CN102149128B - Method and device for acquiring measurement time - Google Patents
Method and device for acquiring measurement time Download PDFInfo
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- CN102149128B CN102149128B CN 201010110115 CN201010110115A CN102149128B CN 102149128 B CN102149128 B CN 102149128B CN 201010110115 CN201010110115 CN 201010110115 CN 201010110115 A CN201010110115 A CN 201010110115A CN 102149128 B CN102149128 B CN 102149128B
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Abstract
The invention discloses a method and a device for acquiring measurement time. The method comprises the following steps that: a user terminal receives a measurement control message which is transmitted by a network side, acquires measurement data according to the measurement control message, determines a time interval between the local time when the acquired measurement data is determined and the local time when the measurement control message is received, and reports the measurement data and the time interval to the network side, so that the network side determines the measurement time of the measurement data according to the time of transmitting the measurement control message and the time interval. By the technical scheme, the network side can acquire relatively accurate measurement time, and null resources can be further saved when reference time is not included in the measurement control message.
Description
Technical field
The present invention relates to communication technique field, be specifically related to obtain the technology of Measuring Time.
Background technology
In some communication systems, user terminal usually need to be to network side reporting measurement data.For example, universal mobile telecommunications system (Universal Mobile Telecommunication System, UMTS) and long-term system evolved (long time evolution, LTE) minimum road test of system (Minimization drive test, MDT) in the technology, network side is by adding up the measurement data of a large number of users terminal to report, with the problem in the diagnostic network.
User terminal can adopt real-time report or the non real-time mode that reports to network side reporting measurement data.When user terminal adopts non real-time mode reporting measurement data for example can for, user terminal is after obtaining measurement data, first the form with daily record (Log) such as this measurement data, position information of user's terminal and timestamp is stored, after satisfying report condition, user terminal reports network side with the Log of storage.Above-mentioned timestamp is generally the timestamp that user terminal arranges according to local zone time when obtaining measurement data.Because the trusted degree of user terminal local zone time is poor, therefore, user terminal to send up is to the poor accuracy of the timestamp of network side.
Because network carries out problem diagnosis and when optimizing accordingly, need to carry out according to the timestamp of user terminal to send up to network side, so the timestamp poor accuracy of user terminal to send up, the diagnosis that can throw into question is inaccurate, causes taking suitable method to carry out the network optimization.
Summary of the invention
The method and apparatus of the acquisition Measuring Time that embodiment of the present invention provides can make network side obtain more accurately Measuring Time.
The method of the acquisition Measuring Time that embodiment of the present invention provides comprises:
User terminal receives the measurement control message that network side issues;
Described user terminal obtains measurement data according to described measurement control message;
The time interval between local zone time when described user terminal determine to obtain described measurement data and the local zone time when receiving described measurement control message;
Described user terminal reports described measurement data and the described time interval to network side, makes network side according to issuing the Measuring Time that time of described measurement control message and the described time interval determine described measurement data.
The method of the acquisition Measuring Time that the embodiment of the invention provides comprises:
User terminal receives the measurement control message that network side issues;
Described user terminal obtains measurement data according to described measurement control message;
The 3rd current local zone time when described user terminal record obtains described measurement data;
Described user terminal reports described measurement data, the described the 3rd current local zone time and the 4th current local zone time to network side, network side local zone time when making network side receive described measurement data according to the described the 3rd current local zone time, the described the 4th current local zone time and network side is determined the Measuring Time of measurement data, the wherein said the 4th current local zone time local zone time that to be described user terminal give the correct time on the network side.
The device of the acquisition Measuring Time that the embodiment of the invention provides comprises:
The first receiver module is used for receiving the measurement control message that network side issues;
The first measurement module, the measurement control message that is used for receiving according to described the first receiver module obtains measurement data;
Determination module, the time interval between the local zone time the when local zone time when obtaining described measurement data for definite described the first measurement module and the first receiver module receive described measurement control message;
The first reporting module, be used for described time interval of reporting described measurement data that described the first measurement module obtains and described determination module to determine to network side, the Measuring Time that makes network side determine described measurement data according to the time that issues described measurement control message and the described time interval.
The device of the acquisition Measuring Time that the embodiment of the invention provides comprises:
The second receiver module is used for receiving the measurement control message that network side issues;
The second measurement module, the measurement control message that is used for receiving according to described the second receiver module obtains measurement data;
Logging modle, the 3rd current local zone time when being used for recording described the second measurement module and obtaining described measurement data;
The second reporting module, to network side report measurement data that described the second measurement module obtains, described logging modle record the 3rd current local zone time and on the 4th current local zone time that gives the correct time, the network side local zone time when making network side receive described measurement data according to the described the 3rd current local zone time, the described the 4th current local zone time and network side is determined the Measuring Time of measurement data.
The method of the acquisition Measuring Time that the embodiment of the invention provides comprises:
The network equipment obtained to the time of user terminal sending measuring control message;
The described network equipment receives measurement data and the time interval of described user terminal to send up, and the described time interval is: the time interval between the local zone time the when local zone time when described user terminal obtains described measurement data and described user terminal receive described measurement control message;
The Measuring Time that the described network equipment is determined described measurement data according to time of described sending measuring control message and the described time interval.
The method of the acquisition Measuring Time that the embodiment of the invention provides comprises:
The network equipment receives measurement data, the 3rd current local zone time and the 4th current local zone time of user terminal to send up, the described the 3rd current local zone time is the local zone time of described user terminal when obtaining described measurement data, the local zone time when the described the 4th current local zone time is the described measurement data of described user terminal to send up;
The network side local zone time of the described network equipment according to the described the 3rd current local zone time, the 4th current local zone time with when receiving described measurement data determined the Measuring Time of described measurement data.
The network equipment that the embodiment of the invention provides comprises:
Acquisition module is used for obtaining to the time of user terminal sending measuring control message;
The 3rd receiver module, be used for receiving measurement data and the time interval of described user terminal to send up, the described time interval is: the time interval between the local zone time the when local zone time when described user terminal obtains described measurement data and described user terminal receive described measurement control message;
Very first time module is used for time interval that time of obtaining according to described acquisition module and described the 3rd receiver module receive and determines the Measuring Time of described measurement data.
The network equipment that the embodiment of the invention provides comprises:
The 4th receiver module, be used for receiving measurement data, the 3rd current local zone time and the 4th current local zone time of user terminal to send up, the described the 3rd current local zone time is the local zone time of described user terminal when obtaining described measurement data, the local zone time when the described the 4th current local zone time is the described measurement data of described user terminal to send up;
The second time module, the network side local zone time when being used for receiving measurement data according to the described the 3rd current local zone time, the 4th current local zone time and described the 4th receiver module is determined the Measuring Time of described measurement data.
Description by technique scheme as can be known, by to network side reporting measurement data and the time interval between the local zone time when obtaining measurement data and the local zone time when receiving described measurement control message, the 4th current local zone time when the 3rd current local zone time when perhaps passing through to network side reporting measurement data and acquisition measurement data and reporting measurement data, make network side can accurately obtain the Measuring Time of measurement data, thereby in the situation that save interface-free resources, can obtain the accurate measurement time of measurement data.
