WO2014139439A1

WO2014139439A1 - Method and device for handling communication during inter-base station measurement

Info

Publication number: WO2014139439A1
Application number: PCT/CN2014/073333
Authority: WO
Inventors: 赵亚利; 许芳丽
Original assignee: 电信科学技术研究院
Priority date: 2013-03-14
Filing date: 2014-03-13
Publication date: 2014-09-18
Also published as: CN104053165A; CN104053165B

Abstract

Disclosed are a method and device for handling communication during an inter-base station measurement. A terminal side method comprises: receiving communication indication information for a service cell, where the communication indication information for the service cell carries time information on service cell interruption caused by the inter-base station measurement; and, ceasing, on the basis of the time information carried in the communication indication information for the service cell, data transmission on the service cell and/or measurement of the service cell during the time of service cell interruption caused by the inter-base station measurement. A user equipment is allowed to learn the time information on service cell interruption caused by the inter-base station measurement, thus allowing cessation of data transmission/cell measurement during the service cell interruption, and preventing the user equipment from performing data transmission/cell measurement during the service cell interruption and thereby causing interferences to a system.

Description

Communication processing method and device for measuring between base stations The present application claims to be submitted to the Chinese Patent Office on March 14, 2013, and the application number is 201310081981. 2. The invention name is "a communication processing method and device when measuring between base stations" The priority of the Chinese Patent Application, the entire contents of which is incorporated herein by reference. Technical field

The present invention relates to the field of communications technologies, and in particular, to a communication processing method and device for measurement between base stations. Background technique

Traditional macro base station (Macro e B) single-layer overlay networks are no longer able to meet the growing demand for data traffic rates and capacity. Therefore, the 3rd Generation Partnership Project (3GPP) introduced a layered networking approach to solve this problem: deploy low-power in small coverage environments such as hotspots, home indoor environments, and office environments. The base station obtains the effect of cell splitting, enabling operators to provide users with higher data rates and lower cost services. A cell (cell) under these low-power base stations may be referred to as a microcell (a network composed of a small cell λ macro cell and a small cell may be referred to as a heterogeneous network.

In order to use resources more efficiently, dynamic time division duplexing can be introduced for small cells (Time Division)

Duplexing, TDD) Up/down configuration. In order to avoid the interference between small cells, the concept of cell cluster is introduced. All cells in the same cell cluster use the same TDD uplink/downlink configuration. Different cell clusters can use different TDD uplink/downlink configurations.

In order to determine which small cells can form a cell cluster, an inter-base station measurement mechanism needs to be introduced. For example, the base station measures the path loss between the neighboring base station, and then determines which small cells can form the cell clusters according to the path loss condition.

When the base station to which the small cell belongs performs the inter-base station measurement, it affects the user equipment (UE) in the small cell. However, there is no communication processing scheme of the UE when performing inter-base station measurement. Summary of the invention

It is an object of the present invention to provide a communication processing method and apparatus for measurement between base stations to solve the problem of communication processing of a UE when performing inter-base station measurement.

The object of the invention is achieved by the following technical solutions:

The first communication processing method for measuring between base stations provided by the present invention includes:

Receiving, by the communication indication information for the serving cell, the communication indication information for the serving cell carries time information of the serving cell interruption caused by the measurement between the base stations;

According to the time information, data transmission on the serving cell and/or measurement of the serving cell are stopped during a period in which the inter-base station measurement causes the serving cell to be interrupted. The communication processing method for the second inter-base station measurement provided by the present invention includes:

Determining time information of the target cell interruption caused by the measurement between the base stations;

Transmitting the communication indication information for the target cell to the user equipment of the target cell, where the communication indication information for the target cell carries time information of the target cell interruption from the inter-base station measurement to indicate the user The device stops data transmission on the target cell and/or measurement of the target cell during a period of time between the base stations measuring the interruption of the target cell.

The communication processing method for the third inter-base station measurement provided by the present invention includes:

Determining a time period in which the target cell is interrupted according to the time information of the target cell interruption caused by the measurement between the base stations; transmitting, to the user equipment of the target cell, communication indication information for the target cell, and the communication indication for the target cell The information carried in the information is determined according to a period of time when the target cell is interrupted according to the measurement between the base stations, to indicate that the user equipment stops data transmission on the target cell during a period in which the measurement between the base stations causes the target cell to be interrupted. And/or measurements of the target cell.

The first user equipment provided by the present invention includes:

a communication indication information receiving module, configured to receive communication indication information for the serving cell, where the communication indication information for the serving cell carries time information of the interruption of the serving cell from the measurement between the base stations;

a communication processing module, configured to stop data transmission on the serving cell, and/or in a period of time during which the inter-base station measurement is interrupted by the serving cell according to the time information carried in the communication indication information for the serving cell Measurement of the serving cell.

A second user equipment provided by the present invention includes: a memory and a processor, wherein the processor is configured to execute a computer program having the following functions:

Receiving the communication indication information for the serving cell, where the communication indication information for the serving cell carries time information of the interruption of the serving cell from the measurement between the base stations;

And stopping, according to the time information, data transmission on the serving cell and/or measurement of the serving cell in a period of time between the base stations that causes the serving cell to be interrupted;

The memory is for: storing code of the computer program.

The first type of base station device provided by the present invention includes:

a time information determining module, configured to determine time information of the inter-base station measurement causing the target cell to be interrupted;

a communication indication information sending module, configured to send, to the user equipment of the target cell, communication indication information for the target cell, where the communication indication information for the target cell carries time information that causes the target cell to be interrupted by the measurement between the base stations And instructing the user equipment to stop data transmission on the target cell and/or measurement on the target cell in a period of time when the inter-base station measurement causes the target cell to be interrupted.

The second base station device provided by the present invention includes: a cell interruption time determining module, configured to determine time information of the target cell interruption caused by the measurement between the base stations; determining a time period of the target cell interruption according to the time information of the target cell interruption caused by the measurement between the base stations;

a communication indication information sending module, configured to send communication indication information for the target cell to the user equipment of the target cell, where the information carried in the communication indication information of the target cell causes the target cell to be interrupted according to the measurement between the base stations The time period is determined to indicate that the user equipment stops data transmission on the target cell and/or measurement of the target cell within a time period during which the measurement between the base stations causes the target cell to be interrupted.

A third base station device provided by the present invention includes: a memory and a processor, wherein the processor is configured to execute a computer program having the following functions:

Transmitting, by the user equipment of the target cell, communication indication information for the target cell, where the communication indication information of the target cell carries time information of the target cell interruption from the inter-base station measurement to indicate the user The device stops data transmission on the target cell and/or measurement of the target cell during a period of time between the base stations measuring the interruption of the target cell;

The memory is for: storing code of the computer program.

A fourth base station device provided by the present invention includes: a memory and a processor, wherein the processor is configured to execute a computer program having the following functions:

Determining time information of the target cell interruption caused by the measurement between the base stations; determining a time period of the target cell interruption according to the time information of the target cell interruption caused by the measurement between the base stations;

Transmitting the communication indication information for the target cell to the user equipment of the target cell, where the information carried in the communication indication information of the target cell is determined according to a time period in which the measurement of the target cell is caused by the measurement between the base stations, to indicate the location Stopping, by the user equipment, data transmission on the target cell, and/or measurement of the target cell, during a period between the measurement of the base station causing the interruption of the target cell;

The memory is for: storing code of the computer program.

According to the technical solution provided by the embodiment of the present invention, when the measurement between the base stations causes a cell interruption, the base station sends the communication indication information to the user equipment of the target cell (that is, the cell that will be interrupted when the measurement between the base stations is interrupted). After receiving the communication indication information of the serving cell, the user equipment stops the data transmission on the serving cell and/or the measurement of the serving cell according to the time information of the cell interruption carried in the serving cell. It can be seen that the user equipment can know the time information of the inter-base station measurement from the interruption of the serving cell, so that the data transmission/cell measurement can be stopped during the interruption of the serving cell, and the data transmission/cell measurement pair of the user equipment during the interruption of the serving cell is avoided. The system caused a thousand four. DRAWINGS

FIG. 1 is a flowchart of a UE side method according to an embodiment of the present invention; 2 is a flowchart of a method for a first base station side according to an embodiment of the present invention;

3 is a flowchart of a second base station side method according to an embodiment of the present invention;

4 is a flowchart of a method performed by a base station device and a UE according to an embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a UE according to an embodiment of the present disclosure;

FIG. 6 is a schematic structural diagram of another UE according to an embodiment of the present disclosure;

FIG. 7 is a schematic structural diagram of a first type of base station device according to an embodiment of the present disclosure;

FIG. 8 is a schematic structural diagram of a second base station device according to an embodiment of the present disclosure;

FIG. 9 is a schematic structural diagram of a third base station device according to an embodiment of the present disclosure;

FIG. 10 is a schematic structural diagram of a fourth base station device according to an embodiment of the present invention. detailed description

The embodiment of the present invention provides a communication processing scheme when measuring between base stations: The base station device determines time information of the target cell interruption caused by the measurement between the base stations, and sends communication indication information for the target cell to the UE of the target cell. The communication indication information for the target cell carries time information between the inter-base station measurement and the target cell interruption. For the UE of the target cell, the target cell is its serving cell. The UE receives the communication indication information for the serving cell, and stops the data transmission on the serving cell, and/or the time period during the time period when the inter-base station measurement causes the interruption of the serving cell according to the time information carried in the communication indication information for the serving cell. Measurement of the serving cell. The UE can learn the time information of the inter-base station measurement from the interruption of the serving cell, so that the data transmission/'" and the area measurement can be stopped during the interruption of the serving cell, and the data transmission/cell measurement to the system during the interruption of the serving cell is avoided. Causes interference.

The technical solutions provided by the embodiments of the present invention are described in detail below with reference to the accompanying drawings.

