CN102595483A - Resource state reporting method and base station - Google Patents
Resource state reporting method and base station Download PDFInfo
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- CN102595483A CN102595483A CN2012100618594A CN201210061859A CN102595483A CN 102595483 A CN102595483 A CN 102595483A CN 2012100618594 A CN2012100618594 A CN 2012100618594A CN 201210061859 A CN201210061859 A CN 201210061859A CN 102595483 A CN102595483 A CN 102595483A
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Abstract
The invention discloses a resource state reporting method and a base station. The resource state reporting method comprises the following steps: a first base station sends a resource state request message to a second base station; the second base station judges whether the first base station is optional for a second base station measurement ID cell; if so, under the condition that the base station cannot initiate corresponding measurement according to the resource state request message, the second base station sends a resource state failure message to the first base station, omits the second base station measurement ID in the resource state failure message and allocates a corresponding failure reason; and if not, under the condition that the second base station cannot initiate the corresponding measurement according to the resource state request message, the second base station sends the resource state failure message to the first base station, allocates a corresponding failure reason in the resource state failure message and allocates the second base station measurement ID. According to the technical scheme provided by the invention, the expenditure of signaling resources in the resource state reporting process can be reduced.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of resource status method for reporting and base station.
Background technology
In the LTE system, introduced the resource status reporting process, can be applied to the load balancing process, mutual loading condition between the higher cell-of-origin of load and its neighbor cell, and then select the Target cell of suitable load transfer.Particularly, said process is through resource status request message, resource status response message, local resource state failed message and the renewal of subsequent cycle property resource status etc.
According to X2AP agreement regulation,, force to carry the information unit IE such as measurement ID that distribute in failure cause and the Target cell, according to the various possible failure causes of the information analysis of carrying in the resource status failure response message in resource status failure response message China.
In sum, in the prior art, in the resource status failed message, carry the measurement ID that Target cell distributes, increased unnecessary signaling consumption, cause the wasting of resources to a certain extent.
Summary of the invention
A kind of resource status method for reporting provided by the invention, method provided by the invention can reduce the expense of signal resource in the resource status reporting process.
The invention discloses a kind of resource status method for reporting, this method comprises:
The resource status request message is sent to second base station in first base station;
Second base station judges whether first base station is that the second base station measurement ID cell is optional base station after receiving the resource status request message that sends first base station;
If first base station is that the second base station measurement ID cell is optional base station; When second base station can not initiate to measure accordingly according to said resource status request message; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message, omit the second base station measurement ID, dispose corresponding failure cause;
If first base station is not that the second base station measurement ID cell is optional base station; When second base station can not initiate to measure accordingly according to said resource status request message; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID.
In said method, said second base station is sent the resource status failed message to first base station and is comprised:
When the value that reports object cell IE in the resource status request message was 0, then the second base station measurement ID was omitted in second base station in the resource status failed message of feedback, and the failure cause of configuration correspondence is not for there being measuring object;
The value that reports object IE in the resource status request message is not 0, and when not carrying report cycle IE, then the second base station measurement ID is omitted in second base station in the resource status failed message of feedback, and the corresponding failure cause of configuration is not for there being report cycle;
The value of register requirement IE in the resource status request message is for stopping; And when not carrying the second base station measurement ID; Then the second base station measurement ID is omitted in second base station in the resource status failed message of feedback, and the corresponding failure cause of configuration is unknown base station measurement ID;
The value of register requirement IE in the resource status request message is beginning; And when the corresponding ongoing load measure of the first base station measurement ID is reported; Then second base station is in the resource status failed message of feedback; Omit the second base station measurement ID, the corresponding failure cause of configuration is measured ID for existing.
In said method, when said failure cause when configuration was measured ID for existing, this method further comprised:
The pairing measurement of already present measurement ID is proceeded in second base station.
In said method, said in the resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID and comprise:
If the failure cause of configuration is measured ID for existing, be the second base station measurement ID corresponding then with the already present first base station measurement ID with the configuration second base station measurement ID in the resource status failed message;
If the failure cause of configuration is not to have existed to measure ID, be a still unappropriated value then with the configuration second base station measurement ID in the resource status failed message.