Description of drawings
In order to be illustrated more clearly in the technical scheme in the embodiment of the invention, the below will do to introduce simply to the accompanying drawing of required use among the embodiment, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 a is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention one;
Fig. 1 b is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention one;
Fig. 2 a is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention two;
Fig. 2 b is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention two;
Fig. 3 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention three;
Fig. 4 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention four;
Fig. 5 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention five;
Fig. 6 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention six;
Fig. 7 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention seven;
Fig. 8 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention eight;
Fig. 9 is the method flow diagram of the acquisition Measuring Time of the embodiment of the invention nine;
Figure 10 is the method flow diagram that the embodiment of the invention ten obtains Measuring Time;
Figure 11 a is the device schematic diagram of the acquisition Measuring Time of the embodiment of the invention 11;
Figure 11 b is the device schematic diagram of the acquisition measurement event of the embodiment of the invention 11;
Figure 12 a is the device schematic diagram of the acquisition Measuring Time of the embodiment of the invention 12;
Figure 12 b is the device schematic diagram of the acquisition Measuring Time of the embodiment of the invention 12;
Figure 13 is the network equipment schematic diagram of the embodiment of the invention 13;
Figure 14 is the network equipment schematic diagram of the embodiment of the invention 14.
Embodiment
Below by embodiment specific implementation process of the present invention is exemplified explanation.Obviously, the embodiments described below are the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
The method of embodiment one, acquisition Measuring Time.The flow process of the method is shown in accompanying drawing 1a.
S100, user terminal receive the measurement control message that network side issues.The measurement control message here can be that the base station of radio network controller, evolution or relay station are to user terminal sending measuring control message, also can be to run, administer and maintain (Operations Administration and Maintenance, OAM) to pass through the base station of radio network controller or evolution to user terminal sending measuring control message.Measure control message and can be sent by other network side entity yet, the present embodiment does not limit the concrete entity title of sending measuring control message.
The effect of measuring control message comprises: notice UE carries out and measures.Measure in the control message and can comprise: measurement triggering conditional information, measuring amount information, report amount information and measurement result report trigger condition information etc.In the present embodiment, can comprise network side to the fiducial time that user terminal provides in the measurement control message that network side issues to user terminal, can not comprise that also network side is to fiducial time that user terminal provides.The present embodiment does not limit the concrete message structure of measuring control message.Preferably, in measuring control message, do not comprise fiducial time, thereby can further save interface-free resources, reduce signaling consumption.
S101, user terminal obtain measurement data according to the measurement control message that receives.
User terminal is measured according to measuring control message, obtains corresponding measurement result.User terminal can be with this measurement result directly as measurement data, also can with meet report trigger condition information measurement result as measurement data.
The time interval between the local zone time of local zone time when S110, user terminal determine to obtain measurement data when receiving the measurement control message.
The method that user terminal obtains the above-mentioned time interval has multiple, a concrete example is: user terminal is when receiving the measurement control message of network side transmission, start timer, when user terminal obtains measurement data by measuring, store the present timing value of this timer, this current clocking value is the above-mentioned time interval.Above-mentioned timer can be the timer that network side provides to user terminal, concrete example: carry timer information in the measurement control message that network side issues to user terminal, user terminal receives when measuring control message, from measure control message, obtain timer information, and make timer begin timing.Above-mentioned timer also can be the timer that user terminal self provides, and namely user terminal receives when measuring control message, starts timer and begins timing, and obtain the clocking value of this timer when obtaining measurement data.The present embodiment is the specific implementation of limited subscriber terminal acquisition timer not.In the present embodiment, for so that when obtaining measurement data the clocking value of timer can be used as this time interval, preferred, starting between the timer, need to reset to timer.This resets as long as finished before starting timer, for example can reset to timer when receiving the measurement control message, also can reset to timer after obtaining the timer clocking value.
Another concrete example that user terminal obtains the above-mentioned time interval is: user terminal is when receiving the measurement control message of network side transmission, record the first current local zone time according to local clock, the first current local zone time is that user terminal receives the local zone time when measuring control message.User terminal records the second current local zone time when obtaining measurement data, the second current local zone time is the local zone time that user terminal obtains measurement data.User terminal obtains the time difference between the second current local zone time and the first current local zone time, and this time difference is the above-mentioned time interval.
The 3rd the concrete example that user terminal obtains the above-mentioned time interval is: user terminal is when receiving the measurement control message of network side transmission, record the first current local zone time according to local clock, the first current local zone time is that user terminal receives the local zone time when measuring control message.User terminal records the second current local zone time when obtaining measurement data, the second current local zone time is the local zone time that user terminal obtains measurement data.User terminal is stored the second current local zone time and the first current local zone time, utilizes the second current local zone time and the first current local zone time of storage to represent the above-mentioned time interval.
From foregoing description as can be known, the time interval that user terminal obtains can represent with the clocking value of timer, also can represent with the time difference between the second current local zone time and the first current local zone time, can also represent with the second current local zone time and the first current local zone time.
Need to prove, one group of measurement data that user terminal obtains by one-shot measurement can corresponding time interval.The each measurement time interval corresponding to measurement data meeting that obtains.
S120, user terminal be to network side reporting measurement data and the time interval, makes network side determine the Measuring Time of this measurement data according to the time interval of time of sending measuring control message and reception.
In the present embodiment, after S101, can carry out the flow process shown in accompanying drawing 1b.
S121, user terminal are stored measurement data and the above-mentioned time interval of above-mentioned acquisition.
User terminal can be stored measurement data and the time interval corresponding to this measurement data with the form of Log, like this, every log information all includes measurement data and the time interval.In addition, if user terminal is regularly measured, then can only have a log information to include measurement data and the time interval, can only comprise measurement data in other log information, and not comprise the time interval.The time interval corresponding to the measurement data in other log information can be calculated according to the timing cycle of measuring and be obtained.In the situation that in other log informations not memory time the interval, can save the memory space of user terminal, can also save signaling consumption giving the correct time to network side, rationally utilize Internet resources.The present embodiment content that the limited subscriber terminal does not obtain and the measurement data of storage specifically comprises does not limit the concrete mode of measurement data and time interval storage yet.
When user terminal storage of measurement data and the time interval, can first storage of measurement data, store again the corresponding time interval, also can store simultaneously, the present embodiment does not limit.Therefore during specific implementation, can be after S110 carries out, to carry out again S121, also can be after S101 carries out storage of measurement data and after S110 carries out memory time the interval.
S122, when satisfying report condition, user terminal with the storage measurement data and the time interval report to network side.
Wherein, the network load that brings for reducing the reporting measurement data of above-mentioned report condition.For example report condition can be used for realizing non real-time reporting.Concrete example is such as, the period/frequency that periodically reports, and needs the network condition that satisfies, in position update flow or before report, when the user terminal internal memory reaches predetermined threshold, report etc.User terminal can report above-mentioned measurement data and the time interval when offered load is lighter, thereby reduces network load.In addition, report condition also can be used for correlation measurement data and positional information.
User terminal can be by multiple message to network side reporting measurement data and the time interval corresponding to measurement data, the present embodiment does not limit the concrete manifestation form of report condition, does not limit for the concrete message name of the message in reporting measurement data and the time interval and message structure etc. yet.
In addition, the network side here can be the main body of sending measuring control message, and for example, if radio network controller has issued the measurement control message to user terminal, then user terminal can be to radio network controller reporting measurement data and the time interval; If the base station of evolution has issued the measurement control message to user terminal, then user terminal can be to base station reporting measurement data and the time interval of evolution; If OAM has issued the measurement control message by the base station of radio network controller or evolution to user terminal, then user terminal can pass through the base station of radio network controller or evolution to OAM reporting measurement data and the time interval.Also have, the time of above-mentioned sending measuring control message can send the time of measuring control message for network side, also can receive for network side the time of the acknowledgement frame that user terminal returns, the acknowledgement frame here is that user terminal correctly receives and measures the acknowledgement frame that control message returns.
