CN103907384A - Method and device for estimating moving status and measurement report method and device - Google Patents

Method and device for estimating moving status and measurement report method and device Download PDF

Info

Publication number
CN103907384A
CN103907384A CN201280001789.1A CN201280001789A CN103907384A CN 103907384 A CN103907384 A CN 103907384A CN 201280001789 A CN201280001789 A CN 201280001789A CN 103907384 A CN103907384 A CN 103907384A
Authority
CN
China
Prior art keywords
triggered time
benchmark
network side
user equipment
state parameter
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201280001789.1A
Other languages
Chinese (zh)
Other versions
CN103907384B (en
Inventor
王可
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Huawei Technologies Co Ltd
Original Assignee
Huawei Technologies Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co Ltd filed Critical Huawei Technologies Co Ltd
Publication of CN103907384A publication Critical patent/CN103907384A/en
Application granted granted Critical
Publication of CN103907384B publication Critical patent/CN103907384B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W64/00—Locating users or terminals or network equipment for network management purposes, e.g. mobility management
    • H04W64/006—Locating users or terminals or network equipment for network management purposes, e.g. mobility management with additional information processing, e.g. for direction or speed determination

Landscapes

  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

Embodiments of the present invention relate to a method and device for estimating moving status and a measurement report method and device. The method for estimating moving status comprises: within a preset time, obtaining, according to the number of reconfiguration times, a statistic used for determining a moving speed of a user equipment, the number of reconfiguration times indicating the number of times the user equipment is reconfigured and the reconfiguration comprising one or a combination of the following reconfiguration operation types: cell handover, CRI-RS set reconfiguration and multi-carrier reconfiguration; and determining moving status of the user equipment according to the statistic. The embodiment of the present invention can estimate moving status more effectively. For example, moving status is estimated effectively under a CoMP/het-net/multi-carrier architecture.

