CN101272574B - Method, system and device for implementing communication system measurement - Google Patents
Method, system and device for implementing communication system measurement Download PDFInfo
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- CN101272574B CN101272574B CN2007100646199A CN200710064619A CN101272574B CN 101272574 B CN101272574 B CN 101272574B CN 2007100646199 A CN2007100646199 A CN 2007100646199A CN 200710064619 A CN200710064619 A CN 200710064619A CN 101272574 B CN101272574 B CN 101272574B
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Abstract
The invention discloses a method for realizing the measurement of a communication system, which comprises the following steps: a development base station of a demand side sends a measurement demand to a development base station of a measurement side; the measurement demand comprises a measurement event; the development base station of the measurement side classifies the received measurement events with the same type into a sort and measures the measurement events of the sort and then sends the measurement report generated after measurement to the development base station of the demand side; the measurement report comprises the measurement result. By applying the invention, the problem of great quantity of data processing during measurement in the developed 3GPP system is solved. The invention also discloses a measurement system and a device for realizing the communication system.
Description
Technical field
The present invention relates to the data transmission technology of the communications field, relate in particular to a kind of method, system and device of realizing the measurement of communication system.
Background technology
At (the 3rd Generation Partnership Project of traditional 3G (Third Generation) Moblie standardization body, 3GPP) in the system, measuring process is also to be very complicated very flexibly, the processing of RRM (RRM) is by (the Radio Network Controller of the radio network controller in the system, RNC) finish, then be responsible for by RNC is unified based on the required measurement of RRM purpose, at first RNC determines the measurement demand, then the measurement demand is sent to each relevant base station (NodeB), measure according to described measurement demand by this NodeB, the measurement report of measuring the back generation is sent to described RNC, and RNC handles these measurement reports again.
And in 3GPP evolution (3GPP LTE) communication system, the network architecture is compared with traditional 3GPP system bigger change, the network configuration flattening, and the base station directly links to each other with core net, does not have intermediate node RNC.Generally speaking, evolution base station (eNB) in the universal land radio access web (E-UTRAN) is by packet-based core networks (the Evolved Packet Core of S1 interface and evolution, EPC) link to each other, comprise mobile management entity (MME)/user plane entity (UPE) among this EPC, and adopt X2 interface to link to each other between the adjacent eNB, schematic network structure as shown in Figure 1.Each eNB that has measurement to need will formulate the measurement demand, and should the measurement demand send to the eNB adjacent with this eNB, all adjacent eNB measure according to the measurement demand that receives, and the measurement report that obtains is sent to the described eNB that has measurement to need.For example, 10 eNB are arranged in the initialization system, and these eNB are continuous in twos, the measurement demand that eNB1 will set sends to eNB2 to eNB10 respectively, and receives the measurement report that eNB2 to eNB10 returns; Simultaneously, this eNB1 also will receive the measurement demand that eNB2 to eNB10 sends respectively, measure according to the accurate side of each measurement that receives, and to corresponding eNB return measurement report.
In practical operation, adjacent eNB One's name is legion, each eNB measures side eNB and demand side eNB, and each eNB is very different for the demand of measuring, in the 3GPP system that so just makes in evolution, the quantity of the data processing of measuring process is huge, and the transmission of measurement report and treatment mechanism are all very complicated.
Summary of the invention
The invention provides a kind of method, system and device of realizing the measurement of communication system, with the huge problem of quantity of the data processing that solves the measurement that exists in the prior art.
The invention provides a kind of method that realizes the measurement of communication system, this method comprises:
Demand side evolution base station sends to the measurement demand and measures the side evolution base station, and this measurement demand comprises measurement event;
The described measurement event that described measurement side evolution base station will receive from the same type of each demand side evolution base station is classified as a class, wherein, belongs to the performance criteria that of a sort measurement event has identical Event triggered measurement report;
Described measurement side evolution base station is measured such measurement event, and the measurement report that will measure the back generation sends to described demand side evolution base station, described measurement report comprises measurement result, the described measurement event of described same type has two at least, and such measurement event is measured and can only be carried out once.
