be reduced, and cause UE quickly to select serving cell, and then the UE energy content of battery is saved, improve for experiencing.

Embodiment seven,

The embodiment of the present invention provides a kind of wireless communication node, and as shown in Fig. 12, the wireless communication node 120 includes：Determining unit 121 and transmitting element 122.

The determining unit 121, for determining the frequency of the non-service cell or the measurement period of different system frequency.

The transmitting element 122, for the frequency or the measurement period of different system frequency of non-service cell that the determination is issued to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

It is preferred that, the determining unit 121, specifically for the quantity according to micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The embodiment of the present invention provides a kind of wireless communication node, and the determining unit determines the frequency of the non-service cell or the measurement period of different system frequency；The transmitting element is to UE The frequency of the non-service cell of the determination or the measurement period of different system frequency are issued, to cause the U E to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.By the program, one long measurement period of frequency or different system frequency of the non-service cell more than the quantity of the frequency of the few non-service cell of quantity of the wireless communication node to micro-base station or the relative micro-base station of different system frequency determination；Or the frequency of the non-service cell small to transmission power or the transmission power of different system frequency determine a long measurement period, UE pendulous frequency can be reduced, and cause UE quickly to select serving cell, and then the UE energy content of battery is saved, improve for experiencing.

Embodiment eight,

The embodiment of the present invention provides a kind of user equipment, and as shown in figure 13, the user equipment 130 includes：Receiver 131 and processor 132.

The receiver 131, receives the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued.

It is preferred that, receiver 131, specifically for receiving the adjacent area list information that wireless communication node is issued, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

The processor 132, for the configured information of the frequency according to translational speed current UE and the non-service cell or different system frequency, determines the frequency of the non-service cell or the measurement period of different system frequency.

The processor 132, be additionally operable to according to the determining unit determine non-service cell frequency or the measurement period of different system frequency, frequency or different system frequency to the non-service cell are measured.

It is preferred that, when the non-service cell frequency or different system frequency configured information for the non-service cell frequency or different system frequency cell reselection priority when, the processor 132, specifically for

Determine there is the first frequency in the frequency or different system frequency of the non-service cell, first frequency is the frequency that cell reselection priority is higher than the UE current service cells；If translational speed current UE belongs to first rate scope, first frequency is determined Measurement period be the first measurement period；

It is preferred that, when the frequency of the non-service cell or the configured information of different system frequency include the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, when the micro-base station belongs to the frequency or different system frequency of the non-service cell, the processor 132, specifically for

The embodiment of the present invention provides a kind of user equipment, and the receiver receives the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued；The processor determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；The processor is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to UE translational speeds is determined is short；So that during the speed of UE movements, the frequency or different system frequency that UE can quickly to the non-service cell are surveyed Amount, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the UE energy content of battery is saved, Consumer's Experience is improved；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, and then saves the UE energy content of battery, improves Consumer's Experience.

Embodiment nine,

The embodiment of the present invention provides a kind of wireless communication node, and as shown in Fig. 14, the wireless communication node 140 includes：Processor 141 and transmitter 142.

The processor 141, obtains the frequency of non-service cell or the configured information of different system frequency.

The transmitter 142, frequency or the configured information of different system frequency for non-service cell that the acquisition is issued to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

It is preferred that, the transmitter 142, specifically for issuing adjacent area list information to UE, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

It is preferred that, the configured information of the frequency of the non-service cell or different system frequency is the frequency of non-service cell or the cell reselection priority of different system frequency.

It is preferred that, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The embodiment of the present invention provides a kind of wireless communication node, and the processor obtains the frequency of non-service cell or the configured information of different system frequency；The transmitter issues the frequency of the non-service cell of the acquisition or the configured information of different system frequency to UE, to cause the UE according to translational speed current UE and the frequency or different system frequency of the non-service cell Configured information, determine the frequency of the non-service cell or the measurement period of different system frequency, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.By the program, the measurement period that measurement period that UE is determined when the speed that UE the is moved situation slower relative to UE translational speeds is determined is short；So that during the speed of UE movements, UE can quickly to the non-service cell frequency or different system frequency measure, and serving cell is selected, without repeating measurement because selection serving cell is difficult to, the UE energy content of battery is saved, Consumer's Experience is improved；When UE rate travels are slower, UE is measured with a relatively long measurement period to the frequency or different system frequency of non-service cell, reduces the number of times of measurement, and then saves the UE energy content of battery, improves Consumer's Experience.