Description

Method and device for estimating moving status and measurement report method and device
The method and apparatus of mobile status estimation and the method and apparatus technical field for measuring 4 blunt announcements
The present invention relates to communication technical field, the method and apparatus estimated in particular to mobile status, the method and apparatus for sending measurement report, method and apparatus, user equipment and the base station of reception measurement report.Background technology
Existing Long Term Evolution（LTE, Long Term Evolution) in network, to activation user equipment（UE, User Equipment) introduce the mechanism that mobile status is estimated.That is, handoff parameter, such as triggered time are adjusted by estimating UE translational speed（TTT, Time To Trigger), and then lift UE travelling performance.Here, TTT is for assessing the time that triggering measurement is reported, that is, corresponding to the RRM of event（RRM, Radio Resource Management) measured value must meet trigger condition in TTT, and UE can just be measured and reported.Generally, UE translational speed is faster（Or the serving cell where UE is smaller）, TTT value just should be smaller.Traditional based on cell（Cell in communication), UE translational speed is assessed generally by UE in the number of times that the cell of special time internal trigger switches.
But, sent and received existing based on multipoint cooperative（Coordinated Multiple Points transmission and reception,) or heterogeneous network (het-net CoMP, Heterogeneous Networks) or multicarrier communication construction network in, because multiple cells may merge into same big coverage cell, then the number of times of cell switchings of the UE in this big coverage cell will be greatly decreased.That is, UE rate travel is estimated according to traditional number of times only switched by cell can become inaccurate.Also, in order to strengthen capacity, within this coverage cell, it is also possible to there are multiple low power nodes（LPN, Low Power Node), these LPN may use channel condition information reference symbol（CSI-RS, Channel State Information Reference Symbol) or assisted cell（SCell, Second Cell) carry out the differentiation of scope in coverage cell, because conversions of the UE between these LPN is completed not by switching, if so moving inside this coverage cell is still to estimate that it is inaccurate that UE rate travel is also resulted in by the number of times of traditional cell switching.
Further, in mobile status estimation procedure, because the result that rate travel is estimated is used in adjustment TTT value, because the cell range under the framework of CoMP/het-net/ multicarriers is significantly extended, therefore not sensitive enough can be become to TTT value.Further, since CSI-RS coverage or SCell coverage can be much smaller than the coverage of traditional cell, state is moved according to original TTT The need for estimation can not meet the framework of CoMP/het-net/ multicarriers.The content of the invention
The present invention proposes the method and apparatus of mobile status estimation, sends the method and apparatus of measurement report, receives method and apparatus, user equipment and the base station of measurement report, aim to solve the problem that and how to be more effectively carried out mobile status estimation, and the result further estimated according to mobile status is the problem of adjust TTT.
First aspect there is provided a kind of method that mobile status is estimated, including：In preset time, according to reconfiguring number of times, the statistic for determining user equipment translational speed is obtained, wherein the number of times that reconfigures indicates the number of times that the user equipment is reconfigured, it is described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, channel condition information reference symbol CRI-RS set are reconfigured and reconfigured with multicarrier；According to the statistic, the mobile status of the user equipment is determined.
With reference in a first aspect, in the first implementation of first aspect, number of times is reconfigured described in the basis, obtaining the statistic of the translational speed for determining the user equipment includes：One or more reconfiguration status parameters are obtained, the reconfiguration status parameter indicates the reconfiguration operation type of the user equipment；By the reconfiguration status parameter and the corresponding product for reconfiguring number of times and summation, it is determined that the statistic of the translational speed for estimating the user equipment；Or, reconfiguration operation state parameter is obtained, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion needed for the estimation user equipment translational speed statistic；According to the instruction of the reconfiguration operation state parameter, the number of times that reconfigures of corresponding types is summed, it is determined that the statistic of the translational speed for estimating the user equipment.
With reference to first aspect and its above-mentioned implementation, in second of implementation of first aspect, the acquisition reconfiguration status parameter includes：The reconfiguration status parameter is obtained from network side；Or the acquisition reconfiguration operation state parameter includes：The reconfiguration operation state parameter is obtained from network side.
With reference to first aspect and its above-mentioned implementation, in the third implementation of first aspect, described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining user equipment, in addition to：Acquisition reconfigures number of times.
With reference to first aspect and its above-mentioned implementation, in the 4th kind of implementation of first aspect, the acquisition, which reconfigures number of times, to be included：Based on weight coefficient, obtain weighting reconfigures number of times.
Described to be based on weight coefficient in the 5th kind of implementation of first aspect with reference to first aspect and its above-mentioned implementation, obtaining the number of times that reconfigures of weighting includes：Based on the weight coefficient obtained from network side, the number of times that reconfigures of weighting is obtained, or based on predefined weight coefficient, obtain matching somebody with somebody again for weighting Put number of times.
With reference to first aspect and its above-mentioned implementation, in the 6th kind of implementation of first aspect, described according to the statistic, determining the mobile status of the user equipment includes：Predetermined threshold value is obtained from network side, according to the comparative result of the statistic and the predetermined threshold value, the mobile status of the user equipment is determined.
With reference to first aspect and its above-mentioned implementation, in the 7th kind of implementation of first aspect, the comparative result according to the statistic and predetermined threshold value determines the mobile status of the user equipment, including：When the statistic is less than or equal to the second predetermined threshold value, the mobile status for determining the user equipment is normal mobile state；When the statistic is more than second predetermined threshold value and is less than or equal to three predetermined threshold values, the mobile status for determining the user equipment is middling speed mobile status；When the statistic is more than three predetermined threshold value, the mobile status for determining the user equipment is high-speed moving state.
Second aspect there is provided it is a kind of send measurement report method, including：According to first aspect and its method for various embodiments, UE mobile status is determined；According to the mobile status of the user equipment, based on the benchmark triggered time, to network side reporting measurements, the measured value includes cell measurements and/or channel condition information reference symbol CRI-RS measured values.
With reference to second aspect, in the first implementation of second aspect, the mobile status according to the user equipment, based on the benchmark triggered time, includes to network side reporting measurements：It is determined that to network side, just blunt the first benchmark triggered time for accusing cell measurements is the first triggered time or the second triggered time, and/or report that the second benchmark triggered time of CRI-RS measured values is the first triggered time or the second triggered time to network side, wherein described cell measurements include being used for the measured value that the measured value and/or multicarrier of cell switching are reconfigured, and CRI-RS measured values include gathering the measured value reconfigured for CRI-RS；According to the mobile status of user equipment, cell measurements are reported to network side based on the first benchmark triggered time, and/or to network side CSI-RS measured values are reported based on the second benchmark triggered time.
With reference to second aspect and its above-mentioned implementation, in second of implementation of second aspect, it is described to determine to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side, and/or to the second benchmark triggered time of blunt the announcements CRI-RS measured values of network side 4 be to include in the first triggered time or the second triggered time：Indicate that the first configured information that the first benchmark triggered time was the first triggered time or the second triggered time determines to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side according to being used for of being received from network side, and/or indicate that the second benchmark triggered time was the first triggered time or the second triggered time according to being used for of being received from network side The second configured information determine to the blunt announcement CRI-RS measured values of network side 4 the second benchmark triggered time be the first triggered time or the second triggered time.
With reference to second aspect and its above-mentioned implementation, in the third implementation of second aspect, the mobile status according to user equipment, cell measurements are reported to network side based on the first benchmark triggered time, and/or are included based on the second benchmark triggered time to network side report CSI-RS measured values：Cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to the blunt announcement CSI-RS measured values of network side 4；Or, when the mobile status of the user equipment is normal mobile state, using the first benchmark triggered time cell measurements are reported to network side, and/or use the second benchmark triggered time to report CSI-RS measured values to network side, when the mobile status of the user equipment is middling speed mobile status, using the product of the first benchmark triggered time and First Speed state parameter cell measurements are reported for the actual triggered time to network side, and/or use the product of the second benchmark triggered time and First Speed state parameter to report CSI-RS measured values to network side for the actual triggered time, when the mobile status of the user equipment is high-speed moving state, using the product of the first benchmark triggered time and second speed state parameter cell measurements are reported for the actual triggered time to network side, and/or the use of the product of the second benchmark triggered time and second speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side 4；Or, when the mobile status of the user equipment is normal mobile state, using the first benchmark triggered time cell measurements are reported to network side, and/or use the second benchmark triggered time to report CSI-RS measured values to network side, when the mobile status of the user equipment is middling speed mobile status, using the product of the first benchmark triggered time and First Speed state parameter cell measurements are reported for the actual triggered time to network side, and/or use the product of the second benchmark triggered time and third speed state parameter to report CSI-RS measured values to network side for the actual triggered time, when the mobile status of the user equipment is high-speed moving state, using the product of the first benchmark triggered time and second speed state parameter cell measurements are reported for the actual triggered time to network side, and/or the use of the product of the second benchmark triggered time and fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side 4；Or, when the mobile status of the user equipment is normal mobile state, using the first benchmark triggered time cell measurements are reported to network side, and/or use the second benchmark triggered time to report CSI-RS measured values to network side, when the mobile status of the user equipment is middling speed mobile status, using the product of the first benchmark triggered time and third speed state parameter cell measurements are reported for the actual triggered time to network side, and/or use the product of the second benchmark triggered time and third speed state parameter to report CSI-RS measured values to network side for the actual triggered time, when the mobile status of the user equipment is high-speed mobile During state, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and fourth speed state parameter, and/or use the product of the second benchmark triggered time and fourth speed state parameter to report CSI-RS measured values to network side for the actual triggered time.
With reference to second aspect and its above-mentioned implementation, in the 4th kind of implementation of second aspect, in the mobile status according to the user equipment, based on the benchmark triggered time, to before network side reporting measurements, in addition to：The First Speed state parameter and the second speed state parameter are received from network side；Or receive the First Speed state parameter, the second speed state parameter, the third speed state parameter and fourth speed state parameter from network side；Or receive the third speed state parameter and the fourth speed state parameter from network side.
With reference to second aspect and its above-mentioned implementation, in the 5th kind of implementation of second aspect, in the mobile status according to the user equipment, based on the benchmark triggered time, to before network side reporting measurements, in addition to：First triggered time and the second triggered time are received from network side；Or first triggered time and the first biasing coefficient are received from network side, so that second triggered time is equal to the first triggered time and the product of the first biasing coefficient；Or first triggered time and the second biasing coefficient and the 3rd biasing coefficient are received from network side, so that second triggered time is equal to the first triggered time and the product of the second biasing coefficient and the 3rd biasing coefficient.
With reference to second aspect and its above-mentioned implementation, in the 6th kind of implementation of second aspect, in the mobile status according to the user equipment, based on the benchmark triggered time, to before network side reporting measurements, in addition to：The first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is received from network side, and/or the second configured information for indicating for the second benchmark triggered time for the first triggered time or the second triggered time is received from network side.
The third aspect there is provided it is a kind of receive measurement report method, including：The first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is sent to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time；Receive the cell measurements that the user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
With reference to the third aspect, in the first implementation of the third aspect, the user is received described Before the cell measurements that equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, in addition to：The first triggered time and the second triggered time are sent to the user equipment；Or the first triggered time and the first biasing coefficient are sent to the user equipment, wherein second triggered time is the product of the first triggered time and the first biasing coefficient；Or the first triggered time and the second biasing coefficient and the 3rd biasing coefficient are sent to the user equipment, wherein second triggered time is the first triggered time and the second biasing coefficient, the product of the 3rd biasing coefficient.
With reference to the third aspect and its above-mentioned implementation, in second of implementation of the third aspect, it is described to receive the cell measurements that the user equipment is reported based on the first benchmark triggered time, and/or included based on the channel condition information reference symbol CRI-RS measured values that the second benchmark triggered time reports：Receive the cell measurements that the user equipment is reported based on first triggered time or second triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time.