If described measurement demand also comprises described demand side evolution base station address, the then described measurement report that will measure the back generation sends to demand side evolution base station and comprises:
Determine the demand side evolution base station address of each measurement event correspondence in the class, the measurement report that will generate after will measuring such measurement event sends to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence, and described measurement report comprises demand side evolution base station address and corresponding measurement result thereof.
The demand side evolution base station address pairing demand side evolution base station that the measurement report that will generate after described will the measurement such measurement event sends to described each measurement event correspondence utilizes multicasting method to realize.
After described measurement event to such is measured, and utilize multicasting method that the demand side evolution base station that described measurement report sends to described demand side evolution base station address correspondence is comprised before:
The demand side evolution base station number of addresses of determining measurement event correspondence in the described class has reached threshold value, otherwise utilizes unicast method described measurement report to be sent to the demand side evolution base station of described demand side evolution base station address correspondence.
Described demand side evolution base station obtains self the pairing measurement result in address that comprises from the described measurement report that receives.
If described measurement side evolution base station is classified as the described measurement event of the same type that receives after one class, and before such measurement event measured, also receive the measurement demand that comprises measurement event,
Then again the described measurement event of the same type that receives is classified as a class.
The present invention also provides a kind of measuring system that realizes communication system, and this system comprises: demand side evolution base station and measurement side evolution base station, wherein,
Described demand side evolution base station is used for the measurement demand is sent to described measurement side evolution base station, and this measurement demand comprises measurement event, and receives the measurement report that this measurement side evolution base station sends;
Described measurement side evolution base station comprises first receiving element, division unit, measuring unit and first transmitting element, wherein:
First receiving element is used to receive the described measurement demand from each demand side evolution base station;
Division unit specifically comprises preserves the unit and realizes the unit, wherein:
Preserve the unit, the performance criteria that is used to preserve the Event triggered measurement report;
Realize the unit, the described measurement event that is used for the same type that will receive is classified as a class according to the performance criteria of Event triggered measurement report;
Measuring unit is used for described class is measured, and generates described measurement report;
First transmitting element is used for described measurement report is sent to described demand side evolution base station.
If described measurement demand also comprises described demand side evolution base station address, then described measuring unit comprises:
Determining unit is used for determining the demand side evolution base station address of each measurement event correspondence of a class;
Operating unit is used for described class is measured, and generates measurement report, and described measurement report comprises demand side evolution base station address and corresponding measurement result thereof;
Described first transmitting element is used for described measurement report is sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
Described first transmitting element is used to utilize multicasting method described measurement report to be sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
Described first transmitting element comprises judging unit and performance element, wherein,
Described judging unit is used for judging whether the demand side evolution base station number of addresses of described class measurement event correspondence has reached threshold value, and judged result is sent to described performance element;
Described performance element is used for if described judged result for reaching threshold value, then utilizes multicasting method that described measurement report is sent to the demand side evolution base station of the demand side evolution base station address correspondence of described measurement event correspondence, otherwise, utilize the unicast method transmission.
Described demand side evolution base station comprises:
Second transmitting element is used for described measurement demand is sent to described measurement side evolution base station;
Second receiving element is used to receive the described measurement report that described measurement side evolution base station sends.
Described second receiving element comprises:
Search the unit, be used for finding out self pairing measurement result in address from the described measurement report that receives;
Acquiring unit is used to obtain described measurement result.
The present invention also provides a kind of measurement mechanism, and this device comprises receiving element, division unit, measuring unit and transmitting element, wherein:
Receiving element is used to receive the measurement demand that each demand side evolution base station sends, and this measurement demand comprises measurement event;
Division unit specifically comprises preserves the unit and realizes the unit, wherein:
Preserve the unit, the performance criteria that is used to preserve the Event triggered measurement report;
Realize the unit, the described measurement event that is used for the same type that will receive is classified as a class according to the performance criteria of Event triggered measurement report;
Measuring unit is used for the measurement event of described class is measured, and generates measurement report, and this measurement report comprises measurement result;
Transmitting element is used for described measurement report is sent to described demand side evolution base station.
The described measurement event of described same type has two at least, and such measurement event is measured and can only be carried out once.
If described measurement demand also comprises described demand side evolution base station address, then described measuring unit comprises:
Determining unit is used for determining the demand side evolution base station address of each measurement event correspondence of a class;
Operating unit is used for described class is measured, and generates measurement report, and described measurement report comprises demand side evolution base station address and corresponding measurement result thereof;
Described transmitting element is used for described measurement report is sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
Described transmitting element is used to utilize multicasting method described measurement report to be sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
Described transmitting element comprises judging unit and performance element, wherein,
Described judging unit is used for judging whether the demand side evolution base station number of addresses of described class measurement event correspondence has reached threshold value, and judged result is sent to described transmitting element;
Described performance element is used for if described judged result for reaching threshold value, then utilizes multicasting method that described measurement report is sent to the demand side evolution base station of the demand side evolution base station address correspondence of described measurement event correspondence, otherwise, utilize the unicast method transmission.
The present invention sends to measurement side eNB by the measurement demand that demand side eNB will comprise measurement event, measure side eNB at least two described measurement event of the same type that receives are classified as a class, measurement event to such is carried out one-shot measurement, and the measurement report that will measure the back generation utilizes the mode of multicast to send to described demand side eNB, described measurement report comprises the method for measurement result, solve the huge problem of quantity of the data processing of measuring process, and solved all unusual complicated problems of the transmission of measurement report and treatment mechanism.
Description of drawings
Fig. 1 is the schematic network structure of measuring process in the background technology;
Fig. 2 is an embodiment of the invention system configuration schematic diagram;
Fig. 3 is an embodiment of the invention method step schematic flow sheet;
Fig. 4 is an embodiment of the invention measurement mechanism structural representation.
Embodiment
Main thought of the present invention is: at first, demand side eNB sends to the measurement demand and measures side eNB, and this measurement demand comprises measurement event; Then, at least two described measurement event of the same type that receives are classified as a class, such measurement event is measured, this measures number of times can be for once; At last, send to described demand side evolution base station with measuring the measurement report that the back generates, described measurement report comprises measurement result, and described measurement report can be that the mode by multicast sends.
Describe the inventive method in detail below in conjunction with Figure of description.
As shown in Figure 2, be embodiment of the invention system configuration schematic diagram, this system comprises demand side eNB and measures side eNB, wherein, demand side eNB is used for the measurement demand is sent to described measurement side eNB, and this measurement demand comprises measurement event, and receives the measurement report that this measurement side eNB sends; Measure the described measurement event that side eNB is used for the same type that will receive and be classified as a class, such measurement event is measured, and the described measurement report that will measure the back generation sends to described demand side eNB, described measurement report comprises measurement result.Certainly, the described measurement event of described same type has two at least, and such measurement event is measured and can only be carried out once.
Described measurement side eNB comprises first receiving element 11, division unit 12, measuring unit 13 and first transmitting element 14, and wherein, first receiving element 11 is used to receive described measurement demand; The described measurement event that division unit 12 is used for the same type that will receive is classified as a class; Measuring unit 13 is used for the measurement event of described class is measured, and generates described measurement report; First transmitting element 14 is used for described measurement report is sent to described demand side eNB.
Described division unit 12 comprises preserves unit 21 and realizes unit 22, wherein, preserves the performance criteria that unit 21 is used for retention cycle measurement report performance criteria or Event triggered measurement report; Realize that at least two described measurement event that unit 22 is used for the same type that will receive are classified as a class according to the performance criteria of periodic measurement report performance criteria or Event triggered measurement report.
If described measurement demand also comprises described demand side eNB address, then described measuring unit 13 comprises determining unit 23 and operating unit 24, and wherein, determining unit 23 is used for determining the demand side eNB address of each measurement event correspondence of a class; Operating unit 24 is used for described class is measured, and generates measurement report, and described measurement report comprises demand side eNB address and corresponding measurement result thereof; Then first transmitting element 14 is used for described measurement report is sent to the demand side eNB address pairing demand side eNB of described each measurement event correspondence.
First transmitting element 14 is used to utilize multicasting method described measurement report to be sent to the demand side eNB address pairing demand side eNB of described each measurement event correspondence.Further, first transmitting element 14 comprises judging unit 25 and performance element 26, wherein, judging unit 25 is used for judging whether the demand side eNB number of addresses of described class measurement event correspondence has reached threshold value, and judged result is sent to described performance element 26; Performance element 26 is used for if described judged result for reaching threshold value, then utilizes multicasting method that described measurement report is sent to the demand side eNB of the demand side eNB address correspondence of described measurement event correspondence, otherwise, utilize the unicast method transmission.
