CN101299890A - Measurement control method and apparatus based on non-continuation receiving mode - Google Patents
Measurement control method and apparatus based on non-continuation receiving mode Download PDFInfo
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- CN101299890A CN101299890A CNA2008101269518A CN200810126951A CN101299890A CN 101299890 A CN101299890 A CN 101299890A CN A2008101269518 A CNA2008101269518 A CN A2008101269518A CN 200810126951 A CN200810126951 A CN 200810126951A CN 101299890 A CN101299890 A CN 101299890A
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Abstract
The invention discloses a measurement control method and apparatus based on non-continuation receiving mode, wherein, the method includes: terminals executes the same frequency measurement in the activation time of the non-continuation transmitting-receiving cycle upon measuring that the signal quality or signal intensity of the present sub-district is lower than the prescribed threshold; the terminals report the same frequency measuring result. The technical scheme can realize the terminal electricity-saving requirement under the precondition of satisfying the measurement performance.
Description
Technical field
The present invention relates to the communications field, and especially, relate to a kind of measurement control method and device based on discontinuous reception modes.
Background technology
Discontinuous transceiver mode is meant terminal under the situation of idle condition or state of activation, for the demand that realizes economizing on electricity, carries out the pattern of data transmit-receive by phased manner.Insert in (Wideband Code Division Multiple Access abbreviates WCDMA as) system in Wideband Code Division Multiple Access (WCDMA), discontinuous transceiver mode is generally used for being in the terminal of idle condition.Yet in Long Term Evolution (Long-Term Evolution abbreviates LTE as) system, the terminal that is in connection status also can be used discontinuous transceiver mode for the demand of saving power supply.
Under discontinuous transceiver mode, terminal receives or sends data by phased manner.According to this operating characteristic, need define parameters such as length of the cycle, activationary time and the length of one's sleep usually to discontinuous transceiver mode.Discontinuous transmitting-receiving circulation comprise activationary time and the length of one's sleep two parts, under activationary time, terminal can be carried out the operations such as measurement of the mutual and sub-district of the reception of data and transmission, signaling; In the length of one's sleep, terminal stops all receptions and transmit operation, waits until next discontinuous transmitting-receiving circulation unlatching again again, receives and dispatches operation.
Measurement is the operation that is used to support sub-district gravity treatment or switching in the terminal mobility management.Because the mobility of terminal, terminal need be switched in the minizone.But network side needs the measurement report support of terminal when decision is switched, and this just requires terminal to measure the signal quality or the signal strength signal intensity of Serving cell, neighbor cell immediately.Measure and be divided into several types such as common frequency measurement, different-frequency measure and isosystem measurement usually.Common frequency measurement is meant that the sub-district of terminal measurement is identical with the carrier frequency of current service cell, different-frequency measure is meant that the sub-district of terminal measurement is different with the carrier frequency of current service cell, and isosystem measurement is meant that sub-district and current service cell that terminal is measured do not belong to same connecting system.In different classes of measurement, terminal is configured different parameters respectively comes the reference signal strength or the reference signal quality of adjacent area are measured, and measurement result reports in order to carry out the judgement of mobile management the most at last.
In the prior art, when terminal detects the decline of Serving cell signal quality, end discontinuous transceiver mode, carrying out nearby region measurement under the transceiver mode continuously.But, have long time property owing to measure, especially when needs adjustment receiver frequency is carried out alien frequencies and isosystem measurement, need average and assessment of the measurement result of longer time.Thereby cause terminal to fail to realize the economize on electricity demand, reduce the terminal effective storage life greatly.Yet, the technical scheme that addresses the above problem is not proposed at present as yet.
Summary of the invention
Consider when terminal is measured under continuous transceiver mode, can not realize the economize on electricity demand so that reduce the problem of terminal effective storage life and make the present invention, for this reason, main purpose of the present invention is to provide a kind of measurement control method and device based on discontinuous reception modes, to solve the problems referred to above in the correlation technique.
According to an aspect of the present invention, provide a kind of measurement control method based on discontinuous reception modes.
The measurement control method based on discontinuous reception modes according to the embodiment of the invention comprises: terminal is carried out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation when the signal quality that measures current area or signal strength signal intensity are lower than predetermined threshold; Terminal reports the result of common frequency measurement.
In addition, said method further comprises: network side according to the reported result of terminal to terminal distribution under the situation of measurement clearance, terminal utilizes measurement clearance to carry out different-frequency measure and/or isosystem measurement in the length of one's sleep of the discontinuous transmitting-receiving circulation of the activationary time of discontinuous transmitting-receiving circulation and/or activation.