Need to prove, if user terminal has occured to switch and measured control message is that the base station of radio network controller or evolution issues, then user terminal can be to base station reporting measurement data and the time interval of source radio network controller or source evolution, also can be to the target radio network controller after switching or base station reporting measurement data and the time interval of target evolution.When user terminal during to the base station reporting measurement data of source radio network controller or source evolution and the time interval, can determine accurately Measuring Time by the base station of source radio network controller or source evolution.When user terminal during to the base station reporting measurement data of target radio network controller or target evolution and the time interval, time tranfer when the base station of source radio network controller or source evolution need to be with the sending measuring control message is determined accurately Measuring Time to the base station of target radio network controller or target evolution by the base station of radio network controller or target evolution.
At base station or the RNC transparent transmission when measuring control message of OAM by evolution, the base station of evolution or RNC can obtain from OAM the time of sending measuring control message.
The present embodiment is by user terminal to send up measurement data and the time interval, so that network side can according to time and the time interval of sending measuring control message, be known the Measuring Time of measurement data.Because time of sending measuring control message is the local zone time of network side, and the time interval is that relative time is poor, so the local zone time of the relative network side of Measuring Time of knowing is more accurate, and can not be subject to the impact of user terminal local zone time.
The method of embodiment two, acquisition Measuring Time.The flow process of the method is shown in accompanying drawing 2a.
Among Fig. 2, S200, user terminal receive the measurement control message that network side issues.The measurement control message here can be the base station of radio network controller, evolution or relay station to user terminal sending measuring control message, also can be that OAM passes through the base station of radio network controller, evolution or relay station to user terminal sending measuring control message.Measure control message and can be sent by other network side entity yet, the present embodiment does not limit the concrete entity title of sending measuring control message.
S201, user terminal obtain measurement data according to the measurement control message that receives.
This step can realize with reference to the S101 among the embodiment one, repeat no more herein
S210, user terminal record obtain the 3rd current local zone time of described measurement data.
In S210, user terminal can obtain measurement data by measuring, and user terminal can be measured according to measuring the measuring control information of carrying in the control message.User terminal is determined the 3rd current local zone time according to local clock when obtaining measurement data by measurement, the local zone time when the 3rd current local zone time is user terminal acquisition measurement data.
S220, user terminal report this measurement data to network side, the 3rd current local zone time and the 4th current local zone time.
The local zone time of the user terminal that the 4th current local zone time user terminal gives the correct time on the network side.The present embodiment does not limit for the concrete message name of the message of reporting measurement data, the 3rd current local zone time and the 4th current local zone time and message structure etc.In addition, the network side here can be the main body of sending measuring control message, also can not be the main body of sending measuring control message.For example, measure control message and issued by source network device, and with measurement data, the 3rd current local zone time and the 4th current local zone time report to destination network device; Perhaps measure control message and issued by OAM, and with measurement data, the 3rd current local zone time and the 4th current local zone time report to base station, RNC or the relay station of evolution.
Need to prove, one group of measurement data that user terminal obtains by one-shot measurement can corresponding the 3rd current local zone time.Homogeneous is not measured the 3rd current local zone time corresponding to many groups measurement data meeting that obtains.And if on give the correct time, the measurement data of repeatedly measuring is reported together, then will report a plurality of the 3rd current local zone time, and only report the 4th a current local zone time.
The present embodiment can also be for carrying out the flow process shown in accompanying drawing 2b.
The specific implementation of S200, S201 and S210 can with reference to the example shown in the accompanying drawing 2a, not repeat them here.
Measurement data and the 3rd current local zone time that S211, user terminal storage obtain.
User terminal can be stored measurement data and the 3rd current local zone time with the form of Log, like this, every log information all includes one group of measurement data and the 3rd a current local zone time.The present embodiment content that the limited subscriber terminal does not obtain and the measurement data of storage specifically comprises does not limit the concrete mode of measurement data and the 3rd current local zone time storage yet.Certainly, if the user terminal periodic measurement then preferably can only record the 3rd current local zone time once, only record measurement data in other log informations, and no longer record the corresponding the 3rd current local zone time.Can know other the Unrecorded the 3rd current local zone times by inference according to the 3rd current local zone time of measuring period and record.Can reduce like this memory contents of user terminal, can also reduce signaling consumption, save Internet resources.
When S220, user terminal satisfy in report condition, report measurement data, the above-mentioned the 3rd current local zone time and the 4th current local zone time of described storage to network side, the network side local zone time when making network side receive reported data according to the 3rd current local zone time that receives and the 4th current local zone time and network side is determined the Measuring Time of measurement data.
Report condition can realize with reference to embodiment one, repeat no more herein.
Need to prove, if after user terminal obtains last group measurement data, report immediately, then the above-mentioned the 4th current local zone time can be the 3rd current local zone time corresponding to last group measurement data, also namely can no longer report the 4th current local zone time; If user terminal obtains not report immediately after last group measurement data, then the 4th current local zone time is different from the 3rd current local zone time corresponding to last group measurement data.
Need to prove in addition, if user terminal has occured to switch and measured control message is that the base station of radio network controller or evolution issues, then user terminal can be to base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of source radio network controller or source evolution, also can be to the target radio network controller after switching or base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of target evolution.When user terminal during to the base station reporting measurement data of source radio network controller or source evolution and the time interval, determine accurately Measuring Time by the base station of source radio network controller or source evolution.When user terminal during to the base station reporting measurement data of target radio network controller or target evolution and the time interval, determine accurately Measuring Time by the base station of target radio network controller or target evolution.
The present embodiment is by user terminal to send up the 3rd current local zone time and the 4th current local zone time, so that network side can according to receive above-mentioned when reporting content the network local time and the time difference between the 4th current local zone time, know the comparatively accurately measurement event of measurement data, reduce the user terminal local zone time and forbidden the impact that brings.
The method of embodiment three, acquisition Measuring Time.The flow process of the method as shown in Figure 3.
Among Fig. 3, S300, obtain network side to the time of user terminal sending measuring control message.
Network side can be to user terminal sending measuring control message the time, the time of record sending measuring control message.Because the network side entity of sending measuring control message can be the consolidated network side entity with the network side entity that receives the user terminal to send up data, also can be different network side entities, therefore, in the situation that be the consolidated network side entity, network side entity can obtain the time of sending measuring control message from its recorded information.In the situation that be not same network side entity, the network entity of sending measuring control message can be given the network side entity that receives the user terminal to send up data with the time tranfer of the sending measuring control message of its record, thereby makes the network side entity that receives the user terminal to send up data can obtain the time of sending measuring control message.For example, the base station of the base station reception sources radio network controller of target radio network controller or target evolution or source evolution send the sending measuring control message time time; It can also be the time that the base station of RNC or evolution receives the sending measuring control message that OAM sends.
Network side can be when determine needing notice UE to carry out to measure, and in the time of need to assessing the residential quarter and cover such as network side, to user terminal sending measuring control message, carries out according to the condition of measuring appointment in the control message with notice UE and to measure and report.Do not comprise in the measurement control message that network side issues to user terminal that network side is to fiducial time that user terminal provides.The network side here can be base station, relay station or the OAM etc. of radio network controller, evolution.The present embodiment is the physical record mode of the time of the concrete principal name that shows of specific implementation process, the network side of limiting network side sending measuring control message and sending measuring control message not.
The time of the sending measuring control message of network side record can send the time of measuring control message for network side, also can receive for network side the time of the acknowledgement frame that user terminal returns, the acknowledgement frame here is that user terminal correctly receives and measures the acknowledgement frame that control message returns.
S310, receive measurement data and the time interval of user terminal to send up, the time interval here is: the time interval between the local zone time the when local zone time when user terminal obtains measurement data and user terminal receive the measurement control message that network side issues.
The above-mentioned time interval has a detailed description in embodiment one, no longer describes in detail at this.