With reference to the third aspect and its above-mentioned implementation, in the third implementation of the third aspect, the cell measurements that the user equipment is reported based on first triggered time or second triggered time are received described, and/or before the channel condition information reference symbol CRI-RS measured values accused based on first triggered time or second triggered time, in addition to：First Speed state parameter and second speed state parameter are sent to the user equipment；Or send First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter to the user equipment；Or send third speed state parameter and fourth speed state parameter to the user equipment.
With reference to the third aspect and its above-mentioned implementation, in the 4th kind of implementation of the third aspect, in addition to：Reconfiguration status parameter or reconfiguration operation state parameter are sent to the user equipment, weighting parameters and predetermined threshold value, wherein described reconfiguration status parameter indicates a reconfiguration operation type of the user equipment, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion of the user equipment, the weight coefficient is weighted for the user equipment counterweight configured number, the predetermined threshold value is used for the mobile status that the statistic of translational speed is compared to determine the user equipment by the user equipment with it.
Fourth aspect there is provided the device that a kind of mobile status is estimated, including：Acquiring unit, for in preset time, according to number of times is reconfigured, the statistic of the translational speed for determining user equipment is obtained, it is wherein described to reconfigure the number of times that number of times instruction user equipment is reconfigured, it is described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, channel condition information reference symbol CRI-RS Set is reconfigured to be reconfigured with multicarrier；First determining unit, for according to the statistic, determining the mobile status of the user equipment.
With reference to fourth aspect, in the first implementation of fourth aspect, the acquiring unit includes acquisition module and determining module, wherein described acquisition module is used to obtain one or more reconfiguration status parameters, one reconfiguration operation type of the reconfiguration status parameter instruction user equipment, or reconfiguration operation state parameter is obtained, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion needed for estimation user equipment translational speed statistic；The determining module is used to pass through the reconfiguration status parameter and the product for reconfiguring number of times of corresponding types and summation, it is determined that the statistic of the translational speed for estimating the user equipment, or according to the instruction of the reconfiguration operation state parameter, the number of times that reconfigures of corresponding types is summed, it is determined that the statistic of the translational speed for estimating the user equipment.
With reference to fourth aspect and its above-mentioned implementation, in second of implementation of fourth aspect, the acquisition module is used for：The reconfiguration status parameter is obtained from network side；Or obtain the reconfiguration operation state parameter from network side.
With reference to fourth aspect and its above-mentioned implementation, in the third implementation of fourth aspect, the acquiring unit is additionally operable to：Described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining user equipment, acquisition reconfigures number of times.
With reference to fourth aspect and its above-mentioned implementation, in the 4th kind of implementation of fourth aspect, the acquiring unit is additionally operable to：Described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining user equipment, based on weight coefficient, obtain weighting reconfigures number of times.
With reference to fourth aspect and its above-mentioned implementation, in the 5th kind of implementation of fourth aspect, first determining unit is used for：Predetermined threshold value is obtained from network side, according to the comparative result of the statistic and the predetermined threshold value, the mobile status of the user equipment is determined.
With reference to fourth aspect and its above-mentioned implementation, in the 6th kind of implementation of fourth aspect, first determining unit specifically for：When the statistic is less than or equal to the second predetermined threshold value, the mobile status for determining the user equipment is normal mobile state；When the statistic is more than second predetermined threshold value and less than or equal to the 3rd predetermined threshold value, the mobile status for determining the user equipment is middling speed mobile status；When the statistic is more than the 3rd predetermined threshold value, the mobile status for determining the user equipment is high-speed moving state.
5th aspect measures the device accused there is provided a kind of transmission, including：The device of mobile status estimation as described in first aspect and its various embodiments, determines the mobile status of user equipment；Accuse single Member, for the mobile status according to the user equipment, based on the benchmark triggered time, to network side reporting measurements, the measured value includes cell measurements and/or channel condition information reference symbol CRI-RS measured values.
With reference to the 5th aspect, in the first implementation of the 5th aspect, the reporting unit includes：Determining module, for determining to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side, and/or to the blunt announcement CRI-RS measured values of network side 4 the second benchmark triggered time be the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that the measured value and/or multicarrier of cell switching are reconfigured, and CRI-RS measured values include gathering the measured value reconfigured for CRI-RS；Reporting modules, for the mobile status according to user equipment, cell measurements are reported based on the first benchmark triggered time to network side, and/or to network side report CSI-RS measured values based on the second benchmark triggered time.
With reference to the 5th aspect and its above-mentioned implementation, the 5th aspect second of implementation in, the determining module specifically for：Indicate that the first configured information that the first benchmark triggered time was the first triggered time or the second triggered time determines to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side according to being used for of being received from network side, and/or indicate that the second configured information that the second benchmark triggered time was the first triggered time or the second triggered time determines to report that the second benchmark triggered time of CRI-RS measured values is the first triggered time or the second triggered time to network side according to being used for of being received from network side.
With reference to the 5th aspect and its above-mentioned implementation, in the third implementation of the 5th aspect, the reporting modules are used for：
Cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；
Or
When the mobile status of the user equipment is normal mobile state, cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；
When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and First Speed state parameter, and/or use the product of the second benchmark triggered time and First Speed state parameter to report CSI-RS measured values to network side for the actual triggered time；
When the mobile status of the user equipment is high-speed moving state, triggered using first benchmark The product of time and second speed state parameter is to report cell measurements to network side in the actual triggered time, and/or uses the product of the second benchmark triggered time and second speed state parameter to report CSI-RS measured values to network side for the actual triggered time；
Or
When the mobile status of the user equipment is normal mobile state, cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；
When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and First Speed state parameter, and/or use the product of the second benchmark triggered time and third speed state parameter to report CSI-RS measured values to network side for the actual triggered time；
When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to network side, and/or the use of the product of the second benchmark triggered time and fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side 4 using the product of the first benchmark triggered time and second speed state parameter；
Or
When the mobile status of the user equipment is normal mobile state, cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；
When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and third speed state parameter, and/or use the product of the second benchmark triggered time and third speed state parameter to report CSI-RS measured values to network side for the actual triggered time；
When the mobile status of the user equipment is high-speed moving state, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and fourth speed state parameter, and/or use the product of the second benchmark triggered time and fourth speed state parameter to report CSI-RS measured values to network side for the actual triggered time.
With reference to the 5th aspect and its above-mentioned implementation, in the 4th kind of implementation of the 5th aspect, in addition to：Receiving unit, for, to before network side reporting measurements, the First Speed state parameter and the second speed state parameter being received from network side in the reporting unit；Or receive the First Speed state parameter, the second speed state parameter, the third speed state parameter and the from network side Four speed state parameters；Or receive the third speed state parameter and the fourth speed state parameter from network side.
With reference to the 5th aspect and its above-mentioned implementation, in the 5th kind of implementation of the 5th aspect, the receiving unit is additionally operable to：In the reporting unit to before network side reporting measurements, first triggered time and the second triggered time are received from network side；Or first triggered time and the first biasing coefficient are received from network side, so that second triggered time is equal to the first triggered time and the product of the first biasing coefficient；Or first triggered time and the second biasing coefficient and the 3rd biasing coefficient are received from network side, so that second triggered time is equal to the first triggered time and the product of the second biasing coefficient and the 3rd biasing coefficient.
With reference to the 5th aspect and its above-mentioned implementation, in the 6th kind of implementation of the 5th aspect, the receiving unit is additionally operable to：In the reporting unit to before network side reporting measurements, the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is received from network side, and/or the second configured information for indicating for the second benchmark triggered time for the first triggered time or the second triggered time is received from network side.
6th aspect, the device that measurement is accused is received there is provided a kind of, transmitting element, for sending the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time；Report receiving unit, for receiving the cell measurements that user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
With reference to the 6th aspect, in the first implementation of the 6th aspect, the transmitting element is additionally operable to：The cell measurements that the user equipment is reported based on the first benchmark triggered time are received described, and/or before the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the first triggered time and the second triggered time are sent to the user equipment；Or the first triggered time and the first biasing coefficient are sent to the user equipment, wherein second triggered time is the product of the first triggered time and the first biasing coefficient；Or the first triggered time and the second biasing coefficient and the 3rd biasing coefficient are sent to the user equipment, wherein second triggered time is the first triggered time and the second biasing coefficient, the product of the 3rd biasing coefficient. With reference to the 6th aspect and its above-mentioned implementation, the 6th aspect second of implementation in, it is described report receiving unit specifically for：Receive cell measurements of the user equipment based on first triggered time or the second triggered time _ announcement, and/or the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time.
With reference to the 6th aspect and its above-mentioned implementation, in the third implementation of the 6th aspect, the transmitting element is additionally operable to：The cell measurements that the user equipment is reported based on first triggered time or second triggered time are received in the report receiving unit, and/or before the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time, First Speed state parameter and second speed state parameter are sent to the user equipment；Or send First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter to the user equipment；Or send third speed state parameter and fourth speed state parameter to the user equipment.
With reference to the 6th aspect and its above-mentioned implementation, in the 4th kind of implementation of the 6th aspect, the transmitting element is additionally operable to：Reconfiguration status parameter or reconfiguration operation state parameter are sent to the user equipment, weighting parameters and predetermined threshold value, wherein described reconfiguration status parameter indicates a reconfiguration operation type of the user equipment, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion of the user equipment, the weight coefficient is weighted for the user equipment counterweight configured number, the predetermined threshold value is used for the mobile status that the statistic of translational speed is compared to determine the user equipment by the user equipment with it.
There is provided a kind of user equipment for 7th aspect, it is characterised in that including：Memory, for depositing for handling the code stored in the memory, to determine mobile status；Receiver, for from network side receive information, described information include it is following in one or more：First triggered time, the second triggered time, the first configured information, the second configured information, offset information, speed state parameter, reconfiguration status parameter, reconfiguration operation state parameter, weighting parameters and predetermined threshold value；And transmitter, for according to the mobile status, based on the benchmark triggered time, to the network side reporting measurements, wherein the measured value includes cell measurements and/or CRI-RS measured values.
There is provided a kind of base station for eighth aspect, it is characterised in that including：Transmitter, for sending the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time；Receiver, the first benchmark triggered time is based on for receiving user equipment The cell measurements of report, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, and CRI-RS measured values include gathering the measured value reconfigured for CRI-RS.
The embodiment of the present invention can be more effectively carried out mobile status estimation, for example, effective mobile status estimation is carried out under the framework of CoMP/het-net/ multicarriers.Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, cylinder will be made to the required accompanying drawing used in the embodiment of the present invention below singly to introduce, apparently, drawings described below is only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the flow chart of the method for mobile status estimation according to embodiments of the present invention.
Fig. 2 is the flow chart of the method for transmission measurement report according to an embodiment of the invention.
Fig. 3 is the flow chart of the method for reception measurement report according to another embodiment of the present invention.
Fig. 4 is the structural representation of the device of mobile status estimation according to embodiments of the present invention.
Fig. 5 is the structural representation of the device of mobile status estimation according to another embodiment of the present invention.Fig. 6 is the structural representation of the device of transmission measurement report according to embodiments of the present invention.
Fig. 7 is the structural representation of the device of transmission measurement report according to another embodiment of the present invention.Fig. 8 is the structural representation of the device of transmission measurement report according to another embodiment of the present invention.Fig. 9 is the structural representation of the device of reception measurement report according to embodiments of the present invention.
Figure 10 is the structural representation of user equipment according to embodiments of the present invention.
Figure 11 is the structural representation of base station according to embodiments of the present invention.Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is a part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained on the premise of creative work is not made should all belong to the scope of protection of the invention.