On the UE side, the communication processing method during the measurement between the base stations provided by the embodiment of the present invention is as shown in FIG. 1 , and specifically includes the following operations:

Step 100: Receive communication indication information for a serving cell.

The UE may be, but is not limited to, broadcast through the serving cell or dedicated signaling (such as Radio Resource Control (RRC) signaling, Media Access Control (MAC) signaling, physical downlink control channel ( The Physical Downlink Control Channel (PDCCH) signaling receives communication indication information for the serving cell. The communication indication information for the serving cell carries the time information of the interruption of the serving cell from the measurement between the base stations.

Optionally, the communication indication information for the serving cell further carries the serving cell identity information.

The serving cell identity information may be, but is not limited to, a cell number, E-UTRAN global cell identity (E-UTRAN)

Cell Global Identifier (ECGI), or frequency point + physical cell identity (PCI).

Step 110: Stop, according to the time information carried in the communication indication information for the serving cell, stop data transmission on the serving cell and/or measurement of the serving cell in a period of time when the inter-base station measurement causes the serving cell to be interrupted. In the time period during which the serving cell is interrupted, only the data is stopped on the serving cell, and only the data is stopped on the serving cell, only the measurement of the serving cell is stopped, or the combination of stopping the data transmission and stopping the cell measurement is performed. A pre-agreed agreement, or an indication of higher layer signaling, is determined.

If the UE is configured to measure the neighboring cell of the serving cell. When the inter-base station measurement will cause the neighboring cell to be interrupted, the UE further receives the communication indication information for the neighboring cell through the serving cell according to the embodiment shown in FIG. 1; according to the neighboring cell identifier carried in the communication indication information for the neighboring cell The information is used to determine the neighboring cell; and the time information carried in the communication indication information for the neighboring cell stops measuring the neighboring cell within a period of time when the inter-base station measurement causes the neighboring cell to be interrupted. The communication indication information for the neighboring cell carries the neighboring cell identity information and the time information of the neighbor cell interruption caused by the measurement between the base stations. Specifically, the UE may, but is not limited to, receive communication indication information for the neighboring cell through broadcast or dedicated signaling of the serving cell.

In the embodiment of the present invention, the neighbor cell identification information may be, but is not limited to, expressed by ECGI or frequency point + PCI. The base station may send the communication indication information to the UE in an explicit manner, or may send the communication indication information to the UE in an implicit manner.

If the base station sends the communication indication information to the UE in an explicit manner, in any of the foregoing UE side method embodiments, the time information caused by the inter-base station measurement causing the cell (serving cell or neighboring cell) to be interrupted may be the time parameter measured between the stations. .

In the embodiment of the present invention, the time parameter measured between the base stations may be, but is not limited to, including any one of the following groups:

(1) Measurement period and duration of one measurement execution.

(2) Measurement period, duration of one measurement execution, radio frame offset used for measurement, and subframe offset.

The radio frame offset and the subframe offset used in the measurement may be the same value or different values. If the radio frame offset and the subframe offset used for the measurement are pre-agreed or configured to be the same value, the value of the frame offset may be carried in the communication indication information.

(3) Measurement period, one measurement execution time, and the first measurement start time.

The time parameter measured between the base stations of the (1) to (3) groups is a relevant parameter used by the base station to perform measurement between the base stations.

(4) Measurement start time and measurement execution time.

(5) The measurement end time and the measurement execution time.

(6) Measurement start time and measurement end time.

(7) Interrupt period, one interrupt duration.

(8) Interrupt period, one interrupt duration, the radio frame offset where the interrupt is located, and the subframe offset;

(9) Interrupt period, one interrupt duration, and the initial interrupt start time.

(10) Interrupt start time and interrupt duration.

(11) Interrupt end time and interruption duration.

(12) Interrupt start time and interrupt end time. It should be noted that the above-mentioned interruption period is the measurement period measured between the base stations, and the above-mentioned interruption duration is the measurement execution duration measured between the base stations, and the above-mentioned interruption start time is the measurement start time measured between the base stations, and the above-mentioned interruption ends. The time is the measurement end time measured between the base stations, the radio frame offset and the subframe offset in which the above interruption is located, and the radio frame offset and the subframe offset in which the inter-base station measurement is located. The difference is that the genus '\± is different for the same time parameter in the message.

If the base station sends the communication indication information to the UE in an implicit manner, in any of the foregoing UE side method embodiments, the time information caused by the inter-base station measurement causing the cell (the serving cell or the neighboring cell) to be interrupted may be the cell discontinuous transmission state. Sleep time parameter. The sleep time parameter in the discontinuous transmission state of the cell is determined according to the time parameter measured between the base stations.

In the embodiment of the present invention, the sleep time parameter in the discontinuous transmission state of the cell may be, but is not limited to, any one of the following groups:

(1) The discontinuous transmission period of the cell and the length of the sleep time in the discontinuous transmission period.

(2) The discontinuous transmission period of the cell, the length of the sleep time in the discontinuous transmission period, the radio frame offset in which the sleep time is in the discontinuous transmission period, and the subframe offset.

(3) The period of the sleep time in the discontinuous transmission state of the cell, the length of one sleep time, and the start time of the first sleep of the cell.

(4) The start time of the sleep time and the length of the sleep time in the discontinuous transmission state of the cell.

(5) The sleep time termination time and the length of the sleep time in the discontinuous transmission state of the cell.

(6) The sleep start time in the discontinuous transmission state of the cell and the sleep termination time in the discontinuous transmission state of the cell.

In the UE side method embodiment, if the inter-base station measures the time information of the serving cell interruption and the time parameter measured by the inter-station, after receiving the communication indication information for the serving cell, the UE may further perform the foregoing for the serving cell. The time parameter measured between the base stations carried in the communication indication information determines a time period during which the measurement between the base stations is interrupted by the serving cell.

Further, if the time parameter measured between the base stations carried in the communication indication information for the serving cell is: a measurement period, a measurement execution duration, a measurement used radio frame offset, and a subframe offset; or The time parameters measured between the base stations carried in the communication indication information of the serving cell include: an interruption period, an interruption duration, a radio frame offset where the interruption is located, and a subframe offset. Then, after receiving the first measurement effective indication sent by the base station, the UE may start determining the time period of the serving cell interruption. Correspondingly, the specific implementation manner of determining the time period in which the inter-base station measurement causes the interruption of the serving cell may be: after receiving the first measurement effective indication, determining the base station according to the measurement period, the radio frame offset used by the measurement, and the subframe offset. The inter-measurement measurement starts from the start time of the time period in which the serving cell is interrupted, and determines the time period during which the inter-base station measurement causes the serving cell to be interrupted according to the measurement execution duration and the start time. In the UE side method embodiment, if the communication indication information for the neighboring cell is received, and the time information caused by the inter-base station measurement caused by the neighboring cell interruption in the communication indication information is a time parameter measured between the base stations, the UE may further For the time parameter measured between the base stations carried in the communication indication information of the neighboring cell, the time period between the measurement of the neighboring cell caused by the measurement between the base stations is determined.

Further, if the communication indication information for the neighboring cell is received, and the time parameter measured between the base stations carried in the communication indication information includes: a measurement period, a measurement execution duration, a measurement used radio frame offset, and a subframe offset Or; if the communication indication information for the neighboring cell is received, and the time parameters measured between the base stations carried in the communication indication information include: an interruption period, an interruption duration, a radio frame offset where the interruption is located, and a subframe offset the amount. Then, the UE may start determining the time period of the neighbor cell interruption after receiving the second measurement validity indication sent by the base station side. Specifically, the specific implementation manner of determining the time period in which the inter-base station measurement causes the neighboring cell to be interrupted may be: after receiving the second measurement effective indication, determining the base station according to the measurement period, the radio frame offset used by the measurement, and the subframe offset. The interval between the time period in which the neighboring cell is interrupted is measured, and the time period between the measurement of the neighboring cell from the measurement of the inter-base station is determined according to the measurement execution duration and the start time.

On the base station side, the embodiment of the present invention provides a communication processing method for measuring between base stations, and the implementation manner thereof is as shown in FIG. 2, and specifically includes the following operations:

Step 200: Determine time information of the target cell interruption caused by the measurement between the base stations.

Step 210: Send communication indication information for the target cell to the UE of the target cell.

The base station may send, but is not limited to, the communication indication information for the target cell to the UE of the target cell by using broadcast or dedicated signaling of the target cell. The communication indication information for the target cell carries time information of the target cell interruption caused by the measurement between the base stations, to indicate that the UE stops data transmission on the target cell during the time period when the measurement between the base stations causes the target cell to be interrupted, and/or the target cell Measurement.

Optionally, the target indication information is also carried in the communication indication information of the target cell.

If the foregoing UE is configured, the neighboring cell of the target cell is measured. When the inter-base station measurement will cause the neighboring cell to be interrupted, based on the embodiment shown in FIG. 2, the base station acquires time information of the inter-base station measurement causing the neighbor cell interruption of the target cell; and transmits, by the target cell, the communication indication for the neighboring cell to the UE. information. The communication indication information for the neighboring cell carries the neighboring cell identifier information and the time information of the neighboring cell interruption caused by the measurement between the base stations, to indicate that the UE stops the measurement of the neighboring cell within the period of the inter-base station measurement I from the interruption of the neighboring cell. . Specifically, the base station may send, but not limited to, the communication indication information for the neighboring cell to the UE of the target cell by using the broadcast or dedicated signaling of the target cell.

In the embodiment of the present invention, if the communication indication information for the neighboring cell is sent to the UE. Each base station can exchange time information between the inter-base stations to measure the cell interruption through the inter-base station interface; or the central management node can determine the inter-base station measurement.

? I starts the time information of the interrupted cell, and sends the determined time information to the base station under the jurisdiction.

