CN104053165A - Communication processing method in measurement between base stations and device - Google Patents

Communication processing method in measurement between base stations and device Download PDF

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Publication number
CN104053165A
CN104053165A CN201310081981.2A CN201310081981A CN104053165A CN 104053165 A CN104053165 A CN 104053165A CN 201310081981 A CN201310081981 A CN 201310081981A CN 104053165 A CN104053165 A CN 104053165A
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China
Prior art keywords
base station
time
measure
measuring
interrupt
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CN201310081981.2A
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Chinese (zh)
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CN104053165B (en
Inventor
赵亚利
许芳丽
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China Academy of Telecommunications Technology CATT
Datang Mobile Communications Equipment Co Ltd
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China Academy of Telecommunications Technology CATT
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Priority to CN201310081981.2A priority Critical patent/CN104053165B/en
Priority to PCT/CN2014/073333 priority patent/WO2014139439A1/en
Publication of CN104053165A publication Critical patent/CN104053165A/en
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Publication of CN104053165B publication Critical patent/CN104053165B/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W36/00—Hand-off or reselection arrangements
    • H04W36/0005—Control or signalling for completing the hand-off
    • H04W36/0083—Determination of parameters used for hand-off, e.g. generation or modification of neighbour cell lists
    • H04W36/0085—Hand-off measurements
    • H04W36/0088—Scheduling hand-off measurements

Abstract

The invention discloses a communication processing method in measurement between base stations and a device. A terminal side method comprises the following steps: (1) the communication indication information for a service cell is received, and the communication indication information carries the time information of service cell interruption caused by the measurement between base stations, and (2) according to the time information carried in the communication indication information for the service cell, the data reception and sending of the service cell and/or the measurement of the service cell are stopped in the period of the service cell interruption caused by the measurement between base stations. A user device can obtain the time information of the service cell interruption caused by the measurement between base stations, thus the data transmission/cell measurement can be stopped in the period of service cell interruption, and the disturbance to system by the data transmission/cell measurement carried out by the user device in the period of service cell interruption is avoided.

Description

Communication processing method and equipment while measurement between a kind of base station
Technical field
The present invention relates to communication technical field, relate in particular to communication processing method and equipment while measurement between a kind of base station.
Background technology
Traditional macro base station (Macro eNB) individual layer overlay network can not meet people to data service rate and the ever-increasing demand of capacity.Therefore, third generation partner program (The3rd Generation Partnership Project, the mode of 3GPP) having introduced layering networking solves this problem: by hot spot region, the little overlay environment such as family's indoor environment, working environment lays lower powered base station, obtain the effect of cell splitting, make operator to provide more high data rate, business more cheaply for user.These low power base station Xia community (cell) can be called Microcell (small cell).The network of the common composition of macrocell (Macro cell) and small cell can be called heterogeneous network.
In order more effectively to utilize resource, can introduce the configuration of dynamic time division duplex (Time Division Duplexing, TDD) up/down row for small cell.For fear of the interference between small cell, introduce the concept of cell cluster (cell cluster), in same cell cluster, all communities are used identical TDD up/down row configuration, and different cell cluster can use different TDD up/down row configurations.
In order to determine which small cell can form cell cluster, need to introduce measurement mechanism between base station.Such as the path loss between base station measurement and adjacent base station, then determine that according to path loss situation which small cell can form cell cluster.
In the time measuring between the execution base station, base station of small cell ownership, can affect the subscriber equipment (User Equipment, UE) under small cell, but at present also not carrying out while not measuring between base station, the communication process scheme of UE.
Summary of the invention
The object of this invention is to provide communication processing method and equipment while measurement between a kind of base station, to solve carrying out while measuring between base station, the communication process problem of UE.
The object of the invention is to be achieved through the following technical solutions:
A communication processing method while measurement between base station, comprising:
Receive the communication indication information for Serving cell, in the described communication indication information for Serving cell, carry measurement between base station and cause the temporal information that interrupt Serving cell;
Between base station, measure in the time period that causes Serving cell interruption and stop at data receiver, transmission and/or the measurement to described Serving cell on described Serving cell according to the temporal information of carrying in the described communication indication information for Serving cell.
A communication processing method while measurement between base station, comprising:
Determine that between base station, measurement causes the temporal information that interrupt Target cell;
Subscriber equipment to described Target cell sends the communication indication information for described Target cell, in the described communication indication information for Target cell, carry between base station and to measure the temporal information that causes that described Target cell is interrupted, cause to indicate described subscriber equipment to measure between base station in time period of Target cell interruption and stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell.
A communication processing method while measurement between base station, comprising:
Determine that between base station, measurement causes the temporal information that interrupt Target cell;
The temporal information that causes Target cell interruption according to measurement between described base station is determined the time period that interrupt described Target cell;
Subscriber equipment to described Target cell sends the communication indication information for described Target cell, the information of carrying in the communication indication information for described Target cell causes that according to measuring between base station the time period of described Target cell interrupting determines, causes in time period of Target cell interruption stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell to indicate described subscriber equipment to measure between base station.
A kind of subscriber equipment, comprising:
Communication indication information receiver module, for receiving the communication indication information for Serving cell, carries measurement between base station and causes the temporal information that interrupt Serving cell in the described communication indication information for Serving cell;
Communications Processor Module, stops at data receiver, transmission and/or the measurement to described Serving cell on described Serving cell for measuring between base station according to described temporal information of carrying for the communication indication information of Serving cell in the time period that causes Serving cell interruption.
A kind of base station equipment, comprising:
Temporal information determination module, for determining that between base station, measurement causes the temporal information that interrupt Target cell;
Communication indication information sending module, send the communication indication information for described Target cell for the subscriber equipment to described Target cell, in the described communication indication information for Target cell, carry between base station and to measure the temporal information that causes that described Target cell is interrupted, cause to indicate described subscriber equipment to measure between base station in time period of Target cell interruption and stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell.
A kind of base station equipment, comprising:
Cell outage time determination module, for determining that between base station, measurement causes the temporal information that interrupt Target cell; The temporal information that causes Target cell interruption according to measurement between described base station is determined the time period that interrupt described Target cell;
Communication indication information sending module, send the communication indication information for described Target cell for the subscriber equipment to described Target cell, the information of carrying in the communication indication information for described Target cell causes that according to measuring between base station the time period of described Target cell interrupting determines, causes in time period of Target cell interruption stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell to indicate described subscriber equipment to measure between base station.
The technical scheme that the embodiment of the present invention provides, in the time that measurement between base station can cause cell outage, the subscriber equipment of Hui Xiang Target cell, base station (be can occur while measuring between base station interrupt community) sends communication indication information.Subscriber equipment receives after the communication indication information for its Serving cell, in the time period that can interrupt in Serving cell according to the temporal information of the cell outage of wherein carrying, stops at data receiver, transmission and/or the measurement to Serving cell on Serving cell.Visible, subscriber equipment can know that between base station, measurement causes the temporal information that interrupt its Serving cell, thereby can stop transfer of data/cell measurement at Serving cell intercourse, avoid subscriber equipment to carry out transfer of data/cell measurement at Serving cell intercourse system is caused to interference.
Brief description of the drawings
The UE side method flow diagram that Fig. 1 provides for the embodiment of the present invention;
The first base station side method flow diagram that Fig. 2 provides for the embodiment of the present invention;
The second base station side method flow diagram that Fig. 3 provides for the embodiment of the present invention;
The base station equipment that Fig. 4 provides for the embodiment of the present invention and UE coordinate the method flow diagram of implementing;
The UE structural representation that Fig. 5 provides for the embodiment of the present invention;
The first base station equipment structure schematic diagram that Fig. 6 provides for the embodiment of the present invention;
The second base station equipment structure schematic diagram that Fig. 7 provides for the embodiment of the present invention.
Embodiment
Communication process scheme when the embodiment of the present invention provides and measures between a kind of base station: base station equipment is determined and measured the temporal information that causes that Target cell is interrupted between base station, and sends the communication indication information for this Target cell to the UE of this Target cell.In communication indication information for this Target cell, carry measurement between base station and cause the temporal information that interrupt this Target cell.For the UE of this Target cell, Shi Qi Serving cell, this Target cell.UE receives the communication indication information for Serving cell, and between base station, measures in the time period that causes Serving cell interruption and stop at data receiver, transmission and/or the measurement to Serving cell on Serving cell according to the temporal information of carrying in this communication indication information for Serving cell.UE can know that between base station, measurement causes the temporal information that interrupt its Serving cell, thereby can stop transfer of data/cell measurement at Serving cell intercourse, avoid UE to carry out transfer of data/cell measurement at Serving cell intercourse system is caused to interference.
The technical scheme embodiment of the present invention being provided below in conjunction with accompanying drawing is elaborated.
In UE side, the communication processing method while measurement between the base station that the embodiment of the present invention provides as shown in Figure 1, specifically comprises following operation:
Step 100, receive for the communication indication information of Serving cell.
Wherein, UE can but the broadcast or the dedicated signaling (as Radio Resource control (RRC) signaling, media access control (MAC) signaling, physical layer control channel (PDCCH) signaling) that are not limited only to by Serving cell receive the communication indication information for Serving cell.In communication indication information for Serving cell, carry measurement between base station and cause the temporal information that interrupt Serving cell.
Optionally, in the communication indication information for Serving cell, also carry Serving cell identification information.
Serving cell identification information can but to be not limited only to be cell number, ECGI or frequency+PCI.
Step 110, between base station, measures in the time period that causes Serving cell interruption and stop at data receiver, transmission and/or the measurement to Serving cell on Serving cell according to the temporal information of carrying in communication indication information that should be for Serving cell.
Wherein, in the time period of interrupting in Serving cell, only stop at and on Serving cell, receive data, only stop at and on Serving cell, send data, only stop the measurement to Serving cell, still stop transfer of data, stop the combination of cell measurement, UE basis agreement in advance, or the instruction of high-level signaling is determined.
If having configured UE measures the adjacent cell of Serving cell.In the time that measurement between base station will cause that adjacent cell is interrupted, based on the embodiment shown in Fig. 1, UE also receives the communication indication information for this adjacent cell by Serving cell; According to the adjacent cell identification information carrying in the communication indication information for this adjacent cell, determine adjacent cell; And between base station, measure in the time period that causes adjacent cell interruption and stop the measurement to adjacent cell according to the temporal information of carrying in the communication indication information for this adjacent cell.Wherein, in the communication indication information for adjacent cell, carry measurement between adjacent cell identification information and base station and cause the temporal information that adjacent cell is interrupted.Concrete, UE can but be not limited only to receive the communication indication information for adjacent cell by broadcast or the dedicated signaling of Serving cell.
In the embodiment of the present invention, adjacent cell identification information can but be not limited only to represent with ECGI or frequency+PCI.
Base station both can send communication indication information to UE with explicit way, also can send communication indication information to UE with implicit.
If base station sends communication indication information with explicit way to UE,, in above-mentioned arbitrary UE side embodiment of the method, between base station, measure and cause that the temporal information that interrupt community (Serving cell or adjacent cell) can be the time parameter of measuring between base station.
In the embodiment of the present invention, the time parameter of measuring between base station can but be not limited only to comprise following any one group:
(1) measuring period, one-shot measurement are carried out duration.
(2) measuring period, one-shot measurement are carried out duration, are measured the radio frames side-play amount and the sub-frame offset that use.
Wherein, measuring the radio frames side-play amount and the sub-frame offset that use can be identical value, can be also different values.If made an appointment or allocating and measuring the radio frames side-play amount and the sub-frame offset that use be identical value, the value that can carry a frame shifting amount in indication information in communication.
(3) carry out measuring period, one-shot measurement duration, measure initial time for the first time.
Wherein, the time parameter of measuring between (one)～(three) group base station is the relevant parameter using while measuring between execution base station, base station.
(4) measure initial time, measure and carry out duration.
(5) measure the finish time, measure and carry out duration.
(6) measure initial time, measure the finish time.
(7) interrupt cycle, once interrupt duration.
(8) interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place;
(9) interrupt cycle, once interrupt duration, interrupt initial time for the first time.
(10) interrupt initial time, interrupt duration.
(11) EOI moment, interruption duration.
(12) interrupt initial time, EOI moment.
It should be noted that, be the measuring period of measuring between base station above-mentioned interrupt cycle, above-mentioned interruption duration is that duration is carried out in the measurement of measuring between base station, above-mentioned interruption initial time is the measurement initial time of measuring between base station, the above-mentioned EOI moment is the measurement finish time of measuring between base station, measures radio frames side-play amount and the sub-frame offset at place between the radio frames side-play amount at above-mentioned interruption place and sub-frame offset and base station.Its difference is the attribute-bit difference to same time parameter in message.
If base station sends communication indication information with implicit to UE,, in above-mentioned arbitrary UE side embodiment of the method, between base station, measure and cause that the temporal information that interrupt community (Serving cell or adjacent cell) can be the dormancy time parameter under the discontinuous transmission state of community.Dormancy time parameter under this community discontinuous transmission state is to determine according to the time parameter of measuring between base station.
In the embodiment of the present invention, the dormancy time parameter under the discontinuous transmission state of community can but be not limited only to comprise following any one group:
(1) the dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle.
(2) radio frames side-play amount and the sub-frame offset at dormancy time place in the dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle.
(3) initial time of the length of the cycle of the dormancy time under the discontinuous transmission state of community, a dormancy time, the first dormancy in community.
(4) the dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time.
(5) dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time.
(6) dormancy under dormancy initial time, the community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
In UE side embodiment of the method, cause that the temporal information that interrupt Serving cell is the time parameter of measuring between base station if measured between base station, after the communication indication information receiving for Serving cell, UE can also be according to the time parameter of measuring between the base station of carrying in the above-mentioned communication indication information for Serving cell, determines between base station and measures the time period that causes that Serving cell is interrupted.
Further, if the time parameter of measuring between the base station of carrying in the above-mentioned communication indication information for Serving cell comprise: carry out measuring period, one-shot measurement duration, measure the radio frames side-play amount and the sub-frame offset that use; Or, if the time parameter of measuring between the base station of carrying in the above-mentioned communication indication information for Serving cell comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place.UE can first measure and come into force after instruction what receive that base station side sends so, starts the time period of determining that Serving cell is interrupted.Accordingly, determine between base station and measure and cause that the specific implementation of the time period of interrupting this Serving cell can be: receive the first measurement and come into force after instruction, determine between base station and measure the zero hour that causes the time period of interrupting this Serving cell according to measuring period, the radio frames side-play amount of measuring use and sub-frame offset, carry out duration and determine the zero hour between base station and measure the time period that causes this Serving cell interruption according to one-shot measurement.
In UE side embodiment of the method, if receive the communication indication information for adjacent cell, and between the base station of carrying in this communication indication information, measure and cause that the temporal information that adjacent cell is interrupted is the time parameter of measuring between base station, UE can also be according to the time parameter of measuring between the base station of carrying in the above-mentioned communication indication information for adjacent cell, determines between base station and measures the time period that causes that adjacent cell is interrupted.
Further, if receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in this communication indication information comprises: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use; Or if receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in this communication indication information comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place.So, UE can second measure and come into force after instruction what receive that base station side sends, starts the time period of determining that adjacent cell is interrupted.Concrete, determine that the specific implementation of measuring the time period that causes this adjacent cell interruption between base station can be: receive the second measurement and come into force after instruction, determine the zero hour of measuring the time period that causes this adjacent cell interruption between base station according to measuring period, the radio frames side-play amount of measuring use and sub-frame offset, carry out duration and determine the zero hour between base station and measure the time period that causes this adjacent cell interruption according to one-shot measurement.
In base station side, the communication processing method when embodiment of the present invention provides and measures between a kind of base station, its implementation as shown in Figure 2, specifically comprises following operation:
Step 200, determine between base station and to measure the temporal information that causes that Target cell is interrupted.
Step 210, send the communication indication information for this Target cell to the UE of this Target cell.
Wherein, base station can but the broadcast or the dedicated signaling that are not limited only to by Target cell send the communication indication information for Target cell to the UE of Target cell.In communication indication information for Target cell, carry between base station and to measure the temporal information that causes that Target cell is interrupted, cause to indicate UE to measure between base station in time period of Target cell interruption and stop at data receiver, transmission and/or the measurement to Target cell on Target cell.
Optionally, in the communication indication information for Target cell, also carry Target Cell Identifier information.
If having configured above-mentioned UE measures the adjacent cell of Target cell.Between base station, measure and will cause when adjacent cell is interrupted, based on the embodiment shown in Fig. 2, above-mentioned base station obtains the temporal information of measuring the adjacent cell interruption that causes this Target cell between base station; Send the communication indication information for adjacent cell by Target cell to UE.In communication indication information that should be for adjacent cell, carry between adjacent cell identification information and base station and measure the temporal information that causes that this adjacent cell is interrupted, cause to indicate UE to measure between base station in time period of this adjacent cell interruption and stop the measurement to adjacent cell.Concrete, base station can but be not limited only to send the communication indication information for adjacent cell by broadcast or the dedicated signaling of Target cell to the UE of Target cell.
In the embodiment of the present invention, if send the communication indication information for adjacent cell to UE.Each base station can be by measuring the temporal information that causes cell outage between inter-base station interface interacting base station; Also can cause the temporal information that interrupt jurisdiction district by measurement between centre management node determination base station, and definite temporal information is handed down to the base station of jurisdiction.
Base station both can send communication indication information to UE with explicit way, also can send communication indication information to UE with implicit.
If base station sends communication indication information with explicit way to UE,, in above-mentioned arbitrary base station side embodiment of the method, between base station, measure and cause that the temporal information that interrupt community (Target cell or adjacent cell) can be the time parameter of measuring between base station.In the embodiment of the present invention, the time parameter of measuring between base station can, with reference to the description of above-mentioned UE side embodiment of the method, repeat no more here.
Cause that the temporal information that interrupt Target cell is the time parameter of measuring between base station if measured between the base station of carrying in the communication indication information for Target cell, and specifically carry: measuring period, one-shot measurement are carried out duration and measured the radio frames side-play amount and the sub-frame offset that use.Base station can also send first to the UE of Target cell and measure the instruction that comes into force so, to indicate UE first to determine between base station after measuring the instruction that comes into force and measure the time period that causes Target cell interruption receiving this.
Cause that the temporal information that interrupt Target cell is the time parameter of measuring between base station if measured between the base station of carrying in the communication indication information for Target cell, and specifically carry: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place.Base station can also send first to the UE of Target cell and measure the instruction that comes into force so, to indicate UE to come into force and determine between base station and measure the time period that causes Target cell interruption after instruction receiving the first measurement.
If also send the communication indication information for adjacent cell to the UE of Target cell, between the base station of carrying in this communication indication information, measure and cause that the temporal information that interrupt Target cell is the time parameter of measuring between base station, and specifically carry: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use.Base station can also send second to the UE of Target cell and measure the instruction that comes into force so, to indicate UE to come into force and determine between base station and measure the time period that causes adjacent cell interruption after instruction receiving the second measurement.
If also send the communication indication information for adjacent cell to the UE of Target cell, between the base station of carrying in this communication indication information, measure and cause that the temporal information that interrupt Target cell is the time parameter of measuring between base station, and specifically carry: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place.Base station can also send second to the UE of Target cell and measure the instruction that comes into force so, to indicate UE to come into force and determine between base station and measure the time period that causes adjacent cell interruption after instruction receiving the second measurement.
If base station sends communication indication information with implicit to UE,, in above-mentioned arbitrary base station side embodiment of the method, between base station, measure and cause that the temporal information that interrupt community (Target cell or adjacent cell) can be the dormancy time parameter under the discontinuous transmission state of community.Dormancy time parameter under this community discontinuous transmission state is to determine according to the time parameter of measuring between base station.In the embodiment of the present invention, the dormancy time parameter under the discontinuous state in community can, with reference to the description of above-mentioned UE side embodiment of the method, repeat no more here.
Cause that the temporal information that interrupt Target cell is the dormancy time parameter under the discontinuous transmission state of Target cell if measured between base station, determine between base station and measure and cause that the specific implementation of the temporal information of interrupting Target cell can be: determine the time parameter of measuring between base station; Determine the dormancy time parameter under the discontinuous transmission state of Target cell according to the time parameter of measuring between this base station, make the time period of Target cell interruption according to the definite dormancy time of dormancy time parameter.
Concrete, the time parameter of measuring between base station can be defined as to the dormancy time parameter under the discontinuous transmission state of Target cell, make the dormancy time of Target cell be its break period.Also can determine dormancy time parameter, make to comprise according to the definite dormancy time of this dormancy time parameter the break period of Target cell.
If base station sends communication indication information with implicit to UE, in base station side, the communication processing method when embodiment of the present invention also provides and measures between another kind of base station, its implementation as shown in Figure 3, specifically comprises following operation:
Step 300, determine between base station and to measure the temporal information that causes that Target cell is interrupted.
Step 310, according between this base station measure cause Target cell interrupt temporal information determine Target cell interrupt time period.
Step 320, send the communication indication information for this Target cell to the UE of Target cell.
Wherein, the information of carrying in the communication indication information for Target cell causes that according to measuring between base station the time period of interrupting this Target cell is definite, measures in the time period that causes Target cell interruption and stops at data receiver, transmission and/or the measurement to Target cell on Target cell with the UE of indicating target community between base station.
In implicit expression advice method, both can be by the UE scheduling for Target cell or resource allocation time, avoid scheduling or be configured in the subframe in the time period of interrupting Target cell; Also can, by initiating the deactivation process for the UE of Target cell, make UE deexcitation within the time period of Target cell interruption.
If by the mode implicit expression notice of the UE scheduling for Target cell or resource allocation.In the communication indication information for Target cell, carry parameter configuration and/or schedule information.The running time-frequency resource of this parameter configuration and/or schedule information instruction causes outside the time period of interrupting Target cell in subframe measuring between base station.
If by initiating the implicit expression advice method for the UE deactivation process of Target cell.In the communication indication information for Target cell, carry deexcitation indication information, be used to indicate deexcitation before measurement between base station causes Target cell interruption.
Further, can also, after UE deexcitation, initiate activation to UE, UE is reactivated after cell outage finishes.
To be measured as example between periodicity base station, be elaborated with the method for implementing the embodiment of the present invention to provide that coordinates of UE by base station equipment.Corresponding processing procedure as shown in Figure 4, specifically comprises following operation:
Step 400, base station equipment are determined the time parameter of measuring between this base station equipment execution base station.
In this embodiment, the time parameter of measuring between base station comprises:
The measuring period (inter-eNB measurement period) of measuring between base station
Between a base station, measure the time span (inter-eNB measurement length) of carrying out
Measure side-play amount (inter-eNB measurement offset), this measurement side-play amount is to measure the radio frames at place and the unified side-play amount of subframe.
The time parameter of measuring between base station can be given each base station by a centre management node determination and by the interface configuration between this centre management node and the base station of its management, also can be determined by base station equipment.
Step 410, base station equipment are determined the community (being Target cell) of measuring impact between base station.
Determine while measuring between base station to interrupt which community under this base station according to the specific implementation of measuring between execution base station, base station.If all communities all need to interrupt while measurement between execution base station, base station, this step can be omitted so.
In the present embodiment, supposing to have configured UE measures adjacent cell.So, also perform step 420, base station equipment obtains and causes the time parameter of measuring between the base station that the adjacent cell of Target cell interrupts.
If adjacent cell is the community of other base station equipment jurisdictions, so above-mentioned base station equipment both can be obtained the time parameter of measuring between the base station that causes adjacent cell interruption from centre management node, also can obtain by inter-base station interface the time parameter of measuring between the base station that causes adjacent cell interruption from the base station equipment described in adjacent cell.
Step 430, base station equipment send communication indication information to the UE of Target cell, and wherein carry this base station equipment and carry out the time parameter of measuring between base station, and adjacent cell identification information and cause the time parameter of measuring between the base station that adjacent cell interrupts.
Optionally, can also carry Target Cell Identifier information.
Wherein, both can send respectively for the communication indication information of Target cell and the indication information of communicating by letter for adjacent cell.Also can carry in indication information a communication above-mentioned for the time parameter of Target cell with for the time parameter of adjacent cell.
The concrete advice method of step 430 can be by broadcast or dedicated signaling (RRC/MAC/PDCCH) signaling.
The UE of step 440, Target cell receives above-mentioned communication indication information, and in the time period of interrupting in Target cell according to the time parameter of measuring between the base station of wherein carrying, stop at data receiver, transmission and/or the measurement to Target cell (such as CSI/RSRP/RSRQ measures) on Target cell, and in the time period of interrupting in adjacent cell, stop the measurement (such as CSI/RSRP/RSRQ measures) to adjacent cell.
Take Target cell as example, concrete, as System Frame Number (System Frame Number, and subframe (subframe SFN), be subframe numbering) while meeting following condition, UE stops at data receiver, transmission and/or the measurement to Target cell on Target cell, and the duration at every turn stopping is inter-eNB measurement length.
SFN?mod?T=FLOOR(inter-eNB?measurement?offset/10);
subframe=inter-eNB?measurement?offset?mod10;
Wherein:
T=inter-eNB?measurement?period/10
Inter-eNB measurement period and inter-eNB measurement offset unit are ms
FLOOR() represent rounding under the value in bracket.
If stop at the data receiver on Target cell, can but be not limited only to stop the reception of PDCCH/PDSCH/CRS/CSI-RS etc.
Send if stop at data on Target cell, can but be not limited only to stop the transmission of PUCCH/PUSCH/SRS/PRACH etc.
For before measuring between base station, receive will be between base station the scheduling grant that sends of Measuring Time section, can process but not send.
Step 450, base station equipment are carried out between base station and are measured.
As System Frame Number (the System Frame Number of base station, and subframe (subframe SFN), be subframe numbering) while meeting following condition, base station will start to carry out between base station to measure, and the measurement time of implementation of at every turn measuring between base station is inter-eNB measurement length.
SFN?mod?T=FLOOR(inter-eNB?measurement?offset/10);
subframe=inter-eNB?measurement?offset?mod10;
Wherein:
T=inter-eNB?measurement?period/10
Inter-eNB measurement period and inter-eNB measurement offset unit are ms
FLOOR() represent rounding under the value in bracket.
Optionally, base station is also measured to UE transmission first instruction and second that comes into force and is measured the instruction that comes into force.UE receives after communication indication information, do not calculate Target cell and/or adjacent cell break period according to relevant parameter at once, but the first measurement of waiting for subsequent base stations transmission comes into force, instruction and/or second is measured and is come into force after instruction, just starts to determine break period according to above-mentioned formula.
It should be pointed out that in the embodiment shown in Fig. 4, the initial time of measuring between base station calculates according to side-play amount.In addition, base station can also send the initial time of measuring between base station to UE, measuring period and measurement duration.
To be measured as example between aperiodicity base station, be elaborated with a kind of method of implementing the embodiment of the present invention to provide that coordinates of UE by base station equipment.Corresponding processing procedure can be with reference to the embodiment shown in Fig. 4.Difference is:
In step 400, it can be arbitrary group that above-mentioned (four)～(six) organize the time parameter of measuring between base station that this base station equipment is carried out the time parameter of measuring between base station.
In step 440, UE is according to measuring the zero hour and measuring execution duration and (or measure the finish time and measure and carry out duration, or measure the zero hour and measure the finish time) within the time period of corresponding Target cell interruption, stop at data receiver, transmission and/or the measurement to Target cell on Target cell, and stop at the interior measurement to adjacent cell of time period that corresponding adjacent cell is interrupted.
In step 450, base station equipment according to measure the zero hour and measure carry out duration (or measure the finish time and measure carry out duration, or measure the zero hour and measurement the finish time) carry out measuring between base station.To be measured as example between aperiodicity base station, coordinate the method for implementing the embodiment of the present invention to provide to be elaborated with the another kind of UE by base station equipment.Corresponding processing procedure can be with reference to the embodiment shown in Fig. 4.Difference is:
In step 400, it can be arbitrary group that the time parameter of measuring between base station is organized in above-mentioned (seven)～(12) that this base station equipment is carried out the time parameter of measuring between base station.
In step 440, UE is according to measuring the zero hour and measuring execution duration and (or measure the finish time and measure and carry out duration, or measure the zero hour and measure the finish time) within the time period of corresponding Target cell interruption, stop at data receiver, transmission and/or the measurement to Target cell on Target cell, and stop at the interior measurement to adjacent cell of time period that corresponding adjacent cell is interrupted.
Wherein, be the measuring period of measuring between base station interrupt cycle, above-mentioned interruption duration is that duration is carried out in the measurement of measuring between base station, above-mentioned interruption initial time is the measurement initial time of measuring between base station, the above-mentioned EOI moment is the measurement finish time of measuring between base station, measures radio frames side-play amount and the sub-frame offset at place between the radio frames side-play amount at above-mentioned interruption place and sub-frame offset and base station.
So, in step 450, base station equipment carried out measuring between base station according to the time of measuring between corresponding base station.For example, if the time parameter of measuring between the base station sending to UE is the time parameter of measuring between above-mentioned (12) group base station, so, base station equipment is according to measuring initial time and measuring and carry out measuring between base station the finish time.
Based on the inventive concept same with UE side method, the embodiment of the present invention also provides a kind of UE, and its structure as shown in Figure 5, specifically comprises:
Communication indication information receiver module 501, for receiving the communication indication information for Serving cell, carries measurement between base station and causes the temporal information that interrupt Serving cell in the described communication indication information for Serving cell.
Preferably, in the described communication indication information for Serving cell, also carry Serving cell identification information.
Communications Processor Module 502, stops at data receiver, transmission and/or the measurement to described Serving cell on described Serving cell for measuring between base station according to described temporal information of carrying for the communication indication information of Serving cell in the time period that causes Serving cell interruption.
Based on the UE shown in Fig. 5, preferably, described communication indication information receiver module 501 also for, receive the communication indication information for the adjacent cell of described Serving cell by described Serving cell, in the communication indication information of the described adjacent cell for Serving cell, carry measurement between adjacent cell identification information and base station and cause the temporal information that adjacent cell is interrupted;
Described Communications Processor Module 502 also for, according to the described adjacent cell identification information carrying in the communication indication information for described adjacent cell, determine described adjacent cell; And between base station, measure in the time period that causes described adjacent cell interruption and stop the measurement to described adjacent cell according to the temporal information of carrying in the communication indication information for described adjacent cell.
Based on the arbitrary UE embodiment shown in Fig. 5, preferably, between base station, measure and cause that the temporal information of cell outage is:
The time parameter of measuring between base station; Or,
Dormancy time parameter under the discontinuous transmission state of community, the dormancy time parameter under the discontinuous transmission state of described community is to determine according to the time parameter of measuring between base station.
Wherein, the time parameter of measuring between described base station comprises:
Measuring period, one-shot measurement are carried out duration; Or,
Measuring period, one-shot measurement are carried out duration, are measured radio frames side-play amount and the sub-frame offset at place; Or,
Carry out measuring period, one-shot measurement duration, measure initial time for the first time; Or,
Measure initial time, measure and carry out duration; Or,
Measure the finish time, measure and carry out duration; Or,
Measure initial time, measure the finish time; Or,
Interrupt cycle, once interrupt duration; Or,
Interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place; Or,
Interrupt cycle, once interrupt duration, interrupt initial time for the first time; Or,
Interrupt initial time, interrupt duration; Or,
EOI moment, interruption duration; Or,
Interrupt initial time, EOI moment.
Wherein, the dormancy time parameter under the discontinuous transmission state of described community comprises:
Dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle; Or,
Radio frames side-play amount and the sub-frame offset at dormancy time place in dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle; Or,
The initial time of the cycle of the dormancy time under the discontinuous transmission state of community, the length of a dormancy time, the first dormancy in community; Or,
Dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time; Or,
Dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time; Or the dormancy under dormancy initial time, community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
If between base station measure cause that the temporal information of cell outage is the time parameter of measuring between base station, after receiving so the communication indication information for described Serving cell, described Communications Processor Module 502 also for:
According to the temporal information of the interruption of carrying in the described communication indication information for Serving cell, determine between base station and measure the time period that causes that described Serving cell is interrupted;
If receive the communication indication information for adjacent cell, and between base station measure cause that the temporal information of cell outage is the time parameter of measuring between base station, described Communications Processor Module 502 also for:
According to the temporal information of the interruption of carrying in the described communication indication information for adjacent cell, determine between base station and measure the time period that causes that described adjacent cell is interrupted.
Concrete, if the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell comprises: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use, determine between base station and to measure while causing the time period of interrupting described Serving cell, described Communications Processor Module 502 specifically for:
Receiving the first measurement comes into force after instruction, the radio frames side-play amount using according to described measuring period, described measurement and sub-frame offset are determined the zero hour of measuring the time period that causes the interruption of described Serving cell between base station, carry out duration and determine the described zero hour between base station and measure the time period that causes that described Serving cell is interrupted according to described one-shot measurement;
If the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, determine between base station and to measure while causing the time period of interrupting described Serving cell, described Communications Processor Module 502 specifically for:
Receiving the first measurement comes into force after instruction, determine the zero hour of measuring the time period that causes the interruption of described Serving cell between base station according to the radio frames side-play amount at described interrupt cycle, described interruption place and sub-frame offset, once interrupt duration and determine the described zero hour between base station and measure the time period that causes that described Serving cell is interrupted according to described;
If receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use, determine between base station and to measure while causing the time period that described adjacent cell interrupts, described Communications Processor Module 502 specifically for:
Receiving the second measurement comes into force after instruction, the radio frames side-play amount using according to described measuring period, described measurement and sub-frame offset are determined the zero hour of measuring the time period that causes described adjacent cell interruption between base station, carry out duration and determine the described zero hour between base station and measure the time period that causes that described adjacent cell is interrupted according to described one-shot measurement;
If receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, determine between base station and to measure while causing the time period that described adjacent cell interrupts, described Communications Processor Module 502 specifically for:
Receiving the second measurement comes into force after instruction, determine the zero hour of measuring the time period that causes described adjacent cell interruption between base station according to the radio frames side-play amount at described interrupt cycle, described interruption place and sub-frame offset, once interrupt duration and determine the described zero hour between base station and measure the time period that causes that described adjacent cell is interrupted according to described.
Based on the inventive concept same with base station side method, the embodiment of the present invention also provides a kind of base station equipment, and as shown in Figure 6, specific implementation structure is as follows for its structure:
Temporal information determination module 601, for determining that between base station, measurement causes the temporal information that interrupt Target cell.
Preferably, in the described communication indication information for Target cell, also carry Target Cell Identifier information.
Communication indication information sending module 602, send the communication indication information for described Target cell for the subscriber equipment to described Target cell, in the described communication indication information for Target cell, carry between base station and to measure the temporal information that causes that described Target cell is interrupted, cause to indicate described subscriber equipment to measure between base station in time period of Target cell interruption and stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell.
Based on the embodiment shown in Fig. 6, preferably, described temporal information determination module 601 also for, obtain between base station and to measure the temporal information that causes that the adjacent cell of described Target cell is interrupted;
Described communication indication information sending module 602 also for, send the communication indication information for adjacent cell by described Target cell to described subscriber equipment, in the described communication indication information for adjacent cell, carry between adjacent cell identification information and base station and to measure the temporal information that causes that described adjacent cell is interrupted, cause to indicate described subscriber equipment to measure between described base station in time period of described adjacent cell interruption and stop the measurement to adjacent cell.
In arbitrary base station embodiment based on Fig. 6, preferably, between base station, measure and cause that the temporal information of cell outage is:
The time parameter of measuring between base station; Or,
Dormancy time parameter under the discontinuous transmission state of community, the dormancy time parameter under the discontinuous transmission state of described community is to determine according to the time parameter of measuring between base station.
Wherein, the time parameter of measuring between described base station comprises:
Measuring period, one-shot measurement are carried out duration; Or,
Measuring period, one-shot measurement are carried out duration, are measured radio frames side-play amount and the sub-frame offset at place; Or,
Carry out measuring period, one-shot measurement duration, measure initial time for the first time; Or,
Measure initial time, measure and carry out duration; Or,
Measure the finish time, measure and carry out duration; Or,
Measure initial time, measure the finish time; Or,
Interrupt cycle, once interrupt duration; Or,
Interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place; Or,
Interrupt cycle, once interrupt duration, interrupt initial time for the first time; Or,
Interrupt initial time, interrupt duration; Or,
EOI moment, interruption duration; Or,
Interrupt initial time, EOI moment.
If the time parameter of measuring between the base station of carrying in the described communication indication information for Target cell comprises: carry out measuring period, one-shot measurement duration and measure the radio frames side-play amount and the sub-frame offset that use, described communication indication information sending module also for:
Send first to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes the interruption of described Target cell receiving described first;
If the time parameter of measuring between the base station of carrying in the described communication indication information for Target cell comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, described communication indication information sending module also for:
Send first to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes the interruption of described Target cell receiving described first;
If also send the communication indication information for adjacent cell to described subscriber equipment, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: carry out measuring period, one-shot measurement duration, measure the radio frames side-play amount and the sub-frame offset that use, described communication indication information sending module also for:
Send second to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes described adjacent cell interruption receiving described second;
If also send the communication indication information for adjacent cell to described subscriber equipment, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, described communication indication information sending module also for:
Send second to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes described adjacent cell interruption receiving described second.
Wherein, the dormancy time parameter under the discontinuous transmission state of described community comprises:
Dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle; Or,
Radio frames side-play amount and the sub-frame offset at dormancy time place in dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle; Or,
The initial time of the cycle of the dormancy time under the discontinuous transmission state of community, the length of a dormancy time, the first dormancy in community; Or,
Dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time; Or,
Dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time; Or,
Dormancy under dormancy initial time, community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
If between base station measure cause Target cell interrupt temporal information be the dormancy time parameter under the discontinuous transmission state of Target cell, described temporal information determination module 601 specifically for:
Determine the time parameter of measuring between base station;
Determine the dormancy time parameter under the discontinuous transmission state of Target cell according to the time parameter of measuring between described base station, make the time period of described Target cell interruption according to the definite dormancy time of described dormancy time parameter.
Based on the inventive concept same with base station side method, the embodiment of the present invention also provides a kind of base station equipment, and as shown in Figure 7, specific implementation structure is as follows for its structure:
Cell outage time determination module 701, for determining that between base station, measurement causes the temporal information that interrupt Target cell; The temporal information that causes Target cell interruption according to measurement between described base station is determined the time period that interrupt described Target cell;
Communication indication information sending module 702, send the communication indication information for described Target cell for the subscriber equipment to described Target cell, the information of carrying in the communication indication information for described Target cell causes that according to measuring between base station the time period of described Target cell interrupting determines, causes in time period of Target cell interruption stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell to indicate described subscriber equipment to measure between base station.
Preferably, in communication indication information for described Target cell, can carry parameter configuration and/or schedule information, the running time-frequency resource of described parameter configuration and/or schedule information instruction causes outside the time period of interrupting described Target cell in subframe measuring between base station.
Preferably, in the communication indication information for described Target cell, can also carry deexcitation indication information, be used to indicate deexcitation before measurement between base station causes the interruption of described Target cell.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) that wherein include computer usable program code.
The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computer or other programmable data processing device produces the device for realizing the function of specifying at flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame on computer or other programmable devices.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and amendment to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if these amendments of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims (38)

1. the communication processing method while measurement between base station, is characterized in that, comprising:
Receive the communication indication information for Serving cell, in the described communication indication information for Serving cell, carry measurement between base station and cause the temporal information that interrupt Serving cell;
Between base station, measure in the time period that causes Serving cell interruption and stop at data receiver, transmission and/or the measurement to described Serving cell on described Serving cell according to the temporal information of carrying in the described communication indication information for Serving cell.
2. the method for claim 1, is characterized in that, in the described communication indication information for Serving cell, also carries Serving cell identification information.
3. the method for claim 1, is characterized in that, the method also comprises:
Receive the communication indication information for the adjacent cell of described Serving cell by described Serving cell, in the communication indication information for described adjacent cell, carry measurement between adjacent cell identification information and base station and cause the temporal information that adjacent cell is interrupted;
According to the described adjacent cell identification information carrying in the communication indication information for described adjacent cell, determine described adjacent cell; And between base station, measure in the time period that causes described adjacent cell interruption and stop the measurement to described adjacent cell according to the temporal information of carrying in the communication indication information for described adjacent cell.
4. the method as described in claim 1～3 any one, is characterized in that, between base station, measures and causes that the temporal information of cell outage is:
The time parameter of measuring between base station; Or,
Dormancy time parameter under the discontinuous transmission state of community, the dormancy time parameter under the discontinuous transmission state of described community is to determine according to the time parameter of measuring between base station.
5. method as claimed in claim 4, is characterized in that, the time parameter of measuring between described base station comprises:
Measuring period, one-shot measurement are carried out duration; Or,
Measuring period, one-shot measurement are carried out duration, are measured radio frames side-play amount and the sub-frame offset at place; Or,
Carry out measuring period, one-shot measurement duration, measure initial time for the first time; Or,
Measure initial time, measure and carry out duration; Or,
Measure the finish time, measure and carry out duration; Or,
Measure initial time, measure the finish time; Or,
Interrupt cycle, once interrupt duration; Or,
Interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place; Or,
Interrupt cycle, once interrupt duration, interrupt initial time for the first time; Or,
Interrupt initial time, interrupt duration; Or,
EOI moment, interruption duration; Or,
Interrupt initial time, EOI moment.
6. method as claimed in claim 4, is characterized in that, the dormancy time parameter under the discontinuous transmission state of described community comprises:
Dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle; Or,
Radio frames side-play amount and the sub-frame offset at dormancy time place in dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle; Or,
The initial time of the cycle of the dormancy time under the discontinuous transmission state of community, the length of a dormancy time, the first dormancy in community; Or,
Dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time; Or,
Dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time; Or,
Dormancy under dormancy initial time, community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
7. method as claimed in claim 5, it is characterized in that, cause that the temporal information that interrupt Serving cell is the time parameter of measuring between base station if measured between the base station of carrying in the communication indication information for described Serving cell, after receiving the communication indication information for described Serving cell, the method also comprises:
According to the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell, determine between base station and measure the time period that causes that described Serving cell is interrupted;
If receive the communication indication information for adjacent cell, and between the base station of carrying in described communication indication information, measurement causes that the temporal information that adjacent cell is interrupted is the time parameter of measuring between base station, and the method also comprises:
According to the time parameter of measuring between the base station of carrying in the described communication indication information for adjacent cell, determine between base station and measure the time period that causes that described adjacent cell is interrupted.
8. method as claimed in claim 7, it is characterized in that, if the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell comprises: carry out measuring period, one-shot measurement duration, measure the radio frames side-play amount and the sub-frame offset that use, determine to measure between base station to cause that the time period that interrupt described Serving cell comprises:
Receiving the first measurement comes into force after instruction, the radio frames side-play amount using according to described measuring period, described measurement and sub-frame offset are determined the zero hour of measuring the time period that causes the interruption of described Serving cell between base station, carry out duration and determine the described zero hour between base station and measure the time period that causes that described Serving cell is interrupted according to described one-shot measurement;
If the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, determine to measure between base station to cause that the time period that interrupt described Serving cell comprises:
Receiving the first measurement comes into force after instruction, determine the zero hour of measuring the time period that causes the interruption of described Serving cell between base station according to the radio frames side-play amount at described interrupt cycle, described interruption place and sub-frame offset, once interrupt duration and determine the described zero hour between base station and measure the time period that causes that described Serving cell is interrupted according to described;
If receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: carry out measuring period, one-shot measurement duration, measure the radio frames side-play amount and the sub-frame offset that use, determine to measure between base station to cause that the time period that described adjacent cell is interrupted comprises:
Receiving the second measurement comes into force after instruction, the radio frames side-play amount using according to described measuring period, described measurement and sub-frame offset are determined the zero hour of measuring the time period that causes described adjacent cell interruption between base station, carry out duration and determine the described zero hour between base station and measure the time period that causes that described adjacent cell is interrupted according to described one-shot measurement;
If receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, determine to measure between base station to cause that the time period that described adjacent cell is interrupted comprises:
Receiving the second measurement comes into force after instruction, determine the zero hour of measuring the time period that causes described adjacent cell interruption between base station according to the radio frames side-play amount at described interrupt cycle, described interruption place and sub-frame offset, once interrupt duration and determine the described zero hour between base station and measure the time period that causes that described adjacent cell is interrupted according to described.
9. the communication processing method while measurement between base station, is characterized in that, comprising:
Determine that between base station, measurement causes the temporal information that interrupt Target cell;
Subscriber equipment to described Target cell sends the communication indication information for described Target cell, in communication indication information for described Target cell, carry between base station and to measure the temporal information that causes that described Target cell is interrupted, cause to indicate described subscriber equipment to measure between base station in time period of Target cell interruption and stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell.
10. method as claimed in claim 9, is characterized in that, in the communication indication information for described Target cell, also carries Target Cell Identifier information.
11. methods as claimed in claim 9, is characterized in that, the method also comprises:
Obtain the temporal information of measuring the adjacent cell interruption that causes described Target cell between base station;
Send the communication indication information for adjacent cell by described Target cell to described subscriber equipment, in the described communication indication information for adjacent cell, carry between adjacent cell identification information and base station and to measure the temporal information that causes that described adjacent cell is interrupted, cause to indicate described subscriber equipment to measure between described base station in time period of described adjacent cell interruption and stop the measurement to adjacent cell.
12. methods as described in claim 9～11 any one, is characterized in that, between base station, measure and cause that the temporal information of cell outage is:
The time parameter of measuring between base station; Or,
Dormancy time parameter under the discontinuous transmission state of community, the dormancy time parameter under the discontinuous transmission state of described community is to determine according to the time parameter of measuring between base station.
13. methods as claimed in claim 12, is characterized in that, the time parameter of measuring between described base station comprises:
Measuring period, one-shot measurement are carried out duration; Or,
Measuring period, one-shot measurement are carried out duration, are measured radio frames side-play amount and the sub-frame offset at place; Or,
Carry out measuring period, one-shot measurement duration, measure initial time for the first time; Or,
Measure initial time, measure and carry out duration; Or,
Measure the finish time, measure and carry out duration; Or,
Measure initial time, measure the finish time; Or,
Interrupt cycle, once interrupt duration; Or,
Interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place; Or,
Interrupt cycle, once interrupt duration, interrupt initial time for the first time; Or,
Interrupt initial time, interrupt duration; Or,
EOI moment, interruption duration; Or,
Interrupt initial time, EOI moment.
14. methods as claimed in claim 13, it is characterized in that, if measure and cause that the temporal information of cell outage is the time parameter of measuring between base station between the base station of carrying in the described communication indication information for Target cell, and the time parameter of measuring between described base station comprises: measuring period, one-shot measurement are carried out duration and measured the radio frames side-play amount and the sub-frame offset that use, and the method also comprises:
Send first to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes the interruption of described Target cell receiving described first;
If measure and cause that the temporal information of cell outage is the time parameter of measuring between base station between the base station of carrying in the described communication indication information for Target cell, and the time parameter of measuring between described base station comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, the method also comprises:
Send first to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes the interruption of described Target cell receiving described first;
If also send the communication indication information for adjacent cell to described subscriber equipment, between the base station of carrying in described communication indication information, measure and cause that the temporal information of cell outage is the time parameter of measuring between base station, and the time parameter of measuring between described base station comprises: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use, and the method also comprises:
Send second to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes described adjacent cell interruption receiving described second;
If also send the communication indication information for adjacent cell to described subscriber equipment, between the base station of carrying in described communication indication information, measure and cause that the temporal information of cell outage is the time parameter of measuring between base station, and the time parameter of measuring between described base station comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, the method also comprises:
Send second to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes described adjacent cell interruption receiving described second.
15. methods as claimed in claim 12, is characterized in that, the dormancy time parameter under the discontinuous transmission state of described community comprises:
Dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle; Or,
Radio frames side-play amount and the sub-frame offset at dormancy time place in dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle; Or,
The initial time of the cycle of the dormancy time under the discontinuous transmission state of community, the length of a dormancy time, the first dormancy in community; Or,
Dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time; Or,
Dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time; Or,
Dormancy under dormancy initial time, community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
16. methods as claimed in claim 15, it is characterized in that, cause that the temporal information that interrupt Target cell is the dormancy time parameter under the discontinuous transmission state of Target cell if measured between base station, determine between base station and measure the temporal information that causes that Target cell is interrupted, comprising:
Determine the time parameter of measuring between base station;
Determine the dormancy time parameter under the discontinuous transmission state of Target cell according to the time parameter of measuring between described base station, make the time period of described Target cell interruption according to the definite dormancy time of described dormancy time parameter.
Communication processing method while measurement between 17. 1 kinds of base stations, is characterized in that, comprising:
Determine that between base station, measurement causes the temporal information that interrupt Target cell;
The temporal information that causes Target cell interruption according to measurement between described base station is determined the time period that interrupt described Target cell;
Subscriber equipment to described Target cell sends the communication indication information for described Target cell, the information of carrying in the communication indication information for described Target cell causes that according to measuring between base station the time period of described Target cell interrupting determines, causes in time period of Target cell interruption stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell to indicate described subscriber equipment to measure between base station.
18. methods as claimed in claim 17, it is characterized in that, in communication indication information for described Target cell, carry parameter configuration and/or schedule information, the running time-frequency resource of described parameter configuration and/or schedule information instruction causes outside the time period of interrupting described Target cell in subframe measuring between base station.
19. methods as claimed in claim 17, is characterized in that, in the communication indication information for described Target cell, carry deexcitation indication information, are used to indicate deexcitation before measurement between base station causes the interruption of described Target cell.
20. 1 kinds of subscriber equipmenies, is characterized in that, comprising:
Communication indication information receiver module, for receiving the communication indication information for Serving cell, carries measurement between base station and causes the temporal information that interrupt Serving cell in the described communication indication information for Serving cell;
Communications Processor Module, stops at data receiver, transmission and/or the measurement to described Serving cell on described Serving cell for measuring between base station according to described temporal information of carrying for the communication indication information of Serving cell in the time period that causes Serving cell interruption.
21. subscriber equipmenies as claimed in claim 20, is characterized in that, in the described communication indication information for Serving cell, also carry Serving cell identification information.
22. subscriber equipmenies as claimed in claim 20, is characterized in that:
Described communication indication information receiver module also for, receive the communication indication information for the adjacent cell of described Serving cell by described Serving cell, in the communication indication information for described adjacent cell, carry measurement between adjacent cell identification information and base station and cause the temporal information that adjacent cell is interrupted;
Described Communications Processor Module also for, according to the described adjacent cell identification information carrying in the communication indication information for described adjacent cell, determine described adjacent cell; And between base station, measure in the time period that causes described adjacent cell interruption and stop the measurement to described adjacent cell according to the temporal information of carrying in the communication indication information for described adjacent cell.
23. subscriber equipmenies as described in claim 20～22 any one, is characterized in that, between base station, measure and cause that the temporal information of cell outage is:
The time parameter of measuring between base station; Or,
Dormancy time parameter under the discontinuous transmission state of community, the dormancy time parameter under the discontinuous transmission state of described community is to determine according to the time parameter of measuring between base station.
24. subscriber equipmenies as claimed in claim 23, is characterized in that, the time parameter of measuring between described base station comprises:
Measuring period, one-shot measurement are carried out duration; Or,
Measuring period, one-shot measurement are carried out duration, are measured radio frames side-play amount and the sub-frame offset at place; Or,
Carry out measuring period, one-shot measurement duration, measure initial time for the first time; Or,
Measure initial time, measure and carry out duration; Or,
Measure the finish time, measure and carry out duration; Or,
Measure initial time, measure the finish time; Or,
Interrupt cycle, once interrupt duration; Or,
Interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place; Or,
Interrupt cycle, once interrupt duration, interrupt initial time for the first time; Or,
Interrupt initial time, interrupt duration; Or,
EOI moment, interruption duration; Or,
Interrupt initial time, EOI moment.
25. subscriber equipmenies as claimed in claim 23, is characterized in that, the dormancy time parameter under the discontinuous transmission state of described community comprises:
Dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle; Or,
Radio frames side-play amount and the sub-frame offset at dormancy time place in dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle; Or,
The initial time of the cycle of the dormancy time under the discontinuous transmission state of community, the length of a dormancy time, the first dormancy in community; Or,
Dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time; Or,
Dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time; Or,
Dormancy under dormancy initial time, community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
26. subscriber equipmenies as claimed in claim 24, it is characterized in that, cause that the temporal information that interrupt described Serving cell is the time parameter of measuring between base station if measured between the base station of carrying in the described communication indication information for Serving cell, after receiving communication indication information for Serving cell, described Communications Processor Module also for:
According to the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell, determine between base station and measure the time period that causes that described Serving cell is interrupted;
If receive the communication indication information for described adjacent cell, and between the base station of carrying in described communication indication information, measure and cause that the temporal information that described adjacent cell is interrupted is the time parameter of measuring between base station, described Communications Processor Module also for:
According to the time parameter of measuring between the base station of carrying in the communication indication information for described adjacent cell, determine between base station and measure the time period that causes that described adjacent cell is interrupted.
27. subscriber equipmenies as claimed in claim 26, it is characterized in that, if the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell comprises: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use, determine between base station and to measure while causing the time period of interrupting described Serving cell, described Communications Processor Module specifically for:
Receiving the first measurement comes into force after instruction, the radio frames side-play amount using according to described measuring period, described measurement and sub-frame offset are determined the zero hour of measuring the time period that causes the interruption of described Serving cell between base station, carry out duration and determine the described zero hour between base station and measure the time period that causes that described Serving cell is interrupted according to described one-shot measurement;
If the time parameter of measuring between the base station of carrying in the described communication indication information for Serving cell comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, determine between base station and to measure while causing the time period of interrupting described Serving cell, described Communications Processor Module specifically for:
Receiving the first measurement comes into force after instruction, determine the zero hour of measuring the time period that causes the interruption of described Serving cell between base station according to the radio frames side-play amount at described interrupt cycle, described interruption place and sub-frame offset, once interrupt duration and determine the described zero hour between base station and measure the time period that causes that described Serving cell is interrupted according to described;
If receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: measuring period, one-shot measurement are carried out duration, measured the radio frames side-play amount and the sub-frame offset that use, determine between base station and to measure while causing the time period that described adjacent cell interrupts, described Communications Processor Module specifically for:
Receiving the second measurement comes into force after instruction, the radio frames side-play amount using according to described measuring period, described measurement and sub-frame offset are determined the zero hour of measuring the time period that causes described adjacent cell interruption between base station, carry out duration and determine the described zero hour between base station and measure the time period that causes that described adjacent cell is interrupted according to described one-shot measurement;
If receive the communication indication information for adjacent cell, and the time parameter of measuring between the base station of carrying in described communication indication information comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, determine between base station and to measure while causing the time period that described adjacent cell interrupts, described Communications Processor Module specifically for:
Receiving the second measurement comes into force after instruction, determine the zero hour of measuring the time period that causes described adjacent cell interruption between base station according to the radio frames side-play amount at described interrupt cycle, described interruption place and sub-frame offset, once interrupt duration and determine the described zero hour between base station and measure the time period that causes that described adjacent cell is interrupted according to described.
28. 1 kinds of base station equipments, is characterized in that, comprising:
Temporal information determination module, for determining that between base station, measurement causes the temporal information that interrupt Target cell;
Communication indication information sending module, send the communication indication information for described Target cell for the subscriber equipment to described Target cell, in communication indication information for described Target cell, carry between base station and to measure the temporal information that causes that described Target cell is interrupted, cause to indicate described subscriber equipment to measure between base station in time period of Target cell interruption and stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell.
29. base station equipments as claimed in claim 28, is characterized in that, in the described communication indication information for Target cell, also carry Target Cell Identifier information.
30. base station equipments as claimed in claim 28, is characterized in that:
Described base temporal information determination module also for, obtain between base station and to measure the temporal information that causes that the adjacent cell of described Target cell is interrupted;
Described communication indication information sending module also for, send the communication indication information for adjacent cell by described Target cell to described subscriber equipment, in the described communication indication information for adjacent cell, carry between adjacent cell identification information and base station and to measure the temporal information that causes that described adjacent cell is interrupted, cause to indicate described subscriber equipment to measure between described base station in time period of described adjacent cell interruption and stop the measurement to adjacent cell.
31. base station equipments as described in claim 28～30 any one, is characterized in that, between base station, measure and cause that the temporal information of cell outage is:
The time parameter of measuring between base station; Or,
Dormancy time parameter under the discontinuous transmission state of community, the dormancy time parameter under the discontinuous transmission state of described community is to determine according to the time parameter of measuring between base station.
32. base station equipments as claimed in claim 31, is characterized in that, the time parameter of measuring between described base station comprises:
Measuring period, one-shot measurement are carried out duration; Or,
Measuring period, one-shot measurement are carried out duration, are measured radio frames side-play amount and the sub-frame offset at place; Or,
Carry out measuring period, one-shot measurement duration, measure initial time for the first time; Or,
Measure initial time, measure and carry out duration; Or,
Measure the finish time, measure and carry out duration; Or,
Measure initial time, measure the finish time; Or,
Interrupt cycle, once interrupt duration; Or,
Interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place; Or,
Interrupt cycle, once interrupt duration, interrupt initial time for the first time; Or,
Interrupt initial time, interrupt duration; Or,
EOI moment, interruption duration; Or,
Interrupt initial time, EOI moment.
33. base station equipments as claimed in claim 32, it is characterized in that, cause that the temporal information that interrupt described Target cell is the time parameter of measuring between base station if measured between the base station of carrying in the described communication indication information for Target cell, and the time parameter of measuring between described base station comprises: carry out measuring period, one-shot measurement duration and measure the radio frames side-play amount and the sub-frame offset that use, described communication indication information sending module also for:
Send first to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes the interruption of described Target cell receiving described first;
Cause that the temporal information that interrupt described Target cell is the time parameter of measuring between base station if measured between the base station of carrying in the described communication indication information for Target cell, and the time parameter of measuring between described base station comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, described communication indication information sending module also for:
Send first to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes the interruption of described Target cell receiving described first;
If also send the communication indication information for adjacent cell to described subscriber equipment, between the base station of carrying in described communication indication information, measure and cause that the temporal information that adjacent cell is interrupted is the time parameter of measuring between base station, and the time parameter of measuring between described base station comprises: carry out measuring period, one-shot measurement duration, measure the radio frames side-play amount and the sub-frame offset that use, described communication indication information sending module also for:
Send second to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes described adjacent cell interruption receiving described second;
If also send the communication indication information for adjacent cell to described subscriber equipment, between the base station of carrying in described communication indication information, measure and cause that the temporal information that adjacent cell is interrupted is the time parameter of measuring between base station, and the time parameter of measuring between described base station comprises: interrupt cycle, once interrupt duration, interrupt radio frames side-play amount and the sub-frame offset at place, described communication indication information sending module also for:
Send second to described subscriber equipment and measure the instruction that comes into force, to indicate described subscriber equipment to determine between base station after measuring the instruction that comes into force and measure the time period that causes described adjacent cell interruption receiving described second.
34. base station equipments as claimed in claim 31, is characterized in that, the dormancy time parameter under the discontinuous transmission state of described community comprises:
Dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle; Or,
Radio frames side-play amount and the sub-frame offset at dormancy time place in dormancy time length in discontinuous transmission cycle of community, discontinuous transmission cycle, discontinuous transmission cycle; Or,
The initial time of the cycle of the dormancy time under the discontinuous transmission state of community, the length of a dormancy time, the first dormancy in community; Or,
Dormancy time initial time under the discontinuous transmission state of community, the length of dormancy time; Or,
Dormancy time under the discontinuous transmission state of community stops the length of moment, dormancy time; Or,
Dormancy under dormancy initial time, community discontinuous transmission state under the discontinuous transmission state of community stops the moment.
35. base station equipments as claimed in claim 34, is characterized in that, if between base station measure cause Target cell interrupt temporal information be the dormancy time parameter under the discontinuous transmission state of Target cell, described temporal information determination module specifically for:
Determine the time parameter of measuring between base station;
Determine the dormancy time parameter under the discontinuous transmission state of Target cell according to the time parameter of measuring between described base station, make the time period of described Target cell interruption according to the definite dormancy time of described dormancy time parameter.
36. 1 kinds of base station equipments, is characterized in that, comprising:
Cell outage time determination module, for determining that between base station, measurement causes the temporal information that interrupt Target cell; The temporal information that causes Target cell interruption according to measurement between described base station is determined the time period that interrupt described Target cell;
Communication indication information sending module, send the communication indication information for described Target cell for the subscriber equipment to described Target cell, the information of carrying in the communication indication information for described Target cell causes that according to measuring between base station the time period of described Target cell interrupting determines, causes in time period of Target cell interruption stop at data receiver, transmission and/or the measurement to described Target cell on described Target cell to indicate described subscriber equipment to measure between base station.
37. base station equipments as claimed in claim 36, it is characterized in that, in communication indication information for described Target cell, carry parameter configuration and/or schedule information, the running time-frequency resource of described parameter configuration and/or schedule information instruction causes outside the time period of interrupting described Target cell in subframe measuring between base station.
38. base station equipments as claimed in claim 36, is characterized in that, in the communication indication information for described Target cell, carry deexcitation indication information, are used to indicate deexcitation before measurement between base station causes the interruption of described Target cell.
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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110536336A (en) * 2016-03-25 2019-12-03 展讯通信（上海）有限公司 Co-frequency cell measurement method and device under a kind of CPC state
CN110611928A (en) * 2018-06-14 2019-12-24 中国移动通信有限公司研究院 Measurement indication method, measurement method, base station, terminal and device
WO2021212335A1 (en) * 2020-04-21 2021-10-28 华为技术有限公司 Configuration information receiving method and apparatus
WO2023207433A1 (en) * 2022-04-29 2023-11-02 Telefonaktiebolaget Lm Ericsson (Publ) Methods and apparatuses for communication in wireless communication system with network power saving feature

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1863017A (en) * 2005-07-04 2006-11-15 华为技术有限公司 Method for testing channel interference in wireless communication system
US20100062779A1 (en) * 2008-09-10 2010-03-11 Infineon Technologies Ag System and method for reduced interruption time in mobile communications
CN102893661A (en) * 2010-06-04 2013-01-23 夏普株式会社 Communication system and communication method

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101895917B (en) * 2010-07-22 2012-07-11 北京交大资产经营有限公司 Method and equipment for measuring switching interrupting time

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1863017A (en) * 2005-07-04 2006-11-15 华为技术有限公司 Method for testing channel interference in wireless communication system
US20100062779A1 (en) * 2008-09-10 2010-03-11 Infineon Technologies Ag System and method for reduced interruption time in mobile communications
CN102893661A (en) * 2010-06-04 2013-01-23 夏普株式会社 Communication system and communication method

Non-Patent Citations (2)

* Cited by examiner, † Cited by third party
Title
HUAWEI: "3GPP TSG RAN WG1 Meeting #72", 《3GPP TSG RAN WG1 MEETING #72，R1-130015》 *
PANASONIC: "DRX and DTX Operation in LTE_Active", 《3GPP TSG-RAN WG2 MEETING #52，R-060888》 *

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110536336A (en) * 2016-03-25 2019-12-03 展讯通信（上海）有限公司 Co-frequency cell measurement method and device under a kind of CPC state
CN110611928A (en) * 2018-06-14 2019-12-24 中国移动通信有限公司研究院 Measurement indication method, measurement method, base station, terminal and device
WO2021212335A1 (en) * 2020-04-21 2021-10-28 华为技术有限公司 Configuration information receiving method and apparatus
WO2023207433A1 (en) * 2022-04-29 2023-11-02 Telefonaktiebolaget Lm Ericsson (Publ) Methods and apparatuses for communication in wireless communication system with network power saving feature

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