Wherein, carrying out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation is specially: the activationary time in current discontinuous transmitting-receiving circulation carries out common frequency measurement, and perhaps the activationary time in the discontinuous transmitting-receiving circulation of the next one carries out common frequency measurement.
In addition, before the result to common frequency measurement reported, method also comprised: terminal utilizes the activationary time of a plurality of discontinuous transmitting-receiving circulations that common frequency measurement is averaged and assesses.
Preferably, finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, terminal begins to obtain measurement data or sends measurement report after entering next activationary time.
Preferably, can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, terminal is obtained measurement data immediately or is sent measurement result.
In addition, in the process of carrying out common frequency measurement, further comprise: the parameter to discontinuous transceiver mode is adjusted.
In addition, terminal is carried out different-frequency measure and/or isosystem measurement further comprises at the activationary time of discontinuous transmitting-receiving circulation: adjust by the length of the right discontinuous transmitting-receiving circulation of the measurement clearance signaling of distributing and/or the parameter of activationary time.
According to a further aspect in the invention, provide a kind of measuring and controlling based on discontinuous reception modes.
The measuring and controlling based on discontinuous reception modes according to the embodiment of the invention comprises: the common frequency measurement module, be used for when the signal quality of current area or signal strength signal intensity are lower than predetermined threshold, carry out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation; Reporting module is used for the result of common frequency measurement is reported.
In addition, device further comprises: different-frequency measure and/or isosystem measurement module, be used for network side according to the result of the common frequency measurement that reports of reporting module to terminal distribution under the situation of measurement clearance signaling, carry out different-frequency measure and/or isosystem measurement in the length of one's sleep of the discontinuous transmitting-receiving circulation of the activationary time of discontinuous transmitting-receiving circulation and/or activation.
Preferably, finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, after entering next activationary time, the common frequency measurement module begins to obtain measurement data, perhaps, reporting module sends the result of common frequency measurement.
Preferably, can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, the common frequency measurement module is obtained measurement data immediately, and perhaps, reporting module sends the result of common frequency measurement.
In addition, device further comprises: adjusting module is used in the common frequency measurement module when the activationary time of discontinuous transmitting-receiving circulation carries out common frequency measurement the parameter of discontinuous transceiver mode being adjusted; And/or, be used in different-frequency measure and/or isosystem measurement module when the activationary time of discontinuous transmitting-receiving circulation carries out different-frequency measure and/or isosystem measurement, the length of the cycle of discontinuous transmitting-receiving and/or the parameter of activationary time being adjusted by the measurement clearance signaling that network side distributes.
By technique scheme, can be implemented in the terminal power saving demand under the prerequisite that satisfies measurement performance.
Other features and advantages of the present invention will be set forth in the following description, and, partly from specification, become apparent, perhaps understand by implementing the present invention.Purpose of the present invention and other advantages can realize and obtain by specifically noted structure in the specification of being write, claims and accompanying drawing.
Description of drawings
Accompanying drawing is used to provide further understanding of the present invention, and constitutes the part of specification, is used from explanation the present invention with embodiments of the invention one, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the flow chart based on the measurement control method of discontinuous reception modes according to the embodiment of the invention;
Fig. 2 is the detailed process flow chart based on the measurement control method of discontinuous reception modes according to the embodiment of the invention;
Fig. 3 is the block diagram based on the measuring and controlling of discontinuous reception modes according to the embodiment of the invention.
Embodiment
Below in conjunction with accompanying drawing the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein only is used for description and interpretation the present invention, and be not used in qualification the present invention.
Method embodiment
In the present embodiment, provide a kind of measurement control method based on discontinuous reception modes, Fig. 1 is the flow chart based on the measurement control method of discontinuous reception modes according to the embodiment of the invention.
As shown in Figure 1, said method may further comprise the steps:
Step S102, terminal is carried out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation when the signal quality that measures current area or signal strength signal intensity are lower than predetermined threshold;
Wherein, in step S102, can carry out common frequency measurement, perhaps also can carry out common frequency measurement at the activationary time of the discontinuous transmitting-receiving circulation of the next one at the activationary time of current discontinuous transmitting-receiving circulation; And, can also adjust the parameter of discontinuous transceiver mode;
Step S104, terminal reports in the result to common frequency measurement.
In step S102 and step S104, finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, terminal begins to obtain measurement data or sends measurement report after entering next activationary time; And, can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, terminal is obtained measurement data immediately or is sent measurement result.
After step S104, further comprise, network side according to the reported result of terminal to terminal distribution under the situation of measurement clearance, terminal utilizes measurement clearance to carry out different-frequency measure and/or isosystem measurement in the length of one's sleep of the discontinuous transmitting-receiving circulation of the activationary time of discontinuous transmitting-receiving circulation and/or activation.And the length that can also the right discontinuous transmitting-receiving circulation by the measurement clearance signaling of distributing and/or the parameter of activationary time are adjusted.