The base station may send the communication indication information to the UE in an explicit manner, or may send the communication indication information to the UE in an implicit manner. If the base station sends the communication indication information to the UE in an explicit manner, in any of the foregoing base station side method embodiments, the time information caused by the inter-base station measurement causing the cell (target cell or neighboring cell) to be interrupted may be the time parameter measured between the stations. . In the embodiment of the present invention, the time parameter measured between the base stations may be referred to the description of the foregoing UE side method embodiment, and details are not described herein again.

The time information of the target cell interruption caused by the inter-base station measurement carried in the communication indication information of the target cell is a time parameter measured between the base stations, and specifically carries: a measurement period, a measurement execution duration, and a radio frame offset used for measurement. And subframe offset. Then, the base station may further send a first measurement effective indication to the UE of the target cell, to indicate that the UE determines, after receiving the first measurement effective indication, a time period in which the measurement between the base stations causes the target cell to be interrupted.

The time information of the target cell interruption caused by the inter-base station measurement carried in the communication indication information of the target cell is a time parameter measured between the base stations, and specifically carries: an interruption period, an interruption duration, a radio frame offset in which the interruption is located, and a subframe. Offset. The base station may further send a first measurement effective indication to the UE of the target cell to indicate

After receiving the first measurement effective indication, the UE determines a time period during which the measurement between the base stations causes the target cell to be interrupted.

If the communication indication information for the neighboring cell is also sent to the UE of the target cell, the inter-base station measurement carried in the communication indication information causes the time information of the target cell interruption and the time parameter of the inter-station measurement, and specifically carries: the measurement period, once The measurement execution time, the radio frame offset used for the measurement, and the subframe offset. Then, the base station may further send a second measurement effective indication to the UE of the target cell, to indicate that the UE determines the time period between the measurement of the neighboring cell between the base stations after receiving the second measurement effective indication.

If the communication indication information for the neighboring cell is also sent to the UE of the target cell, the inter-base station measurement carried in the communication indication information causes the time information of the target cell interruption and the time parameter measured between the stations, and specifically carries: an interruption period, once Interrupt duration, the radio frame offset at which the interrupt is located, and the subframe offset. Then, the base station may further send a second measurement effective indication to the UE of the target cell to indicate, after receiving the second measurement effective indication, the UE determines a time period during which the measurement between the base stations causes the neighbor cell to be interrupted.

If the base station sends the communication indication information to the UE in an implicit manner, in any of the foregoing base station side method embodiments, the time information of the inter-base station measurement causing the cell (target cell or neighboring cell) to be interrupted may be the cell discontinuous transmission state. Sleep time parameter. The sleep time parameter in the discontinuous transmission state of the cell is determined according to the time parameter measured between the base stations. In the embodiment of the present invention, the sleep time parameter in the discontinuous state of the cell may be referred to the description of the UE side method embodiment, and details are not described herein again.

If the time information of the target cell interruption is the sleep time parameter in the discontinuous transmission state of the target cell, the specific implementation manner of determining the time information of the target cell interruption caused by the measurement between the base stations may be: determining the time parameter measured between the base stations; The sleep time parameter in the discontinuous transmission state of the target cell is determined according to the time parameter measured between the base stations, so that the time period of the target cell interruption is within the sleep time determined according to the sleep time parameter.

Specifically, the time parameter measured between the base stations may be determined as a sleep time parameter in the discontinuous transmission state of the target cell, such that the sleep time of the target cell is the interruption time. It is also possible to determine the sleep time parameter so that The sleep time determined by the sleep time parameter includes the interruption time of the target cell.

If the base station sends the communication indication information to the UE in an implicit manner, the embodiment of the present invention provides another communication processing method during the measurement between the base stations. The implementation manner is as shown in FIG. 3, and specifically includes the following operations:

Step 300: Determine time information that the inter-base station measurement causes the target cell to be interrupted.

Step 310: Determine a time period of the target cell interruption according to the time information of the target cell interruption caused by the measurement between the base stations.

Step 320: Send communication indication information for the target cell to the UE of the target cell.

The information carried in the communication indication information of the target cell is determined according to a time period in which the measurement of the target cell is caused by the measurement between the base stations, to indicate that the UE of the target cell stops on the target cell within a time period in which the measurement between the base stations causes the target cell to be interrupted. Data transmission, and/or measurement of the target cell.

In the implicit notification mode, when scheduling or configuring resources for the UE of the target cell, it is avoided to schedule or configure the subframe in the time period during which the target cell is interrupted; or by deactivating the UE for the target cell. The process causes the UE to deactivate during the time period in which the target cell is interrupted.

If implicitly notified by way of scheduling or configuring resources for the UE of the target cell. Then, the parameter indication information and/or the scheduling information are carried in the communication indication information of the target cell. The time-frequency resource indicated by the parameter configuration information and/or the scheduling information is on a subframe outside the time period between the base stations that causes the target cell to be interrupted.

If the implicit notification method of the deactivation process is initiated by the UE for the target cell. Then, the communication indication information for the target cell carries deactivation indication information, which is used to indicate that activation is performed before the inter-base station measurement causes the target cell to be interrupted.

Further, after the UE is deactivated, an activation process may be initiated to the UE, so that the UE is reactivated after the cell interruption ends.

The method provided by the embodiment of the present invention is described in detail by using the method of the inter-base station measurement as an example. The corresponding processing process is shown in FIG. 4, and specifically includes the following operations:

Step 400: The base station device determines a time parameter that the base station device performs measurement between the base stations.

In this embodiment, the time parameters measured between the base stations include:

Inter-e B measurement period

Inter-eNB measurement length (inter-eNB measurement length)

Inter-eNB measurement offset, which is the uniform offset of the radio frame and subframe in which the measurement is located.

The time parameter measured between the base stations can be determined by a central management node and configured for each base station through an interface between the central management node and its managed base station, or can be determined by the base station device.

Step 410: The base station device determines a cell (ie, a target cell) that is affected by the measurement between the base stations.

Determining which base stations need to be interrupted when measuring between base stations according to a specific implementation manner in which the base station performs inter-base station measurement Community. This step can be omitted if all cells need to be interrupted when the base station performs inter-base station measurement.

In this embodiment, it is assumed that the UE is configured to perform measurement on the neighboring cell. Then, step 420 is further performed, and the base station device acquires a time parameter of inter-base station measurement that causes the neighbor cell of the target cell to be interrupted.

If the neighboring cell is a cell under the jurisdiction of the other base station device, the base station device may obtain the time parameter of the inter-base station measurement that causes the neighbor cell to be interrupted from the central management node, or may be configured by the inter-base station interface from the neighboring cell. The base station device acquires a time parameter measured between the base stations in which the neighboring cell is interrupted.

Step 430: The base station device sends the communication indication information to the UE of the target cell, where the base station device performs the time parameter of the measurement between the base stations, and the neighboring cell identity information and the time parameter measured between the base stations that cause the neighbor cell to be interrupted.

Optionally, the target cell identifier information may also be carried.

The communication indication information for the target cell and the communication indication information for the neighboring cell may be separately sent. The time parameter for the target cell and the time parameter for the neighboring cell may also be carried in a piece of communication indication information.

The specific notification manner of step 430 may be through broadcast or dedicated signaling (RRC/MAC/PDCCH) signaling. Step 440: The UE of the target cell receives the foregoing communication indication information, and stops data transmission on the target cell and/or measurement of the target cell in a period in which the target cell is interrupted according to the time parameter measured between the base stations carried therein. (such as CSI/RSRP/RSRQ measurements), and stop measurements on neighboring cells (such as CSI/RSRP/RSRQ measurements) during the period of the neighbor cell interruption.

Taking the target cell as an example, specifically, when the system frame number (SFN) and the subframe (subframe number) satisfy the following conditions, the UE stops data transmission on the target cell, and/or targets the target. For the measurement of the cell, the duration of each stop is inter-e B measurement length.

SFN mod T = FLOOR(inter-e B measurement offset/10);

Subframe = inter-eNB measurement offset mod 10;

Its towel:

T= inter-eNB measurement period/ 10

Inter-eNB measurement period and inter-eNB measurement offset units are both ms

FLOOR ( ) means rounding the values in parentheses.

If the data reception on the target cell is stopped, it may be limited to, but not limited to, reception of the PDCCH/PDSCH/CRS/CSI-RS.

If the data is stopped in the target area, but not limited to stop

Transmission of PUCCH/PUSCH/SRS/PRACH, etc.

The scheduling grant to be transmitted before the inter-base station measurement to be transmitted between the inter-base station measurement periods may be processed but not transmitted. Step 450: The base station device performs inter-base station measurement. When the system frame number (SFN) and the subframe (subframe number) of the base station satisfy the following conditions, the base station will start performing inter-base station measurement, and the measurement execution time of each inter-base station measurement is inter-e B. Measurement length„

SFN mod T = FLOOR(inter-e B measurement offset/10);

Subframe = inter-eNB measurement offset mod 10;

Its towel:

T= inter-eNB measurement period/ 10

Inter-eNB measurement period and inter-eNB measurement offset units are both ms

FLOOR ( ) means rounding the values in parentheses.

Optionally, the base station further sends a first measurement effective indication and a second measurement effective indication to the UE. After receiving the communication indication information, the UE does not immediately calculate the target cell and/or the neighboring cell interruption time according to the relevant parameters, but waits for the first measurement effective indication and/or the second measurement effective indication sent by the subsequent base station, and then starts to follow the above. The formula determines the interruption time.

It should be noted that in the embodiment shown in Fig. 4, the starting time of the measurement between the base stations is calculated based on the offset. In addition, the base station may also send the UE the starting time, the measurement period and the measurement duration of the measurement between the base stations.

The method provided by the embodiment of the present invention is described in detail by using a non-periodic inter-base station measurement as an example. The corresponding processing procedure can be referred to the embodiment shown in FIG. The difference is that:

In step 400, the time parameter for performing measurement between the base stations by the base station device may be any one of the time parameters measured between the (4)th to (six)th groups of base stations.