Embodiment ten,

The embodiment of the present invention provides a kind of user equipment, and as shown in Fig. 15, the user equipment 150 includes：Receiver 151 and processor 152.

The receiver 151, for receiving the frequency for the non-service cell that wireless communication node is issued or the measurement period of different system frequency.

The processor 152, for the measurement period of the frequency according to the non-service cell or different system frequency, frequency or different system frequency to the non-service cell are measured.

It is preferred that, the measurement period is that the wireless communication node is determined according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The embodiment of the present invention provides a kind of user equipment, and the receiver receives the frequency or the measurement period of different system frequency for the non-service cell that wireless communication node is issued；The processor is according to the frequency of the non-service cell or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.By the program, one long measurement period of frequency or different system frequency of the non-service cell more than the quantity of the frequency of the few non-service cell of quantity of the wireless communication node to micro-base station or the relative micro-base station of different system frequency determination；Or the frequency or the transmission power of different system frequency of the non-service cell small to transmission power Determine a long measurement period, it is possible to reduce UE pendulous frequency, and cause UE quickly to select serving cell, and then save the UE energy content of battery, improve for experiencing.

Embodiment 11,

The embodiment of the present invention provides a kind of wireless communication node, and as shown in Fig. 16, the wireless communication node 160 includes：Processor 161 and transmitter 162.

The processor 161, for determining the frequency of the non-service cell or the measurement period of different system frequency.

The transmitter 162, for the frequency or the measurement period of different system frequency of non-service cell that the determination is issued to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

It is preferred that, the processor 161, specifically for the quantity according to micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

The embodiment of the present invention provides a kind of wireless communication node, and the processor determines the frequency of the non-service cell or the measurement period of different system frequency；The transmitter issues the frequency of the non-service cell of the determination or the measurement period of different system frequency to UE, to cause the U E to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.By the program, one long measurement period of frequency or different system frequency of the non-service cell more than the quantity of the frequency of the few non-service cell of quantity of the wireless communication node to micro-base station or the relative micro-base station of different system frequency determination；Or the frequency of the non-service cell small to transmission power or the transmission power of different system frequency determine a long measurement period, UE pendulous frequency can be reduced, and cause UE quickly to select serving cell, and then the UE energy content of battery is saved, improve for experiencing.

It should be noted that, device embodiment described above is only schematical, wherein the unit illustrated as separating component can be or may not be physically separate , the part shown as unit can be or may not be physical location, you can with positioned at a place, or can also be distributed on multiple NEs.Some or all of module therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.In addition, in the device embodiment accompanying drawing that the present invention is provided, the annexation between module represents there is communication connection between them, specifically can be implemented as one or more communication bus or signal wire.Those of ordinary skill in the art are without creative efforts, you can to understand and implement.

Through the above description of the embodiments, it is apparent to those skilled in the art that the present invention can add the mode of required common hardware to realize by software, naturally it is also possible to include application specific integrated circuit, dedicated cpu, private memory, special components and parts etc. to realize by specialized hardware.Generally, all functions of being completed by computer program can be realized easily with corresponding hardware, moreover, can also be diversified for the particular hardware structure for realizing same function, such as analog circuit, digital circuit or special circuit.But, it is more for the purpose of the present invention in the case of software program realize it is more preferably embodiment.Understood based on such, the part that technical scheme substantially contributes to prior art in other words can be embodied in the form of software product, the computer software product is stored in the storage medium that can be read, such as the floppy disk of computer, USB flash disk, mobile hard disk, read-only storage（ROM, Read-Only Memory), random access memory（RAM, Random Access Memory), magnetic disc or CD etc., including some instructions are to cause a computer equipment（Can be personal computer, server, or network equipment etc.）Perform the method described in each embodiment of the invention.