In current mechanism, UE translational speed is by counting cell in preset time（Cell) switch (HO, Handover) number of times, UE mobile status is divided with the result according to cell switching times, because network is simply made up of cell in current mechanism, so it is the direct method of cylinder list to do statistics based on switching.But, under the new network architecture, in addition to cell, can also have and there is port (Port), node (Point), the overlay area of assisted cell (SCell) etc., it is contemplated that new reconfiguring number of times by introducing and assessing UE translational speed.
For example, in preset time T, following reconfiguration operation may occur for the UE of connected state：1) cell switches, wherein not including the continuous switching of identical two minizones, to avoid ping-pong；2) CSI-RS set is reconfigured, i.e., related to Port/CSI-RS reconfigures, and is mainly used in updating the related CSI-RS set of Port/CoMP（For example RRM measuring assemblies, CoMP measuring assemblies etc.）；3) multicarrier is reconfigured, mainly for remote radio head（RRH, Remote Radio Header) carrier aggregation that zooms out（CA, Carrier Aggregation) scene.
Below with reference to accompanying drawing, the method that the mobile status estimation according to embodiments of the present invention of UE sides is described in detail.As shown in figure 1, comprising the following steps.
11, in preset time T, UE obtains the statistic of the translational speed for determining itself according to number of times is reconfigured.Wherein, the number of times that reconfigures indicates the number of times that the UE is reconfigured, described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, CRI-RS set are reconfigured and reconfigured with multicarrier.
Specifically, UE obtains one or more reconfiguration status parameters first, for example one or more reconfiguration status parameters are obtained from network side, then by the reconfiguration status parameter and the product for reconfiguring number of times of corresponding types and summation, it is determined that the statistic of the translational speed for estimating the UE.Here, reconfiguration status parameter indicates UE reconfiguration operation type.Or, UE obtains reconfiguration operation state parameter first, such as network side directly notifies the reconfiguration operation type in UE communication network, and then UE is by the way that the number of times that reconfigures of corresponding types is summed, it is determined that the statistic of the translational speed for estimating the UE.
Here, reconfiguration operation state parameter indicates UE one or more reconfiguration operation types and/or calculation criterion.For example, because UE reconfiguration operation can include following 7 kinds, i.e. cell switches, or CRI-RS set is reconfigured, either multicarrier is reconfigured or cell switching is reconfigured with CRI-RS set, or cell switching and multicarrier are reconfigured, either CRI-RS set is reconfigured reconfigures or cell switching, CRI-RS set are reconfigured and reconfigured with multicarrier with multicarrier.So, reconfiguration operation state parameter can directly indicate which kind of reconfiguration operation in 7 kinds of the above, can also indicate that UE calculation criterion, and each calculation criterion corresponds to a kind of reconfiguration operation in 7 kinds of the above.Thus It can be seen that, by reconfiguration operation state parameter, UE can determine action type and its number of times reconfigured.In general, according to before reconfiguring number of times and obtaining the statistic of translational speed for determining UE, UE can also first be obtained and be reconfigured number of times.For example, UE can reconfigure number of times based on weight coefficient acquisition weighting.Wherein, weight coefficient can be obtained from network side, or predefined by agreement.
12, according to the statistic, UE determines the mobile status of itself.
Specifically, according to the comparative result of the statistic and predetermined threshold value, UE determines the mobile status of the UE.Wherein, predetermined threshold value can be obtained from network side.
For example, when the statistic is less than or equal to the first predetermined threshold value, the mobile status for determining the UE is normal mobile state；When the statistic is more than first predetermined threshold value, the mobile status for determining the UE is high-speed moving state.
Or, when the statistic is less than or equal to the second predetermined threshold value, the mobile status for determining the UE is normal mobile state；When the statistic is more than second predetermined threshold value and less than or equal to the 3rd predetermined threshold value, the mobile status for determining the UE is middling speed mobile status；When the statistic is more than the 3rd predetermined threshold value, the mobile status for determining the UE is high-speed moving state.
From the foregoing, it will be observed that number of times is reconfigured due to introducing, therefore the embodiment of the present invention can be more effectively carried out mobile status estimation, for example, effective mobile status estimation is carried out under the framework of CoMP/het-net/ multicarriers..
In a specific embodiment, preset time is set first（For example, time window T), then during this period of time basis reconfigures the statistic COUNT that number of times obtains the translational speed for determining itself:
COUNT=A* cell switching times+B*CSI-RS set reconfigures number of times+C* multicarriers and reconfigures number of times formula 1 wherein, and reconfiguration status parameter eight, B and C are the parameters that network side can match somebody with somebody, and the real number more than or equal to 0.By A, B and C different values, the different frameworks in network can be represented.For example, when A is 1, representing there is cell switching in network, therefore need to consider cell switching times in estimation mobile status；When A is 0, represent that cell switching is not present in network, therefore when estimating mobile status without the concern for cell switching times.For example, when B is 1, representing there is CSI-RS set in network, therefore consideration CSI-RS set is needed to reconfigure number of times when estimating mobile status；When B is 0, represent that CSI-RS set is not present in network, therefore number of times is reconfigured without the concern for CSI-RS set when estimating mobile status.For example, when C is 1, representing there is carrier aggregation in network, therefore consideration multicarrier is needed to reconfigure number of times when estimating mobile status；When B is 0, network is represented In carrier aggregation is not present, therefore without the concern for multicarrier reconfigure number of times when estimating mobile status.Usually, reconfiguration status ginseng A, B and C can be allocated to UE by dedicated signaling or system broadcast information by network side.
In addition, in equation 1, cell switching times are not included in the number of times continuously switched between two cells of identical, CSI-RS set reconfigures number of times and is not included in the number of times continuously reconfigured between two CSI-RS set of identical, and multicarrier reconfigures continuous addition or the number of times of deletion action that number of times is not included in identical subcarrier.
Network side can according to framework by reconfiguration status parameter configuration to UE.Network side number of times can also be reconfigured to cell switching times, CSI-RS set in the coverage, the coverage in set area or the coverage of carrier wave for considering switching cell or multicarrier reconfigures number of times configuration weight coefficient.For example, so that cell switches as an example, if the size of switching cell is variant, then corresponding weight coefficient can be multiplied by when cell switching times are calculated, then summed again.It is similar with the weighting that multicarrier reconfigures number of times that number of times is reconfigured for CSI-RS set.
It is determined that in the case of statistic COUNT, UE mobile status is may further determine that, to adjust triggered time TTT.Because Τ Τ Τ essential is the assessment time of triggering measurement reported event, if UE translational speed is faster or coverage of switching cell, gather area coverage or carrier wave coverage it is smaller if, then Τ Τ Τ just should be shorter.
In one embodiment, two threshold values n-ChangeHigh and n-ChangeMedium are set (here, n-ChangeHigh is more than n-ChangeMedium), UE mobile status is judged by statistic and two the threshold values n-ChangeHigh and n-ChangeMedium comparison.If for example, COUNT exceedes predetermined threshold value n-ChangeHigh, illustrating that UE is in high-speed moving state, TTT can be then multiplied by biasing coefficient sf-high;If COUNT is not above predetermined threshold value n-ChangeHigh but more than predetermined threshold value n-ChangeMedium, illustrate that UE is in middling speed mobile status, TTT can be then multiplied by biasing coefficient sf-medium, if COUNT is not above predetermined threshold value n-ChangeMedium, illustrate that UE is in normal mobile state, TTT is not adjusted then.
It should be understood that assessing UE mobile status by statistic COUNT, many aspects of network performance are can apply to.
Below in conjunction with Fig. 2 be described in detail, UE how obtain statistic COUNT on the basis of, according to UE mobile status, determine to the blunt announcement measured value of network side 4（Such as RRM RRM measured values）Triggered time TTT.As shown in Fig. 2 comprising the following steps. 21, according to above-mentioned method as shown in Figure 1, determine UE mobile status.
22, according to UE mobile status, based on the benchmark triggered time, to network side reporting measurements, wherein the measured value includes cell measurements and/or CRI-RS measured values.
Specifically, UE determines that to the first benchmark triggered time that network side accuses cell measurements be the first triggered time or the second triggered time first, and/or to the blunt announcement CRI-RS measured values of network side 4 the second benchmark triggered time be the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, and CRI-RS measured values include gathering the measured value reconfigured for CRI-RS；Then, according to the mobile status of user equipment, based on the first benchmark triggered time to network side report cell measurements, and/or based on the second benchmark triggered time to network side report CSI-RS measured values.Wherein, measured value can be RRM RRM measured values.
Here, UE can determine to report that the first benchmark triggered time of the measured value switched for cell was the first triggered time to network side, and the first benchmark triggered time for accusing the measured value reconfigured for multicarrier to network side was the second triggered time.In addition, UE can determine that it was the first triggered time to be accused to network side for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured, or report that for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured be the second triggered time to network side.It should be understood that " first " and " second " here is merely to description is not restricted conveniently.
Conversely, UE to network side it can be identified that report that the first benchmark triggered time of the measured value switched for cell was the second triggered time, and the first benchmark triggered time for accusing the measured value reconfigured for multicarrier to network side was the first triggered time.Or, UE can also determine that it was the second triggered time to be accused to network side for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured, and report that for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured be the first triggered time to network side.Etc..
It is appreciated that it is CoMP or het-net or multicarrier or other frameworks that the network architecture residing for it can not be detected due to UE, therefore usually require by network side is come which kind of measured value of notice reporting.For example, UE can receive the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time from network side, and/or receive the second configured information for indicating for the second benchmark triggered time for the first triggered time or the second triggered time from network side.So as to be determined to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side according to the first configured information received from network side, and/or determined to net according to the second configured information received from network side The second benchmark triggered time of the blunt announcement CRI-RS measured values in network side 4 is the first triggered time or the second triggered time.
Understood with reference to foregoing teachings, network side and UE can arrange the first triggered time and the corresponding measured value of the second triggered time difference in advance.For example, if the first configured information that network side is sent indicates that the first benchmark triggered time was the first triggered time, UE determines that to blunt the first benchmark triggered time for accusing the measured value switched for cell of network side 4 be the first triggered time；If the first configured information that network side is sent indicates that the first benchmark triggered time was the second triggered time, UE determines to report that the first benchmark triggered time of the measured value reconfigured for multicarrier was the second triggered time to network side；If the second configured information that network side is sent indicates that the second benchmark triggered time was the first triggered time, UE determines that it was the first triggered time to be accused to network side for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured；If the second configured information that network side is sent indicates that the second benchmark triggered time was the second triggered time, UE determines to report that for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured be the second triggered time to network side.
After UE determines the first benchmark triggered time and/or the second benchmark triggered time, UE will be according to mobile status, based on the first benchmark triggered time to network side report cell measurements, and/or based on the second benchmark triggered time to network side report CSI-RS measured values.
In a kind of optional embodiment, under all mobile status, UE reports cell measurements using the first benchmark triggered time to network side, and/or uses the second benchmark triggered time to report CSI-RS measured values to network side.
In another optional embodiment, when the mobile status of the user equipment is normal mobile state, UE can use the first benchmark triggered time to report cell measurements to network side, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；When the mobile status of the user equipment is middling speed mobile status, UE can use the product of the first benchmark triggered time and First Speed state parameter to report cell measurements to network side for the actual triggered time, and/or use the product of the second benchmark triggered time and the First Speed state parameter to report CSI-RS measured values to network side for the actual triggered time；When the mobile status of the user equipment is high-speed moving state, UE reports cell measurements for the actual triggered time using the product of the first benchmark triggered time and second speed state parameter to network side, and/or uses the product of the second benchmark triggered time and the second speed state parameter to report CSI-RS measured values to network side for the actual triggered time.
In another optional embodiment, when the mobile status of the user equipment is normal mobile state, UE can use the first benchmark triggered time to report cell measurements to network side, and/or Using the second benchmark triggered time CSI-RS measured values are reported to network side；When the mobile status of the user equipment is middling speed mobile status, UE can use the product of the first benchmark triggered time and First Speed state parameter to report cell measurements to network side for the actual triggered time, and/or use the product of the second benchmark triggered time and third speed state parameter to report CSI-RS measured values to network side for the actual triggered time；When the mobile status of the user equipment is high-speed moving state, UE can use the product of the first benchmark triggered time and second speed state parameter to report cell measurements to network side for the actual triggered time, and/or the use of the product of the second benchmark triggered time and fourth speed state parameter be the actual triggered time to the blunt announcement CSI-RS measured values of network side 4.