In step 440, the UE stops the data on the target cell according to the measurement start time and the measurement execution time length (or the measurement end time and the measurement execution time length, or the measurement start time and the measurement end time) in the time period of the corresponding target cell interruption. The transmission, and/or measurement of the target cell, and the measurement of the neighboring cell within a period of time during which the corresponding neighboring cell is interrupted.

In step 450, the base station device performs inter-base station measurement based on the measurement start time and the measurement execution time (or the measurement end time and the measurement execution time, or the measurement start time and the measurement end time). The method provided by the embodiment of the present invention is described in detail by using the inter-base station measurement as an example. The corresponding processing procedure can be referred to the embodiment shown in FIG. The difference is that:

In step 400, the time parameter for performing measurement between the base stations by the base station device may be any one of the time parameters measured between the (7)th to (12th) groups of base stations.

Wherein, the interruption period is the measurement period measured between the base stations, and the above interruption duration is the measurement execution performed between the base stations. Duration, the above-mentioned interrupt start time, that is, the measurement start time measured between the base stations, the above-mentioned interrupt end time, that is, the measurement end time measured between the base stations, the radio frame offset and the subframe offset in which the above-mentioned interrupt is located, and between the base stations The radio frame offset and subframe offset at which the measurement is taken.

Then, in step 450, the base station device performs inter-base station measurement based on the time measured between the respective base stations. For example, if the time parameter measured between the base stations transmitted to the UE is the time parameter measured between the (12th) group base stations described above, the base station device performs inter-base station measurement according to the measurement start time and the measurement end time.

Based on the same inventive concept as the UE side method, the embodiment of the present invention further provides a UE, and the structure thereof is as shown in FIG. 5, and specifically includes:

The communication indication information receiving module 501 is configured to receive communication indication information for the serving cell, where the communication indication information for the serving cell carries time information of the inter-base station measurement and the serving cell interruption.

Preferably, the communication indication information for the serving cell further carries the serving cell identity information.

The communication processing module 502 is configured to stop data transmission on the serving cell, and/or in the time period during which the inter-base station measurement causes the serving cell to be interrupted according to the time information carried in the communication indication information for the serving cell. The measurement of the serving cell.

Based on the UE shown in FIG. 5, the communication indication information receiving module 501 is further configured to: receive, by using the serving cell, communication indication information for a neighboring cell of the serving cell, where the neighboring cell is adjacent to the serving cell The communication indication information of the cell carries the information of the neighboring cell identifier and the time information of the neighboring cell interruption between the base stations;

The communication processing module 502 is further configured to: determine, according to the neighbor cell identifier information carried in the communication indication information of the neighboring cell, the neighboring cell; and carry the information according to the communication indication information for the neighboring cell. The time information stops measuring the neighboring cell during a period in which the measurement between the base stations and the neighboring cell is interrupted.

Based on any of the UE embodiments shown in FIG. 5, preferably, the time information of the inter-base station measurement causing the cell interruption is: a time parameter measured between the base stations; or

The sleep time parameter in the discontinuous transmission state of the cell, and the sleep time parameter in the discontinuous transmission state of the cell is determined according to the time parameter measured between the base stations.

The time parameters measured between the base stations include:

Measurement period, one measurement execution time; or,

Measurement period, duration of one measurement execution, radio frame offset and sub-frame offset of the measurement; or, measurement period, one measurement execution duration, initial measurement start time; or

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution time; or,

Measuring the start time and the measurement end time; or,

Interrupt period, one interrupt duration; or,

Interrupt period, one interrupt duration, the radio frame offset where the interrupt is located, and the subframe offset; or Interrupt period, one interrupt duration, initial interrupt start time; or,

Interrupt start time, interrupt duration; or,

Interrupt end time, interrupt duration; or,

Interrupt start time, interrupt end time.

The sleep time parameter in the discontinuous transmission state of the cell includes:

The discontinuous transmission period of the cell and the length of the sleep time in the discontinuous transmission period; or

The discontinuous transmission period of the cell, the length of the sleep time in the discontinuous transmission period, the radio frame offset in the non-continuous transmission period, and the subframe offset; or

The period of the sleep time in the discontinuous transmission state of the cell, the length of one sleep time, and the start time of the initial sleep of the cell; or

The start time of the sleep time and the length of the sleep time in the discontinuous transmission state of the cell; or

The sleep time termination time and the sleep time length in the cell discontinuous transmission state; or the sleep start time in the cell discontinuous transmission state and the sleep termination time in the cell discontinuous transmission state.

If the time information of the cell interruption caused by the inter-base station measurement is the time parameter measured between the base stations, after receiving the communication indication information for the serving cell, the communication processing module 502 is further configured to:

Determining, according to the time information of the interruption carried in the communication indication information of the serving cell, a period of time during which the inter-base station measurement I is interrupted by the serving cell;

If the communication indication information for the neighboring cell is received, and the time information of the inter-base station measurement causing the cell interruption is the time parameter measured between the inter-base stations, the communication processing module 502 is further configured to:

And determining, according to the time information of the interruption carried in the communication indication information of the neighboring cell, a time period during which the measurement between the base stations causes the interruption of the neighboring cell.

Specifically, if the time parameter measured between the base stations carried in the communication indication information for the serving cell includes: a measurement period, a measurement execution duration, a measurement used radio frame offset, and a subframe offset, determining inter-base station measurement When the packet is interrupted, the communication processing module 502 is specifically configured to:

After receiving the first measurement effective indication, determining, according to the measurement period, the radio frame offset used by the measurement, and the subframe offset, a start time of a time period in which the inter-base station measurement causes the serving cell to be interrupted, according to the Determining, by a measurement execution duration, the start time and a time period during which the measurement between the base stations causes the interruption of the serving cell;

If the time parameter measured between the base stations carried in the communication indication information for the serving cell includes: an interruption period, an interruption duration, a radio frame offset in which the interruption is located, and a subframe offset, determining that the inter-base station measurement causes the month When the service cell is interrupted, the communication processing module 502 is specifically configured to:

After receiving the first measurement effective indication, determining, according to the interruption period, the radio frame offset and the subframe offset of the interruption, a start time of a period of time during which the inter-base station measurement causes the serving cell to be interrupted, according to the Determining an interruption period and the starting moment to determine a period of time during which an inter-base station measurement causes the serving cell to be interrupted; If the communication indication information for the neighboring cell is received, and the time parameter measured between the base stations carried in the communication indication information includes: a measurement period, a measurement execution duration, a measurement used radio frame offset, and a subframe offset, The communication processing module 502 is specifically configured to: when the time interval between the measurement of the neighboring cell is interrupted, the communication processing module 502 is specifically configured to:

After receiving the second measurement effective indication, determining, according to the measurement period, the radio frame offset used by the measurement, and the subframe offset, a start time of the time period between the inter-base station measurement and the interruption of the neighboring cell, according to Determining, by the one measurement execution duration, the start time and a time period that the inter-base station measurement causes the neighbor cell to be interrupted;

If the communication indication information for the neighboring cell is received, and the time parameter measured between the base stations carried in the communication indication information includes: an interruption period, an interruption duration, a radio frame offset where the interruption is located, and a subframe offset, determining When the inter-base station measurement I starts from the time period in which the neighboring cell is interrupted, the communication processing module 502 is specifically configured to:

After receiving the second measurement effective indication, determining, according to the interruption period, the radio frame offset and the subframe offset of the interruption, a start time of a period of time during which the inter-base station measurement causes the neighboring cell to be interrupted, according to the The one interrupt duration and the start time determine a time period during which the inter-base station measurement causes the neighbor cell to be interrupted.

Based on the same inventive concept as the UE side method, the embodiment of the present invention further provides another UE, and the structure thereof is as shown in FIG. 6, which specifically includes: a memory 230 and a processor 240.

The processor 240 is configured with a computer program or the like for executing the method on the user equipment side to implement the function of the user equipment side described in the embodiment of the present invention; the memory 230 is configured to store the code of the computer program, The processor 240 can be configured to include a baseband processing component, a radio frequency processing component, and the like according to actual needs, and can implement data transceiving functions. A detailed description of the functions of the memory 230 and the processor 240 is given below.

The processor 240 is configured to receive communication indication information for the serving cell, where the communication indication information for the serving cell carries time information of the inter-base station measurement I from the serving cell interruption.

The processor 240 is further configured to stop data transmission on the serving cell during a period in which the inter-base station measurement is interrupted according to the time information carried in the communication indication information for the serving cell, and/or Measurement of the serving cell.

Based on the UE shown in FIG. 6, the processor 240 is further configured to: receive, by using the serving cell, communication indication information for a neighboring cell of the serving cell, where the communication is performed for a neighboring cell of the serving cell. The indication information carries the neighboring cell identity information and the time information of the neighboring cell interruption between the base stations;

The processor 240 is further configured to: determine, according to the neighbor cell identifier information carried in the communication indication information of the neighboring cell, the neighboring cell; and according to the time carried in the communication indication information for the neighboring cell The information stops measuring the neighboring cell during a period in which the measurement between the base stations and the neighboring cell is interrupted.

Based on any of the UE embodiments shown in FIG. 6, the time information of the inter-base station measurement causing the cell interruption is: a time parameter measured between the base stations; or The sleep time parameter in the discontinuous transmission state of the cell, and the sleep time parameter in the discontinuous transmission state of the cell is determined according to the time parameter measured between the base stations.

The time parameters measured between the base stations include:

Measurement period, one measurement execution time; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution time; or,

Measuring the start time and the measurement end time; or,

Interrupt period, one interrupt duration; or,

Interrupt period, duration of one interrupt, radio frame offset and sub-frame offset of the interrupt; or, interrupt period, one interrupt duration, initial interrupt start time; or

Interrupt start time, interrupt duration; or,

Interrupt end time, interrupt duration; or,

Interrupt start time, interrupt end time.