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 should be based on the protection scope of the described claims.

Claims

Claims

1st, a kind of method of cell measurement, it is characterised in that this method includes：

User equipment (UE) receives the frequency or the configured information of different system frequency for the non-service cell that wireless communication node is issued；

The UE determines the frequency of the non-service cell or the measurement period of different system frequency according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell；

The UE is according to the frequency of the non-service cell of the determination or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

2nd, according to the method described in claim 1, it is characterised in that the configured information of the frequency of the non-service cell or different system frequency is the frequency of the non-service cell or the cell reselection priority of different system frequency；

The UE determines that the frequency of the non-service cell or the measurement period of different system frequency are specifically included according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell：

The UE determines there is the first frequency in the frequency or different system frequency of the non-service cell, and first frequency is the frequency that cell reselection priority is higher than the UE current service cells；

If translational speed current UE belongs to first rate scope, the UE determines that the measurement period of first frequency is the first measurement period；

If translational speed current UE belongs to the second speed range, the UE determines that the measurement period of first frequency is the second measurement period, second speed range is less than the first rate scope, and second measurement period is more than first measurement period.

3rd, according to the method described in claim 1, it is characterized in that, the configured information of the frequency of the non-service cell or different system frequency includes the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell；

The UE is according to translational speed current UE and the frequency or different of the non-service cell The configured information of system frequency, determines that the frequency of the non-service cell or the measurement period of different system frequency are specifically included：

If translational speed current UE belongs to the second speed range, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is less than the first preset value, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 5th measurement period, and the 5th measurement period is less than the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is more than or equal to first preset value, the UE determines that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope.

4th, the method according to any one of claim 1-3, it is characterised in that the frequency of non-service cell or the configured information of different system frequency that user equipment (UE) reception wireless communication node is issued are specifically included：

The adjacent area list information that wireless communication node is issued is received, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

5th, a kind of method of cell measurement, it is characterised in that methods described includes：Wireless communication node obtains the frequency of non-service cell or the configured information of different system frequency；

The wireless communication node issues the frequency of the non-service cell of the acquisition or the configured information of different system frequency to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

6th, method according to claim 5, it is characterised in that the configured information of the frequency of the non-service cell or different system frequency is the frequency of non-service cell or the cell reselection priority of different system frequency. 7th, method according to claim 5, it is characterized in that, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

8th, the method according to any one of claim 5-7, it is characterised in that the configured information of frequency from the non-service cell of the acquisition to UE or different system frequency that the wireless communication node issues is specifically included：

The wireless communication node issues adjacent area list information to UE, and the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

9th, a kind of method of cell measurement, it is characterised in that methods described includes：

UE receives the frequency or the measurement period of different system frequency for the non-service cell that wireless communication node is issued；

The U E are according to the frequency of the non-service cell or the measurement period of different system frequency, and frequency or different system frequency to the non-service cell are measured.

10, the method according to claim 9, it is characterized in that, the measurement period is that the wireless communication node is determined according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

11, a kind of method of cell measurement, it is characterised in that methods described includes：Wireless communication node determines the frequency of the non-service cell or the measurement period of different system frequency；

The wireless communication node issues the frequency of the non-service cell of the determination or the measurement period of different system frequency to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

12, the method according to claim 11, it is characterised in that wireless communication node determines that the frequency of the non-service cell or the measurement period of different system frequency are specifically included： Wireless communication node is according to the quantity of micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

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

The receiving unit, for receiving the frequency for the non-service cell that wireless communication node is issued or the configured information of different system frequency；

The determining unit, for the configured information of the frequency according to translational speed current UE and the non-service cell or different system frequency, determines the frequency of the non-service cell or the measurement period of different system frequency；

The measuring unit, for the frequency of non-service cell or the measurement period of different system frequency determined according to the determining unit, frequency or different system frequency to the non-service cell are measured.