Described demand side eNB comprises second transmitting element 31 and second receiving element 32, and wherein, second transmitting element 31 is used for described measurement demand is sent to described measurement side eNB; Second receiving element 32 is used to receive the described measurement report that described measurement side eNB sends.
Described second receiving element 32 comprises searches unit 41 and acquiring unit 42, wherein, searches unit 41 and is used for finding out self pairing measurement result in address from the described measurement report that receives; Acquiring unit 42 is used to obtain described measurement result.
Describe the inventive method in detail below in conjunction with specific embodiment.
In embodiments of the present invention, the eNB that will have measurement to need is called demand side eNB, and the eNB adjacent with this demand side eNB is called measurement side eNB.Still comprising 10 eNB with system below is example, describes the inventive method in detail.
As shown in Figure 3, be embodiment of the invention method step schematic flow sheet, this method may further comprise the steps:
Step 301: demand side eNB sends to the measurement demand and measures side eNB, and this measurement demand comprises measurement event.
All eNB can or measure side eNB for demand side eNB, therefore, each eNB sends to 9 adjacent eNB with the measurement demand of self setting, the measurement demand can comprise: the contents such as eNB address, Measuring Time sign and measurement event of measurement demand are arranged, and each eNB can set different measurement demands according to self-demand.Described measurement side eNB measures according to the described measurement event that receives, and the measurement report that generates is sent to the eNB of described eNB address correspondence according to the Measuring Time sign of setting.
Step 302: measure side eNB the described measurement event of the same type that receives is classified as a class, such measurement event is measured, and the measurement report that will measure the back generation sends to described demand side eNB, described measurement report comprises measurement result.The described measurement event of described same type has two at least, and such measurement event is measured and can only be carried out once.
In the present embodiment, setting eNB1 is current measurement side, and eNB2～eNB10 is current demand side.After then eNB1 receives 9 measurement demands of eNB2～eNB10 transmission, 9 measurement event have promptly been received, at least two measurement event of same type are classified as a class in 9 measurement event that then will receive, for example, if have 3 in 9 measurement event for measuring power, then measure power and be classified as a class with these 3., by that analogy, the measurement event that receives can be formed and measure demand schedule.For example, if the measurement event that eNB2～eNB4 sends all is to measure power, then comprise measurement power in the measurement list of requirements that eNB1 forms, this measures corresponding 4 the eNB addresses of power.Certainly, the mode that the measurement event that receives is sorted out has multiple, for example, comprise 4 in the measurement event of determining to receive and measure power event, these 4 incidents can be sorted out according to periodic measurement report performance criteria, or be classified as a class according to the performance criteria of Event triggered measurement report.Measure in the power event such as these 4, identical Event triggered is measured demand and can be returned together, or identical periodic measurement demand can return together, if the periodic measurement demand is identical, just the cycle difference can also be submitted measurement report to according to the cycle of minimum.In addition, be classified as in the process of a class,, but but can not be categorized in a time-out if two measurement event contents are identical in the measurement demand, then with these two measurement demands respectively as a class.For example,, be classified as a time-like,, then needing to be classified as respectively two classes if two measurement demands do not have the multiple relation in time according to periodic measurement report performance criteria if two are measured power event; When sorting out according to the performance criteria of Event triggered measurement report, if two measurement demands have identical measuring object, but their triggering thresholding difference then needs to be classified as respectively two classes.In embodiments of the present invention, final measurement demand schedule can be the compromise of efficient and complexity, and many more measurement event are classified as a class, and the measurement number of times that measurement side eNB carries out also will reduce, and improve efficiency of measurement; But then, also may improve the complexity of classification.
After the measurement side is sorted out the measurement event that receives, respectively the measurement event in each class is once measured accordingly, and formed measurement report, comprise the measurement result of all or part demand side eNB in this measurement report.For example, if all measurement event that the measurement side joint is received can be classified as a class, the measurement result that comprises all demand side eNB in the then described measurement report because the measurement demand also comprises demand side eNB address, then also comprises demand side eNB address and corresponding measurement result thereof in the measurement report.