If the time information of the inter-base station measurement causing the cell interruption is the time parameter measured between the base stations, after receiving the communication indication information for the serving cell, the processor 240 is further configured to:

The processor 240 is further configured to: if receiving the communication indication information for the neighboring cell, and the time information of the inter-base station measurement causing the cell interruption is a time parameter measured between the inter-base stations, the processor 240 is further configured to:

Specifically, if the time parameter packet measured between the base stations carried in the communication indication information for the serving cell The processor 240 is specifically configured to: when: a measurement period, a measurement execution duration, a radio frame offset used by the measurement, and a subframe offset, and determining a time period during which the inter-base station measurement causes the serving cell to be interrupted, the processor 240 is specifically configured to:

If the time parameter measured between the base stations carried in the communication indication information for the serving cell includes: an interruption period, an interruption duration, a radio frame offset in which the interruption is located, and a subframe offset, determining that the inter-base station measurement causes the month When the service cell is interrupted, the processor 240 is specifically configured to:

After receiving the first measurement effective indication, determining, according to the interruption period, the radio frame offset and the subframe offset of the interruption, a start time of a period of time during which the inter-base station measurement causes the serving cell to be interrupted, according to the Determining an interruption period and the starting moment to determine a period of time during which an inter-base station measurement causes the serving cell to be interrupted;

If the communication indication information for the neighboring cell is received, and the time parameter measured between the base stations carried in the communication indication information includes: a measurement period, a measurement execution duration, a measurement used radio frame offset, and a subframe offset, The processor 240 is specifically configured to: when determining, between the inter-base station measurement, the time period in which the neighboring cell is interrupted:

If the communication indication information for the neighboring cell is received, and the time parameter measured between the base stations carried in the communication indication information includes: an interruption period, an interruption duration, a radio frame offset where the interruption is located, and a subframe offset, determining The processor 240 is specifically configured to: when the inter-base station detects the time period in which the neighboring cell is interrupted:

Based on the same inventive concept as the base station side method, the embodiment of the present invention further provides a base station device, and its structure is shown in FIG. 7. The specific implementation structure is as follows:

The time information determining module 601 is configured to determine time information of the inter-base station measurement causing the target cell to be interrupted.

Preferably, the communication indication information for the target cell further carries the target cell identity information.

The communication indication information sending module 602 is configured to send, to the user equipment of the target cell, communication indication information for the target cell, where the communication indication information for the target cell carries the time between the inter-base station measurement causing the target cell to be interrupted. And the information is used to indicate that the user equipment stops data transmission on the target cell and/or measurement of the target cell in a period of time when the inter-base station measurement causes the target cell to be interrupted.

Based on the embodiment shown in FIG. 7 , the time information determining module 601 is further configured to: acquire time information between the inter-base stations that causes the neighboring cell to be interrupted by the target cell; The communication indication information sending module 602 is further configured to: send, by using the target cell, the communication indication information for the neighboring cell to the user equipment, where the communication indication information for the neighboring cell carries the neighboring cell identifier information and the inter-base station measurement The intercepting time information of the neighboring cell is used to indicate that the user equipment stops measuring the neighboring cell in a period in which the measurement between the base stations is interrupted by the neighboring cell.

In any of the base station embodiments of FIG. 7, the time information of the inter-base station measurement causing the cell interruption is: a time parameter measured between the base stations; or

The time parameters measured between the base stations include:

Measurement period, one measurement execution time; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution time; or,

Measuring the start time and the measurement end time; or,

Interrupt period, one interrupt duration; or,

Interrupt start time, interrupt duration; or,

Interrupt end time, interrupt duration; or,

Interrupt start time, interrupt end time.

If the time parameter measured between the base stations carried in the communication indication information for the target cell includes: a measurement period, a measurement execution duration, and a measurement used radio frame offset and a subframe offset, the communication indication information is sent. The module is also used to:

Sending a first measurement effective indication to the user equipment, to indicate that the user equipment determines, after receiving the first measurement effective indication, a time period during which the measurement between the base stations causes the target cell to be interrupted;

If the time parameter measured between the base stations carried in the communication indication information for the target cell includes: an interruption period, an interruption duration, a radio frame offset in which the interruption is located, and a subframe offset, the communication indication information sending module further Used for:

If the communication indication information for the neighboring cell is also sent to the user equipment, and the time parameter measured between the base stations carried in the communication indication information includes: a measurement period, a measurement execution duration, and a radio frame offset used by the measurement. And the subframe offset, the communication indication information sending module is further configured to:

Sending a second measurement validation indication to the user equipment, to indicate that the user equipment determines, after receiving the second measurement validity indication, a time period during which the inter-base station measurement causes the neighbor cell to be interrupted;

If the communication indication information for the neighboring cell is also sent to the user equipment, the time parameters measured between the base stations carried in the communication indication information include: an interruption period, an interruption duration, a radio frame offset where the interruption is located, and a subframe. Offset, the communication indication information sending module is further configured to:

Sending a second measurement validation indication to the user equipment, to indicate that the user equipment determines, after receiving the second measurement validity indication, a time period during which the inter-base station measurement causes the neighbor cell to be interrupted.

The sleep time termination time and the length of the sleep time in the discontinuous transmission state of the cell; or

The sleep start time in the cell discontinuous transmission state and the sleep termination time in the cell discontinuous transmission state. If the time information of the target cell interruption caused by the inter-base station measurement is the sleep time parameter in the non-continuous transmission state of the target cell, the time information determining module 601 is specifically configured to:

Determining time parameters measured between base stations;

Determining a sleep time parameter in a discontinuous transmission state of the target cell according to the time parameter measured between the base stations, so that the time period in which the target cell is interrupted is within a sleep time determined according to the sleep time parameter.

Based on the same inventive concept as the base station side method, the embodiment of the present invention further provides another base station device, and the structure thereof is as shown in FIG. 8. The specific implementation structure includes a memory 320 and a processor 330.

The processor 330 is configured with a computer program or the like for performing the method on the base station device side to implement the function of the base station device side in the embodiment of the present invention; the memory 320 is configured to store the code of the computer program, The processor 330 can be configured to include a baseband processing component, a radio frequency processing component, and the like according to actual needs, and can implement data transceiving functions. A detailed description of the functions of the memory 320 and the processor 330 is given below.

The processor 330 is configured to determine time information that the inter-base station measurement causes the target cell to be interrupted.

The processor 330 is further configured to send the communication indication information for the target cell to the user equipment of the target cell, where the communication indication information for the target cell carries a time letter that causes the target cell to be interrupted by the measurement between the base stations. And, instructing, by the user equipment, to stop data transmission on the target cell and/or measurement of the target cell in a period of time when the inter-base station measurement causes the target cell to be interrupted.

Based on the embodiment shown in FIG. 8 , the processor 330 is further configured to: acquire time information of an inter-base station measurement that causes an interruption of a neighboring cell of the target cell;

The processor 330 is further configured to: send, by using the target cell, the communication indication information for the neighboring cell to the user equipment, where the communication indication information for the neighboring cell carries the neighboring cell identity information and the inter-base station measurement causes the The time information of the neighboring cell is interrupted, to indicate that the user equipment stops measuring the neighboring cell within a time period during which the measurement between the base stations causes the neighboring cell to be interrupted.

Preferably, the time information of the inter-base station measurement causing the cell interruption is: a time parameter measured between the base stations; or

The time parameters measured between the base stations include:

Measurement period, one measurement execution time; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution time; or,

Measuring the start time and the measurement end time; or,

Interrupt period, one interrupt duration; or,

Interrupt start time, interrupt duration; or,

Interrupt end time, interrupt duration; or,

Interrupt start time, interrupt end time.

If the time parameter measured between the base stations carried in the communication indication information for the target cell includes: an interruption period, an interruption duration, a radio frame offset in which the interruption is located, and a subframe offset, the communication indication information sending module further Used for: Sending a first measurement effective indication to the user equipment, to indicate that the user equipment determines, after receiving the first measurement effective indication, a time period during which the measurement between the base stations causes the target cell to be interrupted;

And if the communication indication information for the neighboring cell is further sent to the user equipment, and the time parameter measured between the base stations carried in the communication indication information includes: a measurement period, a measurement execution duration, a radio frame offset used by the measurement, and a sub a frame offset, the communication indication information sending module is further configured to:

The sleep start time in the cell discontinuous transmission state and the sleep termination time in the cell discontinuous transmission state. If the time information of the target cell interruption caused by the inter-base station measurement is the sleep time parameter in the discontinuous transmission state of the target cell, the processor 330 is specifically configured to:

Determining time parameters measured between base stations;

Based on the same inventive concept as the base station side method, the embodiment of the present invention further provides a base station device, and the structure thereof is as shown in the figure.

As shown in Figure 9, the specific implementation structure is as follows:

The cell interruption time determining module 701 is configured to determine time information of the target cell interruption caused by the measurement between the base stations, and determine a time period of the target cell interruption according to the time information of the target cell interruption caused by the measurement between the base stations;

The communication indication information sending module 702 is configured to send the communication indication information for the target cell to the user equipment of the target cell, where the information carried in the communication indication information of the target cell causes the target cell according to the inter-base station measurement The time period of the interruption is determined to indicate that the user equipment measures the interruption of the target cell between the base stations Data transmission on the target cell, and/or measurement of the target cell, is stopped within the interval.

Preferably, the communication indication information for the target cell may carry parameter configuration information and/or scheduling information, where the parameter configuration information and/or the time-frequency resource indicated by the scheduling information is measured between the base stations, causing the target cell to be interrupted. On the sub-frame outside the time period.