In said method, saidly judge whether first base station is that the second base station measurement ID cell is that optional base station comprises:
Second base station judges according to the configuration information of first base station of this locality preservation whether first base station is that the second base station measurement ID cell is optional base station.
The invention provides a kind of base station, the expense of signal resource in the resource status reporting process can be reduced in base station provided by the invention.
The invention discloses a kind of base station, this base station comprises: receiver module, control and measurement module, sending module; Wherein,
Receiver module is used for the resource status request message that receiving neighbor bs sends, and the resource status request message of receiving is sent to control and measurement module;
Control and measurement module are used to receive receiver module and send the resource status request message, judge whether the adjacent base station that sends this resource status request message is that the second base station measurement ID cell is optional base station;
If said adjacent base station is that the second base station measurement ID cell is optional base station, then can not initiate under the corresponding situation about measuring resource allocation state failed message according to said resource status request message; In said resource status failed message, omit the second base station measurement ID, dispose corresponding failure cause;
If said adjacent base station is not that the second base station measurement ID cell is optional base station, then can not initiate under the corresponding situation about measuring resource allocation state failed message according to said resource status request message; In said resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID;
Be used for the resource status failed message that configures is sent to sending module;
Sending module is used to receive the resource status failed message that control and measurement module send, and said resource status failed message is sent to corresponding adjacent base station.
In above-mentioned base station, said control and measurement module are used for resource allocation state failed message, wherein,
When the value that reports object cell IE in the resource status request message is 0,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the failure cause of configuration correspondence is not for there being measuring object;
The value that reports object IE in the resource status request message is not 0, and when not carrying report cycle IE,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the failure cause of configuration correspondence is not for there being report cycle;
The value of register requirement IE in the resource status request message is for stopping, and when not carrying the second base station measurement ID,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the corresponding failure cause of configuration is unknown base station measurement ID;
The value of register requirement IE in the resource status request message is beginning, and during the corresponding ongoing load measure report of the first base station measurement ID,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the corresponding failure cause of configuration is measured ID for existing.
In above-mentioned base station, at the failure cause of control and measurement module configuration for to exist under the situation of measuring ID,
Control and measurement module are used to proceed the pairing measurement of already present measurement ID.
In above-mentioned base station; Said control and measurement module; Be used for failure cause in configuration for to exist under the situation of measuring ID, in the resource status failed message, disposing the second base station measurement ID is the second base station measurement ID corresponding with the already present first base station measurement ID;
The failure cause that is used in configuration is not to have existed under the situation of measuring ID, and the configuration second base station measurement ID is a still unappropriated value in the resource status failed message.
In above-mentioned base station, control and measurement module are used for the configuration information according to the adjacent base station of this locality preservation, judge whether the adjacent base station that sends the resource status request message is that the second base station measurement ID cell is optional base station.
In sum; The invention provides a kind of resource status method of reporting and system; Technical scheme provided by the invention is through judging whether adjacent base station is that the second base station measurement ID cell is optional base station earlier; In first base station, second base station all is that the second base station measurement ID cell is under the situation of optional base station, in the resource status failed message that sends, omits the second base station measurement ID cell, reduces the expense of system resource signaling.And in first base station, second base station, have at least one not to be that the second base station measurement ID cell is under the situation of optional base station; If the failure cause of configuration is measured ID for existing, the configuration second base station measurement ID is the second corresponding base station measurement ID of the already present first base station measurement ID in the resource status failed message; If other failure cause, the then value of second a base station measurement ID who is not used as yet of configuration in the second base station measurement ID cell of resource status failed message; And for to exist under the situation of measuring ID, dispose second base station and proceed the pairing measurement event of the already present second base station measurement ID at failure cause.Technical scheme provided by the invention, the expense of the signal resource of minimizing in the resource status reporting process.
Description of drawings
Fig. 1 is the flow chart of a kind of resource status method for reporting among the present invention,
Fig. 2 is the signaling process figure of a kind of resource status report message among the present invention,
Fig. 3 is the structural representation of a kind of base station among the present invention.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, will combine accompanying drawing that embodiment of the present invention is done to describe in detail further below.
The invention discloses a kind of resource status method for reporting, this method can reduce the expense of the signal resource in the resource status reporting process.