14, the user equipment according to claim 13, it is characterised in that the configured information of the frequency of the non-service cell or different system frequency is the frequency of the non-service cell or the cell reselection priority of different system frequency；

The determining unit, specifically for

Determine there is the first frequency in the frequency or different system frequency of the non-service cell, first frequency is the frequency that cell reselection priority is higher than the U E current service cells；If translational speed current UE belongs to first rate scope, the measurement period for determining first frequency is the first measurement period；

If translational speed current UE belongs to the second speed range, the measurement period for determining first frequency is the second measurement period, and second speed range is less than the first rate scope, and second measurement period is more than first measurement period.

15, the user equipment according to claim 13, it is characterized in that, the configured information of the frequency of the non-service cell or different system frequency includes the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, and the quantity of the micro-base station includes institute The quantity and/or density for the Microcell that macrocell where stating UE current service cells includes, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell；

The determining unit, specifically for

If translational speed current UE belongs to the second speed range, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is less than the first preset value, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 5th measurement period, the 5th measurement period is less than the 4th measurement period；

If translational speed current UE belongs to first rate scope, and the transmission power of the frequency or different system frequency of the quantity of the micro-base station or the non-service cell is more than or equal to first preset value, determine that the frequency of the non-service cell or the measurement period of different system frequency are the 6th measurement period, 6th measurement period is less than the 4th measurement period, and second speed range is less than the first rate scope.

16, the user equipment according to any one of claim 1 3- 15, it is characterized in that, the receiving unit, specifically for receiving the adjacent area list information that wireless communication node is issued, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

17, a kind of wireless communication node, it is characterised in that the wireless communication node includes：Acquiring unit and transmitting element；

The acquiring unit, for obtaining the frequency of non-service cell or the configured information of different system frequency；

The transmitting element, frequency or the configured information of different system frequency for non-service cell that the acquisition is issued to UE, to cause the UE according to the configured information of the frequency or different system frequency of translational speed current UE and the non-service cell, the frequency of the non-service cell or the measurement period of different system frequency are determined, and the frequency or different system frequency of the non-service cell are measured according to the measurement period of determination.

18, the wireless communication node according to claim 17, it is characterised in that the configured information of the frequency of the non-service cell or different system frequency for non-service cell frequency or The cell reselection priority of different system frequency.

19, the wireless communication node according to claim 17, it is characterized in that, the configured information of the frequency of the non-service cell or different system frequency is the quantity of micro-base station or the frequency or the transmission power of different system frequency of non-service cell, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

20, the wireless communication node according to any one of claim 1 7-1 9, it is characterized in that, the transmitting element, specifically for issuing adjacent area list information to UE, the adjacent area list information includes the frequency of non-service cell or the configured information of different system frequency.

21, 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 frequency for the non-service cell that wireless communication node is issued or the measurement period of different system frequency；

The measuring unit, for the measurement period of the frequency according to the non-service cell or different system frequency, frequency or different system frequency to the non-service cell are measured.

22, the user equipment according to claim 21, it is characterized in that, the measurement period is that the wireless communication node is determined according to the transmission power of the quantity of micro-base station or the frequency of non-service cell or different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.

23, a kind of wireless communication node, it is characterised in that the wireless communication node includes：Determining unit and transmitting element；

The determining unit, for determining the frequency of the non-service cell or the measurement period of different system frequency；

The transmitting element, for the frequency or the measurement period of different system frequency of non-service cell that the determination is issued to UE, to cause the UE to be measured according to the frequency of the non-service cell or the measurement period of different system frequency to the frequency or different system frequency of the non-service cell.

24, the wireless communication node according to claim 23, it is characterised in that described Determining unit, specifically for the quantity according to micro-base station or the frequency or the transmission power of different system frequency of each non-service cell, determine the frequency of each non-service cell or the measurement period of different system frequency, the quantity and/or density for the Microcell that the quantity of the micro-base station includes including the macrocell where the UE current service cells, wherein, the micro-base station belongs to the frequency or different system frequency of the non-service cell.