Preferably, the communication indication information for the target cell may further carry deactivation indication information, which is used to indicate that deactivation is performed before the inter-base station measurement causes the target cell to be interrupted.

Based on the same inventive concept as the base station side method, the embodiment of the present invention further provides a fourth type of base station device, and its structure is as shown in FIG. 10. The specific implementation structure includes a memory 401 and a processor 402.

The processor 402 is configured with a computer program or the like for performing the method on the base station device side to implement the function of the base station device side in the embodiment of the present invention; the memory 401 is configured to store the code of the computer program, The processor 402 can be configured to include a baseband processing component, a radio frequency processing component, and the like according to actual needs, and can implement data transceiving functions. A detailed description of the functions of the memory 401 and the processor 402 is given below.

The processor 402 is configured to determine time information of the target cell interruption caused by the measurement between the base stations, and determine a time period of the target cell interruption according to the time information of the target cell interruption caused by the measurement between the base stations;

The processor 402 is further configured to send the communication indication information for the target cell to the user equipment of the target cell, where the information carried in the communication indication information of the target cell causes the target cell to be interrupted according to the measurement between the base stations. The time period is determined to indicate that the user equipment stops data transmission on the target cell and/or measurement of the target cell within a time period during which the measurement between the base stations causes the target cell to be interrupted.

Those skilled in the art will appreciate that embodiments of the present invention can be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment, or a combination of software and hardware. Moreover, the present invention can be embodied in the form of a computer program product embodied on one or more computer-usable storage interfaces (including but not limited to disk storage, CD-ROM, optical storage, etc.) containing computer usable program code.

The present invention has been described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (system), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flowchart illustrations and/or FIG. A processor that can provide these computer program instructions to a general purpose computer, a special purpose computer, an embedded processor, or other programmable data processing device To generate a machine that causes instructions executed by a processor of a computer or other programmable data processing device to generate functions for implementing a process in a flow or a flow and/or a block diagram in a block or blocks. s installation.

The computer program instructions can also be stored in a computer readable memory that can direct a computer or other programmable data processing device to operate in a particular manner, such that the instructions stored in the computer readable memory produce an article of manufacture comprising the instruction device. The apparatus implements the functions specified in one or more blocks of a flow or a flow and/or block diagram of the flowchart.

These computer program instructions can also be loaded onto a computer or other programmable data processing device such that a series of operational steps are performed on a computer or other programmable device to produce computer-implemented processing for execution on a computer or other programmable device. The instructions provide steps for implementing the functions specified in one or more of the flow or in a block or blocks of a flow diagram.

Although the preferred embodiment of the invention has been described, it will be apparent to those of ordinary skill in the art that <RTIgt; Therefore, the appended claims are intended to be construed as including the preferred embodiments and the modifications

It is apparent that those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. Thus, it is intended that the present invention cover the modifications and modifications of the invention

Claims

Rights request

1. A communication processing method during measurement between base stations, characterized by including:

Receive communication indication information for the serving cell, where the communication indication information for the serving cell carries time information on the interruption of the serving cell caused by inter-base station measurement;

According to the time information, the data transmission on the serving cell and/or the measurement of the serving cell are stopped within the time period when the inter-base station measurement causes the serving cell to be interrupted.

2. The method according to claim 1, wherein the communication instruction information for the serving cell also carries serving cell identification information.

3. The method of claim 1, characterized in that, the method further includes:

Receive communication indication information for a neighboring cell of the serving cell through the serving cell, where the communication indication information for the neighboring cell carries neighboring cell identification information and inter-base station measurement time information that causes the neighboring cell to interrupt;

Determine the neighboring cell according to the neighboring cell identification information carried in the communication instruction information for the neighboring cell; and measure the induced time between base stations according to the time information carried in the communication instruction information for the neighboring cell. The measurement of the neighboring cell is stopped during the time period during which the neighboring cell is interrupted.

4. The method according to any one of claims 1 to 3, characterized in that the time information of cell interruption caused by inter-base station measurement is:

Time parameters measured between base stations; or,

The sleep time parameter in the non-continuous transmission state of the cell, where the sleep time parameter is determined based on the time parameters measured between base stations.

5. The method of claim 4, wherein the time parameters measured between base stations include: measurement period, measurement execution time; or,

The measurement period, the execution time of one measurement, the radio frame offset and subframe offset where the measurement is located; or, the measurement period, the execution time of one measurement, and the starting time of the first measurement; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution duration; or,

Measurement start time, measurement end time; or,

Interruption period, duration of an interruption; or,

The interruption period, the duration of one interruption, the radio frame offset and the subframe offset where the interruption occurs; or, the interruption period, the duration of one interruption, and the starting time of the first interruption; or,

Interruption starting time, interruption duration; or,

The end time of the interruption and the duration of the interruption; or,

Interruption start time, interruption end time.

6. The method of claim 4, wherein the sleep time parameters in the cell's discontinuous transmission state include:

The cell's non-continuous transmission period and the length of sleep time within the non-continuous transmission period; or,

The cell's non-continuous transmission period, the length of sleep time in the non-continuous transmission period, the radio frame offset and subframe offset where the sleep time in the non-continuous transmission period is located; or,

The period of sleep time in the non-continuous transmission state of the cell, the length of one sleep time, and the starting time of the cell’s first sleep; or,

The starting time of the sleep time and the length of the sleep time in the non-continuous transmission state of the cell; or,

The end time of the sleep time and the length of the sleep time in the non-continuous transmission state of the cell; or,

The sleep start time in the cell's discontinuous transmission state, and the sleep end time in the cell's discontinuous transmission state.

7. The method of claim 5, wherein if the inter-base station measurement time information carried in the communication instruction information for the serving cell causing the interruption of the serving cell is a time parameter measured between base stations, receiving the time information for the inter-base station measurement After obtaining the communication indication information of the serving cell, the method further includes:

According to the time parameter of inter-base station measurement carried in the communication instruction information for the serving cell, determine the time period during which the inter-base station measurement causes the interruption of the serving cell;

If communication indication information for neighboring cells is received, and the time information carried in the communication indication information that caused the neighboring cell to be interrupted due to inter-base station measurement is a time parameter measured between base stations, the method further includes:

According to the time parameter of the inter-base station measurement carried in the communication instruction information for the neighboring cell, the time period during which the inter-base station measurement causes the interruption of the neighboring cell is determined.

8. The method according to claim 7, characterized in that if the time parameters of inter-base station measurement carried in the communication instruction information for the serving cell include: measurement period, measurement execution time, and radio frame offset used for measurement. Shift amount and subframe offset amount, determining the time period during which the inter-base station measurement initiates the interruption of the serving cell includes:

After receiving the first measurement validation indication, determine the starting moment of the time period in which the inter-base station measurement causes the interruption of the serving cell according to the measurement period, the radio frame offset and the subframe offset used in the measurement, according to the The execution duration of a measurement and the starting time determine the time period during which inter-base station measurement causes interruption of the serving cell;

If the time parameters of the inter-base station measurement carried in the communication instruction information for the serving cell include: interruption period, one interruption duration, the radio frame offset and subframe offset where the interruption is located, it is determined that the inter-base station measurement causes the monthly The period of service cell interruption includes:

After receiving the first measurement validation indication, determine the starting moment of the time period during which inter-base station measurement causes the interruption of the serving cell based on the interruption period, the radio frame offset and the subframe offset where the interruption is located, and according to the The duration of an interruption and the starting time determine the time period during which inter-base station measurement causes the interruption of the serving cell;

If communication indication information for neighboring cells is received, and the time parameters measured between base stations carried in the communication indication information include: measurement period, measurement execution duration, radio frame offset and subframe offset used for measurement, Determining the time period during which inter-base station measurement causes interruption of the neighboring cell includes:

After receiving the second measurement validation indication, determine the start time of the time period during which inter-base station measurement causes interruption of the neighboring cell according to the measurement period, the radio frame offset and the subframe offset used in the measurement, according to The execution duration of one measurement and the starting time determine the time period during which inter-base station measurement causes interruption of the neighboring cell;

If communication indication information for neighboring cells is received, and the time parameters measured between base stations carried in the communication indication information include: interruption period, one interruption duration, the radio frame offset and subframe offset where the interruption is located, determine The time period during which the inter-base station measurement causes the neighbor cell to be interrupted includes:

After receiving the second measurement validation indication, determine the start time of the time period during which the inter-base station measurement causes the interruption of the neighboring cell according to the interruption period, the radio frame offset and the subframe offset where the interruption is located, according to the The duration of an interruption and the starting time determine the time period during which inter-base station measurement causes interruption of the neighboring cell.

9. A communication processing method during measurement between base stations, characterized by including:

Determine the time information at which the target cell is interrupted due to inter-base station measurement;

Send communication instruction information for the target cell to the user equipment of the target cell, where the communication instruction information for the target cell carries time information at which the inter-base station measurement causes the interruption of the target cell to indicate to the user The device stops data transmission on the target cell and/or measurements on the target cell during the time period in which the target cell is interrupted due to inter-base station measurement.

10. The method of claim 9, wherein the communication instruction information for the target cell also carries target cell identification information.

11. The method of claim 9, characterized in that, the method further includes:

Obtaining time information when inter-base station measurements cause interruptions in neighboring cells of the target cell;

The communication instruction information for the neighboring cell is sent to the user equipment through the target cell, and the communication instruction information for the neighboring cell carries the neighboring cell identification information and the time information of the inter-base station measurement that caused the interruption of the neighboring cell, to instruct the user equipment to stop measuring the neighboring cell within the time period when the inter-base station measurement causes the neighboring cell to be interrupted.

12. The method according to any one of claims 9 to 11, characterized in that the time information of cell interruption caused by inter-base station measurement is:

Time parameters measured between base stations; or,

The sleep time parameter in the discontinuous transmission state of the cell is determined based on the time parameters measured between base stations.

