CN102111791A - Method, device and system for acquiring minimized field test configuration information - Google Patents
Method, device and system for acquiring minimized field test configuration information Download PDFInfo
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- CN102111791A CN102111791A CN2009101893915A CN200910189391A CN102111791A CN 102111791 A CN102111791 A CN 102111791A CN 2009101893915 A CN2009101893915 A CN 2009101893915A CN 200910189391 A CN200910189391 A CN 200910189391A CN 102111791 A CN102111791 A CN 102111791A
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Abstract
The embodiment of the invention provides a method, device and system for acquiring minimized field test configuration information. The method comprises: user equipment receives a paging message, wherein the paging message comprises a minimized field test configuration indicator which is used for indicating that the minimized field test configuration information is carried in a system broadcast message; and if the user equipment is the user equipment participating in a minimized field test, the user equipment participating in the minimized field test acquires the minimized field test configuration information from the system broadcast message after acquiring the minimized field test configuration indicator. By utilizing the technical scheme provided by the embodiment of the invention, air interface resources can be saved, and the power consumption of the user equipment out of participating in the minimized field test is reduced.
Description
Technical field
The present invention relates to the communications field, relate in particular to the technical scheme of obtaining the minimum road test configuration information.
Background technology
(be called for short: (Drive Test, DT) data are carried out, and gather network datas such as level, quality by the drive test instrument, analyze these data, find network problem, and then do the network optimization at problem area network optimization) to be based on drive test in traditional network optimization.This often needs great amount of manpower and material resources and funds investment, simultaneously the network optimization personnel is also had very high experience requirement.
For more effective collection data, (Long Term Evolution LTE) in the technology, is studying and is using the required parameter of general commercial terminal (being non-special-purpose road measuring device) report network optimization automatically at Long Term Evolution.Terminal will participate in the drive test activity, just need obtain the configuration information about drive test.
At existing minimum road test (Minimizing Drive Test, MDT) in the technology, as subscriber equipment (User Equipment, when UE) being in connected state, evolution base station (evolved NodeB, eNB) can be by the mode of system broadcasts, (Radio Resource Control, RRC) signaling is issued UE with the MDT configuration information to utilize Radio Resource control.
Yet UE not all in network participates in the MDT activity, may have only part UE to participate in the MDT activity, if but come to send the MDT configuration information to all UE according to the mode of existing systems broadcasting, will influence the network behavior of the UE that has neither part nor lot in MDT.
Summary of the invention
One aspect of the present invention provides a kind of method of obtaining the minimum road test configuration information, comprise: subscriber equipment paging receiving message, comprise minimum road test configuration indication in the described beep-page message, described minimum road test configuration indication is used for indicating system broadcast message and carries the minimum road test configuration information; If described subscriber equipment is for participating in the subscriber equipment of minimum road test, the subscriber equipment of then described participation minimum road test obtains described minimum road test configuration information from described system broadcast message after obtaining described minimum road test configuration indication.
The present invention provides a kind of subscriber equipment on the other hand, comprise receiving element and acquiring unit, receiving element, be used for paging receiving message, comprise minimum road test configuration indication in the described beep-page message, described minimum road test configuration indication is used for indicating system broadcast message and carries the minimum road test configuration information; Acquiring unit is used for when described subscriber equipment is the subscriber equipment of participation minimum road test, obtains described minimum road test configuration indication, and obtain described minimum road test configuration information from described system broadcast message.
Further aspect of the present invention provides a kind of communication system, comprises network equipment and above-mentioned subscriber equipment, and above-mentioned network equipment is used to send beep-page message and system broadcast message; Comprise minimum road test configuration indication in this beep-page message, this minimum road test configuration indication is used for indicating system broadcast message and carries the minimum road test configuration information; The system information block that comprises carrying minimum road test configuration information in the said system broadcast.
Further aspect of the present invention provides a kind of method of obtaining the minimum road test configuration information, comprising: subscriber equipment is monitored Physical Downlink Control Channel; If this subscriber equipment is for participating in the subscriber equipment of minimum road test, when the subscriber equipment of this participation minimum road test when Physical Downlink Control Channel listens to the minimum road test Radio Network Temporary Identifier, from system broadcast message, obtain the minimum road test configuration information.
Further aspect of the present invention provides a kind of subscriber equipment to comprise: monitoring unit and acquiring unit, and monitoring unit is used to monitor Physical Downlink Control Channel; Acquiring unit is used for when the subscriber equipment of this subscriber equipment for the participation minimum road test, and when above-mentioned monitoring unit listens to the minimum road test Radio Network Temporary Identifier, obtains the minimum road test configuration information from system broadcast message.Correspondingly, the present invention also provides a kind of communication system, comprises network equipment and aforesaid subscriber equipment, and this network equipment is used for sending the minimum road test Radio Network Temporary Identifier at Physical Downlink Control Channel to above-mentioned subscriber equipment.
The technical scheme that present embodiment provides, make the subscriber equipment that participates in minimum road test read the system broadcast message of carrying the minimum road test configuration information, obtain the minimum road test configuration information, do not influence the network behavior of not supporting the minimum road test function or having neither part nor lot in the subscriber equipment of minimum road test, save interface-free resources, reduced the power consumption of subscriber equipment.
Description of drawings
Fig. 1 is the method schematic diagram that obtains the minimum road test configuration information that one embodiment of the invention provides;
Fig. 2 is the method schematic diagram that obtains the minimum road test configuration information that another embodiment of the present invention provides;
Fig. 3 is the user device architecture schematic diagram that one embodiment of the invention provides;
Fig. 4 is the structural scheme of mechanism of the communication system that provides of one embodiment of the invention;
Fig. 5 is the method schematic diagram that obtains the minimum road test configuration information that further embodiment of this invention provides;
Fig. 6 is the user device architecture schematic diagram that another embodiment of the present invention provides.
Embodiment
Specify the specific embodiment of the present invention below in conjunction with accompanying drawing.
The MDT configuration information is to broadcast in system broadcasts according to certain cycle.When UE had just entered this sub-district, UE reads Master Information Block earlier, and (Master Information Block, MIB) information were monitored SI-RNTI then on PDCCH, when listening to SI-RNTI, read other broadcast messages again, for example comprise the SIB of MDT configuration information.If UE does not support MDT or does not participate in MDT that this UE does not read the SIB that comprises the MDT configuration information.
As shown in Figure 1, the method for obtaining the minimum road test configuration information that one embodiment of the invention provides comprises following content.
101, UE paging receiving message comprises MDT configuration indication in this beep-page message, and this MDT configuration indication is used for indicating system broadcast message and carries the MDT configuration information.
102, if above-mentioned UE is for participating in the UE of MDT, then the UE of this participation MDT obtains the MDT configuration information from system broadcast message after obtaining above-mentioned MDT configuration indication.
Alternatively, if the UE that above-mentioned UE does not support the MDT function or has neither part nor lot in MDT does not read the system broadcast message of carrying the MDT configuration information after obtaining above-mentioned MDT configuration indication, promptly do not obtain the MDT configuration information.
The technical scheme that present embodiment provides, make the UE that participates in MDT read the system broadcast message of carrying the MDT configuration information, obtain the MDT configuration information, the UE that does not support the MDT function or have neither part nor lot in MDT does not read the system broadcast message of carrying the MDT configuration information, thereby do not influence the network behavior of not supporting the MDT function or having neither part nor lot in the UE of MDT, save interface-free resources, reduced the power consumption of UE.
As shown in Figure 2, another embodiment of the present invention provides obtains the method that minimizes the road configuration information, comprises following content.
201, UE paging receiving message, comprise MDT configuration indication in this beep-page message, this MDT configuration indication is used for indicating system broadcast message and carries the MDT configuration information, and promptly whether the SIB at MDT configuration information place is dispatched by network equipment (for example evolution base station eNB).
In the specific implementation process, UE monitors Physical Downlink Control Channel (Physical DownlinkControl Channel, PDCCH), when on PDCCH, listening to pager wireless net network temporary mark (Paging Radio Network Temporary Identifier, P-RNTI) time, this UE paging receiving message, promptly execution in step 201.Above-mentioned P-RNTI is used to indicate UE that beep-page message is arranged, and UE need arrive on the Resource Block of appointment and obtain beep-page message this moment.
Particularly, above-mentioned minimum road test configuration information comprises following one or more information: the measuring object of minimum road test, subscriber equipment carries out the measuring period of minimum road test, the measuring amount that subscriber equipment carries out minimum road test (for example: positional information, temporal information, the Serving cell sign, Reference Signal Received Power, Reference Signal Received Quality, Radio Link Failure, access failure at random, paging channel/Broadcast Control Channel decoding failure etc.), report the cycle of minimum road test measurement result, report the trigger condition of minimum road test measurement result, report the thresholding of minimum road test measurement result.
202, UE obtains the MDT configuration indication that comprises in the above-mentioned beep-page message.If this UE is for participating in the UE of MDT, then execution in step 203, if this UE does not support the MDT function or have neither part nor lot in MDT that then execution in step 205.
203, the UE that participates in MDT PDCCH monitoring system information wireless network temporary mark (SystemInformation Radio Network Temporary Identifier, SI-RNTI).
204, when the UE of above-mentioned participation MDT when PDCCH listens to SI-RNTI, from system broadcast message, obtain the MDT configuration information.
In the specific implementation process, this MDT configuration information is carried in the system information block of said system broadcast, UE obtains the MDT configuration information according to SI-RNTI carries the MDT configuration information in the reading system broadcast on the running time-frequency resource of appointment system information block.Alternatively, the system information block of above-mentioned carrying MDT configuration information can for example outside existing SIB1-SIB12, be provided with system information block SIB13 as dedicated system block of information carrying MDT configuration information for being exclusively used in the system information block of carrying MDT configuration information; Perhaps, also can in existing systems block of information (as SIB1-SIB12), carry the MDT configuration information, as the system information block of carrying MDT configuration information.
205, the UE that does not support the MDT function or have neither part nor lot in MDT does not read the system broadcast message of carrying the MDT configuration information, does not promptly obtain the MDT configuration information.
The technical scheme that present embodiment provides, make the UE that participates in MDT read the system broadcast message of carrying the MDT configuration information, obtain the MDT configuration information, the UE that does not support the MDT function or have neither part nor lot in MDT does not read the system broadcast message of carrying the MDT configuration information, thereby do not influence the network behavior of not supporting the MDT function or having neither part nor lot in the UE of MDT, save interface-free resources, reduced the power consumption of UE.
Alternatively, as another embodiment, can also comprise user device list in the beep-page message that UE receives in above-mentioned 201, the sign that comprises the UE of the participation MDT that need obtain the MDT configuration information in this user device list, S-TMSI (System Architecture Evolution TemporaryMobile Station Identifier for example, the System Architecture Evolution Temporary Mobile), and/or IMSI (Intemational Mobile Subscriber Identity, international mobile subscriber identity code).So, in 202, the UE of the participation MDT in this user list obtains MDT configuration information (for example carrying out 203 and 204) after obtaining above-mentioned MDT configuration indication from system broadcast message.Be not included in the above-mentioned user device list if participate in the sign of the UE of MDT, then do not obtain the MDT configuration information.The difference of present embodiment and embodiment shown in Figure 2 is, do not carry above-mentioned user device list among the embodiment shown in Figure 2 in the beep-page message, all receive that the UE of participation MDT of this beep-page message after obtaining MDT configuration indication, obtains the MDT configuration information from system broadcast message.Therefore, present embodiment is by carrying above-mentioned user list in beep-page message, can clearly indicate the UE that need obtain the MDT configuration information, make the UE of the participation MDT that need obtain the MDT configuration information obtain the MDT configuration information, make the UE of the participation MDT that does not need to obtain the MDT configuration information not remove to obtain the MDT configuration information simultaneously, further save interface-free resources, reduced the power consumption of the UE of the participation MDT that does not need to obtain the MDT configuration information.