Need to prove, in the situation that user terminal has occured to switch, if the base station of measuring control message and being by source radio network controller or source evolution issues, then receive the measurement data and the main body in the time interval that report and can be the base station of source radio network controller or source evolution, also can be the base station of target radio network controller or target evolution.That is to say, user terminal can be to base station reporting measurement data and the time interval of source radio network controller or source evolution, also can be to base station reporting measurement data and the time interval of target radio network controller or target evolution.
Further, step 301 can also be to receive measurement data and the time interval that user terminal reports when satisfying report condition.The specific implementation of report condition can with reference to embodiment one, not repeat them here.
S320, determine the Measuring Time of measurement data according to time of sending measuring control message and time interval of reporting.
Network side can be with the time interval sum of time of sending measuring control message and the user terminal to send up Measuring Time as measurement data.Because the measurement data that user terminal obtains by one-shot measurement all can corresponding time interval, therefore, if the measurement data that network side receives is many groups measurement data that user terminal passes through repeatedly to measure acquisition, then for each group measurement data, network side can utilize the mode of above-mentioned summation to obtain the Measuring Time of each group measurement data.Because the time of the sending measuring control message of network side record is accurately, and the time interval of user terminal record also is accurately, and therefore, network side can obtain accurately Measuring Time.
Network side is determined an accurately object lesson of Measuring Time: the time of recording during setting network side sending measuring control message is T, and the time interval corresponding to the measurement data that UE reports and measurement data is as shown in table 1:
Table 1
| Measurement data | The time interval that measurement data is corresponding |
| Measurement data 1 | T1 |
| Measurement data 2 | T2 |
| Measurement data 3 | T3 |
Network side utilizes the accurate measurement time of the measurement data that table 1 determines as shown in table 2:
Table 2
| Measurement data | The accurately Measuring Time that measurement data is corresponding |
| Measurement data 1 | T+T1 |
| Measurement data 2 | T+T2 |
| Measurement data 3 | T+T3 |
Need to prove for table 2, if the time interval of user terminal to send up represents with the first current local zone time and the second current local zone time, T1 in the then above-mentioned table 1 can be expressed as the first current local zone time T11 and the second current local zone time T12, T+T1 in the so above-mentioned table 2 is specially: T+ (T12-T11), i.e. T12+ (T-T11).
The method of embodiment four, acquisition Measuring Time.The flow process of the method as shown in Figure 4.
Among Fig. 4, S400, network side receive measurement data, the 3rd current local zone time and the 4th current local zone time of user terminal to send up.The above-mentioned the 3rd current local zone time is user terminal by measuring the user terminal local zone time when obtaining measurement data, the user terminal local zone time when the 4th current local zone time is the user terminal to send up measurement data.
Need to prove, if the measurement data of user terminal to send up comprises user terminal and passes through repeatedly to measure many groups measurement data of acquisition, then each group measurement data all can corresponding the 3rd current local zone time, and or not 3rd current local zone time corresponding to measurement data is usually not identical on the same group.In addition, no matter the measurement data of user terminal to send up comprises that user terminal passes through repeatedly to measure many measurement data of acquisition, still comprise the measurement data that user terminal obtains by one-shot measurement, can include only the 4th a current local zone time in the data that user terminal reports to network side.Need to prove in addition, if after user terminal obtains last group measurement data, report immediately, then the above-mentioned the 4th current local zone time can be the 3rd current local zone time corresponding to last group measurement data; If user terminal obtains not report immediately after last group measurement data, then the 4th current local zone time is different from the 3rd current local zone time corresponding to last group measurement data.Also have, in the situation that user terminal has occured to switch, if the base station of measuring control message and being by source radio network controller or source evolution issues, the main body that then receives the measurement data, the 3rd current local zone time and the 4th current local zone time that report can be the base station of source radio network controller or source evolution, also can be the base station of target radio network controller or target evolution.That is to say, user terminal can be to base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of source radio network controller or source evolution, also can be to base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of target radio network controller or target evolution.
Further, in this step, can also be to receive measurement data, the 3rd current local zone time, the 4th current local zone time that user terminal reports when satisfying report condition.
Network side local zone time when S410, network side receive reported data according to the 3rd current local zone time that receives and the 4th current local zone time and network side is determined the Measuring Time of measurement data.
Concrete, for one group of measurement data, network side local zone time and the 4th current local zone time when network side can receive reported data to network side are first asked difference, then, with the 3rd current local zone time and the summation of this difference of measurement data, the result of calculation of this summation is the Measuring Time of measurement data.Because the difference of the 4th current local zone time and the 3rd current local zone time is accurately, and the network side local zone time when network side receives reported data also is accurately, therefore, the Measuring Time of the final measurement data that obtains also is accurately.
Network side is determined an accurately object lesson of Measuring Time: the network local time when the setting network side joint is received reported data is t, and corresponding the 3rd current local zone time and the 4th current local zone time of the measurement data of user terminal to send up, measurement data is as shown in table 3:
Table 3
| Measurement data | The Measuring Time (i.e. the 3rd current local zone time) that measurement data is corresponding |
| Measurement data 1 | T1 |
| Measurement data 2 | T2 |
| Measurement data 3 | T3 |
| The UE local zone time gives the correct time on the measurement data | T |
Network side utilizes the accurate measurement time of the measurement data that table 3 determines as shown in table 4:
Table 4
| Measurement data | The accurate measurement time of measurement data |
| Measurement data 1 | T1+(t-T) |
| Measurement data 2 | T2+(t-T) |
| Measurement data 3 | T3+(t-T) |
The method of embodiment five, acquisition Measuring Time.The flow process of the method as shown in Figure 5.
Among Fig. 5, S500, RNC/eNodeB issue MDT measurement control (MDT measures control) message to UE.
S510, RNC/eNodeB receive the ACK for MDT measurement control (affirmation) message that UE returns.
RNC/eNodeB can be that UEmeasurement context (UE measures context) beats timestamp after sending MDT measurement control message, RNC/eNodeB also can beat timestamp, this timestamp such as 10h:30m for UE measures context after receiving ACK message.
After S520, UE receive MDT measurement control message, trigger the MDT timer and begin timing.The MDT timer can be that network side passes through SIB1 (System Information Block1, system message 1) or the message such as UTRAN MOBILITY INFORMATION (universal mobile telecommunications system Access Network mobile message) be handed down to UE's, in addition, this MDT timer can not issue by network side yet, but passes through at MDT timer of agreement Plays regulation.The value of this MDT timer can be infinity.UE can be restarted the MDT timer after receiving MDT measurement control message, otherwise the MDT timer does not stop.
S530, when reaching the measurement data record criterion, UE beats timestamp according to the clocking value of MDT timer for each log, is namely determining that according to the record criterion needs storages when measuring the measurement data that obtains, beats timestamp according to the UE local clock for each log.In addition, when the measurement data record criterion was periodicity, UE can only be that a log beats timestamp, and the timestamp of other log can calculate acquisition according to the cycle of record criterion and the timestamp of above-mentioned log.
S540, reaching when reporting thresholding, UE with the log list of record by MDT measurement report (MDT measurement report) information reporting to RNC/eNodeB.
After S550, RNC/eNodeB received MDT measurement report message, the timestamp that carries in the MDT measurement report message that reports according to the timestamp that records among the UEmeasurement context and UE calculated accurately Measuring Time corresponding to each log.
The concrete example of S550 is: RNC/eNodeB is that the timestamp that UE measurement context is beaten is 10h:30m, and UE has reported n log, and wherein, Log1 comprises measurement data 1 and t1, and Log2 comprises measurement data 2 and t2, and Logn comprises measurement data n and tn; The Measuring Time that RNC/eNodeB calculates the measurement data 1 among the Log1 is: 10h:30m+t1; The Measuring Time that RNC/eNodeB calculates the measurement data 2 among the Log2 is: 10h:30m+t2; The Measuring Time that RNC/eNodeB calculates the measurement data n among the Logn is: 10h:30m+tn.