13. The method of claim 12, wherein the time parameters measured between base stations include: measurement period, measurement execution time length; or,

The measurement period, the execution time of one measurement, the radio frame offset and subframe offset where the measurement is located; or, the measurement period, the execution time of one measurement, and the starting time of the first measurement; or, Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution duration; or,

Measurement start time, measurement end time; or,

Interruption period, duration of an interruption; or,

Interruption starting time, interruption duration; or,

The end time of the interruption and the duration of the interruption; or,

Interruption start time, interruption end time.

14. The method of claim 13, wherein if the time information carried in the communication instruction information for the target cell that causes cell interruption due to inter-base station measurement is a time parameter measured between base stations, and the inter-base station measurement The measured time parameters include: measurement period, measurement execution duration, and radio frame offset and subframe offset used for measurement. The method also includes:

Send a first measurement validity indication to the user equipment to instruct the user equipment to determine the time period during which inter-base station measurement causes interruption of the target cell after receiving the first measurement validity indication;

If the time information of cell interruption caused by inter-base station measurement carried in the communication instruction information for the target cell is a time parameter of inter-base station measurement, and the time parameter of inter-base station measurement includes: interruption period, one interruption duration, interruption location The radio frame offset and subframe offset, the method also includes:

If communication indication information for neighboring cells is also sent to the user equipment, the time information carried in the communication indication information that causes cell interruption caused by inter-base station measurement is a time parameter measured between base stations, and the time parameter measured between base stations Including: measurement period, one measurement execution duration, radio frame offset and subframe offset used for measurement. The method also includes:

Send a second measurement validity indication to the user equipment to instruct the user equipment to determine the time period during which inter-base station measurement causes interruption of the neighboring cell after receiving the second measurement validity indication;

If communication indication information for neighboring cells is also sent to the user equipment, the time information carried in the communication indication information that causes cell interruption caused by inter-base station measurement is a time parameter measured between base stations, and the time parameter measured between base stations Including: interruption period, interruption duration, radio frame offset and subframe offset where the interruption is located. The method also includes:

Send a second measurement validity indication to the user equipment to instruct the user equipment to determine the time period during which inter-base station measurement causes interruption of the neighboring cell after receiving the second measurement validity indication.

15. The method according to claim 12, characterized in that: the dormancy time in the non-continuous transmission state of the cell Interval parameters include:

16. The method according to claim 15, characterized in that, if the time information of the target cell interruption caused by the inter-base station measurement is the sleep time parameter of the target cell in the non-continuous transmission state, determine the time information of the target cell interruption caused by the inter-base station measurement. , include:

Determine the time parameters measured between base stations;

Determine the sleep time parameter of the target cell in the discontinuous transmission state according to the time parameters measured between the base stations, so that the target cell interruption time period is within the sleep time determined according to the sleep time parameter.

17. A communication processing method during measurement between base stations, characterized by including:

Determine the time period for the target cell interruption according to the time information of the target cell interruption caused by the inter-base station measurement; Send communication instruction information for the target cell to the user equipment of the target cell, the communication instruction for the target cell The information carried in the information is determined based on the time period in which the target cell is interrupted due to inter-base station measurement, so as to instruct the user equipment to stop data transmission on the target cell within the time period in which the target cell is interrupted due to inter-base station measurement, and /or measurements of the target cell.

18. The method of claim 17, wherein the communication instruction information for the target cell carries parameter configuration information and/or scheduling information, and the parameter configuration information and/or scheduling information indicates time-frequency resources. On subframes outside the time period during which the inter-base station measurement causes outage of the target cell.

19. The method of claim 17, wherein the communication indication information for the target cell carries deactivation indication information, used to indicate deactivation before inter-base station measurement causes interruption of the target cell.

20. A user equipment, characterized by: including:

A communication instruction information receiving module, configured to receive communication instruction information for the serving cell, where the communication instruction information for the serving cell carries time information of the interruption of the serving cell caused by inter-base station measurement;

The communication processing module is configured to, according to the time information, stop data transmission on the serving cell and/or measure the serving cell during the time period in which the serving cell is interrupted due to inter-base station measurement.

21. The user equipment according to claim 20, characterized in that: the communication instruction information for the serving cell The message also carries serving cell identification information.

22. The user equipment according to claim 20, characterized in that:

The communication instruction information receiving module is also configured to receive, through the serving cell, communication instruction information for neighboring cells of the serving cell, where the communication instruction information for the neighboring cells carries neighboring cell identification information and inter-base station measurement causes Time information of neighboring cell outage;

The communication processing module is further configured to determine the neighboring cell based on the neighboring cell identification information carried in the communication instruction information for the neighboring cell; and determine the neighboring cell based on the identification information carried in the communication instruction information for the neighboring cell. The time information stops the measurement of the neighboring cell within the time period when the inter-base station measurement causes the neighboring cell to be interrupted.

23. The user equipment according to any one of claims 20 to 22, characterized in that the time information of cell interruption caused by inter-base station measurement is:

Time parameters measured between base stations; or,

24. The user equipment according to claim 23, wherein the time parameters measured between base stations include: a measurement period, a measurement execution time; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution duration; or,

Measurement start time, measurement end time; or,

Interruption period, duration of an interruption; or,

Interruption starting time, interruption duration; or,

The end time of the interruption and the duration of the interruption; or,

Interruption start time, interruption end time.

25. The user equipment according to claim 23, wherein the sleep time parameters in the cell's discontinuous transmission state include:

The cycle of sleep time in the cell's non-continuous transmission state, the length of one sleep time, and the starting time of the cell's first sleep; or, The starting time of the sleep time and the length of the sleep time in the cell's discontinuous transmission state; or, the end time and the length of the sleep time in the cell's discontinuous transmission state; or,

26. The user equipment according to claim 24, wherein if the inter-base station measurement carried in the communication instruction information for the serving cell causes the time information of the serving cell interruption to be a time parameter measured between base stations , after receiving the communication instruction information for the serving cell, the communication processing module is also used to:

If communication indication information for the neighboring cell is received, and the time information carried in the communication indication information that caused the interruption of the neighboring cell due to inter-base station measurement is a time parameter measured between base stations, the communication processing module is also configured to : Determine the time period during which the inter-base station measurement causes the interruption of the neighboring cell according to the time parameter of the inter-base station measurement carried in the communication instruction information for the neighboring cell.

27. The user equipment according to claim 26, wherein the time parameters for inter-base station measurement carried in the communication instruction information for the serving cell include: measurement period, measurement execution duration, and radio frame used for measurement. Offset and subframe offset, when determining the time period during which the inter-base station measurement causes the interruption of the serving cell, the communication processing module is specifically used to:

If the time parameters of the inter-base station measurement carried in the communication instruction information for the serving cell include: interruption period, one interruption duration, the radio frame offset and subframe offset where the interruption is located, it is determined that the inter-base station measurement causes the monthly When the service cell is interrupted during the time period, the communication processing module is specifically used to:

If communication indication information for neighboring cells is received, and the time parameters measured between base stations carried in the communication indication information include: measurement period, measurement execution duration, radio frame offset and subframe offset used for measurement, When determining the time period during which inter-base station measurement causes interruption of the neighboring cell, the communication processing module is specifically used to:

If communication indication information for neighboring cells is received, and the time parameters measured between base stations carried in the communication indication information include: interruption period, one interruption duration, the radio frame offset and subframe offset where the interruption is located, determine When the inter-base station measurement triggers the time period during which the neighboring cell is interrupted, the communication processing module is specifically configured to: after receiving the second measurement validity indication, according to the interruption period and the radio frame offset where the interruption is located and the subframe offset determine the start time of the time period during which inter-base station measurement causes interruption of the neighboring cell, and determines the time period during which inter-base station measurement causes interruption of the neighboring cell based on the duration of one interruption and the start time.

28. A base station equipment, characterized by including:

A time information determination module, used to determine the time information of target cell interruption caused by inter-base station measurement;

A communication instruction information sending module, configured to send communication instruction information for the target cell to the user equipment of the target cell, where the communication instruction information for the target cell carries time information on interruption of the target cell caused by inter-base station measurements. , to instruct the user equipment to stop data transmission on the target cell and/or measurement of the target cell within the time period when the target cell is interrupted due to inter-base station measurement.

29. The base station equipment according to claim 28, characterized in that the communication instruction information for the target cell also carries target cell identification information.

30. The base station equipment according to claim 28, characterized in that:

The base time information determination module is also configured to obtain time information that causes the interruption of neighboring cells of the target cell due to inter-base station measurement;

The communication instruction information sending module is further configured to send communication instruction information for neighboring cells to the user equipment through the target cell, where the communication instruction information for neighboring cells carries neighboring cell identification information and inter-base station measurement causes The time information of the neighboring cell interruption is used to instruct the user equipment to stop measuring the neighboring cell within the time period when the inter-base station measurement causes the neighboring cell to be interrupted.

31. The base station equipment according to any one of claims 28 to 30, characterized in that the time information of cell interruption caused by inter-base station measurement is:

Time parameters measured between base stations; or,

32. The base station equipment according to claim 31, characterized in that the time parameters measured between base stations include: measurement cycle, measurement execution time length; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution duration; or,

Measurement start time, measurement end time; or,

Interruption period, duration of an interruption; or,

Interruption period, duration of an interruption, radio frame offset and subframe offset where the interruption occurs; or, Interrupt period, duration of an interruption, starting time of the first interruption; or,

Interruption starting time, interruption duration; or,

The end time of the interruption and the duration of the interruption; or,

Interruption start time, interruption end time.