As shown in Figure 3, the subscriber equipment 300 that provides of further embodiment of this invention comprises receiving element 310 and acquiring unit 320.Particularly, receiving element 310 paging receiving message comprise MDT configuration indication in this beep-page message, and this MDT configuration indication is used for indicating system broadcast message and carries the MDT configuration information; When this subscriber equipment 300 is that acquiring unit 320 obtains above-mentioned MDT and disposes indication, and obtains the MDT configuration information from system broadcast message when participating in the subscriber equipment of MDT; Perhaps when this subscriber equipment 300 is not supported the MDT function or had neither part nor lot in MDT, after obtaining above-mentioned MDT configuration indication, do not obtain the MDT configuration information.
In the specific implementation process, comprise the system information block of carrying MDT configuration information in the said system broadcast.The system information block of above-mentioned carrying MDT configuration information can for example outside existing SIB1-SIB12, be provided with system information block SIB13 as dedicated system block of information carrying MDT configuration information for being exclusively used in the system information block of carrying MDT configuration information; Perhaps, also can in existing systems block of information (as SIB1-SIB12), carry the MDT configuration information, as the system information block of carrying MDT configuration information.
Minimum road test configuration information in the present embodiment comprises following one or more information: the measuring object of minimum road test, subscriber equipment carries out the measuring period of minimum road test, the measuring amount that subscriber equipment carries out minimum road test (for example: positional information, temporal information, the Serving cell sign, Reference Signal Received Power, Reference Signal Received Quality, Radio Link Failure, access failure at random, paging channel/Broadcast Control Channel decoding failure etc.), report the cycle of minimum road test measurement result, report the trigger condition of minimum road test measurement result, report the thresholding of minimum road test measurement result.
Alternatively, can also comprise user device list in the above-mentioned beep-page message, comprise the sign of the subscriber equipment of the participation MDT that need obtain the MDT configuration information in this user device list.When the sign of the subscriber equipment 300 that participates in MDT was included in the described user device list, above-mentioned acquiring unit 320 obtained described MDT configuration information from system broadcast message after obtaining described MDT configuration indication.
In the specific implementation process, above-mentioned subscriber equipment 300 also comprises monitoring unit 330, when subscriber equipment 300 is when participating in the subscriber equipment of MDT, after acquiring unit 320 obtains MDT configuration indication, monitoring unit 330 is monitored SI-RNTI at PDCCH, perhaps when subscriber equipment 300 was not supported the MDT function or had neither part nor lot in MDT, monitoring unit 330 was not monitored SI-RNTI at PDCCH.When monitoring unit 330 listened to SI-RNTI, acquiring unit 320 obtained the MDT configuration information from system broadcast message, when monitoring unit 330 not when PDCCH monitors SI-RNTI, acquiring unit 320 does not obtain the MDT configuration information in the system broadcast message.
As shown in Figure 4, the communication system that provides of the embodiment of the invention comprises network equipment 400 and subscriber equipment as shown in Figure 3 300.Network equipment 400 is used to send beep-page message and system broadcast message; Comprise MDT configuration indication in the above-mentioned beep-page message, above-mentioned MDT configuration indication is used for indicating system broadcast message and carries the MDT configuration information; The system information block that comprises carrying MDT configuration information in the said system broadcast.In the specific implementation process, this network equipment can be evolution base station eNB.
Above-mentioned subscriber equipment that present embodiment provides and communication system can realize method embodiment as depicted in figs. 1 and 2, make the UE that participates in MDT read the system broadcast message of carrying the MDT configuration information, obtain the MDT configuration information, the UE that does not support the MDT function or have neither part nor lot in MDT does not read the system broadcast message of carrying the MDT configuration information, thereby do not influence the network behavior of not supporting the MDT function or having neither part nor lot in the UE of MDT, save interface-free resources, reduced the power consumption of UE.
As shown in Figure 5, the method for obtaining the minimum road test configuration information that present embodiment provides comprises following content.
501, UE monitors PDCCH.
502, if this UE is for participating in the UE of MDT, when the UE of this participation MDT listens to minimum road test Radio Network Temporary Identifier (Minimizing Drive Test Radio NetworkTemporary Identifier at PDCCH, MDT-RNTI) time, from system broadcast message, obtain the MDT configuration information.