In another optional embodiment, when the mobile status of the user equipment is normal mobile state, UE can use the first benchmark triggered time to report cell measurements to network side, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；When the mobile status of the user equipment is middling speed mobile status, UE can use the product of the first benchmark triggered time and third speed state parameter to report cell measurements to network side for the actual triggered time, and/or use the product of the second benchmark triggered time and the third speed state parameter to report CSI-RS measured values to network side for the actual triggered time；When the mobile status of the user equipment is high-speed moving state, UE can use the product of the first benchmark triggered time and fourth speed state parameter to report cell measurements to network side for the actual triggered time, and/or use the product of the second benchmark triggered time and the fourth speed state parameter to report CSI-RS measured values to network side for the actual triggered time.
From the foregoing, it will be observed that UE can obtain speed state parameter from network side, wherein speed state parameter corresponds to different mobile status and benchmark triggered time.Then, UE chooses corresponding speed state parameter to correct the benchmark triggered time to obtain the actual triggered time according to the mobile status determined.Specifically, network side can configure First Speed state parameter and second speed state parameter, either First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter or third speed parameter and fourth speed parameter etc..In general, UE translational speed is faster, corresponding speed state parameter is smaller.
In addition, as from the foregoing, before UE determines the first benchmark triggered time and/or the second benchmark triggered time, UE needs to obtain the first triggered time and the second triggered time, the first triggered time and the second triggered time can be for example obtained from network side, or UE can also obtain first triggered time and the first biasing coefficient from network side；Or UE can also obtain first triggered time and the second biasing coefficient and the 3rd biasing coefficient from network side.Certainly, the first triggered time, the second triggered time, the first biasing coefficient, the second biasing coefficient and the 3rd biasing coefficient etc. can also be predefined by agreement. In the first embodiment, except configured former TTT a reference values（That is the first TTT) outside, it can also newly configure a 2nd new TTT.UE obtains the first Τ Τ Τ and the 2nd Τ Τ Τ from network side, or UE can also obtain the first Τ Τ Τ and the 2nd Τ Τ Τ by the way that agreement is predefined.
In addition, because UE obtains the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time from network side, and/or obtained from network side for indicating the second configured information that the second benchmark triggered time was the first triggered time or the second triggered time, it is thus determined that to the benchmark triggered time of network side reporting measurements.
For example, if the first configured information that network side is sent indicates that the first benchmark triggered time was the first triggered time, UE determines to report that the first benchmark triggered time of the measured value switched for cell was the first triggered time to network side；If the first configured information that network side is sent indicates that the first benchmark triggered time was the second triggered time, UE determines that to the first benchmark triggered time that network side accuses the measured value reconfigured for multicarrier be the second triggered time；If the second configured information that network side is sent indicates that the second benchmark triggered time was the first triggered time, UE determines to report that for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured be the first triggered time to network side；If the second configured information that network side is sent indicates that the second benchmark triggered time was the second triggered time, UE determines to report that for CRI-RS the second benchmark triggered times for gathering the measured value reconfigured be the second triggered time to network side.
Hereafter, in the case where UE estimates the mobile status of oneself according to statistic, the actual triggered time under the mobile status is determined by the speed state parameter and the product in benchmark triggered time that are obtained from network side, UE reports corresponding measured value using the actual triggered time to network side.
In a second embodiment, except configured former Τ Τ Τ a reference values（That is the first Τ Τ Τ) outside, network side does not re-define the 2nd new Τ Τ Τ, but defines a biasing coefficient, the such as first biasing coefficient.So, UE can obtain the biasing coefficients of the first Τ Τ Τ and first from network side, then pass through described first
The product of the biasing coefficients of Τ Τ Τ and first can obtain the 2nd τ τ τ.
Hereafter, in the case where UE estimates the mobile status of oneself according to statistic, the actual triggered time under the mobile status is determined by the speed state parameter and the product in benchmark triggered time that are obtained from network side, UE accuses corresponding measured value using the actual triggered time to network side 4 is blunt.
In the third embodiment, or, except configured former Τ Τ Τ a reference values（That is the first Τ Τ Τ) outside, new Τ Τ Τ a reference values are no longer separately configured in network side, but define multiple biasing coefficients, the such as second biasing coefficient and the 3rd biasing coefficient.It should be understood that the multiple biasing coefficients of configuration can increase the flexibility of benchmark triggered time regulation.
Hereafter, in the case of the mobile status of oneself being estimated according to statistic in UE, by from network The speed state parameter that side is obtained determines the actual triggered time under the mobile status with the product in benchmark triggered time, and UE accuses corresponding measured value using the actual triggered time to network side 4 is blunt.
In the fourth embodiment, UE can obtain the first TTT and the 2nd TTT from network side, or
UE determines the 2nd TTT by the product or the biasing coefficients of the first TTT and second of the biasing coefficients of the first TTT and first and the product of the 3rd biasing coefficient.
If network side is configured without speed state parameter, UE directly uses the first Τ Τ Τ and/or second
Τ Τ Τ accuse measured value to network side.
Or, UE can not be estimated the mobile status of oneself, and directly using the first Τ Τ Τ and
/ or the 2nd Τ Τ Τ to network side reporting measurements.
Those skilled in the art 4 is blunt to be readily appreciated that, although only give in the above-described embodiments Τ Τ Τ or
The embodiment of Τ Τ Τ a reference values and biasing multiplication, but can also realize to utilize in the present invention with the embodiment for being added, subtracting each other and being divided by of Τ Τ Τ or Τ Τ Τ a reference values and biasing coefficient biases adjustment of the coefficient to Τ Τ Τ.
From the foregoing, it will be observed that on the basis of effective mobile status estimation of the embodiment of the present invention under the framework of CoMP/het-net/ multicarriers, can further adjust the TTT for reporting trigger event.
The method that network side realizes measurement report is described with reference to Fig. 3, will not be repeated herein wherein stressing multiple content with UE.
In figure 3, network side realizes that the method for 4 blunt announcements of measurement comprises the following steps.
31, the lateral user equipment of network sends the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time.
32, network side receives the cell measurements that user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
In one embodiment, before measured value is received, network side can send the first triggered time and the second triggered time to the user equipment；And, the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is sent to the user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time. Or, in another embodiment, before measured value is received, network side can send the first triggered time and the first biasing coefficient to the user equipment；And, the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is sent to the user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time, wherein second triggered time is the product of the first triggered time and the first biasing coefficient.
Or, in another embodiment, before measured value is received, network side can send the first triggered time and the second biasing coefficient and the 3rd biasing coefficient to the user equipment；And, the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is sent to the user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time, wherein second triggered time is the first triggered time and the second biasing coefficient, the product of the 3rd biasing coefficient.
Thus, network side receives the cell measurements that the user equipment is reported based on the first benchmark triggered time, and/or is just referred to based on the channel condition information reference symbol CRI-RS measured values that the second benchmark triggered time reports：Network side receives the cell measurements that the user equipment is accused based on first triggered time or second triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time.
If for example, the first configured information that network side is sent indicates that the first benchmark triggered time was the first triggered time, receiving the measured value that cell switches that is used for of UE reports；If the first configured information that network side is sent indicates that the first benchmark triggered time was the second triggered time, the measured value that multicarrier is reconfigured that is used for of UE reports is received；If the second configured information that network side is sent indicates that the second benchmark triggered time was the first triggered time, the CRI-RS that is used for for receiving UE reports gathers the measured value reconfigured；If the second configured information that network side is sent indicates that the second benchmark triggered time was the second triggered time, the CRI-RS that is used for for receiving UE reports gathers the measured value reconfigured.
In addition, because UE can also further determine the actual triggered time according to the mobile status of estimation on the basis of the benchmark triggered time, therefore network side can receive the cell measurements that the user equipment is reported based on first triggered time or second triggered time, and/or before the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time, First Speed state parameter and second speed state parameter are sent to the user equipment；Or send First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter to user equipment；Or send third speed state parameter and fourth speed state parameter to the user equipment. For example, in the case where network side will not provide speed state parameter to UE and UE is not configured speed state parameter yet, or in the case that UE is in normal mobile state, network side may receive the cell measurements that UE uses the first benchmark triggered time to report, and/or receive the CSI-RS measured values that UE uses the second benchmark triggered time to report.
Alternatively, in the case where network side provides First Speed state parameter and second speed state parameter for UE, it is the cell measurements reported in the actual triggered time using the product of the first benchmark triggered time and First Speed state parameter that network side, which may receive UE, and/or it is the CSI-RS measured values reported in the actual triggered time using the product of the second benchmark triggered time and First Speed state parameter to receive UE；It is the cell measurements reported in the actual triggered time using the product of the first benchmark triggered time and second speed state parameter that network side, which may also receive UE, and/or it is the CSI-RS measured values reported in the actual triggered time using the product of the second benchmark triggered time and second speed state parameter to receive UE.
Alternatively, in the case where network side provides First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter for UE, it is the cell measurements reported in the actual triggered time using the product of the first benchmark triggered time and First Speed state parameter that network side, which may receive UE, and/or it is the CSI-RS measured values reported in the actual triggered time using the product of the second benchmark triggered time and third speed state parameter to receive UE；It is the cell measurements reported in the actual triggered time using the product of the first benchmark triggered time and second speed state parameter that network side, which may also receive UE, and/or uses the CSI-RS measured values that the product of the second benchmark triggered time and fourth speed state parameter is the actual blunt announcement of triggered time 4 with reference to UE.
Alternatively, in the case where network side provides third speed state parameter and fourth speed state parameter for UE, it is the cell measurements reported in the actual triggered time using the product of the first benchmark triggered time and third speed state parameter that network side, which may receive UE, and/or it is the CSI-RS measured values reported in the actual triggered time using the product of the second benchmark triggered time and third speed state parameter to receive UE；It is the cell measurements reported in the actual triggered time using the product of the first benchmark triggered time and fourth speed state parameter that network side, which may also receive UE, and/or it is the CSI-RS measured values reported in the actual triggered time using the product of the second benchmark triggered time and fourth speed state parameter to receive UE.
In addition, during UE estimation mobile status, network side also needs to send reconfiguration status parameter or reconfiguration operation state parameter to the user equipment, weighting parameters and predetermined threshold value, wherein described reconfiguration status parameter indicates a reconfiguration operation type of the user equipment, described to reconfigure behaviour Make one or more reconfiguration operation types and/or calculation criterion that state parameter indicates the user equipment, the weight coefficient is weighted for the user equipment counterweight configured number, and the predetermined threshold value is used for the mobile status that the statistic of translational speed is compared to determine the user equipment by the user equipment with it.
From the foregoing, it will be observed that on the basis of effective mobile status estimation of the embodiment of the present invention under the framework of CoMP/het-net/ multicarriers, can further adjust the TTT for reporting trigger event.
More than, for biasing coefficient, if CSI-RS coverage or SCell coverage are bigger than traditional cell handover area, biasing coefficient can be more than or equal to 1;If CSI-RS coverage or SCell coverage are smaller than traditional cell handover area, biasing coefficient can be less than or equal to 1;The value for biasing coefficient is substantially relevant with network design.
The structure of device according to embodiments of the present invention is described in detail below with reference to accompanying drawing.
As described in Figure 4, the device 40 of mobile status estimation includes the determining unit 42 of acquiring unit 41 and first.Wherein, acquiring unit 41 is used in preset time, according to number of times is reconfigured, obtains the statistic of the translational speed for determining UE, the wherein described number of times that reconfigures indicates the number of times that UE is reconfigured, described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, CRI-RS set are reconfigured and reconfigured with multicarrier.First determining unit 42 is used for according to the statistic, determines the mobile status of the UE.
Further, acquiring unit 41 includes acquisition module 411 and determining module 412, as shown in Figure 5.Acquisition module 411 is used to obtain one or more reconfiguration status parameters, the reconfiguration status parameter indicates a UE reconfiguration operation type, or reconfiguration operation state parameter is obtained, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion needed for estimation UE translational speed statistics.Determining module 412 is used to pass through the reconfiguration status parameter and the product for reconfiguring number of times of corresponding types and summation, it is determined that the statistic of the translational speed for estimating the UE, or according to the instruction of the reconfiguration operation state parameter, the number of times that reconfigures of corresponding types is summed, it is determined that the statistic of the translational speed for estimating the UE.
In general, acquisition module 411 is used to obtain the reconfiguration status parameter from network side；Or obtain the reconfiguration operation state parameter from network side.
In addition, acquiring unit 41 is additionally operable to described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining UE, acquisition reconfigures number of times.