33. The base station equipment according to claim 32, characterized in that, if the inter-base station measurement carried in the communication instruction information for the target cell causes the time information of the target cell interruption to be a time parameter measured between base stations , and the time parameters measured between base stations include: measurement period, measurement execution duration, and wireless frame offset and subframe offset used for measurement. The communication indication information sending module is also used to:

If the time information carried in the communication instruction information for the target cell that causes the target cell to be interrupted due to inter-base station measurement is a time parameter of inter-base station measurement, and the time parameter of inter-base station measurement includes: interruption period, one interruption duration , the radio frame offset and the subframe offset where the interruption is located, the communication indication information sending module is also configured to: send a first measurement validation indication to the user equipment to indicate that the user equipment receives the After a measurement validation indication, determine the time period during which the inter-base station measurement causes the interruption of the target cell;

If communication instruction information for neighboring cells is also sent to the user equipment, the inter-base station measurement carried in the communication instruction information causes the time information of the neighboring cell interruption to be the time parameter of the inter-base station measurement, and the inter-base station measurement The time parameters include: measurement period, measurement execution duration, wireless frame offset and subframe offset used for measurement, and the communication indication information sending module is also used to:

If communication instruction information for neighboring cells is also sent to the user equipment, the inter-base station measurement carried in the communication instruction information causes the time information of the neighboring cell interruption to be the time parameter of the inter-base station measurement, and the inter-base station measurement The time parameters include: interruption period, interruption duration, radio frame offset and subframe offset where the interruption is located. The communication indication information sending module is also used to:

34. The base station equipment according to claim 31, characterized in that the sleep time parameters in the discontinuous transmission state of the cell include:

The period of sleep time in the cell’s non-continuous transmission state, the length of one sleep time, and the start of the cell’s first sleep starting time; or,

35. The base station equipment according to claim 34, characterized in that, if the time information that causes the target cell to be interrupted due to inter-base station measurement is the sleep time parameter of the target cell in the non-continuous transmission state, the time information determination module is specifically used to:

Determine the time parameters measured between base stations;

Determine the sleep time parameter of the target cell in the discontinuous transmission state according to the time parameters measured between the base stations, so that the time period during which the target cell is interrupted is within the sleep time determined according to the sleep time parameter.

36. A base station equipment, characterized by including:

The cell interruption time determination module is used to determine the time information of the target cell interruption caused by the inter-base station measurement; determine the time period of the target cell interruption based on the time information of the target cell interruption caused by the inter-base station measurement;

A communication indication information sending module, configured to send communication indication information for the target cell to the user equipment of the target cell, where the information carried in the communication indication information for the target cell causes the target cell to be interrupted based on inter-base station measurements. The time period is determined to instruct the user equipment to stop data transmission on the target cell and/or measurement of the target cell within the time period in which the target cell is interrupted due to inter-base station measurement.

37. The base station equipment according to claim 36, wherein the communication instruction information for the target cell carries parameter configuration information and/or scheduling information, and the time frequency indicated by the parameter configuration information and/or scheduling information The resource is on a subframe outside the time period during which the inter-base station measurement causes outage of the target cell.

38. The base station equipment according to claim 36, wherein the communication instruction information for the target cell carries deactivation instruction information, used to indicate deactivation before inter-base station measurement causes interruption of the target cell.

39. A base station equipment, characterized in that it includes: a memory and a processor, wherein the processor is configured to execute a computer program with the following functions:

Send communication instruction information for the target cell to the user equipment of the target cell, where the communication instruction information for the target cell carries time information at which the inter-base station measurement causes the interruption of the target cell to indicate to the user The device stops data transmission on the target cell and/or measurements on the target cell during the time period when the inter-base station measurement causes the target cell to be interrupted;

The memory is used to: store code for the computer program.

40. The base station equipment according to claim 39, characterized in that the communication instruction information for the target cell also carries target cell identification information.

41. The base station equipment according to claim 39, characterized in that the processor is also used to: Obtaining time information when inter-base station measurements cause interruptions in neighboring cells of the target cell;

42. The base station equipment according to any one of claims 39 to 41, characterized in that the time information of cell interruption caused by inter-base station measurement is:

Time parameters measured between base stations; or,

43. The base station equipment according to claim 42, characterized in that the time parameters measured between base stations include: measurement cycle, measurement execution time length; or,

Measurement start time, measurement execution duration; or,

Measurement end time, measurement execution duration; or,

Measurement start time, measurement end time; or,

Interruption period, duration of an interruption; or,

Interruption starting time, interruption duration; or,

The end time of the interruption and the duration of the interruption; or,

Interruption start time, interruption end time.

44. The base station equipment according to claim 43, characterized in that, if the inter-base station measurement carried in the communication instruction information for the target cell causes the time information of the target cell interruption to be a time parameter measured between base stations , and the time parameters measured between base stations include: measurement period, measurement execution duration, and radio frame offset and subframe offset used for measurement, the processor is also used to:

If the time information carried in the communication instruction information for the target cell that causes the target cell to be interrupted due to inter-base station measurement is a time parameter of inter-base station measurement, and the time parameter of inter-base station measurement includes: interruption period, one interruption duration , the radio frame offset and the subframe offset where the interruption is located, the communication indication information sending module is also configured to: send a first measurement validation indication to the user equipment to indicate that the user equipment receives the a measurement After the effective indication, determine the time period during which inter-base station measurement causes interruption of the target cell;

If communication instruction information for neighboring cells is also sent to the user equipment, the inter-base station measurement carried in the communication instruction information causes the time information of the neighboring cell interruption to be the time parameter of the inter-base station measurement, and the inter-base station measurement The time parameters include: interruption period, interruption duration, radio frame offset and subframe offset where the interruption is located, and the processor is also used to:

45. The base station equipment according to claim 42, characterized in that the sleep time parameters in the cell's discontinuous transmission state include:

46. The base station equipment according to claim 45, characterized in that, if the time information caused by the target cell interruption caused by the inter-base station measurement is the sleep time parameter of the target cell in the non-continuous transmission state, the processor is specifically configured to: determine the base station The time parameter measured between

47. A base station equipment, characterized in that it includes: a memory and a processor, wherein the processor is configured to execute a computer program with the following functions:

Determine the time information of the target cell interruption caused by the inter-base station measurement; Determine the time period of the target cell interruption based on the time information of the target cell interruption caused by the inter-base station measurement;

Send communication instruction information for the target cell to the user equipment of the target cell, for the target cell The information carried in the communication indication information of the zone is determined based on the time period in which the target cell is interrupted due to inter-base station measurement, so as to instruct the user equipment to stop in the target cell during the time period in which the target cell is interrupted due to inter-base station measurement. data transmission on the mobile phone, and/or measurement of the target cell;

The memory is used to: store code for the computer program.

48. The base station equipment according to claim 47, wherein the communication instruction information for the target cell carries parameter configuration information and/or scheduling information, and the parameter configuration information and/or the time frequency indicated by the scheduling information The resource is on a subframe outside the time period during which the inter-base station measurement causes outage of the target cell.

49. The base station equipment according to claim 47, wherein the communication instruction information for the target cell carries deactivation instruction information, used to indicate deactivation before inter-base station measurement causes interruption of the target cell.

50. A user equipment, characterized in that it includes: a memory and a processor, wherein the processor is configured to execute a computer program with the following functions:

According to the time information, stop the data transmission on the serving cell and/or the measurement of the serving cell during the time period when the inter-base station measurement causes the serving cell to be interrupted;

The memory is used to: store code for the computer program.

51. The user equipment according to claim 50, wherein the communication instruction information for the serving cell also carries serving cell identification information.

52. The user equipment according to claim 50, characterized in that the processor is also used to:

53. The user equipment according to any one of claims 50 to 52, characterized in that the time information of cell interruption caused by inter-base station measurement is:

Time parameters measured between base stations; or,

54. The user equipment according to claim 53, wherein the time parameters measured between base stations include: a measurement period, a measurement execution duration; or,

Measurement end time, measurement execution duration; or,

Measurement start time, measurement end time; or,

Interruption period, duration of an interruption; or,

Interruption starting time, interruption duration; or,

The end time of the interruption and the duration of the interruption; or,

Interruption start time, interruption end time.

55. The user equipment according to claim 53, wherein the sleep time parameters in the cell's discontinuous transmission state include:

56. The user equipment according to claim 54, wherein if the inter-base station measurement carried in the communication instruction information for the serving cell causes the time information of the serving cell interruption to be a time parameter measured between base stations , after receiving the communication instruction information for the serving cell, the processor is also used to:

If the communication instruction information for the neighboring cell is received, and the inter-base station measurement carried in the communication instruction information causes the time information of the neighboring cell interruption to be the time parameter of the inter-base station measurement, the communication processing module further Used for: determining the time period during which the inter-base station measurement causes interruption of the neighboring cell according to the time parameter of the inter-base station measurement carried in the communication instruction information for the neighboring cell.

57. The user equipment according to claim 56, characterized in that, if the time parameters of inter-base station measurement carried in the communication instruction information for the serving cell include: measurement period, measurement execution duration, and radio frame used for measurement Offset and subframe offset, when determining the time period during which the inter-base station measurement causes the interruption of the serving cell, the processor is specifically configured to:

After receiving the first measurement validation indication, according to the measurement period, the radio frame offset and sub-seconds used in the measurement The frame offset determines the starting moment of the time period during which the inter-base station measurement causes the interruption of the serving cell, and determines the time period during which the inter-base station measurement causes the interruption of the serving cell based on the execution duration of one measurement and the starting time;

After receiving the second measurement validation indication, determine the start moment of the time period during which inter-base station measurement causes interruption of the neighboring cell according to the measurement period, the radio frame offset and the subframe offset used in the measurement, according to The execution duration of one measurement and the starting time determine the time period during which inter-base station measurement causes interruption of the neighboring cell;

If communication indication information for neighboring cells is received, and the time parameters measured between base stations carried in the communication indication information include: interruption period, one interruption duration, the radio frame offset and subframe offset where the interruption is located, determine When inter-base station measurement triggers the time period in which the neighboring cell is interrupted, the communication processing module is specifically used to: