CN102480787A - Paging loss determining method and network side - Google Patents
Paging loss determining method and network side Download PDFInfo
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- CN102480787A CN102480787A CN2010105573853A CN201010557385A CN102480787A CN 102480787 A CN102480787 A CN 102480787A CN 2010105573853 A CN2010105573853 A CN 2010105573853A CN 201010557385 A CN201010557385 A CN 201010557385A CN 102480787 A CN102480787 A CN 102480787A
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Abstract
The invention discloses a paging loss determining method and a network side. The method comprises the following steps: user equipment sends a paging message; the network side determines not to receive a paging response message from the user equipment within a first preset time period after the paging message is transmitted; the network side determines that the user equipment performs termination paging or origination paging in a first cell with in a time range from a second preset time before the paging message is transmitted and a third preset time after the paging message is transmitted; and the network side determines that the paging of the user equipment in the first cell is lost. In the invention, the position of a paging void can be more precisely judged, so as to perform network optimization adjustment to the paging void.
Description
Technical field
The present invention relates to the communications field, in particular to a kind of definite method and network side of call loss.
Background technology
In the mobile communication network side, when certain mobile subscriber is made a call, network side will be initiated beep-page message to this mobile subscriber's subscriber equipment.Simultaneously; The continuous listening paging message of subscriber equipment meeting; When the user identity identification of carrying in the beep-page message number and this mobile subscriber's user identity identification was number identical, then this subscriber equipment had learnt that the user has initiated calling to it, can initiate to insert request to network side; After this reply page-response message to network side, finally realize caller and called between connection.
But, perhaps interior at the appointed time if this subscriber equipment is not received beep-page message to network side answer page-response message, then confirm as call loss one time.
For call loss, can weigh through paging success rate, formula is: paging success rate=page response number of times/paging number of times * 100%.A certain area paging is lost many more, and paging success rate is low more, and then the paging cavity in the network side is serious more.Network optimization adjustment need be carried out in the paging cavity.
In addition, consider that network side will only be known the residing lane place of this subscriber equipment when issuing page message, and and do not know the residing sub-district of this subscriber equipment if subscriber equipment is in holding state.Therefore, all sub-district issuing page messages that network side can be under the residing lane place of this subscriber equipment, and after network side receives from the page-response message of subscriber equipment, just can learn the residing sub-district of this subscriber equipment.
Like this, when call loss takes place, network side will not known the residing sub-district of subscriber equipment, be explained through Fig. 1 below.
Fig. 1 is the sketch map according to the subscriber equipment generation call loss of the standby of correlation technique, and is as shown in Figure 1, and subscriber equipment (User Equipment abbreviates UE as) 1 is under the I of sub-district.When core net (Core Network abbreviates CN as) after this user initiates beep-page message, radio network controller (Radio Network Controller; Abbreviate RNC as) because do not know the sub-district at this user place; Therefore beep-page messages are sent in all sub-districts under the coding of the lane place under this user (Location Area Code abbreviates LAC as) 1, if at Tp in the time; CN does not receive the page-response message that UE1 returns; This time paging generation call loss then, but network side and do not know the residing sub-district of subscriber equipment, thus can't learn which sub-district call loss occurs in.
Under above-mentioned situation; Judge the position in paging cavity if desired; And then the paging cavity carried out network optimization adjustment, then network side only can be object statistics call loss and paging success rate (can't learn because of network side which sub-district call loss occurs in) with the lane place.
But this statistics is because the network element granularity of lane place is bigger, thereby is unfavorable for judging the position in paging cavity, and then is unfavorable for the network optimization adjustment in this paging cavity.
Summary of the invention
To in the correlation technique being that object is unfavorable for judging that the problem of the position in paging cavity proposes the present invention with the lane place, for this reason, main purpose of the present invention is to provide a kind of definite method and network side of call loss, to address the above problem.
To achieve these goals, according to an aspect of the present invention, a kind of definite method of call loss is provided.