Or, acquiring unit 41 is additionally operable to described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining UE, based on weight coefficient, obtains matching somebody with somebody again for weighting Put number of times.
Alternatively, the first determining unit 42 is used to obtain predetermined threshold value from network side, according to the comparative result of the statistic and the predetermined threshold value, determines the mobile status of the UE.
Specifically, the first determining unit 42 is used for when the statistic is less than or equal to the second predetermined threshold value, and the mobile status for determining the UE is normal mobile state；When the statistic is more than second predetermined threshold value and is less than or equal to three predetermined threshold values, the mobile status for determining the UE is middling speed mobile status；When the statistic is more than three predetermined threshold value, the mobile status for determining the UE is high-speed moving state.
From the foregoing, it will be observed that number of times is reconfigured due to introducing, therefore the embodiment of the present invention can be more effectively carried out mobile status estimation, for example, effective mobile status estimation is carried out under the framework of CoMP/het-net/ multicarriers..
In figure 6, sending the device 60 of 4 blunt announcements of measurement includes device 40 and the reporting unit 61 that mobile status as shown in Figure 4 is estimated, reporting unit 61 is used for the mobile status according to the user equipment, based on the benchmark triggered time, to network side reporting measurements, the measured value includes cell measurements and/or CRI-RS measured values.
Further, reporting unit 61 includes determining module 611 and reporting modules 612, as shown in Figure 7.Wherein, determining module 611 is used to determine to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side, and/or to the blunt announcement CRI-RS measured values of network side 4 the second benchmark triggered time be the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that the measured value and/or multicarrier of cell switching are reconfigured, and CRI-RS measured values include gathering the measured value reconfigured for CRI-RS.Reporting modules 612 are used for according to the mobile status of user equipment, and cell measurements are reported to network side based on the first benchmark triggered time, and/or based on the second benchmark triggered time to the blunt announcement CSI-RS measured values of network side 4.
Specifically, determining module 611 for first configured information in the first triggered time or the second triggered time according to the first benchmark triggered time of instruction that is used for received from network side for determining to report to network side, the first benchmark triggered time of region measurement value is the first triggered time or the second triggered time, and/or indicate that the second configured information that the second benchmark triggered time was the first triggered time or the second triggered time determines that to the second benchmark triggered time of network side _ announcement CRI-RS measured values be the first triggered time or the second triggered time according to being used for of being received from network side.
Specifically, reporting modules 612 are used to report cell measurements to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side. Alternatively, accusing module 612 is used for when the mobile status of the user equipment is normal mobile state, cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and First Speed state parameter, and/or use the product of the second benchmark triggered time and the First Speed state parameter to report CSI-RS measured values to network side for the actual triggered time；When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to network side, and/or the use of the product of the second benchmark triggered time and the second speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side ability using the product of the first benchmark triggered time and second speed state parameter.
Alternatively, accusing module 612 is used for when the mobile status of the user equipment is normal mobile state, cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and First Speed state parameter, and/or use the product of the second benchmark triggered time and third speed state parameter to report CSI-RS measured values to network side for the actual triggered time；When the mobile status of the user equipment is high-speed moving state, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and second speed state parameter, and/or use the product of the second benchmark triggered time and fourth speed state parameter to report CSI-RS measured values to network side for the actual triggered time.
Alternatively, accusing module 612 is used for when the mobile status of the user equipment is normal mobile state, cell measurements are reported to network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to network side；When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported to network side for the actual triggered time using the product of the first benchmark triggered time and third speed state parameter, and/or use the product of the second benchmark triggered time and the third speed state parameter to report CSI-RS measured values to network side for the actual triggered time；When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to network side, and/or the use of the product of the second benchmark triggered time and the fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side ability using the product of the first benchmark triggered time and fourth speed state parameter.
Fig. 8 shows the device of another transmission measurement report according to embodiments of the present invention.Send measurement report The device 80 of announcement can also include receiving unit 62, for, to before network side reporting measurements, the First Speed state parameter and the second speed state parameter being received from network side in the reporting unit；Or receive the First Speed state parameter, the second speed state parameter, the third speed state parameter and fourth speed state parameter from network side；Or receive the third speed state parameter and the fourth speed state parameter from network side.
In addition, receiving unit 62 can be also used in the reporting unit to before network side reporting measurements, first triggered time and the second triggered time are received from network side；Or first triggered time and the first biasing coefficient are received from network side, so that second triggered time is equal to the first triggered time and the product of the first biasing coefficient；Or first triggered time and the second biasing coefficient and the 3rd biasing coefficient are received from network side, so that second triggered time is equal to the first triggered time and the product of the second biasing coefficient and the 3rd biasing coefficient.
Or, receiving unit 62 can be also used in the reporting unit to before network side reporting measurements, the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is received from network side, and/or the second configured information for indicating for the second benchmark triggered time for the first triggered time or the second triggered time is received from network side.
Generally, the device 60,70,80 of the device 40,50 of mobile status estimation or transmission 4 blunt announcements of measurement can be only fitted in user equipment.
Figure 9 illustrates the device 90 of reception measurement report according to another embodiment of the present invention.The device 90 includes transmitting element 91 and report receiving unit 92.Transmitting element 91 is used to send for the first configured information that the first benchmark triggered time of instruction is the first triggered time or the second triggered time to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time.Report receiving unit 92 is used to receive the cell measurements that user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
In addition, transmitting element 91 is additionally operable to receive the cell measurements that the user equipment is reported based on the first benchmark triggered time described, and/or before the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the first triggered time and the second triggered time are sent to the user equipment.Or, transmitting element 91 is additionally operable to receive the user equipment based on institute described State the cell measurements of the first benchmark triggered time report, and/or before the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the first triggered time and the first biasing coefficient are sent to the user equipment, wherein second triggered time is the product of the first triggered time and the first biasing coefficient.Or, transmitting element 91 is additionally operable to receive the cell measurements that the user equipment is reported based on the first benchmark triggered time described, and/or before the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the first triggered time and the second biasing coefficient and the 3rd biasing coefficient are sent to the user equipment, wherein second triggered time is the first triggered time and the second biasing coefficient, the product of the 3rd biasing coefficient.
In a specific embodiment, report receiving unit 92 is used to receive the cell measurements that the user equipment is accused based on first triggered time or second triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time.
So as to, cell measurements of the user equipment based on first triggered time or the blunt announcement of second triggered time 4 are received in report receiving unit 92, and/or before the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time, transmitting element 91 is additionally operable to：First Speed state parameter and second speed state parameter are sent to the user equipment；Or send First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter to the user equipment；Or send third speed state parameter and fourth speed state parameter to the user equipment.
In addition, in order to which UE can estimate mobile status, transmitting element 91 can be also used for sending reconfiguration status parameter or reconfiguration operation state parameter to the user equipment, weighting parameters and predetermined threshold value, wherein described reconfiguration status parameter indicates a reconfiguration operation type of the user equipment, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion of the user equipment, the weight coefficient is weighted for the user equipment counterweight configured number, the predetermined threshold value is used for the mobile status that the statistic of translational speed is compared to determine the user equipment by the user equipment with it.
In general, the device 90 of measurement report is configured in network side, such as in base station.
In summary, on the basis of effective mobile status estimation of the embodiment of the present invention under the framework of CoMP/het-net/ multicarriers, the TTT for reporting trigger event can further be adjusted.
In addition, in Fig. 10, embodiments of the invention additionally provide user equipment 100, including memory
101st, processor 102, receiver 103 and transmitter 104, Wherein, the memory 101 is used to store the code for realizing each step in above-mentioned embodiment as the method for figure 1.
Processor 102 is used to handle the code that stores in the memory 101 to determine UE mobile status.
For example, processor 102 can realize following functions：In preset time, according to reconfiguring number of times, the statistic for determining user equipment translational speed is obtained, wherein the number of times that reconfigures indicates the number of times that the user equipment is reconfigured, it is described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, channel condition information reference symbol CRI-RS set are reconfigured and reconfigured with multicarrier；According to the statistic, the mobile status of the user equipment is determined.
Receiver 103, for from network side receive information, described information include it is following in one or more：First triggered time, the second triggered time, the first configured information, the second configured information, offset information, speed state parameter, reconfiguration status parameter, reconfiguration operation state parameter, weighting parameters and predetermined threshold value.
Transmitter 104 is used for the mobile status determined according to processor 102, and based on the benchmark triggered time, measured value is accused to the network side, wherein the measured value includes cell measurements and/or CRI-RS measured values.
In addition, in fig. 11, embodiments of the invention additionally provide base station 110, including transmitter 111 and receiver 112.Wherein, transmitter 111 is used to send for the first configured information that the first benchmark triggered time of instruction is the first triggered time or the second triggered time to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time.Receiver 112 is used to receive the cell measurements that user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
It should be understood that in embodiments of the present invention, term " and/or " it is only a kind of incidence relation for describing affiliated partner, expression may have three kinds of relations.For example, A and/or B, can be represented：Individualism A, while there is A and B, these three situations of individualism B.In addition, character "/" herein, typically represent forward-backward correlation object be it is a kind of " or " relation.
It should be understood that the scheme that each claim of the present invention is described should also regard one embodiment as, And it is characterized in combinable in claim to be, can be used as different embodiments the step of the different branches of the execution after judgment step in such as present invention.
Those of ordinary skill in the art are it is to be appreciated that the unit and algorithm steps of each example described with reference to the embodiments described herein, can be realized with the combination of electronic hardware or computer software and electronic hardware.These functions are performed with hardware or software mode actually, depending on the application-specific and design constraint of technical scheme.Professional and technical personnel can realize described function to each specific application using distinct methods, but this realization is it is not considered that beyond the scope of this invention.
It is apparent to those skilled in the art that, the specific work process of the system of foregoing description, device and unit clean for the convenience and cylinder of description may be referred to the corresponding process in preceding method embodiment, will not be repeated here.
In several embodiments provided herein, it should be understood that disclosed systems, devices and methods, it can realize by another way.For example, device embodiment described above is only schematical, for example, the division of the unit, it is only a kind of division of logic function, there can be other dividing mode when actually realizing, such as multiple units or component can combine or be desirably integrated into another system, or some features can be ignored, or do not perform.Another, it, by some interfaces, the INDIRECT COUPLING or communication connection of device or unit, can be electrical, machinery or other forms that shown or discussed coupling or direct-coupling or communication connection each other, which can be,.
The unit illustrated as separating component can be or may not be physically separate, and the part shown as unit can be or may not be physical location, you can with positioned at a place, or can also be distributed on multiple NEs.Some or all of unit therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.
In addition, each functional unit in each of the invention embodiment can be integrated in a processing unit or unit is individually physically present, can also two or more units it is integrated in a unit.
If the function is realized using in the form of SFU software functional unit and as independent production marketing or in use, can be stored in a computer read/write memory medium.Understood based on such, the part or the part of the technical scheme that technical scheme substantially contributes to prior art in other words can be embodied in the form of software product, the computer software product is stored in a storage medium, including some instructions are to cause a computer equipment（Can be personal computer, server, or network equipment etc.）Perform all or part of step of each embodiment methods described of the invention.And foregoing storage medium includes：USB flash disk, mobile hard disk, read-only storage（ ROM , Read-Only Memory )、 Random access memory（RAM, Random Access Memory), magnetic disc or CD etc. are various can be with the medium of store program codes.
It is described above; only embodiment of the invention, but protection scope of the present invention is not limited thereto, any one skilled in the art the invention discloses technical scope in; change or replacement can be readily occurred in, should be all included within the scope of the present invention.Therefore, protection scope of the present invention described should be defined by scope of the claims.