Fig. 1 is the flow chart of a kind of resource status method for reporting among the present invention, and is as shown in Figure 1,
Step 101, the resource status request message is sent to second base station in first base station;
Step 102, second base station judge whether first base station is that the second base station measurement ID cell is optional base station after receiving the resource status request message that sends first base station;
Step 103; If first base station is that the second base station measurement ID cell is optional base station; When second base station can not initiate to measure accordingly according to said resource status request message, then the resource status failed message was sent to first base station in second base station, in said resource status failed message; Omit the second base station measurement ID, dispose corresponding failure cause;
Step 104; If first base station is not that the second base station measurement ID cell is optional base station; When second base station can not initiate to measure accordingly according to said resource status request message, then the resource status failed message was sent to first base station in second base station, in said resource status failed message; Dispose corresponding failure cause, dispose the second base station measurement ID.
Wherein, in step 102, second base station learns according to the base station information of high level configuration whether adjacent base station is that the second base station measurement ID cell is optional base station; Preserve the base station configuration information of this base station and adjacent base station in second base station side; Promptly second base station can know whether first base station of sending the resource status request message with it is that the second base station measurement ID cell is optional base station; Be specially: second base station judges according to the configuration information of first base station of this locality preservation whether first base station is that the second base station measurement ID cell is optional base station.Wherein, second base station of being mentioned among the present invention is that the second base station measurement ID is optional base station.
Fig. 2 is the signaling process figure of a kind of resource status report message among the present invention, and is as shown in Figure 2,
In step 201, the resource status request message that is sent comprises: the request of resource status: like the operating position of Physical Resource Block PRB; And the request of loading condition, like the load condition of transport network layer and hardware.Wherein, the content of carrying in the resource status request message is as shown in table 1,
Table 1
The resource status request message that send according to first base station second base station is prepared to measure accordingly; If when second base station can start corresponding measurement, carry out step 202, otherwise carry out step 203;
In step 202, the resource status request message is sent according to first base station in second base station, measures accordingly; The second base station measurement ID of second base station assigns is sent to first base station through the resource status response.
In step 203; When second base station can not initiate to measure accordingly according to said resource status request message; Then, in said resource status failed message, carry relevant information, wherein to the first base station feedback resource status failed message; The content of carrying in the resource status failed message is as shown in table 2
| The cell title | Exist | Scope | IE type and reference | Describe |
| Type of message | M | |||
| The first base station measurement ID | M | The measurement ID of first base station assigns | ||
| The second base station measurement ID | O | The measurement ID of second base station assigns | ||
| Failure cause | M | The reason of failure | ||
| Critical diagnosis | O |
Table 2
As shown in table 2, in the present invention, the attribute configuration of the second base station measurement ID is become option, when the second base station feedback resource status failed message, under specific failure cause, do not send the second base station measurement ID cell, reduce signaling consumption to a certain extent; And can not impact normal Signalling exchange.
Associative list 1, table 2, in step 201, the resource status request message is sent to second base station in first base station, carries the first base station measurement ID in this resource status request message;
In step 202; The first base station measurement ID that carries in the resource status request message of second base station according to the transmission of first base station; The second base station measurement ID corresponding with the first base station measurement ID is set, the first base station measurement ID and the second corresponding base station measurement ID are kept at the local measurement table of comparisons; Wherein, in the said measurement table of comparisons, the first base station measurement ID is corresponding one by one with the second base station measurement ID.And the second base station measurement ID sent to first base station through the resource status response message; First base station is kept in the local measurement table of comparisons after receiving the resource status response message that carries the first base station measurement ID and the second base station measurement ID of correspondence; Wherein, the measurement table of comparisons in the said measurement table of comparisons and second base station is synchronous.
In an embodiment of the present invention; First base station is that the second base station measurement ID cell is optional base station, when promptly first base station and second base station all are the base station of same type, when second base station can not initiate to measure accordingly according to said resource status request message; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message, omit the second base station measurement ID, dispose corresponding failure cause.
In a kind of specific embodiment of the present invention, the relevant information of carrying in the resource status request message of second base station according to the transmission of first base station is carried out corresponding feedback, wherein,
The value that reports object cell IE of carrying in the resource status request message that send first base station is 0; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message; Dispose the corresponding first base station measurement ID, omit the second base station measurement ID, the failure cause of configuration correspondence is not for there being measuring object; Receive the resource status failed message of second base station transmission when first base station after; First base station reconfigures measuring object according to the first base station measurement ID; The resource status request message that configures is sent to second base station once more, and corresponding measuring operation is carried out according to said resource status request message in second base station.