Definite method according to call loss of the present invention comprises: network side sends beep-page message to subscriber equipment; Network side is confirmed not receive the page-response message from subscriber equipment in first scheduled time after sending beep-page message; Network side confirms that in the time range of the 3rd scheduled time after sending beep-page message second scheduled time before and sending beep-page message, subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale; Network side is confirmed the call loss of subscriber equipment in first sub-district.And then network side is object statistics call loss and paging success rate with this first sub-district, can more accurately judge the position in paging cavity, and then network optimization adjustment is carried out in this paging cavity
Further, second scheduled time equaled for the 3rd scheduled time.
Further, carry the user identity identification number of subscriber equipment in the beep-page message; Network side confirms that the page-response message that does not receive from subscriber equipment in first scheduled time after sending beep-page message comprises: network side judges in the page-response message that receives in first scheduled time after the transmission beep-page message, whether comprises the user identity identification number identical page-response message of user identity identification number and subscriber equipment; If judged result is then confirmed not receive the page-response message from subscriber equipment in first scheduled time after sending beep-page message for not.
Further, before subscriber equipment sent beep-page message, said method also comprises: it was Tp that first scheduled time was set at network side; Second scheduled time and the 3rd scheduled time be set is Tc; The timing statistics T of call loss is set; Obtain periodical position renewing timer T3212 from network side; Success calling counter Psuccess zero clearing to first sub-district; Call loss counter Ploss zero clearing to first sub-district; Call loss to first sub-district gathers counter Plosssum zero clearing; The paging success rate that first sub-district is set is R.
Further, if judged result is for being that the success calling counter Psuccess that first sub-district then is set adds one.
Further, confirm subscriber equipment after the call loss of first sub-district at network side, said method also comprises: the call loss counter Ploss that first sub-district is set adds one.
Further, in the timing statistics T of call loss, network side repeatedly sends beep-page message; The timing statistics T of call loss then after, said method also comprises: calculate
Further, the timing statistics T of call loss then after, said method also comprises: calculate
Calculate
Further; After the paging success rate R that calculates first sub-district; Said method also comprises: whether the paging success rate R that judges first sub-district is lower than the paging success rate threshold value that is provided with in advance, and the call loss of first sub-district gathers counter Plosssum and whether is higher than the call loss that is provided with in advance and gathers threshold value; If judged result is for being, confirm that then first sub-district is the paging cavity.
To achieve these goals, according to another aspect of the present invention, a kind of network side is provided.
Network side according to the present invention comprises: sending module is used for sending beep-page message to subscriber equipment; First determination module is used to confirm not receive the page-response message from subscriber equipment in first scheduled time after sending beep-page message; Second determination module is used to confirm that subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale in the time range of the 3rd scheduled time after sending beep-page message second scheduled time before and sending beep-page message; The 3rd determination module is used for confirming the call loss of subscriber equipment in first sub-district.
Further; First determination module comprises: judge submodule; Be used for judging the page-response message that receives in first scheduled time after sending beep-page message, whether comprise the user identity identification number identical page-response message of user identity identification number and subscriber equipment; Confirm submodule, be used in judged result then confirming not receive page-response message in first scheduled time after sending beep-page message for not the time from subscriber equipment.
Through the present invention; Network side is through in the time range of confirming the 3rd scheduled time after sending beep-page message second scheduled time before and sending beep-page message; Subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale; Thereby residing sub-district is first sub-district when confirming this subscriber equipment generation call loss, and having solved in the correlation technique with the lane place is the problem that object is unfavorable for judging the position in paging cavity, and then network side is object statistics call loss and paging success rate with this first sub-district; Can more accurately judge the position in paging cavity, and then network optimization adjustment is carried out in this paging cavity.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, and illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:
Fig. 1 is the sketch map according to the subscriber equipment generation call loss of the standby of correlation technique;
Fig. 2 is the flow chart according to definite method of the call loss of the embodiment of the invention;
Fig. 3 is the sketch map of user shift position in the Tc time range according to the embodiment of the invention;
Fig. 4 is the flow chart of definite method of call loss according to the preferred embodiment of the invention;
Fig. 5 is the structured flowchart according to the network side of the embodiment of the invention.