In embodiments of the present invention, if comprise measurement power in the measurement list of requirements that eNB1 forms, this measures corresponding 4 the eNB addresses of power, then eNB1 measures according to measuring power, and generate corresponding measurement report, comprise measurement power results and 4 corresponding eNB addresses in this measurement report.Then measurement report is sent to the demand side eNB address pairing demand side eNB of measurement event correspondence, be the eNB that eNB1 sends to the measurement report employing multicasting method of this generation described 4 eNB addresses difference correspondence, be eNB2～eNB4, like this, make that the transmission course of measurement report is simpler.Certainly, can further consider also whether the measurement report of generation adopts the method for multicast to send, reach threshold value, then utilize the method for multicast to send if sort out the transmission number of addresses that comprises in the measurement report of back measurement acquisition; Otherwise, then can not adopt the method for multicast, and adopt the method for clean culture to send.For example, if setting when the transmission address that comprises in the measurement report of sorting out back measurement acquisition must be not less than 3, the user adopt multicasting method to send, and actual be the classification of two measurement event, therefore include only two in the measurement report and send the address, then this measurement report is sent to the eNB of described transmission address correspondence by the method for clean culture.
In addition, measuring after at least two described measurement event of side eNB with the same type that receives are classified as a class, and before such measurement event measured, receive again that other eNB send comprise the measurement demand of measurement event the time, then again at least two described measurement event of the same type that receives are classified as a class, described list of requirements is upgraded, form new measurement list of requirements, promptly again the measurement event that receives is divided into more than one class according to described imposing a condition.Further, can set the update cycle,, then measure side and will upgrade list of requirements,, then will when 100ms arrives, carry out list of requirements and upgrade if 50ms receives new measurement demand in the cycle every 100ms as 100ms.
Step 303: described demand side eNB obtains self the pairing measurement result in address that comprises from the described measurement report that receives.
In step 302, measuring side sorts out the measurement event in the measurement demand, and each class measured, the measurement report that generates sends according to the eNB address of measurement event correspondence in the class, after the eNB of described eNB address correspondence receives described measurement report, obtain the measurement result in the measurement report, but the measurement result that comprises a more than demand side eNB in the described measurement report, therefore, demand side eNB obtains self pairing measurement result in address according to self address that comprises in the described measurement report, rather than the measurement result of self then neglects.
After obtaining the measurement result that self needs as demand side eNB, send and measure the finish command to measuring side eNB, comprise in this order measure identify, address and the measurement event of this eNB.After the eNB of described measurement side received described measurement the finish command, described measurement event of deletion and corresponding eNB address from measure list of requirements were promptly upgraded and are measured list of requirements.
By aforementioned description to the inventive method and system, the present invention also provides a kind of measurement mechanism, as shown in Figure 4, this device comprises receiving element 51, division unit 52, measuring unit 53 and transmitting element 54, wherein, receiving element 51 is used to receive the measurement demand that demand side eNB sends, and this measurement demand comprises measurement event; The described measurement event that division unit 52 is used for the same type that will receive is classified as a class; Measuring unit 53 is used for the measurement event of described class is measured, and generates measurement report, and this measurement report comprises measurement result; Transmitting element 54 is used for described measurement report is sent to described demand side eNB.The described measurement event of described same type has two at least, and such measurement event is measured and can only be carried out once.
Described division unit 52 comprises preserves unit 61 and realizes unit 62, wherein, preserves the performance criteria that unit 61 is used for retention cycle measurement report performance criteria or Event triggered measurement report; Realize that at least two described measurement event that unit 62 is used for the same type that will receive are classified as a class according to the performance criteria of periodic measurement report performance criteria or Event triggered measurement report.
If described measurement demand also comprises described demand side eNB address, then described measuring unit 53 comprises determining unit 63 and operating unit 64, and wherein, determining unit 63 is used for determining the demand side eNB address of a class measurement event correspondence; Operating unit 64 is in measuring described class, and generates measurement report, and described measurement report comprises demand side eNB address and corresponding measurement result thereof; Then transmitting element 54 is used for described measurement report is sent to the demand side eNB address pairing demand side eNB of described each measurement event correspondence.