By above method as can be seen, when terminal is under the discontinuous transceiver mode, in case need measure to the adjacent area, do not end current discontinuous transceiver mode, measure but keep under this pattern, by activationary time measurement result is assessed and the reporting measurement result, realized the demand of economizing on electricity under the prerequisite of measurement performance satisfying.
Need to prove that in addition in the relevant treatment of step S106, search proper cell if measurement result shows in the co-frequency cell scope, network does not distribute measurement clearance so; If showing, measurement result do not search proper cell, network allocation measurement clearance so in the co-frequency cell scope.
Before step S104, preferably further comprise: terminal utilizes the activationary time of a plurality of discontinuous transmitting-receiving circulations that common frequency measurement is averaged and assesses.
Below, in conjunction with the accompanying drawings, said method is elaborated.Fig. 2 is the detailed process flow chart based on the measurement control method of discontinuous reception modes according to the embodiment of the invention.As shown in Figure 2, may further comprise the steps:
Step S202 is under the situation of discontinuous transceiver mode the signal quality of periodic measurement current service cell or signal strength signal intensity in terminal;
Step S204, be lower than in the signal quality that detects current service cell or signal strength signal intensity under the situation of threshold value S of appointment, if current activationary time has finished or be not enough to carry out the one-shot measurement data remaining time to obtain, terminal begins to carry out common frequency measurement after entering next activationary time so; If current activationary time is enough carried out the one-shot measurement data and obtain remaining time, terminal gets started the execution common frequency measurement so;
In addition, if the activationary time of terminal single all is not enough to carry out the one-shot measurement data and obtains, terminal can be adjusted one or more in the parameter of discontinuous transceiver mode so, for example, length of the cycle, activationary time, the length of one's sleep, make it can finish the one-shot measurement data and obtain;
Step S206, measurement data is being assessed through after average, the filtration treatment, and under the situation that reaches the condition that triggers reported event, terminal is reported to network with measurement result.
If after assessment finishes, also have time enough to send measurement report in the activationary time, terminal sends measurement report immediately so; If after assessment finishes, there is not time enough to send measurement report in the activationary time, terminal can be waited until and send measurement report when next activationary time arrives so, considering if what trigger is urgent incident, need report network at once, allow network do under the situation of decision-making, also can force the activated sleep time to send measurement report.
Step S208, network side can judge according to report content after receiving measurement report.If report content shows terminal and search proper cell in the co-frequency cell scope, terminal is measured alien frequencies and different system cell with regard to not needing so, that is, network side does not need to distribute measurement clearance to give terminal; Do not search proper cell if report content shows in the co-frequency cell scope, terminal need be measured alien frequencies and different system cell so, that is, network side need distribute the cell measurement of measurement clearance in order to support terminal.
Above-mentioned proper cell is meant that the signal strength signal intensity of this sub-district or signal quality satisfy that terminal is stationed or the demand of transmitting and receiving service.When network need distribute measurement clearance, should take all factors into consideration and satisfy alien frequencies and isosystem measurement performance requirement and measurement clearance energy and discontinuous transceiver mode co-ordination, the realization of maximum possible economize on electricity demand under the prerequisite that guarantees measurement performance.
Step S210, if terminal receives the measurement clearance pattern signaling of network allocation, terminal begins alien frequencies or/and isosystem measurement according to indication at once so.
Device embodiment
In the present embodiment, provide a kind of measuring and controlling based on discontinuous reception modes, Fig. 3 is the block diagram based on the measuring and controlling of discontinuous reception modes according to the embodiment of the invention, as shown in Figure 3, comprising:
Common frequency measurement module 30 is used for when the signal quality of current area or signal strength signal intensity are lower than predetermined threshold, carries out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation; Particularly, can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, common frequency measurement module 30 can be obtained measurement data immediately; Can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, common frequency measurement module 30 is obtained measurement data immediately and has been finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, after entering next activationary time, common frequency measurement module 30 begins to obtain measurement data;
Reporting module 32 is connected to common frequency measurement module 30, is used for the result of the common frequency measurement of common frequency measurement module 30 is reported; Particularly, can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, reporting module 32 can send the result of common frequency measurement immediately; Finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, after entering next activationary time, reporting module 32 sends the result of common frequency measurements.
In addition, said apparatus also comprises: different-frequency measure and/or isosystem measurement module 34, be connected to reporting module 32, be used for network side according to the result of the common frequency measurement that reports of reporting module 32 to terminal distribution under the situation of measurement clearance signaling, carry out different-frequency measure and/or isosystem measurement in the length of one's sleep of the discontinuous transmitting-receiving circulation of the activationary time of discontinuous transmitting-receiving circulation and/or activation.