Under mobile context, after UE gravity treatment or UE switch to other RNC/eNodeB, if preserve the measurement data that under the eNodeB of RNC/ source, source, obtains by measurement among the UE, then can adopt following two kinds of processing methods:
Method one, UE will report Target RNC/target eNode B by measuring the log that obtains under the eNodeB of RNC/ source, source, by Target RNC/target eNode B log is transmitted to RNC/ source, source eNodeB, like this, source RNC/ source eNodeB can adopt the method for above-described embodiment five records to determine the Measuring Time of the measurement data among each log according to the log that receives.
Method two, RNC/ source, source eNodeB measure context with UE and are transmitted to Target RNC/target eNode B, UE will report Target RNC/target eNode B by measuring the log that obtains under the eNodeB of RNC/ source, source, like this, Target RNC/target eNode B adopts the method for above-described embodiment five records to determine the Measuring Time of the measurement data among each log according to the UE measurement context that receives and log.
The method of embodiment six, acquisition Measuring Time.The flow process of the method as shown in Figure 6.
S600, RNC/eNodeB issue MDT measurement control (MDT measures control) message to UE.
S610, RNC/eNodeB receive the ACK for MDT measurement control (affirmation) message that UE returns.
RNC/eNodeB can be that UEmeasurement context (UE measures context) beats timestamp after sending MDT measurement control message, RNC/eNodeB also can beat timestamp, this timestamp such as 10h:30m for UE measures context after receiving ACK message.
After S620, UE received MDT measurement control message, setup times biasing offset was the local current time of UE.
S630, when reaching the measurement data record criterion, UE beats timestamp according to offset for each log, namely determining needs storages according to the record criterion when measuring the measurement data that obtains, the local current time when obtaining measurement data and the difference of offset are beaten timestamp for each log.In addition, when the measurement data record criterion was periodicity, UE can only be that a log beats timestamp, and the timestamp of other log can calculate acquisition according to the cycle of record criterion and the timestamp of above-mentioned log.
S640, reaching when reporting thresholding, UE with the log list of record by MDT measurement report (MDT measurement report) information reporting to RNC/eNodeB.
After S650, RNC/eNodeB received MDT measurement report message, the timestamp that carries in the MDT measurement report message that reports according to the timestamp that records among the UEmeasurement context and UE calculated accurately Measuring Time corresponding to each log.
The concrete example of S650 is: RNC/eNodeB is that the timestamp that UE measurement context is beaten is 10h:30m, UE has reported n log, wherein, Log1 comprises measurement data 1 and t1-offset (t1 is the local current time of the UE that obtains measurement data 1), Log2 comprises measurement data 2 and t2-offset (t2 is the local current time of the UE that obtains measurement data 2), and Logn comprises measurement data n and tn-offset (tn is the local current time of the UE that obtains measurement data n); The Measuring Time that RNC/eNodeB calculates the measurement data 1 among the Log1 is: 10h:30m+t1-offset; The Measuring Time that RNC/eNodeB calculates the measurement data 2 among the Log2 is: 10h:30m+t2-offset; The Measuring Time that RNC/eNodeB calculates the measurement data n among the Logn is: 10h:30m+tn-offset.
Under mobile context, after UE gravity treatment or UE switch to other RNC/eNodeB, if preserve among the UE under the eNodeB of RNC/ source, source by measuring the measurement data that obtains, basic identical with two kinds of methods that exemplify in above-described embodiment five, its difference is, RNC/ source eNodeB in source adopts the method for embodiment six records to determine the Measuring Time of the measurement data among each log in method one, Target RNC in method two/target eNode B adopts the method for embodiment six records to determine the Measuring Time of the measurement data among each log, no longer describes in detail at this.
The method of embodiment seven, acquisition Measuring Time.The flow process of the method as shown in Figure 7.
S700, OAM issue MDT mesurement request (MDT measures request) message based on certain strategy to RNC/eNode, and beat timestamp, this timestamp such as 10h:30m for UE measures context.
S710, RNC/eNodeB issue MDT measurementcontrol (MDT measures control) message to UE after receiving MDT measurement request.
After S720, UE receive MDT measurement control message, trigger the MDT timer and begin timing.The MDT timer can be that network side is handed down to UE by message such as SIB1 or UTRAN MOBILITYINFORMATION, and in addition, this MDT timer also can not issue by network side, but passes through at MDT timer of agreement Plays regulation.The value of this MDT timer can be infinity.UE can be restarted the MDT timer after receiving MDT measurement control message, otherwise the MDT timer does not stop.
S730, when reaching the measurement data record criterion, UE beats timestamp according to the clocking value of MDT timer for each log, is namely determining that according to the record criterion needs storages when measuring the measurement data that obtains, beats timestamp according to the UE local clock for each log.In addition, when the measurement data record criterion was periodicity, UE can only be that a log beats timestamp, and the timestamp of other log can calculate acquisition according to the cycle of record criterion and the timestamp of above-mentioned log.
S740, reaching when reporting thresholding, UE with the log list of record by MDT measurement report (MDT measurement report) information reporting to RNC/eNodeB.
After S750, RNC/eNodeB receive MDT measurement report message, the log in the MDTmeasurement report message is transmitted to OAM by MDT measurement response (MDT measures response) message.
S760, OAM calculate accurately Measuring Time corresponding to each log according to the timestamp that carries in the timestamp that records among the UE measurement context and the MDT measurement response message that receives.
The concrete example of S760 is: OAM is that the timestamp that UE measurement context is beaten is 10h:30m, and UE has reported n log, and wherein, Log1 comprises measurement data 1 and t1, and Log2 comprises measurement data 2 and t2, and Logn comprises measurement data n and tn; The Measuring Time that OAM calculates the measurement data 1 among the Log1 is: 10h:30m+t1; The Measuring Time that OAM calculates the measurement data 2 among the Log2 is: 10h:30m+t2; The Measuring Time that OAM calculates the measurement data n among the Logn is: 10h:30m+tn.
In the present embodiment, under mobile context, owing to being the calculating of being carried out Measuring Time by OAM, therefore, can not carrying out measurement data and UE between Target RNC/eNode and the source RNC/eNodeB and measure contextual repeating process.
The method of embodiment eight, acquisition Measuring Time.The flow process of the method as shown in Figure 8.
S800, OAM issue the MDT measurement request message based on certain strategy to RNC/eNode, and beat timestamp, this timestamp such as 10h:30m for UE measures context.
After S810, RNC/eNodeB receive the MDT measurement request message, issue MDTmeasurement control message to UE.
After S820, UE received MDT measurement control message, setup times biasing offset was the local current time of UE.
S830, when reaching the measurement data record criterion, UE beats timestamp according to offset for each log, namely determining needs storages according to the record criterion when measuring the measurement data that obtains, the local current time when obtaining measurement data and the difference of offset are beaten timestamp for each log.In addition, when the measurement data record criterion was periodicity, UE can only be that a log beats timestamp, and the timestamp of other log can calculate acquisition according to the cycle of record criterion and the timestamp of above-mentioned log.
S840, reaching when reporting thresholding, UE with the log list of record by MDT measurement report (MDT measurement report) information reporting to RNC/eNodeB.
After S850, RNC/eNodeB receive MDT measurement report message, the log in the MDTmeasurement report message is transmitted to OAM by MDT measurement response (MDT measures response) message.
The timestamp that carries in the MDT measurement report message that S860, OAM report according to the timestamp that records among the UE measurement context and UE calculates accurately Measuring Time corresponding to each log.