Transmitting element 54 can be used to utilize multicasting method described measurement report to be sent to the demand side eNB address pairing demand side eNB of described each measurement event correspondence.Further, transmitting element 54 comprises judging unit 65 and performance element 66, and wherein, judging unit 65 is used for judging whether the demand side eNB number of addresses of described class measurement event correspondence has reached threshold value, and judged result is sent to described transmitting element 64; Performance element 66 is used for if described judged result for reaching threshold value, then utilizes multicasting method that described measurement report is sent to the demand side eNB of the demand side eNB address correspondence of described measurement event correspondence, otherwise, utilize the unicast method transmission.
By method, system and device provided by the invention, in the 3GPP system that makes in evolution, reduced the quantity of the data processing of measuring process, simplified the transmission and the treatment mechanism of measurement report.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (16)
1. a method that realizes the measurement of communication system is characterized in that, this method comprises:
Demand side evolution base station sends to the measurement demand and measures the side evolution base station, and this measurement demand comprises measurement event;
The described measurement event that described measurement side evolution base station will receive from the same type of each demand side evolution base station is classified as a class, wherein, belongs to the performance criteria that of a sort measurement event has identical Event triggered measurement report;
Described measurement side evolution base station is measured such measurement event, and will measure the measurement report that the back generates and send to described demand side evolution base station, and described measurement report comprises measurement result.
2. the method for claim 1 is characterized in that, if described measurement demand also comprises described demand side evolution base station address, the then described measurement report that will measure the back generation sends to demand side evolution base station and comprises:
Determine the demand side evolution base station address of each measurement event correspondence in the class, the measurement report that will generate after will measuring such measurement event sends to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence, and described measurement report comprises demand side evolution base station address and corresponding measurement result thereof.
3. as method as described in the claim 2, it is characterized in that,
The demand side evolution base station address pairing demand side evolution base station that the measurement report that will generate after described will the measurement such measurement event sends to described each measurement event correspondence utilizes multicasting method to realize.
4. as method as described in the claim 3, it is characterized in that, after described measurement event to such is measured, and utilize multicasting method to comprise before described measurement report being sent to the demand side evolution base station of described demand side evolution base station address correspondence:
The demand side evolution base station number of addresses of determining measurement event correspondence in the described class has reached threshold value, otherwise utilizes unicast method described measurement report to be sent to the demand side evolution base station of described demand side evolution base station address correspondence.
5. as method as described in the claim 2, it is characterized in that described demand side evolution base station obtains self the pairing measurement result in address that comprises from the described measurement report that receives.
6. method according to claim 1, it is characterized in that, if described measurement side evolution base station is classified as the described measurement event of the same type that receives after one class, and before such measurement event measured, also receive the measurement demand that comprises measurement event
Then again the described measurement event of the same type that receives is classified as a class.
7. a measuring system that realizes communication system is characterized in that, this system comprises: demand side evolution base station and measurement side evolution base station, wherein,
Described demand side evolution base station is used for the measurement demand is sent to described measurement side evolution base station, and this measurement demand comprises measurement event, and receives the measurement report that this measurement side evolution base station sends;
Described measurement side evolution base station comprises first receiving element, division unit, measuring unit and first transmitting element, wherein:
First receiving element is used to receive the described measurement demand from each demand side evolution base station;
Division unit specifically comprises preserves the unit and realizes the unit, wherein:
Preserve the unit, the performance criteria that is used to preserve the Event triggered measurement report;
Realize the unit, the described measurement event that is used for the same type that will receive is classified as a class according to the performance criteria of Event triggered measurement report;
Measuring unit is used for the measurement event of described class is measured, and generates described measurement report;
First transmitting element is used for described measurement report is sent to described demand side evolution base station.