Carrying the value that reports object IE in the resource status request message that send first base station is not 0; And do not carry report cycle IE; Then second base station is in the resource status failed message of first base station feedback; Dispose the corresponding first base station measurement ID, omit the second base station measurement ID, the failure cause of configuration correspondence is not for there being report cycle.Receive the resource status failed message of second base station transmission when first base station after; First base station reconfigures report cycle according to the first base station measurement ID; The resource status request message that configures is sent to second base station once more, and corresponding measuring operation is carried out according to said resource status request message in second base station.
The value of the register requirement IE that carries in the resource status request message that send first base station is for stopping; And do not carry the second base station measurement ID; Then dispose the first base station measurement ID in the resource status failed message of second base station feedback; Omit the second base station measurement ID, the corresponding failure cause of configuration is unknown base station measurement ID.Receive the resource status failed message of second base station transmission when first base station after; First base station reconfigures the second corresponding base station measurement ID according to the first base station measurement ID; The resource status request message that configures is sent to second base station once more, and corresponding measuring operation is carried out according to said resource status request message in second base station.
The value of the register requirement IE that carries in the resource status request message that send first base station is beginning; And when the corresponding ongoing load measure of the first base station measurement ID is reported; Then in the resource status failed message of second base station feedback; Dispose the first base station measurement ID; Omit the second base station measurement ID, disposing corresponding failure cause is that the pairing load measure of measurement ID is proceeded to exist in second base station after having existed measurement ID to receive the resource status failed message that sends second base station when first base station.Failure cause promptly appears for to exist under the situation of measuring ID, measurement and corresponding resource status renewal process that the second base station measurement ID that second base station is proceeded to have existed is corresponding.First base station abandons and this time measures the pairing measurement event of ID, continues the resource status request message of configuration pin to other measurement event.
In other embodiments of the invention, first base station is not that the second base station measurement ID cell is optional base station, and second base station is that the second base station measurement ID cell is when being optional base station; Can not initiate according to said resource status request message under the corresponding situation about measuring in second base station; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID.
Wherein, if the failure cause of configuration is measured ID for existing, be the second base station measurement ID corresponding then with the already present first base station measurement ID with the configuration second base station measurement ID in the resource status failed message; If the failure cause of configuration is not to have existed to measure ID, promptly the failure cause of configuration is for removing other the failure cause that exists the ID, as do not have measuring object, do not have report cycle, the base station measurement ID of the unknown etc.; Be a still unappropriated value then with the configuration second base station measurement ID in the resource status failed message.Wherein, said still unappropriated value is meant that with the existing first base station measurement ID, the different value of the second base station measurement ID, promptly base station side is not kept at the value of measuring in the table of comparisons as yet.
The invention also discloses a kind of base station, Fig. 3 is the structural representation of a kind of base station among the present invention, and is as shown in Figure 3, and this base station comprises: receiver module 301, control and measurement module 302, sending module 303; Wherein,
Control and measurement module 302 are used to receive receiver module 301 and send the resource status request message, judge whether the adjacent base station that sends this resource status request message is that the second base station measurement ID cell is optional base station;
If said adjacent base station is that the second base station measurement ID cell is optional base station, then can not initiate under the corresponding situation about measuring resource allocation state failed message according to said resource status request message; In said resource status failed message, omit the second base station measurement ID, dispose corresponding failure cause;
If said adjacent base station is not that the second base station measurement ID cell is optional base station, then can not initiate under the corresponding situation about measuring resource allocation state failed message according to said resource status request message; In said resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID;
Be used for the resource status failed message that configures is sent to sending module 303;
Sending module 303 is used to receive the resource status failed message that control and measurement module 302 send, and said resource status failed message is sent to corresponding adjacent base station.