In the specific implementation process, above-mentioned MDT-RNTI can be used for indicating the running time-frequency resource position of the system information block that carries above-mentioned MDT configuration information, and then above-mentioned steps 502 is specially:
502a, if this UE is for participating in the UE of MDT, when the UE of this participation MDT when PDCCH listens to MDT-RNTI, the UE of above-mentioned participation MDT reads the system information block of above-mentioned carrying MDT configuration information on above-mentioned running time-frequency resource position, obtain above-mentioned MDT configuration information.
Alternatively, comprise above-mentioned MDT configuration information when above-mentioned MDT-RNTI is used for indicating system broadcast message, then above-mentioned steps 502 is specially:
502b, if this UE is for participating in the UE of MDT, when the UE of this participation MDT when PDCCH listens to MDT-RNTI, continuation is monitored SI-RNTI at PDCCH, when listening to above-mentioned SI-RNTI, the UE of above-mentioned participation MDT reads the system information block of the above-mentioned MDT configuration information of carrying on the running time-frequency resource position of above-mentioned SI-RNTI indication, obtain above-mentioned MDT configuration information.
Alternatively, when above-mentioned MDT-RNTI is used to indicate UE paging receiving information, and comprise the MDT configuration information in the indicating system broadcast message, then above-mentioned 502 are specially:
502c, if this UE is for participating in the UE of MDT, when the UE of this participation MDT when PDCCH listens to MDT-RNTI, according to above-mentioned MDT-RNTI paging receiving message; Monitor SI-RNTI at PDCCH then, when listening to above-mentioned SI-RNTI, the UE of above-mentioned participation MDT reads the system information block of the above-mentioned MDT configuration information of carrying on the running time-frequency resource of above-mentioned SI-RNTI indication, obtain above-mentioned MDT configuration information.
Minimum road test configuration information in the present embodiment comprises following one or more information: the measuring object of minimum road test, subscriber equipment carries out the measuring period of minimum road test, the measuring amount that subscriber equipment carries out minimum road test (for example: positional information, temporal information, the Serving cell sign, Reference Signal Received Power, Reference Signal Received Quality, Radio Link Failure, access failure at random, paging channel/Broadcast Control Channel decoding failure etc.), report the cycle of minimum road test measurement result, report the trigger condition of minimum road test measurement result, report the thresholding of minimum road test measurement result.The system information block of carrying MDT configuration information can for example outside existing SIB1-SIB12, be provided with system information block SIB13 as dedicated system block of information carrying MDT configuration information for being exclusively used in the system information block of carrying MDT configuration information in the present embodiment; Perhaps, also can in existing systems block of information (as SIB1-SIB12), carry the MDT configuration information, as the system information block of carrying MDT configuration information.
The method of obtaining the minimum road test configuration information that present embodiment provides, make the UE that participates in MDT read the system broadcast message of carrying the MDT configuration information, obtain the MDT configuration information, thereby do not influence the network behavior of not supporting the MDT function or having neither part nor lot in the UE of MDT, save interface-free resources, reduced the power consumption of UE.
As shown in Figure 6, the subscriber equipment 600 that provides of the embodiment of the invention comprises monitoring unit 610 and acquiring unit 620.Monitoring unit 610 is monitored PDCCH, and as the UE of subscriber equipment 600 for participation MDT, and when above-mentioned monitoring unit 610 listened to MDT-RNTI, acquiring unit 620 obtained the MDT configuration information from system broadcast message.
In the specific implementation process, above-mentioned MDT-RNTI is used to indicate the running time-frequency resource position of the system information block that carries above-mentioned MDT configuration information, acquiring unit 620 reads the system information block of above-mentioned carrying MDT configuration information on above-mentioned running time-frequency resource, obtain above-mentioned MDT configuration information.
Alternatively, comprise above-mentioned MDT configuration information when above-mentioned MDT-RNTI is used for indicating the said system broadcast, monitoring unit 610 is at PDCCH monitoring system information wireless network temporary mark SI-RNTI.When monitoring unit 610 listened to SI-RNTI, acquiring unit 620 read the system information block of the above-mentioned MDT configuration information of carrying on the running time-frequency resource of above-mentioned SI-RNTI indication, obtain above-mentioned MDT configuration information.
Alternatively, when above-mentioned MDT-RNTI is used to indicate above-mentioned UE paging receiving information, and comprise the MDT configuration information in the indication said system broadcast, above-mentioned subscriber equipment 600 further comprises receiving element 630, is used for according to above-mentioned MDT-RNTI paging receiving message.Monitoring unit 610 is monitored SI-RNTI at PDCCH after above-mentioned receiving element receives above-mentioned beep-page message.When monitoring unit 610 listened to SI-RNTI, acquiring unit 620 read the system information block of the above-mentioned MDT configuration information of carrying on the running time-frequency resource of above-mentioned SI-RNTI indication, obtain above-mentioned MDT configuration information.
Minimum road test configuration information in the present embodiment comprises following one or more information: the measuring object of minimum road test, subscriber equipment carries out the measuring period of minimum road test, the measuring amount that subscriber equipment carries out minimum road test (for example: positional information, temporal information, the Serving cell sign, Reference Signal Received Power, Reference Signal Received Quality, Radio Link Failure, access failure at random, paging channel/Broadcast Control Channel decoding failure etc.), report the cycle of minimum road test measurement result, report the trigger condition of minimum road test measurement result, report the thresholding of minimum road test measurement result.The system information block of carrying MDT configuration information can for example outside existing SIB1-SIB12, be provided with system information block SIB13 as dedicated system block of information carrying MDT configuration information for being exclusively used in the system information block of carrying MDT configuration information in the present embodiment; Perhaps, also can in existing systems block of information (as SIB1-SIB12), carry the MDT configuration information, as the system information block of carrying MDT configuration information.
Correspondingly, present embodiment also provides a kind of communication system, and with reference to shown in Figure 3, the communication system that the embodiment of the invention provides comprises network equipment 400 and subscriber equipment 300.This network equipment 400 is used for sending MDT-RNTI at PDCCH to above-mentioned UE, the subscriber equipment that this subscriber equipment 300 provides for as shown in Figure 6 embodiment.
Above-mentioned subscriber equipment that present embodiment provides and communication system can realize method embodiment as shown in Figure 5, make the UE that participates in MDT read the system broadcast message of carrying the MDT configuration information, obtain the MDT configuration information, the UE that does not support the MDT function or have neither part nor lot in MDT does not read the system broadcast message of carrying the MDT configuration information, thereby do not influence the network behavior of not supporting the MDT function or having neither part nor lot in the UE of MDT, save interface-free resources, reduced the power consumption of UE.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
Above embodiment is only in order to illustrating technical scheme of the present invention, but not the present invention is made restrictive sense.Although the present invention is had been described in detail with reference to above-mentioned preferred embodiment, those of ordinary skill in the art is to be understood that: it still can make amendment or be equal to replacement technical scheme of the present invention, and this modification or be equal to the scope that replacement does not break away from technical solution of the present invention.
Claims (22)
1. a method of obtaining the minimum road test configuration information is characterized in that, comprising:
Subscriber equipment paging receiving message comprises minimum road test configuration indication in the described beep-page message, described minimum road test configuration indication is used for indicating system broadcast message and carries the minimum road test configuration information;
If described subscriber equipment is for participating in the subscriber equipment of minimum road test, the subscriber equipment of then described participation minimum road test obtains described minimum road test configuration information from described system broadcast message after obtaining described minimum road test configuration indication.
2. method according to claim 1 is characterized in that, also comprises user device list in the described beep-page message, comprises the sign of the subscriber equipment of the participation minimum road test that need obtain the minimum road test configuration information in the described user device list;
If the sign of the subscriber equipment of described participation minimum road test is included in the described user device list, the subscriber equipment of then described participation minimum road test obtains described minimum road test configuration information from described system broadcast message after obtaining described minimum road test configuration indication.
3. according to claim 1 or 2 arbitrary described methods, it is characterized in that the subscriber equipment of described participation minimum road test obtains described minimum road test configuration information from described system broadcast message, comprising:
The subscriber equipment of described participation minimum road test is at physical downlink control channel PDCCH monitoring system information wireless network temporary mark SI-RNTI;
When the subscriber equipment of described participation minimum road test when described PDCCH listens to SI-RNTI, from described system broadcast message, obtain described minimum road test configuration information.
4. method according to claim 1 is characterized in that,
If described subscriber equipment is not supported the minimum road test function or has neither part nor lot in minimum road test that then described subscriber equipment does not obtain described minimum road test configuration information after obtaining described minimum road test configuration indication.
5. method according to claim 4 is characterized in that, does not describedly obtain described minimum road test configuration information, comprising: do not monitor SI-RNTI at PDCCH.
6. method according to claim 1 is characterized in that, comprises the system information block of carrying minimum road test configuration information in the described system broadcast message.
7. method according to claim 1, it is characterized in that described minimum road test configuration information comprises following one or more information: the measuring object of minimum road test, subscriber equipment minimize road then measuring period, measuring amount, the cycle that reports the minimum road test measurement result that subscriber equipment carries out minimum road test, report the trigger condition of minimum road test measurement result, report the thresholding of minimum road test measurement result.
8. a subscriber equipment is characterized in that, comprising:
Receiving element is used for paging receiving message, comprises minimum road test configuration indication in the described beep-page message, and described minimum road test configuration indication is used for indicating system broadcast message and carries the minimum road test configuration information; With
Acquiring unit is used for when described subscriber equipment is the subscriber equipment of participation minimum road test, obtains described minimum road test configuration indication, and obtain described minimum road test configuration information from described system broadcast message.
9. subscriber equipment according to claim 8 is characterized in that, also comprises user device list in the described beep-page message, comprises the sign of the subscriber equipment of the participation minimum road test that need obtain the minimum road test configuration information in the described user device list;
Described acquiring unit also is used for, when the sign of the subscriber equipment of described participation minimum road test is included in the described user device list, after obtaining described minimum road test configuration indication, from described system broadcast message, obtain described minimum road test configuration information.
10. subscriber equipment according to claim 8, it is characterized in that, described acquiring unit also is used for, be used for when described subscriber equipment is not supported the minimum road test function or had neither part nor lot in minimum road test, after obtaining described minimum road test configuration indication, do not obtain described minimum road test configuration information.
11. subscriber equipment according to claim 10 is characterized in that, described subscriber equipment also comprises:
Monitoring unit, be used for when described subscriber equipment is the subscriber equipment of participation minimum road test, after described acquiring unit obtains described minimum road test configuration indication, at physical downlink control channel PDCCH monitoring system information wireless network temporary mark SI-RNTI, perhaps be used for when described subscriber equipment is not supported the minimum road test function or had neither part nor lot in minimum road test, do not monitor SI-RNTI at PDCCH;
Described acquiring unit, be further used for, when described monitoring unit listens to SI-RNTI, from described system broadcast message, obtain described minimum road test configuration information, perhaps when described monitoring unit not when PDCCH monitors SI-RNTI, do not obtain the minimum road test configuration information in the described system broadcast message.
12. a communication system is characterized in that, comprises the arbitrary described subscriber equipment of network equipment and claim 8-11, described network equipment is used to send beep-page message and system broadcast message;
Comprise minimum road test configuration indication in the described beep-page message, described minimum road test configuration indication is used for indicating system broadcast message and carries the minimum road test configuration information;
The system information block that comprises carrying minimum road test configuration information in the described system broadcast message.
13. a method of obtaining the minimum road test configuration information is characterized in that, comprising:
Subscriber equipment is monitored physical downlink control channel PDCCH;
If described subscriber equipment is for participating in the subscriber equipment of minimum road test, when the subscriber equipment of described participation minimum road test when described PDCCH listens to minimum road test Radio Network Temporary Identifier MDT-RNTI, from system broadcast message, obtain the minimum road test configuration information.
14. method according to claim 13 is characterized in that, described MDT-RNTI is used to indicate the running time-frequency resource position of the system information block that carries described minimum road test configuration information;
The described minimum road test configuration information that from system broadcast message, obtains, further comprise: the subscriber equipment of described participation minimum road test reads the system information block of described carrying minimum road test configuration information on described running time-frequency resource position, obtain described minimum road test configuration information.
15. method according to claim 13 is characterized in that, described MDT-RNTI is used for indicating described system broadcast message to comprise described minimum road test configuration information;
The described minimum road test configuration information that obtains from system broadcast message further comprises:
The subscriber equipment of described participation minimum road test is at PDCCH monitoring system information wireless network temporary mark SI-RNTI;
When listening to described SI-RNTI, the subscriber equipment of described participation minimum road test reads the system information block of the described minimum road test configuration information of carrying on the running time-frequency resource position of described SI-RNTI indication, obtain described minimum road test configuration information.
16. method according to claim 13 is characterized in that, described MDT-RNTI is used to indicate described subscriber equipment paging receiving information, and comprises the minimum road test configuration information in the indicating system broadcast message;
The described minimum road test configuration information that obtains from system broadcast message further comprises:
The subscriber equipment of described participation minimum road test is according to described MDT-RNTI paging receiving message;
The subscriber equipment of described participation minimum road test is monitored SI-RNTI at PDCCH;
When listening to described SI-RNTI, the subscriber equipment of described participation minimum road test reads the system information block of the described minimum road test configuration information of carrying on the running time-frequency resource of described SI-RNTI indication, obtain described minimum road test configuration information.
17. method according to claim 13, it is characterized in that described minimum road test configuration information comprises following one or more information: the measuring object of minimum road test, subscriber equipment carry out minimum road test measuring period, measuring amount, the cycle that reports the minimum road test measurement result that subscriber equipment carries out minimum road test, report the minimum road test measurement result trigger condition, report the thresholding of minimum road test measurement result.
18. a subscriber equipment is characterized in that, comprising:
Monitoring unit is used to monitor physical downlink control channel PDCCH; With
Acquiring unit is used for when the subscriber equipment of described subscriber equipment for the participation minimum road test, and when described monitoring unit listens to minimum road test Radio Network Temporary Identifier MDT-RNTI, obtains the minimum road test configuration information from system broadcast message.
19. subscriber equipment according to claim 18 is characterized in that, described MDT-RNTI is used to indicate the running time-frequency resource position of the system information block that carries described minimum road test configuration information;
Described acquiring unit is further used for: read the system information block of described carrying minimum road test configuration information on described running time-frequency resource, obtain described minimum road test configuration information.
20. subscriber equipment according to claim 18 is characterized in that, described MDT-RNTI is used for indicating described system broadcast message to comprise described minimum road test configuration information;
Described monitoring unit is further used for: at PDCCH monitoring system information wireless network temporary mark SI-RNTI;
Described acquiring unit is further used for, and when described monitoring unit listens to described SI-RNTI, reads the system information block of the described minimum road test configuration information of carrying on the running time-frequency resource of described SI-RNTI indication, obtains described minimum road test configuration information.
21. method according to claim 18 is characterized in that, described MDT-RNTI is used to indicate described subscriber equipment paging receiving information, and indicates and comprise the minimum road test configuration information in the described system broadcast message;
Described subscriber equipment further comprises receiving element, is used for according to described MDT-RNTI paging receiving message;
Described monitoring unit is further used for, and after described receiving element receives described beep-page message, monitors SI-RNTI at PDCCH;
Described acquiring unit is further used for, and when described monitoring unit listens to described SI-RNTI, reads the system information block of the described minimum road test configuration information of carrying on the running time-frequency resource of described SI-RNTI indication, obtains described minimum road test configuration information.
22. communication system, it is characterized in that, comprise the arbitrary described subscriber equipment of network equipment and claim 18-21, described network equipment is used for sending minimum road test Radio Network Temporary Identifier MDT-RNTI in physical downlink control channel PDCCH to described subscriber equipment.
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