Embodiment
Need to prove that under the situation of not conflicting, embodiment and the characteristic among the embodiment among the application can make up each other.Below with reference to accompanying drawing and combine embodiment to specify the present invention.
The invention provides a kind of definite method of call loss.Fig. 2 is the flow chart according to definite method of the call loss of the embodiment of the invention, comprises that following step S202 is to step S208.
Step S202, network side sends beep-page message to subscriber equipment;
Step S204, network side confirm not receive the page-response message from subscriber equipment in first scheduled time after sending beep-page message.
Step S206, network side confirm that in the time range of the 3rd scheduled time after sending beep-page message second scheduled time before and sending beep-page message, subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale.
Step S208, network side confirm the call loss of subscriber equipment in first sub-district.
In the correlation technique, when call loss took place, network side was only known the residing lane place of subscriber equipment; And do not know the residing sub-district of this subscriber equipment; This just makes judges the position that paging is empty if desired, and then network side only can be object statistics call loss and paging success rate with the lane place of subscriber equipment, but this statistics is because the network element granularity of lane place is bigger; Thereby be unfavorable for judging the position in paging cavity, and then be unfavorable for network optimization adjustment is carried out in this paging cavity.
In the embodiment of the invention; The translational speed of considering the user is limited; In the short time of second scheduled time and the 3rd scheduled time, can not move far away; Therefore network side is through confirming that subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale in second scheduled time and the time range of sending the 3rd scheduled time after the beep-page message before sending beep-page message, thereby residing sub-district is first sub-district during definite this subscriber equipment generation call loss.And then network side is object statistics call loss and paging success rate with this first sub-district, can more accurately judge the position in paging cavity, and then network optimization adjustment is carried out in this paging cavity.
In addition; Technical scheme of the present invention need not current CN and global system for mobile communications wireless access network (Universal Mobile Telecommunication System Radio Access Network; Abbreviating UTRAN as) network side makes any change, and therefore practiced thrift the cost of investment of operator greatly.
Preferably, second scheduled time equaled for the 3rd scheduled time.
The implementation of this preferred embodiment is simple, reliable, helps the precise statistics to the call loss of first sub-district.
Preferably, before subscriber equipment sent beep-page message, said method also comprises: it was Tp that first scheduled time was set at network side; Second scheduled time and the 3rd scheduled time be set is Tc; The timing statistics T of call loss is set; Obtain periodical position renewing timer T3212 from network side; Success calling counter Psuccess zero clearing to first sub-district; Call loss counter Ploss zero clearing to first sub-district; Call loss to first sub-district gathers counter Plosssum zero clearing; The paging success rate that first sub-district is set is R.
Need to prove, time difference that page response timer Tp should make the page-response message of receiving subscriber equipment from the CN issuing page message to CN is set less than Tp.
Need to prove, be provided with and call out timer Tc and should make in the Tc time range the mobile distance of user less than the coverage of sub-district.Tc is provided with too small, causes the probability that the user takes place to exhale eventually in the Tc time range of generation call loss front and back to diminish easily, thereby reduces the sample number of call loss; And that Tc is provided with is excessive, and user easier is striden the gravity treatment of sub-district, thereby makes the location of the sub-district that call loss takes place produce error.Therefore advise that Tc is set to be advisable in 2～5 minutes; Can guarantee that most users can not stride the gravity treatment of sub-district in the Tc time range; Guaranteed that simultaneously most users have bigger probability to take place to exhale eventually or rise and exhale in the Tc time range before and after call loss takes place, thereby can locate the sub-district that call loss takes place.
Need to prove that the timing statistics T that call loss is set can be through setting zero-time and concluding time.In addition, the network element scope of should selected data gathering, minimum network element granularity is the lane place.