In above-mentioned base station, said control and measurement module 302 are used for resource allocation state failed message, wherein,
When the value that reports object cell IE in the resource status request message is 0,
Control and measurement module 302 are used for omitting the second base station measurement ID at resources configured state failed message, and the failure cause of configuration correspondence is not for there being measuring object;
The value that reports object IE in the resource status request message is not 0, and when not carrying report cycle IE,
Control and measurement module 302 are used for omitting the second base station measurement ID at resources configured state failed message, and the failure cause of configuration correspondence is not for there being report cycle;
The value of register requirement IE in the resource status request message is for stopping, and when not carrying the second base station measurement ID,
Control and measurement module 302 are used for omitting the second base station measurement ID at resources configured state failed message, and the corresponding failure cause of configuration is unknown base station measurement ID;
The value of register requirement IE in the resource status request message is beginning, and during the corresponding ongoing load measure report of the first base station measurement ID,
Control and measurement module 302 are used for omitting the second base station measurement ID at resources configured state failed message, and the corresponding failure cause of configuration is measured ID for existing.
In above-mentioned base station, at the failure cause of control and measurement module 302 configuration for to exist under the situation of measuring ID,
Control and measurement module 302 are used to proceed the pairing measurement of already present measurement ID.
In above-mentioned base station; Said control and measurement module 302; Be used for failure cause in configuration for to exist under the situation of measuring ID, in the resource status failed message, disposing the second base station measurement ID is the second base station measurement ID corresponding with the already present first base station measurement ID;
The failure cause that is used in configuration is not to have existed under the situation of measuring ID, and the configuration second base station measurement ID is a still unappropriated value in the resource status failed message.
In above-mentioned base station, control and measurement module 302 are used for the configuration information according to the adjacent base station of this locality preservation, judge whether the adjacent base station that sends the resource status request message is that the second base station measurement ID cell is optional base station.
The invention provides a kind of resource status method of reporting and system; Technical scheme provided by the invention is through judging whether adjacent base station is that the second base station measurement ID cell is optional base station earlier; In first base station, second base station all is that the second base station measurement ID cell is under the situation of optional base station; In the resource status failed message that sends, omit the second base station measurement ID cell, reduce the expense of system resource signaling.And in first base station, second base station, have at least one not to be that the second base station measurement ID cell is under the situation of optional base station; If the failure cause of configuration is measured ID for existing, the configuration second base station measurement ID is the second corresponding base station measurement ID of the already present first base station measurement ID in the resource status failed message; If other failure cause, the then value of second a base station measurement ID who is not used as yet of configuration in the second base station measurement ID cell of resource status failed message; And for to exist under the situation of measuring ID, dispose second base station and proceed the pairing measurement event of the already present second base station measurement ID at failure cause.Technical scheme provided by the invention, the expense of the signal resource of minimizing in the resource status reporting process; And solved when in the resource status failed message, feeding back the second base station measurement ID problem that causes the pairing measurement event of the existing second base station measurement ID to end.
The above is merely preferred embodiment of the present invention, is not to be used to limit protection scope of the present invention.All any modifications of within spirit of the present invention and principle, being done, be equal to replacement, improvement etc., all be included in protection scope of the present invention.
Claims (10)
1. a resource status method for reporting is characterized in that, this method comprises:
The resource status request message is sent to second base station in first base station;
Second base station judges whether first base station is that the second base station measurement ID cell is optional base station after receiving the resource status request message that sends first base station;
If first base station is that the second base station measurement ID cell is optional base station; When second base station can not initiate to measure accordingly according to said resource status request message; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message, omit the second base station measurement ID, dispose corresponding failure cause;
If first base station is not that the second base station measurement ID cell is optional base station; When second base station can not initiate to measure accordingly according to said resource status request message; Then the resource status failed message is sent to first base station in second base station; In said resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID.
2. method according to claim 1 is characterized in that, said second base station is sent the resource status failed message to first base station and comprised:
When the value that reports object cell IE in the resource status request message was 0, then the second base station measurement ID was omitted in second base station in the resource status failed message of feedback, and the failure cause of configuration correspondence is not for there being measuring object;
The value that reports object IE in the resource status request message is not 0, and when not carrying report cycle IE, then the second base station measurement ID is omitted in second base station in the resource status failed message of feedback, and the corresponding failure cause of configuration is not for there being report cycle;
The value of register requirement IE in the resource status request message is for stopping; And when not carrying the second base station measurement ID; Then the second base station measurement ID is omitted in second base station in the resource status failed message of feedback, and the corresponding failure cause of configuration is unknown base station measurement ID;
The value of register requirement IE in the resource status request message is beginning; And when the corresponding ongoing load measure of the first base station measurement ID is reported; Then second base station is in the resource status failed message of feedback; Omit the second base station measurement ID, the corresponding failure cause of configuration is measured ID for existing.