The concrete example of S860 is: OAM is that the timestamp that UE measurement context is beaten is 10h:30m, UE has reported n log, wherein, Log1 comprises measurement data 1 and t1-offset (t1 is the local current time of the UE that obtains measurement data 1), Log2 comprises measurement data 2 and t2-offset (t2 is the local current time of the UE that obtains measurement data 2), and Logn comprises measurement data n and tn-offset (tn is the local current time of the UE that obtains measurement data n); The Measuring Time that OAM calculates the measurement data 1 among the Log1 is: 10h:30m+t1-offset; The Measuring Time that OAM calculates the measurement data 2 among the Log2 is: 10h:30m+t2-offset; The Measuring Time that OAM calculates the measurement data n among the Logn is: 10h:30m+tn-offset.
In the present embodiment, under mobile context, owing to being the calculating of being carried out Measuring Time by OAM, therefore, can not carrying out measurement data and UE between Target RNC/eNode and the source RNC/eNodeB and measure contextual repeating process.
The method of embodiment nine, acquisition Measuring Time.The flow process of the method as shown in Figure 9.
Among Fig. 9, S900, RNC/eNodeB issue the MDT measurement request message based on certain strategy to UE.
S910, UE are each log setup times stamp based on local clock.
S920, after satisfying report condition, UE with the log list of record and the local current time TUE-current of UE (being the local current time that UE reports log) by MDT measurement report information reporting to RNC/eNodeB.
S930, RNC/eNodeB calculate accurately Measuring Time corresponding to each log according to timestamp and the TUE-current of the log that the local zone time TNW-current that receives MDT measurement report message, MDT measurement report message that UE reports are carried.
The concrete example of S930 is: set UE and reported n log, wherein, Log1 comprises measurement data 1 and t1 (t1 is the local current time of the UE that obtains measurement data 1), Log2 comprises measurement data 2 and t2 (t2 is the local current time of the UE that obtains measurement data 2), and Logn comprises measurement data n and tn (tn is the local current time of the UE that obtains measurement data n); The Measuring Time that RNC/eNodeB calculates the measurement data 1 among the Log1 is: t1+ (TNW-current-TUE-current); The Measuring Time that RNC/eNodeB calculates the measurement data 2 among the Log2 is: t2+ (TNW-current-TUE-current); The Measuring Time that RNC/eNodeB calculates the measurement data n among the Logn is: tn+ (TNW-current-TUE-current).
The method of embodiment ten, acquisition Measuring Time.The flow process of the method as shown in Figure 10.
Among Figure 10, S1000, OAM issue the MDT measurement request message based on certain strategy to RNC/eNode.
After S1010, RNC/eNodeB receive the MDT measurement request message, issue MDTmeasurement control message to UE.
S1020, UE are each log setup times stamp based on local clock.
S1030, after satisfying report condition, UE with the log list of record and the local current time TUE-current of UE (being the local current time that UE reports log) by MDT measurement report information reporting to RNC/eNodeB.
S1040, RNC/eNodeB are transmitted to OAM with the log in the MDTmeasurement report message by MDT measurement response (MDT measures response) message according to after receiving MDT measurement report message.
S1050, OAM calculate accurately Measuring Time corresponding to each log according to timestamp and the TUE-current of the log that the local zone time TNW-current that receives MDT measurement report message, MDT measurement report message that UE reports are carried.
The concrete example of S1050 is: set UE and reported n log, wherein, Log1 comprises measurement data 1 and t1 (t1 is the local current time of the UE that obtains measurement data 1), Log2 comprises measurement data 2 and t2 (t2 is the local current time of the UE that obtains measurement data 2), and Logn comprises measurement data n and tn (tn is the local current time of the UE that obtains measurement data n); The Measuring Time that OAM calculates the measurement data 1 among the Log1 is: t1+ (TNW-current-TUE-current); The Measuring Time that OAM calculates the measurement data 2 among the Log2 is: t2+ (TNW-current-TUE-current); The Measuring Time that OAM calculates the measurement data n among the Logn is: tn+ (TNW-current-TUE-current).
In the present embodiment, under mobile context, owing to being the calculating of being carried out Measuring Time by OAM, therefore, can not carrying out measurement data and UE between Target RNC/eNode and the source RNC/eNodeB and measure contextual repeating process.
The device of embodiment 11, acquisition Measuring Time.This device is shown in accompanying drawing 11a.This device for example is arranged in the user terminal.
Device among Figure 11 a comprises: the first receiver module 1100, the first measurement module 1101, determination module 1110 and the first reporting module 1130.
The first receiver module 1100 is used for receiving the measurement control message that network side issues.
The first measurement module 1101 is used for obtaining measurement data according to the measurement control message that the first receiver module 1100 receives.
Determine submodule 1112, be used for when the first measurement module 1101 acquires measurement data, obtaining the present timing value of timing submodule 1111, should current clocking value as the above-mentioned time interval.
The first reporting module 1130, be used for when report condition satisfies, to the time interval that network side reports measurement data that the first measurement module 1101 obtains and determination module 1110 to determine, the Measuring Time that makes network side determine measurement data according to time of sending measuring control message and the time interval corresponding to measurement data.The first reporting module 1130 can be by multiple message to network side reporting measurement data and the time interval corresponding to measurement data, the present embodiment does not limit the concrete manifestation form of report condition, does not limit for the concrete message name of the message in reporting measurement data and the time interval and message structure etc. yet.In addition, the network side here can be the main body of sending measuring control message, for example, if radio network controller has issued the measurement control message to user terminal, then the first reporting module 1130 can be to radio network controller reporting measurement data and the time interval; If the base station of evolution has issued the measurement control message to user terminal, then the first reporting module 1130 can be to base station reporting measurement data and the time interval of evolution; If OAM has issued the measurement control message by the base station of radio network controller or evolution to user terminal, then the first reporting module 1130 can be passed through the base station of radio network controller or evolution to OAM reporting measurement data and the time interval.
Shown in accompanying drawing 11b, the device of the acquisition Measuring Time that the present embodiment provides can also comprise the first memory module 1120.
The first memory module 1120 is used for the measurement data of storage the first measurement module 1101 acquisitions and the time interval that determination module 1110 is determined.The first memory module 1120 can be stored measurement data and the time interval corresponding to this measurement data with the form of Log, like this, every log information all includes measurement data and the time interval.In addition, if user terminal is regularly measured, then can only have a log information to include measurement data and the time interval in many log informations of the first memory module 1120 storages, can only comprise measurement data in other log information, and not comprising the time interval, the time interval corresponding to the measurement data in other log information can be calculated according to the timing cycle of measuring and be obtained.
The first reporting module 1130 is used for the measurement data and the time interval that report the first memory module 1120 to store when report condition satisfies.Wherein report condition is with reference to correlation method embodiment.
Need to prove, if user terminal has occured to switch and measured control message is that the base station of radio network controller or evolution issues, then the first reporting module 1130 can be to base station reporting measurement data and the time interval of source radio network controller or source evolution, also can be to the target radio network controller after switching or base station reporting measurement data and the time interval of target evolution.When the first reporting module 1130 during to the base station reporting measurement data of source radio network controller or source evolution and the time interval, can determine accurately Measuring Time by the base station of source radio network controller or source evolution.When the first reporting module 1130 during to the base station reporting measurement data of target radio network controller or target evolution and the time interval, time tranfer when the base station of source radio network controller or source evolution need to be with the sending measuring control message is determined accurately Measuring Time to the base station of target radio network controller or target evolution by the base station of radio network controller or target evolution.
The device of the acquisition Measuring Time that the present embodiment provides for example can be used for be carried out the method for the acquisition Measuring Time that embodiment one and other correlation methods embodiment provide.
The device of embodiment 12, acquisition Measuring Time.This device as shown in Figure 12.This device for example can be arranged in the user terminal.
Device among Figure 12 a comprises: the second receiver module 1200, the second measurement module 1201, logging modle 1202 and the second reporting module 1220.