Preferably, carry the user identity identification number of subscriber equipment in the beep-page message; Network side confirms that the page-response message that does not receive from subscriber equipment in first scheduled time after sending beep-page message comprises: network side judges in the page-response message that receives in first scheduled time after the transmission beep-page message, whether comprises the user identity identification number identical page-response message of user identity identification number and subscriber equipment; If judged result is then confirmed not receive the page-response message from subscriber equipment in first scheduled time after sending beep-page message for not.
In this preferred embodiment, network side writes down the interior all beep-page message and the page-response message of network element scope of whole data collection in advance.For each beep-page message, record paging time and user identity identification number; For each page-response message, record page response time, user identity identification number and cell id.Write down all user calling daily records in the whole zone in this time range simultaneously, comprise that business is correlated with and the all-calls daily record of independent of service.For the per call daily record, write down and exhaled the time, exhaled time, user identity identification number, to exhale cell id and the whole cell id of exhaling eventually.
Data acquisition modes includes but not limited to signaling tracing, network side counters count, wireless access network counters count, network side part or the collection of the whole network call log.
Preferably, if judged result is for being that the success calling counter Psuccess that first sub-district then is set adds one.
Preferably, confirm subscriber equipment after the call loss of first sub-district at network side, said method also comprises: the call loss counter Ploss that first sub-district is set adds one.
Fig. 3 is the sketch map of user shift position in the Tc time range according to the embodiment of the invention.At Time1 constantly, the user is under the Cell B, and the user has taken place to exhale 1 end; At Time2 constantly, the user still is under the Cell B, and CN has sent beep-page message 1 time to the user, but the user does not return page response at Tp in the time, causes call loss 1 time; The time difference of Time1 and Time2 is less than Tc.Constantly the end of this user generation exhale through this method inquiry Time1 this moment, and orienting the sub-district that call loss takes place is Cell B.
Preferably, in the timing statistics T of call loss, network side repeatedly sends beep-page message; The timing statistics T of call loss then after, said method also comprises:
Calculate
。。。。。①；
Calculate
。。。。。②。
Need to prove that in the mobile network, user terminal is under holding state, every separated T3212 time is carried out periodic location update one time, therefore when call loss takes place, apart from the longest time that can not surpass T3212 of call loss time.
In this preferred embodiment; Can carry out the principle of periodic location update according to user terminal among the mobile network; Consider that beep-page message is to take place at random; In T3212 time range (for example 60 minutes); Only can inquire about and send the interior calling of time range (for example 3 * 2=6 minute) that the beep-page message front and back amount to Tc * 2, the residing sub-district of user in the time of therefore only orienting the call loss of
(being 6/60=0.1=10%).
Therefore, when Tc was set to 3 minutes, because Ploss can only orient 10% call loss, 90% call loss can not be located in addition, and we can be the principles that takes place at random according to beep-page message, and inference obtains:
Call loss gathers counter
Thereby make call loss gather the number of times that counter Plosssum approaches the actual generation in certain sub-district call loss most.
Need to prove,, then need not to calculate Plosssum, but directly obtain paging success rate through following formula if do not consider to calculate the influence that the call loss part that can't locate is brought:
Need to prove, in this preferred embodiment, can add up Ploss, Plosssum and the Psuccess of a plurality of sub-districts respectively, thereby calculate the paging success rate of a plurality of sub-districts respectively.
Preferably; After the paging success rate R that calculates first sub-district; Said method also comprises: whether the paging success rate R that judges first sub-district is lower than the paging success rate threshold value that is provided with in advance, and the call loss of first sub-district gathers counter Plosssum and whether is higher than the call loss that is provided with in advance and gathers threshold value; If judged result is for being, confirm that then first sub-district is the paging cavity.
This preferably among the embodiment, adopts paging success rate threshold value and call loss to gather threshold value as confirming that first sub-district is the empty threshold value of paging simultaneously.Can more accurately judge the position in paging cavity like this, and then network optimization adjustment is carried out in this paging cavity.
To combine instance that the implementation procedure of the embodiment of the invention is described in detail below.
The method in statistics paging provided by the invention cavity has been utilized the principle of user's limited speed in the GSM, and the cell-level paging success rate can be added up in the residing sub-district of user when call loss took place in the location, and then there is the sub-district in paging cavity in the location.
Fig. 4 is the flow chart of definite method of call loss according to the preferred embodiment of the invention, is example with the TD-SCDMA network side, introduces the key step of statistics paging cavity method.
Step S402 sets statistics zero-time Tstart, concluding time Tend.Accurate for guaranteeing statistics, suggestion Tend-Tstart＞3 day.The network element scope that selected data is gathered, minimum network element granularity is the lane place.
Step S404 is captured in beep-page message and page-response message between the inherent Tstart to Tend of selected network element scope.Beep-page message comprises paging time, user identity identification number; Page-response message comprises page response time, user identity identification number and cell id.Be captured in the all-calls daily record that takes place between the inherent Tstart to Tend of selected network element scope, comprise that business is correlated with and the all-calls daily record of independent of service.For the per call daily record, write down and exhaled the time, exhaled time, user identity identification number, to exhale cell id and the whole cell id of exhaling eventually.
Step S406; Page response timer Tp=10 second is set, calls out timer Tc=3 minute, obtain periodical position renewing timer T3212 (unit for minute), success calling counter Psuccess=0, call loss counter Ploss=0, call loss counter Plosssum=0 and 2 the thresholding paging success rate thresholding R=80% and the call loss number of times thresholding N=10 that judge the paging cavity from network side.
Step S408 for each beep-page message, searches in the time range of paging time to page response timer Tp whether have user identity identification number identical page-response message, judges whether this time paging has carried out correct response.For the paging of not having response; According to its user identity identification number and this beep-page message time of origin; Inquire about in the preceding Tc time range of this user with the time point of beep-page message generation and whether carried out exhaling any end; Perhaps whether having carried out any in the back Tc time range of the time point of beep-page message generation exhales; Exhale eventually or rise and exhale if inquired, we exhale nearest end in the front and back Tc time range of the time point of this user distance beep-page message generation or rise and exhale the sub-district at place to count call loss one time, and promptly the call loss counter Ploss of this sub-district adds one.
Step S410 for each page-response message, counts success calling one time in the sub-district at page response place, and promptly the success calling counter Psuccess of this sub-district adds one.
Step S412 calculates the Ploss and the Psuccess of all sub-districts.According to the formula of Plosssum=Ploss*T3212/Tc/2, calculate the Plosssum of all sub-districts.Calculate paging success rate=Psuccess/ (Psuccess+Plosssum) * 100% of each sub-district.
Step S414 filters out paging success rate and is lower than R, and the call loss number of times is higher than all sub-districts of N simultaneously, obtains existing in the network side sub-district in paging cavity.
The present invention is suitable for for the mobile communication network side that all have paging mechanism.
The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.All within spirit of the present invention and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Need to prove; Can in computer system, carry out in the step shown in the flow chart of accompanying drawing such as a set of computer-executable instructions; And; Though logical order has been shown in flow chart, in some cases, can have carried out step shown or that describe with the order that is different from here.
The embodiment of the invention provides a kind of network side, and this network side can be used to realize above-mentioned.Fig. 5 is the structured flowchart according to the network side of the embodiment of the invention, comprises sending module 52, the first determination modules 54, the second determination modules 56, the three determination modules 58.
Sending module 52 is used for sending beep-page message to subscriber equipment; First determination module 54 is connected to sending module 52, is used to confirm not receive the page-response message from subscriber equipment in first scheduled time after sending module 52 sends beep-page message; Second determination module 56; Be connected to sending module 52; Be used to confirm in the time range of the 3rd scheduled time after sending beep-page messages with sending module 52 second scheduled time before sending module 52 sends beep-page messages that subscriber equipment carried out in first sub-district exhaling or exhaling eventually; The 3rd determination module 58 is connected to first determination module 54 and second determination module 56, is used for confirming the call loss of subscriber equipment in first sub-district.