3. method according to claim 2 is characterized in that, when said failure cause when configuration was measured ID for existing, this method further comprised:
The pairing measurement of already present measurement ID is proceeded in second base station.
4. method according to claim 3 is characterized in that, and is said in the resource status failed message, disposes corresponding failure cause, disposes the second base station measurement ID and comprises:
If the failure cause of configuration is measured ID for existing, be the second base station measurement ID corresponding then with the already present first base station measurement ID with the configuration second base station measurement ID in the resource status failed message;
If the failure cause of configuration is not to have existed to measure ID, be a still unappropriated value then with the configuration second base station measurement ID in the resource status failed message.
5. according to any described method in the claim 1～4, it is characterized in that saidly judge whether first base station is that the second base station measurement ID cell is that optional base station comprises:
Second base station judges according to the configuration information of first base station of this locality preservation whether first base station is that the second base station measurement ID cell is optional base station.
6. a base station is characterized in that, this base station comprises: receiver module, control and measurement module, sending module; Wherein,
Receiver module is used for the resource status request message that receiving neighbor bs sends, and the resource status request message of receiving is sent to control and measurement module;
Control and measurement module are used to receive receiver module and send the resource status request message, judge whether the adjacent base station that sends this resource status request message is that the second base station measurement ID cell is optional base station;
If said adjacent base station is that the second base station measurement ID cell is optional base station, then can not initiate under the corresponding situation about measuring resource allocation state failed message according to said resource status request message; In said resource status failed message, omit the second base station measurement ID, dispose corresponding failure cause;
If said adjacent base station is not that the second base station measurement ID cell is optional base station, then can not initiate under the corresponding situation about measuring resource allocation state failed message according to said resource status request message; In said resource status failed message, dispose corresponding failure cause, dispose the second base station measurement ID;
Be used for the resource status failed message that configures is sent to sending module;
Sending module is used to receive the resource status failed message that control and measurement module send, and said resource status failed message is sent to corresponding adjacent base station.
7. base station according to claim 6 is characterized in that,
Said control and measurement module are used for resource allocation state failed message, wherein,
When the value that reports object cell IE in the resource status request message is 0,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the failure cause of configuration correspondence is not for there being measuring object;
The value that reports object IE in the resource status request message is not 0, and when not carrying report cycle IE,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the failure cause of configuration correspondence is not for there being report cycle;
The value of register requirement IE in the resource status request message is for stopping, and when not carrying the second base station measurement ID,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the corresponding failure cause of configuration is unknown base station measurement ID;
The value of register requirement IE in the resource status request message is beginning, and during the corresponding ongoing load measure report of the first base station measurement ID,
Control and measurement module are used for omitting the second base station measurement ID at resources configured state failed message, and the corresponding failure cause of configuration is measured ID for existing.
8. base station according to claim 7 is characterized in that, at the failure cause of control and measurement module configuration for to exist under the situation of measuring ID,
Control and measurement module are further used for proceeding the pairing measurement of already present measurement ID.
9. base station according to claim 8 is characterized in that,
Said control and measurement module are used for failure cause in configuration for to exist under the situation of measuring ID, and in the resource status failed message, disposing the second base station measurement ID is the second base station measurement ID corresponding with the already present first base station measurement ID;
The failure cause that is used in configuration is not to have existed under the situation of measuring ID, and the configuration second base station measurement ID is a still unappropriated value in the resource status failed message.
10. according to any described base station in the claim 6～9, it is characterized in that,
Control and measurement module are used for the configuration information according to the adjacent base station of this locality preservation, judge whether the adjacent base station that sends the resource status request message is that the second base station measurement ID cell is optional base station.
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| CN104469730A (en) * | 2013-09-16 | 2015-03-25 | 上海贝尔股份有限公司 | Resource state report message configuration method |
| WO2016187841A1 (en) * | 2015-05-27 | 2016-12-01 | 华为技术有限公司 | Evolved node b service state detection method, network operations support system, and evolved node b |
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| CN102595483B (en) | 2014-12-24 |
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