Preferably, said apparatus further comprises: adjusting module 36 is used in common frequency measurement module 30 when the activationary time of discontinuous transmitting-receiving circulation carries out common frequency measurement the parameter of discontinuous transceiver mode being adjusted; Can also be used in different-frequency measure and/or isosystem measurement module 34 when the activationary time of discontinuous transmitting-receiving circulation carries out different-frequency measure and/or isosystem measurement, the length of the cycle of discontinuous transmitting-receiving and/or the parameter of activationary time being adjusted by the measurement clearance signaling that network side distributes.Certainly, under the situation of this adjusting module not, also can realize embodiments of the invention.
In sum, by means of technical scheme of the present invention, by in discontinuous transceiver mode the adjacent area being measured, and activationary time assesses and the reporting measurement result measurement result, realized the demand of economizing on electricity under the prerequisite of measurement performance satisfying.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (13)
1. the measurement control method based on discontinuous reception modes is characterized in that, comprising:
Terminal is carried out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation when the signal quality that measures current area or signal strength signal intensity are lower than predetermined threshold;
Described terminal reports the result of described common frequency measurement.
2. method according to claim 1, it is characterized in that, described method further comprises: network side according to the reported result of described terminal to described terminal distribution under the situation of measurement clearance, described terminal utilizes described measurement clearance to carry out different-frequency measure and/or isosystem measurement in the length of one's sleep of the discontinuous transmitting-receiving circulation of the activationary time of discontinuous transmitting-receiving circulation and/or activation.
3. method according to claim 1 is characterized in that, described activationary time in discontinuous transmitting-receiving circulation carries out common frequency measurement and is specially:
Activationary time in current discontinuous transmitting-receiving circulation carries out common frequency measurement, and perhaps the activationary time in the discontinuous transmitting-receiving circulation of the next one carries out common frequency measurement.
4. method according to claim 3 is characterized in that, before the result to described common frequency measurement reported, described method also comprised:
Described terminal utilizes the activationary time of a plurality of discontinuous transmitting-receiving circulations that described common frequency measurement is averaged and assesses.
5. method according to claim 3, it is characterized in that, finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, described terminal begins to obtain measurement data or sends measurement report after entering next activationary time.
6. method according to claim 3 is characterized in that, can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, and described terminal is obtained measurement data immediately or sent measurement result.
7. method according to claim 2 is characterized in that, in the process of carrying out common frequency measurement, further comprises:
Parameter to described discontinuous transceiver mode is adjusted.
8. method according to claim 3 is characterized in that, the activationary time that described terminal circulates in discontinuous transmitting-receiving carries out different-frequency measure and/or isosystem measurement further comprises:
Adjust by the length of the right discontinuous transmitting-receiving circulation of the measurement clearance signaling of distribution and/or the parameter of activationary time.
9. the measuring and controlling based on discontinuous reception modes is characterized in that, comprising:
The common frequency measurement module is used for when the signal quality of current area or signal strength signal intensity are lower than predetermined threshold, carries out common frequency measurement at the activationary time of discontinuous transmitting-receiving circulation;
Reporting module is used for the result of described common frequency measurement is reported.
10. device according to claim 9, it is characterized in that, described device further comprises: different-frequency measure and/or isosystem measurement module, be used for network side according to the result of the described common frequency measurement that reports of described reporting module to terminal distribution under the situation of measurement clearance signaling, carry out different-frequency measure and/or isosystem measurement in the length of one's sleep of the discontinuous transmitting-receiving circulation of the activationary time of discontinuous transmitting-receiving circulation and/or activation.
11. device according to claim 9, it is characterized in that, finished or be not enough to carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, after entering next activationary time, described common frequency measurement module begins to obtain measurement data, perhaps, described reporting module sends the result of described common frequency measurement.
12. device according to claim 11, it is characterized in that can carry out under the situation that the one-shot measurement data are obtained or measurement result reports at current activationary time, described common frequency measurement module is obtained measurement data immediately, perhaps, described reporting module sends the result of described common frequency measurement.
13. device according to claim 10 is characterized in that, described device further comprises:
Adjusting module is used in described common frequency measurement module when the activationary time of discontinuous transmitting-receiving circulation carries out common frequency measurement the parameter of described discontinuous transceiver mode being adjusted; And/or, be used in described different-frequency measure and/or isosystem measurement module when the activationary time of discontinuous transmitting-receiving circulation carries out different-frequency measure and/or isosystem measurement, the length of the cycle of discontinuous transmitting-receiving and/or the parameter of activationary time being adjusted by the described measurement clearance signaling that network side distributes.
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