Claims (39)

  1. Claim
    1st, a kind of method of mobile status estimation, it is characterised in that including：
    In preset time, according to reconfiguring number of times, the statistic for determining user equipment translational speed is obtained, wherein the number of times that reconfigures indicates the number of times that the user equipment is reconfigured, it is described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, channel condition information reference symbol CRI-RS set are reconfigured and reconfigured with multicarrier；
    It is just blunt according to the statistic, determine the mobile status of the user equipment.
    2nd, according to the method described in claim 1, it is characterised in that reconfigure number of times described in the basis, obtaining the statistic of the translational speed for determining the user equipment includes：
    One or more reconfiguration status parameters are obtained, the reconfiguration status parameter indicates the reconfiguration operation type of the user equipment；
    By the reconfiguration status parameter and the corresponding product for reconfiguring number of times and summation, it is determined that the statistic of the translational speed for estimating the user equipment；Or,
    Reconfiguration operation state parameter is obtained, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion needed for the estimation user equipment translational speed statistic；According to the instruction of the reconfiguration operation state parameter, the number of times that reconfigures of corresponding types is summed, it is determined that the statistic of the translational speed for estimating the user equipment.
    3rd, method according to claim 2, it is characterised in that
    The acquisition reconfiguration status parameter includes：
    The reconfiguration status parameter is obtained from network side；Or
    The acquisition reconfiguration operation state parameter includes：
    The reconfiguration operation state parameter is obtained from network side.
    4th, according to the method in any one of claims 1 to 3, it is characterised in that described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining user equipment, in addition to：
    Number of times is reconfigured described in obtaining.
    5th, method according to claim 4, it is characterised in that the acquisition, which reconfigures number of times, to be included：
    Based on weight coefficient, obtain weighting reconfigures number of times.
    6th, method according to claim 5, it is characterised in that described to be based on weight coefficient, is obtained Taking the number of times that reconfigures of weighting includes：
    Based on the weight coefficient obtained from network side, the number of times that reconfigures of weighting is obtained, or
    Based on predefined weight coefficient, obtain weighting reconfigures number of times.
    7th, method according to any one of claim 1 to 6, it is characterised in that described according to the statistic, determining the mobile status of the user equipment includes：
    Predetermined threshold value is obtained from network side, according to the comparative result of the statistic and the predetermined threshold value, the mobile status of the user equipment is determined.
    8th, method according to claim 7, it is characterised in that the comparative result according to the statistic and predetermined threshold value, determines the mobile status of the user equipment, including：
    When the statistic is less than or equal to the second predetermined threshold value, the mobile status for determining the user equipment is normal mobile state；
    When the statistic is more than second predetermined threshold value and is less than or equal to three predetermined threshold values, the mobile status for determining the user equipment is middling speed mobile status；
    When the statistic is more than three predetermined threshold value, the mobile status for determining the user equipment is high-speed moving state.
    9th, it is a kind of to send the method that measurement is accused, it is characterised in that including：
    Method according to any one of claim 1 to 8, determines the mobile status of user equipment；According to the mobile status of the user equipment, based on the benchmark triggered time, to network side reporting measurements, the measured value includes cell measurements and/or channel condition information reference symbol CRI-RS measured values.
    10th, method according to claim 9, it is characterised in that the mobile status according to the user equipment, based on the benchmark triggered time, includes to network side reporting measurements：
    It is determined that reporting that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to network side, and/or to the blunt announcement CRI-RS measured values of network side 4 the second benchmark triggered time be the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that the measured value and/or multicarrier of cell switching are reconfigured, and CRI-RS measured values include gathering the measured value reconfigured for CRI-RS；
    According to the mobile status of the user equipment, cell measurements are reported to the network side based on the first benchmark triggered time, and/or to the network side CSI-RS measured values are reported based on the second benchmark triggered time.
    11st, method according to claim 10, it is characterised in that the determination reports the first benchmark triggered time of cell measurements for the first triggered time or the second triggered time to network side, and/or to The second benchmark triggered time of the blunt announcement CRI-RS measured values of network side 4 is to include in the first triggered time or the second triggered time：
    Indicate that the first configured information that the first benchmark triggered time is first triggered time or second triggered time determines to report that the first benchmark triggered time of cell measurements is first triggered time or second triggered time to the network side according to being used for of being received from the network side, and/or indicate that the second configured information that the second benchmark triggered time is first triggered time or second triggered time determines that to the second benchmark triggered time of network side report CRI-RS measured values be first triggered time or second triggered time according to being used for of being received from the network side.
    12nd, the method according to claim 10 or 11, it is characterized in that, the mobile status according to user equipment, cell measurements are reported to network side based on the first benchmark triggered time, and/or are included based on the second benchmark triggered time to network side report CSI-RS measured values：
    Reported using the first benchmark triggered time to the network side, region measurement value, and/or using the second benchmark triggered time to the network side report CSI-RS measured values；
    Or
    When the mobile status of the user equipment is normal mobile state, cell measurements are reported to the network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to the network side；
    When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the First Speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and First Speed state parameter；
    When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the second speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and second speed state parameter；
    Or
    When the mobile status of the user equipment is normal mobile state, cell measurements are reported to the network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to the network side；
    When the mobile status of the user equipment is middling speed mobile status, triggered using first benchmark The product of time and First Speed state parameter is the actual triggered time reports cell measurements to the network side, and/or the use of the product of the second benchmark triggered time and third speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4；
    When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and second speed state parameter；
    Or
    When the mobile status of the user equipment is normal mobile state, cell measurements are reported to the network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to the network side；
    When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the third speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side ability using the product of the first benchmark triggered time and third speed state parameter；
    When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and fourth speed state parameter.
    13rd, method according to claim 12, it is characterised in that in the mobile status according to the user equipment, based on the benchmark triggered time, to before network side reporting measurements, in addition to：The First Speed state parameter and the second speed state parameter are received from the network side；Or
    The First Speed state parameter, the second speed state parameter, the third speed state parameter and fourth speed state parameter are received from the network side；Or
    The third speed state parameter and the fourth speed state parameter are received from the network side.14th, the method according to any one of claim 9 to 13, it is characterised in that in the mobile status according to the user equipment, based on the benchmark triggered time, to before network side reporting measurements, in addition to：
    First triggered time and second triggered time are received from the network side；Or first triggered time and the first biasing coefficient are received from the network side, so that described second touches The hair time is equal to first triggered time and the product of the described first biasing coefficient；Or first triggered time and the second biasing coefficient and the 3rd biasing coefficient are received from the network side, so that second triggered time is equal to first triggered time and the product of the described second biasing coefficient and the 3rd biasing coefficient.
    15th, method according to claim 14, it is characterised in that in the mobile status according to the user equipment, based on the benchmark triggered time, to before network side reporting measurements, in addition to：The first configured information for indicating the first benchmark triggered time for first triggered time or second triggered time is received from the network side, and/or the second configured information for indicating the second benchmark triggered time for first triggered time or second triggered time is received from the network side.
    16th, a kind of method for receiving measurement report, it is characterised in that including：
    The first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time is sent to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time；
    Receive the cell measurements that the user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is first triggered time or second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, the CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
    17th, method according to claim 16, it is characterized in that, the cell measurements that the user equipment is reported based on the first benchmark triggered time are received described, and/or before the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, in addition to：
    First triggered time and second triggered time are sent to the user equipment；Or first triggered time and the first biasing coefficient are sent to the user equipment, wherein second triggered time is the product of first triggered time and the first biasing coefficient；Or
    First triggered time and the second biasing coefficient and the 3rd biasing coefficient are sent to the user equipment, wherein second triggered time is first triggered time and the product of the described second biasing coefficient and the 3rd biasing coefficient.
    18th, method according to claim 17, it is characterised in that
    It is described to receive the cell measurements that the user equipment is reported based on the first benchmark triggered time, And/or included based on the channel condition information reference symbol CRI-RS measured values that the second benchmark triggered time reports：
    Receive the cell measurements that the user equipment is reported based on first triggered time or second triggered time, and/or the CRI-RS measured values reported based on first triggered time or second triggered time.
    19th, method according to claim 18, it is characterized in that, the cell measurements that the user equipment is reported based on first triggered time or second triggered time are received described, and/or before the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time, in addition to：
    First Speed state parameter and second speed state parameter are sent to the user equipment；Or send First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter to the user equipment；Or
    Third speed state parameter and fourth speed state parameter are sent to the user equipment.
    20th, the method according to any one of claim 16 to 19, it is characterised in that also include：Reconfiguration status parameter or reconfiguration operation state parameter are sent to the user equipment, weighting parameters and predetermined threshold value, wherein described reconfiguration status parameter indicates a reconfiguration operation type of the user equipment, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion of the user equipment, the weight coefficient is weighted for the user equipment counterweight configured number, the predetermined threshold value is used for the mobile status that the statistic of translational speed is compared to determine the user equipment by the user equipment with it.
    21st, a kind of device of mobile status estimation, it is characterised in that including：
    Acquiring unit, for in preset time, according to reconfiguring number of times, obtain the statistic of the translational speed for determining user equipment, it is wherein described to reconfigure the number of times that number of times instruction user equipment is reconfigured, it is described to reconfigure including one in following reconfiguration operation type or combination：Cell switching, channel condition information reference symbol CRI-RS set are reconfigured and reconfigured with multicarrier；
    First determining unit, for according to the statistic, determining the mobile status of the user equipment.
    22nd, device according to claim 21, it is characterised in that the acquiring unit includes acquisition module and determining module, wherein
    The acquisition module is used to obtain one or more reconfiguration status parameters, one reconfiguration operation type of the reconfiguration status parameter instruction user equipment, or reconfiguration operation state parameter is obtained, the reconfiguration operation state parameter indicates one or many needed for estimation user equipment translational speed statistic Individual reconfiguration operation type and/or calculation criterion；
    The determining module is used to pass through the reconfiguration status parameter and the product for reconfiguring number of times of corresponding types and summation, it is determined that the statistic of the translational speed for estimating the user equipment, or according to the instruction of the reconfiguration operation state parameter, the number of times that reconfigures of corresponding types is summed, it is determined that the statistic of the translational speed for estimating the user equipment.
    23rd, device according to claim 22, it is characterised in that the acquisition module is used for：The reconfiguration status parameter is obtained from the network side；Or
    The reconfiguration operation state parameter is obtained from the network side.
    24th, the device according to any one of claim 21 to 23, it is characterised in that the acquiring unit is additionally operable to：
    Described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining user equipment, acquisition reconfigures number of times.
    25th, the device according to any one of claim 21 to 23, it is characterised in that the acquiring unit is additionally operable to：
    Described in preset time, according to number of times is reconfigured, before the statistic for obtaining translational speed for determining user equipment, based on weight coefficient, obtain weighting reconfigures number of times.
    26th, the device according to any one of claim 21 to 25, it is characterised in that first determining unit is used for：
    Predetermined threshold value is obtained from the network side, according to the comparative result of the statistic and the predetermined threshold value, the mobile status of the user equipment is determined.
    27th, device according to claim 26, it is characterised in that first determining unit specifically for：
    When the statistic is less than or equal to the second predetermined threshold value, the mobile status for determining the user equipment is normal mobile state；
    When the statistic is more than second predetermined threshold value and less than or equal to the 3rd predetermined threshold value, the mobile status for determining the user equipment is middling speed mobile status；
    When the statistic is more than the 3rd predetermined threshold value, the mobile status for determining the user equipment is high-speed moving state.
    28th, it is a kind of to send the device that measurement is accused, it is characterised in that including
    The device of mobile status estimation as any one of claim 21 to 27, determines the mobile status of user equipment； Reporting unit, for the mobile status according to the user equipment, based on the benchmark triggered time, to network side reporting measurements, the measured value includes cell measurements and/or channel condition information reference symbol
    CRI-RS measured values.
    29th, device according to claim 28, it is characterised in that the reporting unit includes：Determining module, for determining to report that the first benchmark triggered time of cell measurements is the first triggered time or the second triggered time to the network side, and/or to the blunt announcement CRI-RS measured values of the network side ^ the second benchmark triggered time be first triggered time or second triggered time, wherein described cell measurements include being used for the measured value that the measured value and/or multicarrier of cell switching are reconfigured, and the CRI-RS measured values include gathering the measured value reconfigured for CRI-RS；
    Reporting modules, for the mobile status according to user equipment, cell measurements are reported based on the first benchmark triggered time to the network side, and/or to the network side report CSI-RS measured values based on the second benchmark triggered time.
    30th, device according to claim 29, it is characterised in that the determining module specifically for：
    Indicate that the first configured information that the first benchmark triggered time is first triggered time or second triggered time determines to report that the first benchmark triggered time of cell measurements is first triggered time or second triggered time to the network side according to being used for of being received from the network side, and/or indicate that the second configured information that the second benchmark triggered time is first triggered time or second triggered time determines that to the second benchmark triggered time of network side report CRI-RS measured values be first triggered time or second triggered time according to being used for of being received from the network side.
    31st, the device according to claim 29 or 30, it is characterised in that the reporting modules are used for：
    Reported using the first benchmark triggered time to the network side, region measurement value, and/or using the second benchmark triggered time to the network side report CSI-RS measured values；
    Or
    When the mobile status of the user equipment is normal mobile state, cell measurements are reported to the network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to the network side；
    When the mobile status of the user equipment is middling speed mobile status, surveyed using the product of the first benchmark triggered time and First Speed state parameter for the actual triggered time to network side report cell Value, and/or the use of the product of the second benchmark triggered time and the First Speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4；
    When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the second speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and second speed state parameter；
    Or
    When the mobile status of the user equipment is normal mobile state, cell measurements are reported to the network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to the network side；
    When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and third speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and First Speed state parameter；
    When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and second speed state parameter；
    Or
    When the mobile status of the user equipment is normal mobile state, cell measurements are reported to the network side using the first benchmark triggered time, and/or use the second benchmark triggered time to report CSI-RS measured values to the network side；
    When the mobile status of the user equipment is middling speed mobile status, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the third speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of the network side 4 using the product of the first benchmark triggered time and third speed state parameter；
    When the mobile status of the user equipment is high-speed moving state, cell measurements are reported for the actual triggered time to the network side, and/or the use of the product of the second benchmark triggered time and the fourth speed state parameter is the actual triggered time to the blunt announcement CSI-RS measured values of network side ability using the product of the first benchmark triggered time and fourth speed state parameter.
    32nd, device according to claim 31, it is characterised in that also include：Receiving unit, For in the reporting unit to before network side reporting measurements,
    The First Speed state parameter and the second speed state parameter are received from the network side；Or
    The First Speed state parameter, the second speed state parameter, the third speed state parameter and fourth speed state parameter are received from the network side；Or
    The third speed state parameter and the fourth speed state parameter are received from the network side.33rd, the device according to any one of claim 28 to 32, it is characterised in that the receiving unit is additionally operable to：In the reporting unit to before network side reporting measurements,
    First triggered time and second triggered time are received from the network side；Or first triggered time and the first biasing coefficient are received from the network side, so that second triggered time is equal to first triggered time and the product of the described first biasing coefficient；Or
    First triggered time and the second biasing coefficient and the 3rd biasing coefficient are received from the network side, so that second triggered time is equal to first triggered time and the product of the described second biasing coefficient and the 3rd biasing coefficient.
    34th, device according to claim 33, it is characterised in that the receiving unit is additionally operable to：In the reporting unit to before network side reporting measurements,
    The first configured information for indicating the first benchmark triggered time for first triggered time or second triggered time is received from the network side, and/or the second configured information for indicating the second benchmark triggered time for first triggered time or second triggered time is received from the network side.
    35th, a kind of device for receiving measurement report, it is characterised in that including：
    Transmitting element, for sending the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time to user equipment, and/or for indicating second configured information of the second benchmark triggered time for first triggered time or second triggered time；
    Report receiving unit, for receiving the cell measurements that the user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is first triggered time or second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, the CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
    36th, device according to claim 35, it is characterised in that the transmitting element is additionally operable to： The cell measurements reported in the reception user equipment based on the first benchmark triggered time, and
    / or based on the second benchmark triggered time report channel condition information reference symbol CRI-RS measured values before,
    The first triggered time and the second triggered time are sent to the user equipment；Or
    The first triggered time and the first biasing coefficient are sent to the user equipment, wherein second triggered time is the product of first triggered time and the first biasing coefficient；Or
    The first triggered time and the second biasing coefficient and the 3rd biasing coefficient are sent to the user equipment, wherein second triggered time is first triggered time and the product of the described second biasing coefficient and the 3rd biasing coefficient.
    37th, device according to claim 36, it is characterised in that the report receiving unit specifically for：
    Receive the cell measurements that the user equipment is reported based on first triggered time or second triggered time, and/or the CRI-RS measured values reported based on first triggered time or second triggered time.
    38th, the device according to claim 37, it is characterised in that the transmitting element is additionally operable to：The cell measurements that the user equipment is accused based on first triggered time or second triggered time are received in the report receiving unit, and/or before the channel condition information reference symbol CRI-RS measured values reported based on first triggered time or second triggered time
    First Speed state parameter and second speed state parameter are sent to the user equipment；Or send First Speed state parameter, second speed state parameter, third speed state parameter and fourth speed state parameter to the user equipment；Or
    Third speed state parameter and fourth speed state parameter are sent to the user equipment.
    39th, the method according to any one of claim 35 to 38, it is characterised in that the transmitting element is additionally operable to：
    Reconfiguration status parameter or reconfiguration operation state parameter are sent to the user equipment, weighting parameters and predetermined threshold value, wherein described reconfiguration status parameter indicates a reconfiguration operation type of the user equipment, the reconfiguration operation state parameter indicates the one or more reconfiguration operation types and/or calculation criterion of the user equipment, the weight coefficient is weighted for the user equipment counterweight configured number, the predetermined threshold value is used for the mobile status that the statistic of translational speed is compared to determine the user equipment by the user equipment with it.
    40th, a kind of user equipment, it is characterised in that including： Memory, the code for storing each step in method of the realization as any one of claim 1 to 8；
    Processor, for handling the code stored in the memory, to determine mobile status；Receiver, for from network side receive information, described information include it is following in one or more：First triggered time, the second triggered time, the first configured information, the second configured information, offset information, speed state parameter, reconfiguration status parameter, reconfiguration operation state parameter, weighting parameters and predetermined threshold value；And
    Transmitter, for according to the mobile status, based on the benchmark triggered time, to the network side reporting measurements, wherein the measured value includes cell measurements and/or CRI-RS measured values.
    41st, a kind of base station, it is characterised in that including：
    Transmitter, for sending the first configured information for indicating for the first benchmark triggered time for the first triggered time or the second triggered time to user equipment, and/or for indicating second configured information of the second benchmark triggered time for the first triggered time or the second triggered time；
    Receiver, for receiving the cell measurements that user equipment is reported based on the first benchmark triggered time, and/or the channel condition information reference symbol CRI-RS measured values reported based on the second benchmark triggered time, the wherein described first benchmark triggered time is the first triggered time or the second triggered time, the second benchmark triggered time is the first triggered time or the second triggered time, wherein described cell measurements include being used for the measured value that cell switches and/or the measured value reconfigured for multicarrier, CRI-RS measured values include being used for the measured value that CRI-RS set is reconfigured.
CN201280001789.1A 2012-09-26 2012-09-26 The method and apparatus of mobile status estimation and the method and apparatus of measurement report Active CN103907384B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PCT/CN2012/081973 WO2014047795A1 (en) 2012-09-26 2012-09-26 Method and device for estimating moving status and measurement report method and device