8. as system as described in the claim 7, it is characterized in that described measuring unit comprises:
Determining unit is used for determining the demand side evolution base station address of each measurement event correspondence of a class;
Operating unit is used for described class is measured, and generates measurement report, and described measurement report comprises demand side evolution base station address and corresponding measurement result thereof;
Described first transmitting element is used for described measurement report is sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
9. as system as described in the claim 8, it is characterized in that,
Described first transmitting element is used to utilize multicasting method described measurement report to be sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
10. as system as described in the claim 9, it is characterized in that described first transmitting element comprises judging unit and performance element, wherein,
Described judging unit is used for judging whether the demand side evolution base station number of addresses of described class measurement event correspondence has reached threshold value, and judged result is sent to described performance element;
Described performance element is used for if described judged result for reaching threshold value, then utilizes multicasting method that described measurement report is sent to the demand side evolution base station of the demand side evolution base station address correspondence of described measurement event correspondence, otherwise, utilize the unicast method transmission.
11., it is characterized in that described demand side evolution base station comprises as system as described in the claim 8:
Second transmitting element is used for described measurement demand is sent to described measurement side evolution base station;
Second receiving element is used to receive the described measurement report that described measurement side evolution base station sends.
12., it is characterized in that described second receiving element comprises as system as described in the claim 11:
Search the unit, be used for finding out self pairing measurement result in address from the described measurement report that receives;
Acquiring unit is used to obtain described measurement result.
13. a measurement mechanism is characterized in that this device comprises receiving element, division unit, measuring unit and transmitting element, wherein:
Receiving element is used to receive the measurement demand that each demand side evolution base station sends, and this measurement demand comprises measurement event;
Division unit specifically comprises preserves the unit and realizes the unit, wherein:
Preserve the unit, the performance criteria that is used to preserve the Event triggered measurement report;
Realize the unit, the described measurement event that is used for the same type that will receive is classified as a class according to the performance criteria of Event triggered measurement report;
Measuring unit is used for the measurement event of described class is measured, and generates measurement report, and this measurement report comprises measurement result;
Transmitting element is used for described measurement report is sent to described demand side evolution base station.
14., it is characterized in that described measuring unit comprises as device as described in the claim 13:
Determining unit is used for determining the demand side evolution base station address of each measurement event correspondence of a class;
Operating unit is used for described class is measured, and generates measurement report, and described measurement report comprises demand side evolution base station address and corresponding measurement result thereof;
Described transmitting element is used for described measurement report is sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
15. as device as described in the claim 14, it is characterized in that,
Described transmitting element is used to utilize multicasting method described measurement report to be sent to the demand side evolution base station address pairing demand side evolution base station of described each measurement event correspondence.
16. as device as described in the claim 15, it is characterized in that described transmitting element comprises judging unit and performance element, wherein,
Described judging unit is used for judging whether the demand side evolution base station number of addresses of described class measurement event correspondence has reached threshold value, and judged result is sent to described transmitting element;
Described performance element is used for if described judged result for reaching threshold value, then utilizes multicasting method that described measurement report is sent to the demand side evolution base station of the demand side evolution base station address correspondence of described measurement event correspondence, otherwise, utilize the unicast method transmission.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100646199A CN101272574B (en) | 2007-03-21 | 2007-03-21 | Method, system and device for implementing communication system measurement |
| PCT/CN2008/000484 WO2008113251A1 (en) | 2007-03-21 | 2008-03-11 | A method, system and device to realize measurement in communication system |
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| CN2007100646199A CN101272574B (en) | 2007-03-21 | 2007-03-21 | Method, system and device for implementing communication system measurement |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1271502A (en) * | 1997-09-26 | 2000-10-25 | 西门子公司 | Optimization of adjacent channel measuring reports |
| CN1703110A (en) * | 2004-05-24 | 2005-11-30 | 华为技术有限公司 | Public measuring method of wireless resource management |
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| SE0202845D0 (en) * | 2002-05-13 | 2002-09-23 | Ericsson Telefon Ab L M | Radio resource management measurement for high-speed downlink shared channel (HS-DSCH) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1271502A (en) * | 1997-09-26 | 2000-10-25 | 西门子公司 | Optimization of adjacent channel measuring reports |
| CN1703110A (en) * | 2004-05-24 | 2005-11-30 | 华为技术有限公司 | Public measuring method of wireless resource management |
Non-Patent Citations (1)
| Title |
|---|
| Ericsson.eNodeB Measurement Reporting.《3GPP TSG RAN WG3 Meeting #53》.3GPP,2006,第2页第4-6行，第3页第1，2行. * |
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