In the correlation technique, when call loss took place, network side was only known the residing lane place of subscriber equipment; And do not know the residing sub-district of this subscriber equipment; This just makes judges the position that paging is empty if desired, and then network side only can be object statistics call loss and paging success rate with the lane place of subscriber equipment, but this statistics is because the network element granularity of lane place is bigger; Thereby be unfavorable for judging the position in paging cavity, and then be unfavorable for network optimization adjustment is carried out in this paging cavity.
In the embodiment of the invention; The translational speed of considering the user is limited; In the short time of second scheduled time and the 3rd scheduled time, can not move far away; Therefore network side is confirmed in the time range of the 3rd scheduled time after sending beep-page message second scheduled time before and sending beep-page message through second determination module 56; Subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale, thereby residing sub-district is first sub-district when confirming this subscriber equipment generation call loss through the 3rd determination module 58.And then network side is object statistics call loss and paging success rate with this first sub-district, can more accurately judge the position in paging cavity, and then network optimization adjustment is carried out in this paging cavity.
In addition, technical scheme of the present invention need not current CN and UTRAN network side are made any change, and has therefore practiced thrift the cost of investment of operator greatly.
Preferably, second scheduled time equaled for the 3rd scheduled time.
The implementation of this preferred embodiment is simple, reliable, helps the precise statistics to the call loss of first sub-district.
Preferably, first determination module 54 comprises: judge submodule 542, confirm submodule 544.Be described in detail in the face of its structure down.
Judge submodule 542; Be connected to sending module 52; Be used for confirming the page-response message that receives in first scheduled time after sending module 52 sends beep-page messages, whether comprise the user identity identification number identical page-response message of user identity identification number and subscriber equipment; Confirm submodule 544, be connected to and judge submodule 542, be used for judging that submodule 542 judged results for not the time, then confirm not receive the page-response message from subscriber equipment in first scheduled time after sending beep-page message.
Need to prove that the network side of describing among the device embodiment is corresponding to above-mentioned method embodiment, its concrete implementation procedure had been carried out detailed description in method embodiment, repeat no more at this.
In sum, according to the abovementioned embodiments of the present invention, a kind of definite method and network side of call loss is provided.The present invention is through in the time range of confirming the 3rd scheduled time after sending beep-page message second scheduled time before and sending beep-page message; Subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale; Thereby residing sub-district is first sub-district when confirming this subscriber equipment generation call loss; Having solved in the correlation technique with the lane place is the problem that object is unfavorable for judging the position in paging cavity; And then network side is object statistics call loss and paging success rate with this first sub-district, can more accurately judge the position in paging cavity, and then network optimization adjustment is carried out in this paging cavity.
Obviously, it is apparent to those skilled in the art that above-mentioned each module of the present invention or each step can realize with the general calculation device; They can concentrate on the single calculation element; Perhaps be distributed on the network side that a plurality of calculation element forms, alternatively, they can be realized with the executable program code of calculation element; Thereby; Can they be stored in the storage device and carry out, perhaps they are made into each integrated circuit modules respectively, perhaps a plurality of modules in them or step are made into the single integrated circuit module and realize by calculation element.Like this, the present invention is not restricted to any specific hardware and software combination.
The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.All within spirit of the present invention and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (11)
1. definite method of a call loss is characterized in that, comprising:
Network side sends beep-page message to subscriber equipment;
Said network side is confirmed not receive the page-response message from said subscriber equipment in first scheduled time after sending said beep-page message;
Said network side confirms that in the time range of the 3rd scheduled time after sending said beep-page message second scheduled time before and sending said beep-page message, said subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale;
Said network side is confirmed the call loss of said subscriber equipment in said first sub-district.
2. method according to claim 1 is characterized in that, said second scheduled time equals said the 3rd scheduled time.
3. method according to claim 1 is characterized in that,
Carry the user identity identification number of said subscriber equipment in the said beep-page message;
Said network side confirms that the said page-response message that does not receive from said subscriber equipment in said first scheduled time after sending said beep-page message comprises:
Said network side judges in the page-response message that receives in said first scheduled time after sending said beep-page message, whether comprises the user identity identification number identical page-response message of user identity identification number and said subscriber equipment;
If judged result is then confirmed not receive the said page-response message from said subscriber equipment in said first scheduled time after sending said beep-page message for not.
4. method according to claim 3 is characterized in that, before said subscriber equipment sent said beep-page message, said method also comprised at said network side:
It is Tp that said first scheduled time is set;
Said second scheduled time and said the 3rd scheduled time be set is Tc;
The timing statistics T of call loss is set;
Obtain periodical position renewing timer T3212 from network side;
Success calling counter Psuccess zero clearing to said first sub-district;
Call loss counter Ploss zero clearing to said first sub-district;
Call loss to said first sub-district gathers counter Plosssum zero clearing;
The paging success rate that said first sub-district is set is R.
5. method according to claim 4 is characterized in that, if judged result is for being,
The success calling counter Psuccess that said first sub-district then is set adds one.
6. method according to claim 5 is characterized in that, confirms at said network side
Said subscriber equipment is after the call loss of said first sub-district, and said method also comprises: the call loss counter Ploss that said first sub-district is set adds one.
7. method according to claim 6 is characterized in that,
In the timing statistics T of said call loss, said network side repeatedly sends beep-page message;
The timing statistics T of said call loss then after, said method also comprises:
Calculate
8. method according to claim 7 is characterized in that, the timing statistics T of said call loss then after, said method also comprises:
Calculate
Calculate
9. method according to claim 7 is characterized in that, after the paging success rate R that calculates said first sub-district, said method also comprises:
Whether the paging success rate R that judges said first sub-district is lower than the paging success rate threshold value that is provided with in advance, and the call loss of said first sub-district gathers counter Plosssum and whether is higher than the call loss that is provided with in advance and gathers threshold value;
If judged result is for being, confirm that then said first sub-district is the paging cavity.
10. a network side is characterized in that, comprising:
Sending module is used for sending beep-page message to subscriber equipment;
First determination module is used to confirm not receive the page-response message from said subscriber equipment in first scheduled time after sending said beep-page message;
Second determination module is used to confirm that said subscriber equipment carried out in first sub-district exhaling eventually or rising and exhale in the time range of the 3rd scheduled time after sending said beep-page message second scheduled time before and sending said beep-page message;
The 3rd determination module is used for confirming the call loss of said subscriber equipment in said first sub-district.
11. network side according to claim 10 is characterized in that, said first determination module comprises:
Judge submodule, be used for judging the page-response message that receives in said first scheduled time after sending said beep-page message whether comprise the user identity identification number identical page-response message of user identity identification number and said subscriber equipment;
Confirm submodule, be used in judged result then confirming not receive said page-response message in said first scheduled time after sending said beep-page message for not the time from said subscriber equipment.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105573853A CN102480787A (en) | 2010-11-23 | 2010-11-23 | Paging loss determining method and network side |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105573853A CN102480787A (en) | 2010-11-23 | 2010-11-23 | Paging loss determining method and network side |
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| Publication Number | Publication Date |
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| CN102480787A true CN102480787A (en) | 2012-05-30 |
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| CN103476052A (en) * | 2013-08-30 | 2013-12-25 | 大唐移动通信设备有限公司 | Fault detection method and device |
| CN106332133A (en) * | 2015-07-03 | 2017-01-11 | 中兴通讯股份有限公司 | Accurate paging setting method and device |
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| CN103476052A (en) * | 2013-08-30 | 2013-12-25 | 大唐移动通信设备有限公司 | Fault detection method and device |
| CN103476052B (en) * | 2013-08-30 | 2017-02-08 | 大唐移动通信设备有限公司 | Fault detection method and device |
| CN106332133A (en) * | 2015-07-03 | 2017-01-11 | 中兴通讯股份有限公司 | Accurate paging setting method and device |
| CN106332133B (en) * | 2015-07-03 | 2020-12-11 | 上海中兴软件有限责任公司 | Accurate paging setting method and device |
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