The second receiver module 1200 is used for receiving the measurement control message that network side issues.The measurement control message that the second receiver module 1200 receives can be the base station of radio network controller or evolution to user terminal sending measuring control message, also can be that OAM passes through the base station of radio network controller or evolution to user terminal sending measuring control message.Measure control message and can be sent by other network side entity yet, the present embodiment does not limit the concrete entity title of sending measuring control message.
The second measurement module 1201 is used for obtaining measurement data according to the measurement control message that the second receiver module 1200 receives.
When obtaining measurement data, logging modle 1202 is stored the 3rd current local zone time according to local clock, the local zone time when the 3rd current local zone time is the second measurement module 1201 acquisition measurement data.
The second reporting module 1220, be used for to network side report measurement data that the second measurement module 1201 obtains, logging modle record the 3rd current local zone time and on the 4th current local zone time that gives the correct time, the network side local zone time when making network side receive measurement data according to the 3rd current local zone time, the 4th current local zone time and network side is determined the Measuring Time of measurement data.
Shown in accompanying drawing 12b, the device of the acquisition Measuring Time that the present embodiment provides can also comprise the second memory module 1210, is used for the measurement data of storage the second measurement module 1201 acquisitions and the 3rd current local zone time of logging modle 1202 records.The second memory module 1210 can be stored measurement data and the 3rd current local zone time with the form of Log, like this, every log information all includes one group of measurement data and the 3rd a current local zone time.The present embodiment does not limit the concrete mode of the second memory module 1210 storage of measurement data and the 3rd current local zone time.
The second reporting module 1220, can also be used for when report condition satisfies, to network side report the storage of the second memory module 1210 measurement data, the 3rd current local zone time and on the 4th current local zone time that gives the correct time, the network side local zone time when making network side receive reported data according to the 3rd current local zone time, the 4th current local zone time and network side is determined the Measuring Time of measurement data.
The second reporting module 1220 can be by multiple message to network side reporting measurement data, the 3rd current local zone time and the 4th current local zone time, the network side that the second reporting module 1220 reports can be the main body of sending measuring control message, also can not the main body of sending measuring control message, concrete such as the description among the above-mentioned embodiment.
Need to prove, if after user terminal obtains last group measurement data, report immediately, then the above-mentioned the 4th current local zone time can be the 3rd current local zone time corresponding to last group measurement data; If user terminal obtains not report immediately after last group measurement data, then the 4th current local zone time is different from the 3rd current local zone time corresponding to last group measurement data.
Need to prove in addition, if user terminal has occured to switch and measured control message is that the base station of radio network controller or evolution issues, then the second reporting module 1220 can be to base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of source radio network controller or source evolution, and the second reporting module 1220 also can be to the target radio network controller after switching or base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of target evolution.When the second reporting module 1220 during to the base station reporting measurement data of source radio network controller or source evolution and the time interval, determine accurately Measuring Time by the base station of source radio network controller or source evolution.When the second reporting module 1220 during to the base station reporting measurement data of target radio network controller or target evolution and the time interval, determine accurately Measuring Time by the base station of target radio network controller or target evolution.
The device of the acquisition Measuring Time that the embodiment of the invention provides for example can be carried out the method for the acquisition time that embodiment two and other correlation methods embodiment provide.
Embodiment 13 provides a kind of network equipment.This network equipment can be base station, OAM or the relay station etc. of radio network controller or evolution.This network equipment as shown in Figure 13.
The network equipment among Figure 13 comprises: acquisition module 1300, the second receiver module 1310 and very first time module 1320.
In the situation that above-mentioned consolidated network side entity, the time of the sending measuring control message of acquisition module 1300 records can send the time of measuring control message for network side, also can receive for network side the time of the acknowledgement frame that user terminal returns, the acknowledgement frame here is that user terminal correctly receives and measures the acknowledgement frame that control message returns.
The second receiver module 1310, be used for receiving user terminal to measurement data and the time interval that network side reports, this time interval is: the time interval between the local zone time the when local zone time when user terminal obtains measurement data and user terminal receive the measurement control message.This time interval can represent with the clocking value of timer, also can represent with the time difference between the second current local zone time and the first current local zone time, can also represent with the second current local zone time and the first current local zone time.
In the situation that user terminal has occured to switch, if the base station of measuring control message and being by source radio network controller or source evolution issues, then receive the measurement data and second receiver module 1310 in the time interval that report and can be the module in the base station of source radio network controller or source evolution, also can be the module in the base station of target radio network controller or target evolution.That is to say, user terminal can be to base station reporting measurement data and the time interval of source radio network controller or source evolution, also can be to base station reporting measurement data and the time interval of target radio network controller or target evolution.
Under the base station reporting measurement data and the situation in the time interval of target radio network controller or target evolution, acquisition module 1300 obtains to the time of user terminal sending measuring control message from the next message of the base-station transmission of source radio network controller or source evolution at user terminal.
Very first time module 1320 is used for time interval that time of obtaining according to acquisition module 1300 and the second receiver module 1310 receive and determines the Measuring Time of measurement data.
Very first time module 1320 can be with the time interval sum of time of sending measuring control message and the user terminal to send up Measuring Time as measurement data.Because the measurement data that user terminal obtains by one-shot measurement all can corresponding time interval, therefore, if the measurement data that the second receiver module 1310 receives is many groups measurement data that user terminal passes through repeatedly to measure acquisition, then for each group measurement data, very first time module 1320 can utilize the mode of above-mentioned summation to obtain the Measuring Time of each group measurement data.Because the time of the sending measuring control message of network side record is accurately, and the time interval of user terminal record also is accurately, and therefore, very first time module 1320 can obtain accurately Measuring Time.
The network equipment that the embodiment of the invention provides for example can be used for be carried out the method for the acquisition Measuring Time that embodiment three and other correlation methods embodiment provide.
Embodiment 14 provides a kind of network equipment.This network equipment can be base station or OAM or the relay station etc. of radio network controller or evolution.This network equipment as shown in Figure 14.
The network equipment among Figure 14 comprises: the 3rd receiver module 1400 and the second time module 1410.
The 3rd receiver module 1400, be used for to receive user terminal when report condition satisfies to network side reporting measurement data, the 3rd current local zone time and the 4th current local zone time, the above-mentioned the 3rd current local zone time is the user terminal local zone time of user terminal when obtaining described measurement data, the user terminal local zone time when the above-mentioned the 4th current local zone time is the user terminal to send up measurement data.
The measurement data that the 3rd receiver module 1400 receives can comprise that user terminal passes through repeatedly to measure many groups measurement data of acquisition, each group measurement data all can corresponding the 3rd current local zone time, and or not 3rd current local zone time corresponding to measurement data is usually not identical on the same group.In addition, the measurement data no matter the 3rd receiver module 1400 receives comprises that user terminal passes through repeatedly to measure many measurement data of acquisition, still comprise that user terminal by the measurement data that one-shot measurement obtains, can include only the 4th a current local zone time in the reported data that the 3rd receiver module 1400 receives.In addition, if after user terminal obtains last group measurement data, report immediately, then the 4th current local zone time that receives of the 3rd receiver module 1400 can be the 3rd current local zone time corresponding to last group measurement data; Do not report immediately after measurement data if user terminal obtains last group, then the 4th current local zone time that receives of the 3rd receiver module 1400 is different from the 3rd current local zone time corresponding to last group measurement data.
In the situation that user terminal has occured to switch, if the base station of measuring control message and being by source radio network controller or source evolution issues, the 3rd receiver module 1400 that then receives the measurement data, the 3rd current local zone time and the 4th current local zone time that report can be the module in the base station of source radio network controller or source evolution, also can be the module in the base station of target radio network controller or target evolution.That is to say, user terminal can be to base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of source radio network controller or source evolution, also can be to base station reporting measurement data, the 3rd current local zone time and the 4th current local zone time of target radio network controller or target evolution.
The second time module 1410, the network side local zone time when being used for receiving reported data according to the 3rd current local zone time, the 4th current local zone time and the 3rd receiver module is determined the Measuring Time of measurement data.
For one group of measurement data, network side local zone time and the 4th current local zone time when the second time module 1410 can receive reported data to the 3rd receiver module 1400 are first asked difference, then, the second time module 1410 is with the 3rd current local zone time and the summation of above-mentioned difference of measurement data, and the result of calculation of this summation is the Measuring Time of measurement data.Because the difference of the 4th current local zone time and the 3rd current local zone time is accurately, and, network side local zone time when the 3rd receiver module 1400 receives reported data also is accurately, and therefore, the Measuring Time of the second time module 1410 final measurement data that obtain also is accurately.
The network equipment that the present embodiment provides for example can be used for be carried out the method for the acquisition Measuring Time that embodiment four and other correlation methods embodiment provide.
Through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential hardware platform, can certainly all implement by hardware, but the former is better execution mode in a lot of situation.Based on such understanding, technical scheme of the present invention is to can embodying with the form of software product in whole or in part that background technology contributes, and described software product can be used for carrying out above-mentioned method flow.This computer software product can be stored in the storage medium, such as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
Although described the present invention by embodiment, those of ordinary skills know, the present invention has many distortion and variation and do not break away from spirit of the present invention, and the claim of application documents of the present invention comprises these distortion and variation.
Claims (10)
1. a method that obtains Measuring Time is characterized in that, comprising:
User terminal receives the measurement control message that network side issues;
Described user terminal obtains measurement data according to described measurement control message;
The time interval between local zone time when described user terminal determine to obtain described measurement data and the local zone time when receiving described measurement control message;
Described user terminal reports described measurement data and the described time interval to network side, makes network side according to issuing the Measuring Time that time of described measurement control message and the described time interval determine described measurement data.
2. the method for claim 1 is characterized in that, described measurement control message by base station, relay station and the operation of radio network controller, evolution, administer and maintain and arbitraryly among the OAM issue to user terminal.
3. method as claimed in claim 1 or 2 is characterized in that, in the time interval between the local zone time when described user terminal determine to obtain measurement data and the local zone time when receiving described measurement control message, comprising:
Described user terminal starts timer, and obtain the clocking value of described timer when obtaining measurement data when receiving the measurement control message that network side sends, with described clocking value as the described time interval; Perhaps
Described user terminal is when receiving the measurement control message of network side transmission, record the first current local zone time, the second current local zone time when described user terminal record obtains measurement data, described user terminal with the difference between the described second current local zone time and the described first current local zone time as the described time interval.
4. the method for claim 1 is characterized in that,
Report described measurement data to network side and before the described time interval, described method further comprises at described user terminal: described user terminal is stored described measurement data and the described time interval;
And described user terminal reports described measurement data and the described time interval to comprise to network side: when report condition satisfied, described measurement data and the described time interval that described user terminal will be stored reported to network side.
5. method as claimed in claim 4 is characterized in that,
The network load that described report condition is brought for reducing the reporting measurement data or be used for correlation measurement data and positional information.
6. a device that obtains Measuring Time is characterized in that, comprising:
The first receiver module is used for receiving the measurement control message that network side issues;
The first measurement module, the measurement control message that is used for receiving according to described the first receiver module obtains measurement data;
Determination module, the time interval between the local zone time the when local zone time when obtaining described measurement data for definite described the first measurement module and the first receiver module receive described measurement control message;
The first reporting module, be used for described time interval of reporting described measurement data that described the first measurement module obtains and described determination module to determine to network side, the Measuring Time that makes network side determine described measurement data according to the time that issues described measurement control message and the described time interval.
7. device as claimed in claim 6 is characterized in that,
Described determination module comprises:
The timing submodule is used for when described the first receiver module receives the measurement control message of network side transmission the beginning timing;
Determine submodule, be used for when described measurement module obtains measurement data, obtaining the clocking value of described timing submodule, with described clocking value as the described time interval;
Perhaps described determination module comprises:
Record sub module is used for recording the first current local zone time when described the first receiver module receives the measurement control message of network side transmission, records the second current local zone time when described measurement module obtains measurement data;
The difference submodule is used for obtaining the difference between the described second current local zone time and the first current local zone time, with described difference as the described time interval.
8. a method that obtains Measuring Time is characterized in that, comprising:
The network equipment obtained to the time of user terminal sending measuring control message;
The described network equipment receives measurement data and the time interval of described user terminal to send up, and the described time interval is: the time interval between the local zone time the when local zone time when described user terminal obtains described measurement data and described user terminal receive described measurement control message;
The Measuring Time that the described network equipment is determined described measurement data according to time of described sending measuring control message and the described time interval.
9. method as claimed in claim 8 is characterized in that, the described network equipment obtains to the time of user terminal sending measuring control message and comprises:
The described network equipment records the time of sending measuring control message to user terminal sending measuring control message the time; Perhaps
When the described network equipment is destination network device, the time of the sending measuring control message that the described network equipment reception sources network equipment sends; Perhaps
When the described network equipment is the base station of radio network controller, evolution or relay station, the described network equipment from operation, administer and maintain the time that OAM obtains the sending measuring control message.
10. a network equipment is characterized in that, comprising:
Acquisition module is used for obtaining to the time of user terminal sending measuring control message;
The 3rd receiver module, be used for receiving measurement data and the time interval of described user terminal to send up, the described time interval is: the time interval between the local zone time the when local zone time when described user terminal obtains described measurement data and described user terminal receive described measurement control message;
Very first time module is used for time interval that time of obtaining according to described acquisition module and described the 3rd receiver module receive and determines the Measuring Time of described measurement data.
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| CN 201010110115 CN102149128B (en) | 2010-02-08 | 2010-02-08 | Method and device for acquiring measurement time |
| CN201310041453.4A CN103139810B (en) | 2010-02-08 | 2010-02-08 | Methods for obtaining measurement time and device for obtaining measurement time |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1489819A (en) * | 2001-01-31 | 2004-04-14 | Protection system for power networks | |
| CN1777126A (en) * | 2005-12-12 | 2006-05-24 | 史文勇 | System and method for conducting comprehensive measurement and association analysis to time delay and drop |
| CN101064554A (en) * | 2006-04-28 | 2007-10-31 | 中兴通讯股份有限公司 | Method for obtaining time difference of user equipment receiving transmission |
| CN101226500A (en) * | 2008-02-18 | 2008-07-23 | 中兴通讯股份有限公司 | Method for measuring program runtime accurately using central processing element timer |
| CN101616434A (en) * | 2008-06-27 | 2009-12-30 | 展讯通信（上海）有限公司 | The method and apparatus that measurement reports |
-
2010
- 2010-02-08 CN CN 201010110115 patent/CN102149128B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1489819A (en) * | 2001-01-31 | 2004-04-14 | Protection system for power networks | |
| CN1777126A (en) * | 2005-12-12 | 2006-05-24 | 史文勇 | System and method for conducting comprehensive measurement and association analysis to time delay and drop |
| CN101064554A (en) * | 2006-04-28 | 2007-10-31 | 中兴通讯股份有限公司 | Method for obtaining time difference of user equipment receiving transmission |
| CN101226500A (en) * | 2008-02-18 | 2008-07-23 | 中兴通讯股份有限公司 | Method for measuring program runtime accurately using central processing element timer |
| CN101616434A (en) * | 2008-06-27 | 2009-12-30 | 展讯通信（上海）有限公司 | The method and apparatus that measurement reports |
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