Publications (2)

Publication Number Publication Date
CN103907384A true CN103907384A (en) 2014-07-02
CN103907384B CN103907384B (en) 2018-02-06

Family

ID=50386785

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201280001789.1A Active CN103907384B (en) 2012-09-26 2012-09-26 The method and apparatus of mobile status estimation and the method and apparatus of measurement report

Country Status (2)

Country Link
CN (1) CN103907384B (en)
WO (1) WO2014047795A1 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107172637A (en) * 2017-05-17 2017-09-15 华为技术有限公司 A kind of method and apparatus classified to calling

Families Citing this family (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110493840B (en) * 2015-11-30 2021-08-10 展讯通信（上海）有限公司 Control method of user terminal, mobility acquisition method and device
EP3756025A4 (en) * 2018-10-09 2021-11-24 Hewlett-Packard Development Company, L.P. Assessing spatial movement behavior
CN111278042B (en) * 2019-01-04 2021-11-16 维沃移动通信有限公司 Information reporting method and terminal

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101453770A (en) * 2007-12-07 2009-06-10 华为技术有限公司 Measurement control method and apparatus
US20100113019A1 (en) * 2008-11-05 2010-05-06 Samsung Electronics Co., Ltd. UE mobility state detection apparatus and method for wireless communication system
CN101730081A (en) * 2009-11-18 2010-06-09 中兴通讯股份有限公司 Method and device for processing motion state of mobile terminal
CN101925148A (en) * 2009-06-11 2010-12-22 上海无线通信研究中心 Method for estimating speed class of mobile terminal in multilevel cellular system
CN102026309A (en) * 2009-09-10 2011-04-20 大唐移动通信设备有限公司 Method, system and device for detecting mobile state of terminal

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101453770A (en) * 2007-12-07 2009-06-10 华为技术有限公司 Measurement control method and apparatus
US20100113019A1 (en) * 2008-11-05 2010-05-06 Samsung Electronics Co., Ltd. UE mobility state detection apparatus and method for wireless communication system
CN101925148A (en) * 2009-06-11 2010-12-22 上海无线通信研究中心 Method for estimating speed class of mobile terminal in multilevel cellular system
CN102026309A (en) * 2009-09-10 2011-04-20 大唐移动通信设备有限公司 Method, system and device for detecting mobile state of terminal
CN101730081A (en) * 2009-11-18 2010-06-09 中兴通讯股份有限公司 Method and device for processing motion state of mobile terminal

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107172637A (en) * 2017-05-17 2017-09-15 华为技术有限公司 A kind of method and apparatus classified to calling

Also Published As

Publication number Publication date
WO2014047795A1 (en) 2014-04-03
CN103907384B (en) 2018-02-06

Similar Documents

Publication Publication Date Title
CN104012137B (en) Minimize drive test measurement method, user equipment and the network equipment
US11356877B2 (en) Reference signal processing method, network device, and terminal device
US20210127308A1 (en) Subband switching method, device, and system
CN108616345A (en) A kind of configuration method and device of reference signal
CN102215526B (en) The report method of measuring results under multicarrier system, system and subscriber equipment
US20160242083A1 (en) Method, device, and system for radio resource management measurement
JP5671494B2 (en) Wireless communication system and wireless base station
JP6299046B2 (en) Method and base station for selecting an operating remote radio device for a user equipment
CN103945418B (en) A kind of auxiliary serving cell collocation method and equipment
CN107911848A (en) Method for switching network and device
CN103907384A (en) Method and device for estimating moving status and measurement report method and device
CN103796283B (en) Select method, equipment and the system of serving cell
EP3183906B1 (en) Defining cell coordination group to which interference management techniques such as comp can be applied
CN105376756A (en) Terminal control method and equipment
CN104038360A (en) Network management realization system and network management realization method based on novel access controller architecture
CN104145502A (en) Method, device and system for selecting uplink CoMP set
CN108353385A (en) The determination of reference signal transmission pattern
CN114980234B (en) Different frequency switching method, device and storage medium
CN109495931A (en) The data transmission method and relevant apparatus of link aggregation
CN110391923A (en) The method and the network equipment of multicast message processing
CN101577929B (en) Judging method of terminal area state and moving terminal
CN104427548A (en) Mobile measurement method for multi-carrier networking, network equipment and user equipment
CN103716814B (en) Event trigger analyzing method and apparatus, and multi-mode terminal
CN114258071A (en) Measurement reporting method and device, storage medium and terminal
CN113708861B (en) UE baseband combining prediction method, system, equipment and storage medium

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant