CN104244317A - Method and device for determining indoor telephone traffic states and indoor telephone traffic amount - Google Patents

Abstract

The invention discloses a method and device for determining indoor telephone traffic states and the indoor telephone traffic amount. The method includes the steps that whether telephone traffic is indoor telephone traffic or not is judged according to telephone traffic characteristics; when it is determined that the telephone traffic is the indoor telephone traffic, the telephone traffic states of the indoor telephone traffic are distinguished according to whether a main cell which the indoor telephone traffic actually depends on is an indoor cell or not; the indoor telephone traffic amount and the indoor telephone traffic absorptivity under the different telephone traffic states are distinguished according to the telephone traffic states. As the method and device are based on the telephone traffic states to evaluate the indoor telephone traffic amount and the indoor telephone traffic absorptivity under the different telephone traffic states, the three indoor telephone traffic states including telephone traffic normal absorption of the indoor cell, telephone traffic leakage of the indoor cell and signal leakage of the indoor cell are sufficiently considered, and therefore final evaluation results are higher in accuracy.

Description

Determine the method and apparatus of indoor telephone traffic state, indoor telephone traffic amount

Technical field

The present invention relates to the communications field, particularly relate to a kind of method and apparatus determining indoor telephone traffic state, a kind of method and apparatus determining indoor telephone traffic amount.

Background technology

Along with constantly improving and development of mobile communications network, based on the traffic carrying capacity rapid development of mobile communications network, only rely on the mode of the basis to outdoor cell permission between station being carried out dilatation can not meet the demand of mobile communication business, to this, have employed the way in construction indoor cell, crowded district at present, utilize indoor cell to solve the indoor degree of depth on the one hand and cover empty problem, but topmost aspect still utilizes the traffic (voice namely produced in absorption chamber produced in the absorption chamber of indoor cell, the traffics such as data), to share the traffic load of outdoor cell.Research shows, the traffic of about about 70% occurs in indoor, and therefore, the construction of indoor cell is to mobile communication business important in inhibiting.

When building indoor cell, needing the indoor cell in assessment building whether consistent with actual count amount to the uptake of traffic, if unanimously, representing that indoor cell reaches the object sharing traffic preferably; If inconsistent, represent that the actual effect of sharing telephone traffic in indoor cell is fewer.According to the assessment of the uptake to indoor cell traffic, the optimization that can be the construction of follow-up indoor cell provides reference data, therefore, just particularly important to the assessment accuracy of indoor cell traffic uptake.

An importance of the traffic uptake of assessment indoor cell identifies indoor telephone traffic, namely identifies in all traffics, and which traffic is the traffic that indoor cell absorbs.Particularly, identify that the way of indoor telephone traffic is:

When traffic occurs, traffic performs terminal will report MR(Measurement Report, measurement report), when assessing the traffic uptake of indoor cell, the MR of terminal to report in a period of time can be gathered, CI(cell identifier for main plot in every bar MR), indoor and outdoor cell attribute field corresponding in inquiry engineering parameter table, determines that the main plot of MR is indoor cell or outdoor cell.Such as, the CI of the main plot of MR_1 is 10000, by inquiry engineering parameter table, when determining that CI be the content of the IsIndoor field corresponding to community of 10000 is yes, the main plot of expression MR_1 is indoor cell, when the content of IsIndoor field is no, represent that the main plot of MR_1 is outdoor cell.

Judge the main plot attribute of every bar MR gathered, if the main plot of a certain MR is indoor cell, then this MR absorbs the MR that traffic produces for indoor cell, otherwise this MR absorbs the MR that traffic produces for outdoor cell.After carrying out the judgement of above-mentioned cell attribute to all MR gathered, identifiable design goes out the indoor cell telephone traffic within a period of time, and then can evaluate the traffic uptake of indoor cell.

But, when the actual generation of traffic, the traffic normal absorption of indoor cell may be there is, the traffic of indoor cell leaks and the signal of indoor cell leaks these three kinds of trafficwises, wherein:

The traffic normal absorption of indoor cell refers to: traffic is actual occurs in indoor, and absorb by indoor cell.As shown in Figure 1, speech business occurs in indoor, and this speech business is absorbed by indoor cell, is the situation of indoor cell traffic normal absorption.

The traffic of indoor cell leaks and refers to: traffic is actual occurs in indoor, but absorb by outdoor cell.As shown in Figure 2, although speech business occurs in indoor, due to speech business spot be also simultaneously outdoor cell coverage in (if high-rise is near the position on window limit), therefore, this speech business is absorbed by outdoor cell, occurs the situation that indoor cell traffic leaks.

The signal of indoor cell leaks and refers to: traffic is actual occurs in outdoor, but absorb by indoor cell.As shown in Figure 3, although speech business occurs in outdoor, due to speech business spot be also simultaneously indoor cell coverage in (as low-rise building beyond the region of objective existence but near the position of building), therefore, this speech business is absorbed by indoor cell, occurs the situation that indoor cell signal leaks.

Due to when the actual generation of traffic, the traffic normal absorption of indoor cell may be there is, the traffic of indoor cell leaks and the signal of indoor cell leaks these three kinds of indoor telephone traffic states, and the frequency that the situation that traffic leaks and signal leaks occurs is not low, therefore, identifying in the mode of indoor telephone traffic at present, the cell attribute only absorbed from traffic judges that traffic be indoor telephone traffic or outdoor traffic is inaccurate, finally can affect the accuracy of indoor cell traffic uptake assessment.

Summary of the invention

The embodiment of the present invention provides a kind of method and apparatus determining indoor telephone traffic state, indoor telephone traffic amount, assesses inaccurate problem in order to solve the indoor cell traffic uptake existed in prior art.

First aspect, provides a kind of method determining indoor telephone traffic state, comprising:

To gather in setting duration the measurement report MR that produces of traffic at least one times, and the described MR gathered is divided at least one unit of analysis, wherein, have the main plot of at least one MR or adjacent cell to there is indoor cell in the MR that same traffic produces, and the MR in same unit of analysis is the MR that same traffic produces in unit time;

Obtain the MR in each unit of analysis successively, perform following operation for the MR in each unit of analysis obtained:

When determining that the MR in the unit of analysis obtained is the MR of indoor telephone traffic generation, the main plot determining each bar MR in this unit of analysis is successively indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

In conjunction with first aspect, under the implementation that the first is possible, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is greater than the first threshold value.

In conjunction with the first possible implementation of first aspect, under the implementation that the second is possible, described method also comprises: judge that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces in the following manner:

Obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be outdoor traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is less than the second threshold value, and described first threshold value is greater than described second threshold value;

When determining that the MR in the unit of analysis obtained is the MR of outdoor traffic generation, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

In conjunction with the first possible implementation of first aspect, under the implementation that the third is possible, judge that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Determine the time period between the MR that produces the earliest and the MR produced the latest in the MR in the unit of analysis that obtains;

Obtain the call history CHR produced within the described time period;

From the described CHR obtained, find out the CHR that content in traffic identification field is identical with the MR in this unit of analysis, and from the CHR found out, determine the mark of this traffic execution terminal;

When determining this traffic according to described mark to perform the type of terminal being data card type, determine that the MR in the unit of analysis that obtains is the MR that indoor telephone traffic produces.

In conjunction with the first possible implementation of first aspect, under the 4th kind of possible implementation, judge that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

There is indoor cell and outdoor cell in the main plot of MR and adjacent cell, and the distance between at least one indoor cell and outdoor cell is greater than the 3rd threshold value.

In conjunction with the first possible implementation of first aspect, under the 5th kind of possible implementation, judge that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Below MR in the unit of analysis obtained meets during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is less than the 4th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is greater than the 5th threshold value.

In conjunction with the 5th kind of possible implementation of first aspect, under the 6th kind of possible implementation, described method also comprises: judge that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces in the following manner:

Below MR in the unit of analysis obtained meets during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is greater than the 6th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is less than the 7th threshold value;

When determining that the MR in the unit of analysis obtained is the MR of outdoor traffic generation, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

In conjunction with the 5th kind of possible implementation or the 6th kind of possible implementation of first aspect, under the 7th kind of possible implementation, determine the adjacent main plot of two MR and the rate of change of adjacent cell in the following manner:

For main plot and the adjacent cell of previous MR in adjacent two MR, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community;

By the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

Second aspect, provide a kind of method determining indoor telephone traffic amount, described method comprises:

From the measurement report MR in each unit of analysis, determine the MR of the identical trafficwise of continuous print at least two correspondences;

Determine the time span between the MR that produces the earliest in described MR and the MR produced the latest, and the described time span determined is converted to telephone traffic, obtain the telephone traffic under described trafficwise.

The third aspect, provide a kind of method determining indoor telephone traffic amount, described method comprises:

From the measurement report MR in each unit of analysis, determine the MR of the identical trafficwise of continuous print at least two correspondences;

According to the time period between the MR produced the earliest in the described MR determined and the MR produced the latest, obtain the call history CHR produced within the described time period;

The CHR that content in traffic identification field is identical with the described MR determined is found out from the described CHR obtained, and using the telephone traffic that comprises in the CHR found out as the telephone traffic under described trafficwise.

Fourth aspect, provide a kind of method determining indoor telephone traffic absorptivity, described method comprises:

From the measurement report MR in each unit of analysis, determine first quantity of the MR met the following conditions:

Corresponding trafficwise be indoor cell traffic normal absorption, have at least one common indoor cell to be main plot or indoor cell in adjacent cell;

Determine second quantity of the MR met the following conditions:

Corresponding trafficwise is that the traffic of indoor cell leaks, has at least one common indoor cell to be main plot or indoor cell in adjacent cell;

The indoor telephone traffic absorptivity for described indoor cell is determined according to following formula:

Indoor telephone traffic absorptivity=the first quantity/(the first quantity+the second quantity).

5th aspect, provide a kind of equipment determining indoor telephone traffic state, described equipment comprises:

MR acquisition module, for gathering in setting duration the measurement report MR that produces of traffic at least one times;

MR divides module, for the described MR of described MR acquisition module collection is divided at least one unit of analysis, wherein, have the main plot of at least one MR or adjacent cell to there is indoor cell in the MR that same traffic produces, and the MR in same unit of analysis is the MR that same traffic produces in unit time;

Cell attribute determination module, for obtaining the MR in each unit of analysis successively, determines whether the MR in each unit of analysis of acquisition is the MR that indoor telephone traffic produces;

Trafficwise determination module, for determine at described cell attribute determination module obtain unit of analysis in MR be indoor telephone traffic produce MR time, the main plot determining each bar MR in this unit of analysis is successively indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

In conjunction with the 5th aspect, under the implementation that the first is possible, described cell attribute determination module, specifically for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is greater than the first threshold value.

In conjunction with the first possible implementation of the 5th aspect, under the implementation that the second is possible, described cell attribute determination module, also for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be outdoor traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is less than the second threshold value, and described first threshold value is greater than described second threshold value;

Described trafficwise determination module, also for determine at described cell attribute determination module obtain unit of analysis in MR be outdoor traffic produce MR time, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

In conjunction with the first possible implementation of the 5th aspect, under the implementation that the third is possible, described cell attribute determination module, specifically for determining the time period in the MR in the unit of analysis that obtains between the MR that produces the earliest and the MR produced the latest, obtain the call history CHR produced within the described time period, and from the described CHR obtained, find out content in the traffic identification field CHR identical with the MR in this unit of analysis, and from the CHR found out, determine that this traffic performs the mark of terminal, and when determining this traffic according to described mark to perform the type of terminal being data card type, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces.

In conjunction with the first possible implementation of the 5th aspect, under the 4th kind of possible implementation, described cell attribute determination module, specifically for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

There is indoor cell and outdoor cell in the main plot of MR and adjacent cell, and the distance between at least one indoor cell and outdoor cell is greater than the 3rd threshold value.

In conjunction with the first possible implementation of the 5th aspect, under the 5th kind of possible implementation, described cell attribute determination module, below meeting specifically for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is less than the 4th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is greater than the 5th threshold value.

In conjunction with the 5th kind of possible implementation of the 5th aspect, under the 6th kind of possible implementation, described cell attribute determination module, below also meeting for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is greater than the 6th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is less than the 7th threshold value;

Described trafficwise determination module, also for determine at described cell attribute determination module obtain unit of analysis in MR be outdoor traffic produce MR time, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

In conjunction with the 5th kind of possible implementation or the 6th kind of possible implementation of the 5th aspect, under the 7th kind of possible implementation, described cell attribute determination module, specifically for for the main plot of previous MR in adjacent two MR and adjacent cell, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community, and by the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

6th aspect, provide a kind of equipment determining indoor telephone traffic amount, described equipment comprises:

MR determination module, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Duration determination module, for determining the time span between the MR that produces the earliest in the MR that described MR determination module is determined and the MR produced the latest;

Telephone traffic determination module, is converted to telephone traffic for the described time span determined by described duration determination module, obtains the telephone traffic under described trafficwise.

7th aspect, provide a kind of equipment determining indoor telephone traffic amount, described equipment comprises:

MR determination module, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Duration determination module, for determining the time period between the MR that produces the earliest in the MR that described MR determination module is determined and the MR produced the latest;

CHR determination module, for obtaining the call history CHR produced in described time period of determining at described duration determination module, and finds out content in the traffic identification field CHR identical with the described MR determined from the described CHR obtained;

Telephone traffic determination module, the telephone traffic comprised in the CHR that the content for being determined by described CHR determination module is identical with the described MR determined is as the telephone traffic under described trafficwise.

The scheme of the embodiment of the present invention assesses indoor telephone traffic amount under different trafficwise and indoor telephone traffic absorptivity respectively based on trafficwise, take into full account the traffic normal absorption of indoor cell, the traffic of indoor cell leaks and the signal of indoor cell leaks these three kinds of indoor telephone traffic states, makes final assessment result accuracy higher.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of this trafficwise of traffic normal absorption of indoor cell;

Fig. 2 is that the traffic of indoor cell leaks the schematic diagram of this trafficwise;

Fig. 3 is that the signal of indoor cell leaks the schematic diagram of this trafficwise;

Fig. 4 is the method step schematic diagram determining indoor telephone traffic state in the embodiment of the present invention one;

Fig. 5 carrys out according to the descending level intensity of community the step schematic diagram whether MR in discriminatory analysis unit is the MR that indoor telephone traffic produces in the embodiment of the present invention one;

Fig. 6 performs the type of terminal according to traffic in the embodiment of the present invention one to carry out the step schematic diagram whether MR in discriminatory analysis unit is the MR that indoor telephone traffic produces;

Fig. 7 carrys out according to the positional distance of indoor cell and outdoor cell the step schematic diagram whether MR in discriminatory analysis unit is the MR that indoor telephone traffic produces in the embodiment of the present invention one;

Fig. 8 is according to the step the schematic diagram whether MR in cell change Shuai Lai discriminatory analysis unit is the MR that indoor telephone traffic produces in the embodiment of the present invention one;

Fig. 9 is the method step schematic diagram determining indoor telephone traffic amount in the embodiment of the present invention two;

Figure 10 is the method step schematic diagram determining indoor telephone traffic amount in the embodiment of the present invention three;

Figure 11 is the method step schematic diagram determining traffic absorptivity in the embodiment of the present invention four;

Figure 12 is the device structure schematic diagram determining indoor telephone traffic state in the embodiment of the present invention five;

Figure 13 is the device structure schematic diagram determining indoor telephone traffic state in the embodiment of the present invention six;

Figure 14 is the device structure schematic diagram determining indoor telephone traffic amount in the embodiment of the present invention seven;

Figure 15 is the device structure schematic diagram determining indoor telephone traffic amount in the embodiment of the present invention eight;

Figure 16 is the device structure schematic diagram determining indoor telephone traffic amount in the embodiment of the present invention nine;

Figure 17 is the device structure schematic diagram determining indoor telephone traffic amount in the embodiment of the present invention ten.

Embodiment

According to telephone traffic characteristic, the scheme of the embodiment of the present invention judges whether traffic is indoor telephone traffic, when determining that traffic is indoor telephone traffic, whether the main plot relied on according to indoor telephone traffic reality is again indoor cell, the trafficwise of indoor telephone traffic is distinguished, and then distinguish indoor telephone traffic amount under different trafficwise and indoor telephone traffic absorptivity with trafficwise again, scheme due to the embodiment of the present invention assesses indoor telephone traffic amount under different trafficwise and indoor telephone traffic absorptivity respectively based on trafficwise, therefore, take into full account the traffic normal absorption of indoor cell, these three kinds of indoor telephone traffic states that the traffic of indoor cell leaks and the signal of indoor cell leaks, make final assessment result accuracy higher.

It should be noted that, the traffic related in the embodiment of the present invention includes but not limited to the traffic that polytype communication service such as speech business, data service produces.

The traffic that relates in the embodiment of the present invention performs the terminal that terminal refers to executive communication business, and such as, it can be have the terminals such as the mobile phone that performs speech business ability that traffic performs terminal, also can be to have the terminals such as the data card that performs data services capability; In addition, the embodiment of the present invention does not limit the network formats that traffic performs terminal, and the traffic execution terminal in the embodiment of the present invention can be the terminal under arbitrary standard available at present.

MR involved in the embodiment of the present invention is that traffic performs terminal to the MR that network side reports in communication service implementation, and the network formats performing terminal according to traffic is different, and network side receives and stores the network element of this MR also can difference.Such as, GSM(Global System of Mobile communication, global system for mobile communications) traffic under standard performs terminal when performing speech business, the MR reported can be stored in BSC(Base Station Controller, base station controller) in, when performing the scheme of the embodiment of the present invention, MR can be gathered from BSC.

Determine in the embodiment of the present invention that the main plot of MR and adjacent cell are indoor cell or the mode of outdoor cell and are: utilize the CI of the main plot of MR and each adjacent cell to inquire about engineering parameter table, can be, but not limited to determine whether this community is indoor cell according to the content in the IsIndoor field of each community in engineering parameter table, namely the content in a certain community (this community can be main plot or an adjacent cell of MR) IsIndoor field in engineering parameter table is yes, represents that this community is indoor cell; Content in the IsIndoor field of this community in engineering parameter table is no, represents that this community is outdoor cell.

Be described in detail below in conjunction with the scheme of Figure of description to the embodiment of the present invention, but the solution of the present invention is not limited to the description of following examples.

Embodiment one:

The embodiment of the present invention one describes a kind of method determining indoor telephone traffic state, as shown in Figure 4, is the method step schematic diagram of the embodiment of the present invention one, said method comprising the steps of:

Step 101: to gather in setting duration the MR that produces of traffic at least one times.

Described setting duration can be the time span of setting arbitrarily according to actual needs, includes but not limited to following several situation:

If the MR gathered is the MR of a traffic generation, then described setting duration can be whole durations of this traffic.

If the MR gathered is the MR that at least twice traffic produces, then described setting duration can be in all traffics, the duration that the longest traffic of duration is corresponding.

Certainly, the scheme of the present embodiment one is not specifically limited described choosing of setting duration, determine to set except duration according to traffic duration except above-mentioned, setting duration also can be a time constant, as using 30 minutes as setting duration, generally speaking, as long as the time span meeting indoor telephone traffic evaluation requirement all can be used as described setting duration.

In addition, for the MR gathered, can but be not defined through the mode that the content in traffic identification field in MR is compared and determine whether to be the MR produced with traffic, that is: the MR that in traffic identification field, content is identical to be the MR produced with traffic.

Traffic identification field involved in various embodiments of the present invention can be CALL id field, also can be that other include the field of reflection traffic sign content, is follow-uply described for CALL id field.

In addition, if main plot and the adjacent cell of all MR of a traffic generation are all outdoor cell, represent that this traffic is in outdoor generation, this traffic is difficult to be associated with indoor cell, and not having indoor cell to represent in the adjacent cell of all MR, that traffic performs terminal is also far away from indoor cell, the MR of this class traffic generation can directly ignore.

Therefore, when this step 101 gathers MR, MR to be collected can be judged, if the main plot of all MR of a traffic and adjacent cell are all outdoor cell, then do not gather the MR that this traffic produces, guarantee to have in the main plot of at least one MR or adjacent cell in the MR gathered for same traffic to there is indoor cell.

Step 102: the described MR gathered is divided at least one unit of analysis.

Wherein, the MR in same unit of analysis is the MR that same traffic produces in unit time, and the main plot of at least one MR or adjacent cell exist indoor cell.

In this step 102, by the object that the MR in the setting duration gathered in step 101 carries out dividing according to unit time be: if the length setting duration is in a step 101 longer, the MR quantity gathered is more, then afterwards to MR be whether MR that indoor telephone traffic produces judge time, because the total amount of MR is more, the situation of the corresponding different trafficwise of different MR occurs also can be more, therefore, can be under some influence for the judgment accuracy being whether indoor telephone traffic, for this reason, in this step 102, the MR of collection is divided according to unit time, obtain multiple unit of analysis.

Distinguishingly, if it is not very long for setting duration described in step 101, as 1 minute, then in this step 102, the MR gathered in 1 minute can be considered as a unit of analysis, namely not divide.

Step 103: obtain a unit of analysis, judges whether the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces, if so, then performs step 104; Otherwise, perform step 106.

Whether the judgment mode in this step 103 can be can be the mode that MR that indoor telephone traffic produces judges to MR arbitrarily, as: carry out judging, perform according to traffic that the type of terminal carries out judging, carrying out judging, judging etc. according to cell change rate according to the positional distance of indoor cell and outdoor cell according to the downlink signal levels intensity (RxlevNCell) of community, subsequent embodiment will be described in detail to often kind of judgment mode, repeat no more herein.

Except judging in the manner described above, the embodiment of the present invention is also not limited to other judgment modes, as physics and chemistry precision higher time, can the accurately geographical position of MR in decision analysis unit, can judge whether MR produces at interior of building in conjunction with building map, and then determine whether MR is that indoor telephone traffic produces.

Step 104: the main plot determining each bar MR in this unit of analysis is indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

Owing to having determined that MR is that indoor telephone traffic produces in step 103, therefore, if the main plot of a certain MR is indoor cell, represent that traffic is by indoor cell normal absorption; If the main plot of a certain MR is outdoor cell, represents and to be absorbed by outdoor cell at the traffic of indoor generation, occurred that the traffic of indoor cell leaks state.

Step 105: trafficwise corresponding to statistics is the MR quantity of the traffic normal absorption of indoor cell, and the trafficwise of correspondence is the MR quantity that the traffic of indoor cell leaks.

The statistics of this step 105 can be used for follow-up indoor telephone traffic amount and the estimation of indoor telephone traffic absorptivity.

Step 106: judge whether unit of analysis untreated in addition, if having, then jump to step 103, otherwise, terminate the deterministic process of this indoor telephone traffic state.

By the scheme of the embodiment of the present invention one, can trafficwise corresponding to each bar MR gathered accurately be judged, for Evaluation Room internal traffic and indoor telephone traffic absorptivity ready.

Below each step of the embodiment of the present invention one is described in detail:

The mode divided MR in the step 102 of the present embodiment one includes but not limited to following two kinds:

The first dividing mode: the MR of collection is divided into a unit of analysis, namely the MR gathered is not divided, the all MR gathered are considered as the MR in a unit of analysis, whether be that the MR that indoor telephone traffic produces judges to the MR in this unit of analysis more in step 103, this situation is applicable to the shorter situation of setting time length ratio in a step 101.Such as, in a step 101, the MR gathered is the MR produced in whole durations 1 minute of a traffic, because the time length ratio of 1 minute is shorter, the trafficwise change that each MR within this minute is corresponding can not be huge especially, obvious impact can not be caused on the judgment accuracy of indoor telephone traffic, therefore, all MR gathered can be considered as the MR in a unit of analysis.

The second dividing mode: by the MR of collection temporally length be divided at least two unit of analysis, owing to will be whether that the MR that indoor telephone traffic produces judges to the MR in each unit of analysis in step 103, therefore, require that the MR be divided in same unit of analysis is the MR that same traffic produces, and because traffic performs, the MR of terminal to report is upper stabs (be namely with and get field ready if having time) if having time, therefore, can determine according to the timestamp on MR that the time span between the MR that produces the earliest in same unit of analysis and the MR produced the latest is described unit time.Such as, to acquire in 10 minutes the MR that twice traffic produces in a step 101, if unit time is 1 minute, then in this step 102, the MR of collection can be divided into 20 unit of analysis, wherein, have the MR in 10 unit of analysis to be the MR that traffic 1 produces, MR in other 10 unit of analysis is the MR that traffic 2 produces, and contains some the MR that 1 traffic produced in 1 minute in each unit of analysis.

Described unit time can be the time constant being not more than described setting duration, as 1 minute; Also can be self-defining time span by other means, citing be below illustrated:

Example 1: in step 103 to MR be whether MR that indoor telephone traffic produces judge time, the MR that meets decision condition if exist, then will comprise one section of duration of the timestamp of this MR as described unit time.Supposing that MR_1 is the MR meeting decision condition, then can the timestamp of MR_1 be benchmark, using first 30 seconds and latter 30 seconds at interior 1 minute as described unit time.

Example 2: in step 103 to MR be whether MR that indoor telephone traffic produces judge time, if there are two (or more than two) MR to meet decision condition, then can using the time span between the timestamp of two MR as described unit time.Suppose that MR_1 and MR_2 is the MR that nearest two of time gap meet decision condition, then can using the time period between MR_1 and MR_2 as described unit time.

Example 3: after incorporation engineering parameter list determines the main plot of MR, determine timestamp continuous print further and the MR being main plot with same community, using the MR(produced the earliest in the continuous N R determined and timestamp MR the earliest) and the MR(that produces the latest and timestamp MR the latest) between time span as described unit time.Such as, Dou Shi community, the main plot A of timestamp continuous print MR_1, MR_2, MR_3, then can using the time span between MR_1 and MR_3 as unit time.

In the step 103 of the present embodiment one, whether the MR in discriminatory analysis unit is that the mode of the MR that indoor telephone traffic produces is described by following 4 examples.

Example 1: judge according to the descending level intensity of community.

In the traffic process of reality, the downstream signal of indoor cell covers the level intensity of outdoor area generally can not be too high, even if there is the situation that signal leaks, the level intensity of its downstream signal leaked is also lower, therefore, if the level intensity of the downstream signal that the indoor cell in the main plot of MR or adjacent cell is detected is stronger, then the traffic corresponding to this MR very likely occurs in indoor.Otherwise if the level intensity of downstream signal that the indoor cell in the main plot of MR or adjacent cell is detected is very weak, then the traffic corresponding to this MR very likely occurs in outdoor.

In view of this, whether the MR that can come in discriminatory analysis unit according to the descending level intensity of community is the MR that indoor telephone traffic produces, and concrete execution flow process as shown in Figure 5, comprises the following steps:

Steps A 1: determine the main plot of each MR in unit of analysis and the CI(cell identifier of adjacent cell), for identifying in subsequent step and distinguishing each community.

Steps A 2: determine that in unit of analysis, main plot is the MR of outdoor cell.

Whether steps A 3: judge in the MR determined, exist at least one MR and meet: there is indoor cell in adjacent cell, and the downlink signal levels intensity of this indoor cell is greater than the first threshold value;

If so, then determine that this traffic occurs in indoor, the MR in this unit of analysis is the MR that indoor telephone traffic produces; Otherwise, continue to perform steps A 4.

In this steps A 3, when determining that the MR in unit of analysis is the MR of indoor telephone traffic generation, can step 104 be jumped to, successively the trafficwise of each bar MR in unit of analysis be analyzed.

Whether steps A 4: judge in the MR determined, exist at least one MR and meet: there is indoor cell in adjacent cell, and the downlink signal levels intensity of this indoor cell is less than the second threshold value;

If so, then determine that this traffic occurs in outdoor, the MR in this unit of analysis is the MR that outdoor traffic produces.

Described second threshold value is less than described first threshold value, in order to make result of determination more accurate, can arrange the second threshold value much smaller than the first threshold value, if the second threshold value is the half of the first threshold value.The size of described first threshold value and the second threshold value is not by the impact of " first ", " second " two words, and " first ", " second " are for distinguishing threshold value.

In the scheme of this steps A 4, if the adjacent cell of a certain MR is indoor cell, and the downlink signal levels intensity of this indoor cell is weak, represents that other MR in this MR and same unit of analysis are MR that outdoor traffic produces; The MR that main plot is indoor cell if now exist, then the trafficwise that this MR is corresponding is very likely that indoor cell signal leaks.

In order to the trafficwise that cell signal in Data Analyzing Room leaks, the step 104 arranged side by side with step 104 can be increased in the scheme of the embodiment of the present invention one ^/, when the MR determined in unit of analysis is the MR of outdoor traffic generation, can step 104 be jumped to by this steps A 4 ^/, 104 ^/the main plot of the middle each bar MR determined in this unit of analysis is indoor cell or outdoor cell; if indoor cell; then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks, if outdoor cell, then determine that this MR is that the normal traffic of outdoor cell produces.

In execution step 104 ^/after, when continuing to perform step 105, and increase the operation that trafficwise corresponding to statistics is the MR quantity that the signal of indoor cell leaks in step 105.

Example 2: the type performing terminal according to traffic judges.

In the traffic process of reality, the terminal of usual data card type is all in indoor use, that is: the traffic of usage data card terminal occurs in indoor mostly, and therefore, the type that can perform terminal according to traffic judges whether traffic occurs in indoor.

In view of this, whether the MR that the type that can perform terminal according to traffic is come in discriminatory analysis unit is the MR that indoor telephone traffic produces, and concrete execution flow process as shown in Figure 6, comprises the following steps:

Step B1: analyze the timestamp of MR in unit of analysis, determines the time period between the MR that produces the earliest in the MR in unit of analysis and the MR produced the latest.

Step B2: obtain the CHR(Call History Record produced within the described time period, call history).

That step B2 obtains is the CHR produced in same time with the MR in unit of analysis.

Step B3: find out the CHR that content in CALL id field is identical with the MR in this unit of analysis from the CHR obtained.

This step B3 utilizes the total field CALL ID of MR and CHR to splice, and finds out and the CHR of the MR in unit of analysis for same traffic from many CHR obtained.Because the MR in unit of analysis is the MR that same traffic produces, the content of each MR in CALL id field is identical, and therefore, CHR can carry out the splicing of CALL id field with the arbitrary MR in unit of analysis.

Step B4: identify the mark that traffic performs terminal from the CHR found out.

In this step B4, the mark that traffic performs terminal can be IMEI(International Mobile Equipment Identity, International Mobile Equipment Identity code) the content of front 8 bits, also can be that other can determine that traffic performs the mark of terminal type.

Step B5: find out the type that traffic corresponding to described mark performs terminal from terminal type storehouse, and when the type found out is data card type, determine that the MR in unit of analysis is the MR that indoor telephone traffic produces.

In this step B5, by the mark determined in the IMEI TAC fields match step B4 in terminal type storehouse, after the match is successful, can perform the type information of terminal according to the content determination traffic in the UE_MODEL field in Output rusults.If the content in UE_MODEL field is phone, then represent that the type of this traffic execution terminal is mobile phone; If the content in UE_MODEL field is datacard, then represent that the type of this traffic execution terminal is data card.

In this step B5, when determining that the MR in unit of analysis is the MR of indoor telephone traffic generation, can step 104 be jumped to, successively the trafficwise of each bar MR in unit of analysis be analyzed.

Example 3: judge according to the positional distance of indoor cell and outdoor cell.

In the traffic process of reality, the many construction in indoor cell are in dense city, the station spacing of indoor cell and outdoor cell is generally no more than 1km, but indoor high-rise traffic likely can be absorbed by distant outdoor cell, therefore, when there is indoor cell and outdoor cell in the main plot and adjacent cell of a certain MR, if the distance between indoor cell and at least one outdoor cell is excessive, then represent that this MR is very likely the MR that the indoor telephone traffic in skyscraper produces.

In view of this, whether the MR that can come in discriminatory analysis unit according to the positional distance of indoor cell and outdoor cell is the MR that indoor telephone traffic produces, and specifically performs flow process as shown in Figure 7, comprises the following steps:

Step C1: determine the main plot of each MR and the CI of adjacent cell in unit of analysis.

Step C2: incorporation engineering parameter list, determines that the main plot of each MR in unit of analysis and adjacent cell are indoor cell or outdoor cell.

Step C3: according to the CI of MR main plot and adjacent cell, search engineering parameter table, determine the positional information of main plot and adjacent cell.

In this step C3, by searching the longitude and latitude field of engineering parameter table, determine the latitude and longitude information of community.

Step C4: to determine main plot and adjacent cell the MR that not only there is indoor cell but also there is outdoor cell in unit of analysis.

Suppose in MR, have 1 main plot and 6 adjacent cells, then, when not only there is indoor cell but also there is outdoor cell in these 7 communities, determine that this MR is the MR meeting this step C4.

Step C5: the arbitrary MR obtained for step C4, according to the positional information of its main plot and adjacent cell, the distance of indoor cell and each outdoor cell respectively.

Step C6: if the distance existed between indoor cell and at least one outdoor cell is greater than the MR of the 3rd threshold value, then determine that the MR in unit of analysis is the MR that indoor telephone traffic produces.

Such as, the main plot of the MR_1 in unit of analysis and 1 adjacent cell are indoor cell, 5 adjacent cells are outdoor cell, then calculate the distance between main plot and 5 outdoor cell respectively, and as the distance between the indoor cell of adjacent cell and 5 outdoor cell, when the distance that there is at least one indoor cell and outdoor cell is greater than the 3rd threshold value, can be considered that this MR is the MR that indoor high-rise traffic produces, therefore, the MR in this MR place unit of analysis is the MR that indoor telephone traffic produces.

The 3rd threshold value related in this step C6 does not associate with the second threshold value with the first threshold value in example 1, distinguishes the threshold value involved by different step by " first ", " second ", " the 3rd ".

In this step C6, when determining that the MR in unit of analysis is the MR of indoor telephone traffic generation, can step 104 be jumped to, successively the trafficwise of each bar MR in unit of analysis be analyzed.

Example 4: judge according to cell change rate.

In the traffic process of reality, if user is when indoor moving, can receive the cell signal of limited quantity, the number of cells namely occurred in main plot and adjacent cell in MR is limited; If user moves in outdoor, the cell signal of a greater number can be received and change very fast, therefore, can judge that user is in indoor or outdoor in traffic implementation according to the rate of change of main plot and adjacent cell in adjacent two MR of unit of analysis.

In view of this, whether can be the MR that indoor telephone traffic produces according to the MR in cell change Shuai Lai discriminatory analysis unit, concrete execution flow process if as shown in Figure 8, comprising the following steps:

Step D1: determine the main plot of each MR and the CI of adjacent cell in unit of analysis.

Step D2: according to the sequencing of timestamp, the respectively adjacent main plot of two MR and the rate of change of adjacent cell in computational analysis unit.

The concrete account form of this step D2 is:

First, for main plot and the adjacent cell of previous MR in adjacent two MR, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community.Here community can be identified with the CI of community, and the CI of recording cell.

By the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

Such as, MR_1 and MR_2 is two adjacent MR, have recorded 1 main plot and 6 adjacent cells in each MR, and be that weighted value is given in each community, wherein: main plot weighted value is 1, front 3 adjacent cell weighted values are 0.8, and rear 3 adjacent cell weighted values are 0.6, and the weighted value sum of main plot and all adjacent cells is 1+3*0.8+3*0.6=5.2.

If the main plot of MR_1, the 1st, 3 adjacent cell and the 6th adjacent cell are neither the main plot of MR_2 neither the adjacent cell of MR_2, then record the weighted value sum of the main plot of MR_1, the 1st, 3 adjacent cell and the 6th adjacent cell: 1+2*0.8+0.6=3.2.

Between MR_1 and MR_2, the rate of change of main plot and adjacent cell is: 3.2/5.2=0.615.

Step D3: the summation determining the rate of change calculated.

5 MR are had in what-if unit, after execution step D2,4 rates of change (rate of change between the rate of change between the rate of change between the rate of change between MR_1 and MR_2, MR_2 and MR_3, MR_3 and MR_4, MR_4 and MR_5) will be obtained, these 4 rates of change are added, obtain the rate of change summation in this step D3.

Step D4: following 1) and 2) in arbitrary when meeting, determine that the MR in unit of analysis is the MR that indoor telephone traffic produces, if 1) and 2) do not meet, then execution step D5.

1), the summation of described rate of change is less than the 4th threshold value.

2), in the MR in unit of analysis, the appearance ratio that there is the MR of indoor cell in main plot and adjacent cell is greater than the 5th threshold value.If when the ratio that indoor cell occurs in the main plot and adjacent cell of MR is large, a series of MR in expression unit of analysis are that the possibility of the MR that indoor telephone traffic produces is also larger.In order to ensure the accuracy judged, can the 5th threshold value be arranged larger, as 80%.

In this step D4, when determining that the MR in unit of analysis is the MR of indoor telephone traffic generation, can step 104 be jumped to, successively the trafficwise of each bar MR in unit of analysis be analyzed.

Step D5: following 3) and 4) in arbitrary when meeting, the MR determining in unit of analysis is room is the MR that its traffic produces.

3), the summation of described rate of change is greater than the 6th threshold value.

Described 6th threshold value is greater than the 5th threshold value, for making judged result more accurate, can arrange much larger than the 5th threshold value by the 6th threshold value, if the 5th threshold value is 1/3 of the 6th threshold value.

4), in the MR, in unit of analysis, the appearance ratio that there is the MR of indoor cell in main plot and adjacent cell is less than the 7th threshold value.If when the ratio that indoor cell occurs in the main plot and adjacent cell of MR is less, a series of MR in expression unit of analysis are that the possibility of the MR that outdoor traffic produces is larger.In order to ensure the accuracy judged, can the 7th threshold value be arranged less, as 20%.

The 4th threshold value in this example 4, the 5th threshold value, between the 6th threshold value and the 7th threshold value, there is no incidence relation, simultaneously and the first threshold value related in example 1 and example 3, the second threshold value, also there is no incidence relation between the 3rd threshold value, " first " to " the 7th " is for distinguishing each threshold value.

In the scheme of this step D5, when the MR in unit of analysis is the MR that outdoor traffic produces, if the main plot that now there is a certain MR is the situation of indoor cell, then very likely there is the situation that indoor cell signal leaks in this MR.

In order to the trafficwise that cell signal in Data Analyzing Room leaks; the step 104/ arranged side by side with step 104 can be increased in the scheme of the embodiment of the present invention one; when the MR determined in unit of analysis by this step D5 is the MR of outdoor traffic generation; step 104/ can be jumped to; the main plot determining each bar MR in this unit of analysis in 104/ is indoor cell or outdoor cell; if indoor cell; then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks; if outdoor cell, then this MR is the MR of the normal traffic generation of outdoor cell.

After execution step 104/, continue to perform step 105, the operation that trafficwise corresponding to meter is the MR quantity that the signal of indoor cell leaks can be increased in step 105.

In the step 103 of the present embodiment one, the arbitrary judgment mode shown in example 1 to example 4 can be adopted mode that whether MR in discriminatory analysis unit is the MR that indoor telephone traffic produces, also wherein at least two kinds of judgment modes can be adopted to judge, when adopting at least two kinds of modes to judge, parallel or serial scheme can be adopted, specifically describe as follows:

Parallel scheme refers to: adopt simultaneously wherein at least two kinds judge whether the MR come in common discriminatory analysis units is the MR that indoor telephone traffic produces.Such as, for unit of analysis 1, whether the MR in this unit of analysis 1 is the MR that indoor telephone traffic produces to adopt the mode in example 1 and the mode in example 2 to judge respectively.

Distinguishingly, time not identical according to example 1 and the judged result that the mode of example 2 obtains, as long as the judged result then having an example to obtain is the MR that indoor telephone traffic produces, just think that final judged result is also the MR that indoor telephone traffic produces.

Serial scheme refers to: select wherein at least two kinds of judgment modes successively, for a unit of analysis, if the MR in this unit of analysis determines it is the MR that indoor telephone traffic produces through the judgment mode that the first is selected, can not perform follow-up judgment mode; If this unit of analysis cannot determine whether it is the MR that indoor telephone traffic produces through the judgment mode that the first is selected, the judgment mode then continuing to select through the second judges, by that analogy, until determine that whether the MR in unit of analysis is the MR that indoor telephone traffic produces, or at least two kinds of judgment modes selected all judge complete.

After utilizing the scheme of embodiment one to determine the indoor telephone traffic state that each bar MR of collection is corresponding, indoor telephone traffic amount can be determined further, the present invention program includes but not limited to following two kinds of schemes determining indoor telephone traffic amount, is illustrated respectively by embodiment two and embodiment three.

Embodiment two:

In the present embodiment two, the time period size utilizing the MR quantity of corresponding identical trafficwise to reflect is to carry out the estimation of telephone traffic, as shown in Figure 9, for determining the method step schematic diagram of indoor telephone traffic amount in the embodiment of the present invention two, said method comprising the steps of:

Step 201: obtain the trafficwise that MR in a unit of analysis is corresponding, determine the MR of the identical trafficwise of continuous print at least two correspondences.

The trafficwise that MR is corresponding can be determined based on the statistics in the step 106 of embodiment one in this step 201.Such as: in a unit of analysis, have 10 MR, wherein: the trafficwise that these 7 continuous print MR of MR_1 ~ MR_7 are corresponding is the traffic normal absorption of indoor cell, then these 7 MR of MR_1 ~ MR_7 can be determined in this step 201.

Step 202: add up the time span between MR and the MR produced the latest produced the earliest in the MR determined.

Under normal circumstances, MR reports according to certain cycle or by event triggering, and with timestamp in MR, therefore, after determining MR_1 ~ MR_7 in step 201, the time span between MR_1 and MR_7 can be counted, i.e. the time duration of the traffic normal absorption of indoor cell.

Step 203: the described time span determined is converted to telephone traffic, obtains the telephone traffic under described trafficwise.

In this step 203, time span can be converted to telephone traffic, for speech business, call equals the telephone traffic of 1Erlang for 1 hour.Suppose that the MR_1 ~ MR_7 determined in step 201 is the MR under the traffic normal absorption state of speech business indoor cell, the time span of adding up between MR_1 and MR_7 is 1 minute in step 202., then determine that the telephone traffic of the traffic normal absorption of indoor cell is 1/60Erlang in this step.

Step 204: add up the telephone traffic under different trafficwise.

The scheme of the present embodiment two can be perform for each unit of analysis circulation, determining after the telephone traffic under some trafficwise for the content in the first unit of analysis, after again performing step 201 to step 203 for the second unit of analysis, the telephone traffic under identical trafficwise can be added up, after all process terminates when all unit of analysis, the telephone traffic under often kind of trafficwise can be counted.

Step 205: judge whether untreated unit of analysis in addition, if having, then jump to step 201; Otherwise, terminate the deterministic process of this indoor telephone traffic amount.

Embodiment three:

In the present embodiment three, utilize the telephone traffic information comprised in CHR corresponding to the MR of corresponding identical trafficwise to carry out the estimation of telephone traffic, as shown in Figure 10, for determining the method step schematic diagram of indoor telephone traffic amount in the embodiment of the present invention three, said method comprising the steps of:

Step 301: obtain the trafficwise that MR in a unit of analysis is corresponding, determine the MR of the identical trafficwise of continuous print at least two correspondences.

Step 302: add up the time period between MR and the MR produced the latest produced the earliest in the MR determined.

Step 303: obtain the CHR produced within the described time period.

Step 304: find out the CHR that content in CALL id field is identical with the described MR determined from the described CHR obtained.

This step 304 adopts the mode of CALL id field splicing to determine the CHR with MR adaptation.

Step 305: using the telephone traffic that comprises in the CHR found out as the telephone traffic under described trafficwise.

Owing to including the information such as telephone traffic of voice, data service in CHR, therefore, the telephone traffic that the telephone traffic information in CHR reflects as the MR of adaptation can directly be read.

Step 306: add up the telephone traffic under different trafficwise.

Step 307: judge whether untreated unit of analysis in addition, if having, then jump to step 301; Otherwise, terminate the deterministic process of this indoor telephone traffic amount.

In the scheme of the present embodiment two and embodiment three, be the time period utilizing MR corresponding carry out telephone traffic estimation, the scheme of the embodiment of the present invention four also propose a kind of with the quantity of MR for benchmark is to estimate indoor telephone traffic absorptivity.

Embodiment four:

The embodiment of the present invention four with the quantity of MR for benchmark, weigh the traffic normal absorption of indoor cell, the traffic of indoor cell leaks and the signal of indoor cell leaks under these three kinds of trafficwises telephone traffic, represent with the form of traffic absorptivity, as shown in figure 11, the method for the present embodiment four comprises the following steps:

Step 401: the first quantity determining the MR met the following conditions in each unit of analysis:

Corresponding trafficwise be indoor cell traffic normal absorption, have at least one common indoor cell to be main plot or indoor cell in adjacent cell.

Described first quantity is the telephone traffic of a certain indoor cell normal absorption.

Whether suppose to utilize the MR in these four kinds of mode serial discriminatory analysis units of example 1, example 2, example 3 and example 4 to be the MR that indoor telephone traffic produces in the scheme of embodiment one, then the first quantity determined for common indoor cell A in this step 401 is:

$\underset{n=1}{\overset{i}{\mathrm{\Σ}}}{x}_{1n}+x_{2n}+x_{3n}+x_{4n}$

Wherein: x _1nthe n-th unit of analysis that expression indoor cell A relates to is the MR quantity of the traffic normal absorption of indoor cell according to the trafficwise that the judgment mode of example 1 is determined; x _2nthe n-th unit of analysis that expression indoor cell A relates to is the MR quantity of the traffic normal absorption of indoor cell according to the trafficwise that the judgment mode of example 2 is determined; x _3nthe n-th unit of analysis that expression indoor cell A relates to is the MR quantity of the traffic normal absorption of indoor cell according to the trafficwise that the judgment mode of example 3 is determined; x _4nthe n-th unit of analysis that expression indoor cell A relates to is the MR quantity of the traffic normal absorption of indoor cell according to the trafficwise that the judgment mode of example 4 is determined; I divides the unit of analysis quantity obtained.

Step 402: the second quantity determining the MR met the following conditions in each unit of analysis:

Corresponding trafficwise is that the traffic of indoor cell leaks, has at least one common indoor cell to be main plot or indoor cell in adjacent cell.

Described second quantity is the outer discharge of a certain indoor cell traffic.

Whether still suppose to utilize the MR in these four kinds of mode serial discriminatory analysis units of example 1, example 2, example 3 and example 4 to be the MR that indoor telephone traffic produces in the scheme of embodiment one, then the second quantity determined for common indoor cell A in this step 402 is:

$\underset{n=1}{\overset{i}{\mathrm{\Σ}}}{x}_{1n}+x_{2n}+x_{3n}+x_{4n}$

Wherein: y _1nrepresent that the n-th unit of analysis that indoor cell A relates to is the MR quantity that indoor cell traffic leaks according to the trafficwise that the judgment mode of example 1 is determined; y _2nrepresent that the n-th unit of analysis that indoor cell A relates to is the MR quantity that indoor cell traffic leaks according to the trafficwise that the judgment mode of example 2 is determined; y _3nrepresent that the n-th unit of analysis that indoor cell A relates to is the MR quantity that indoor cell traffic leaks according to the trafficwise that the judgement-Shi of example 3 determines; y _4nrepresent that the n-th unit of analysis that indoor cell A relates to is the MR quantity that indoor cell traffic leaks according to the trafficwise that the judgment mode of example 4 is determined; I divides the unit of analysis quantity obtained.

Step 403: the 3rd quantity determining the MR met the following conditions in each unit of analysis.

Corresponding trafficwise is that the signal of indoor cell leaks, has at least one common indoor cell to be main plot or indoor cell in adjacent cell.

Described 3rd quantity be indoor cell signal leak absorb telephone traffic.

Owing to can determine that according to the scheme of example 1 and example 4 corresponding trafficwise is the MR that indoor cell signal leaks, therefore, whether utilize the MR in these four kinds of mode serial discriminatory analysis units of example 1, example 2, example 3 and example 4 to be the MR that indoor telephone traffic produces in the scheme of embodiment one, then the 3rd quantity determined for common indoor cell A in this step 403 is:

$\underset{n=1}{\overset{i}{\mathrm{\Σ}}}{z}_{1n}+z_{4n}$

Wherein: z _1nrepresent that the n-th unit of analysis that indoor cell A relates to is the MR quantity that indoor cell signal leaks according to the trafficwise that the judgment mode of example 1 is determined; z _4nrepresent that the n-th unit of analysis that indoor cell A relates to is the MR quantity that indoor cell signal leaks according to the trafficwise that the judgment mode of example 4 is determined; I divides the unit of analysis quantity obtained.

Above step 401 when determining the MR quantity for certain trafficwise, with a certain specific indoor cell for determining condition, can estimate the traffic absorptivity of this indoor cell to step 403 afterwards, and the uptake under different traffic.

Step 404: determine indoor cell traffic absorptivity according to following formula:

Indoor telephone traffic absorptivity=the first quantity/(the first quantity+the second quantity).

Step 405: determine that indoor cell traffic leaks rate according to following formula:

Indoor telephone traffic leaks rate=the second quantity/(the first quantity+the second quantity).

By the scheme of the embodiment of the present invention two, embodiment three and embodiment four, respectively for the traffic normal absorption of indoor cell, the traffic of indoor cell leaks and the signal of indoor cell leaks these three kinds of indoor telephone traffic states to carry out the estimation of telephone traffic and traffic uptake, make final assessment result accuracy higher, below for various embodiments of the present invention being applied in the test result obtained in actual evaluation process:

This evaluation process has carried out 144 voice telephone traffic by tester comprising under the indoor scenes such as residential quarter, market, hospital and Business Building, and record air time of these 144 voice telephone traffic, CALL ID and scene (indoor or is outdoor), so that contrast verification can be carried out with actual scene after obtaining estimated result.

Based on the MR stored in a certain BSC under GSM standard, acquire about 38000 MR altogether that above-mentioned 144 voice telephone traffic produce, after the scheme of the embodiment of the present invention one, embodiment two, embodiment three and embodiment four, the estimated result obtained and actual scene comparing result as shown in table 1:

Table 1

As can be seen from the comparing result of table 1, by the accuracy rate of the scheme evaluation indoor cell traffic absorbing state of the embodiment of the present invention more than 90%, the assessment result obtained can be indoor cell and optimizes construction and provide effective data supporting.

Embodiment five:

The embodiment of the present invention five describes a kind of equipment belonging to the determination indoor telephone traffic state under same inventive concept with embodiment one, as shown in figure 12, comprise: MR acquisition module 11, MR divide module 12, cell attribute determination module 13 and trafficwise determination module 14, wherein:

MR acquisition module 11 is for gathering in setting duration the measurement report MR that produces of traffic at least one times;

MR divides module 12 and is divided at least one unit of analysis for the described MR gathered by described MR acquisition module 11, wherein, have the main plot of at least one MR or adjacent cell to there is indoor cell in the MR that same traffic produces, and the MR in same unit of analysis is the MR that same traffic produces in unit time;

Cell attribute determination module 13, for obtaining the MR in each unit of analysis successively, determines whether the MR in each unit of analysis of acquisition is the MR that indoor telephone traffic produces;

Trafficwise determination module 14 for determine at described cell attribute determination module obtain unit of analysis in MR be indoor telephone traffic produce MR time, the main plot determining each bar MR in this unit of analysis is successively indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

With similar in embodiment one, described cell attribute determination module 13 includes but not limited to whether the MR determined in unit of analysis by the mode of following four kinds of examples is the MR that indoor telephone traffic produces:

Example 1,

When described cell attribute determination module 13 meets the following conditions specifically for there is at least one MR in the unit of analysis obtained, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is greater than the first threshold value.

Described cell attribute determination module 13 also for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be outdoor traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is less than the second threshold value, and described first threshold value is greater than described second threshold value;

Described trafficwise determination module 14 also for determine at described cell attribute determination module obtain unit of analysis in MR be outdoor traffic produce MR time, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

Example 2,

Described cell attribute determination module 13 is specifically for determining the time period in the MR in the unit of analysis that obtains between the MR that produces the earliest and the MR produced the latest, obtain the call history CHR produced within the described time period, and from the described CHR obtained, find out content in the traffic identification field CHR identical with the MR in this unit of analysis, and from the CHR found out, determine that this traffic performs the mark of terminal, and when determining this traffic according to described mark to perform the type of terminal being data card type, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces.

Example 3,

When described cell attribute determination module 13 meets the following conditions specifically for there is at least one MR in the unit of analysis obtained, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

There is indoor cell and outdoor cell in the main plot of MR and adjacent cell, and the distance between at least one indoor cell and outdoor cell is greater than the 3rd threshold value.

Example 4,

Below described cell attribute determination module 13 meets specifically for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is less than the 4th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is greater than the 5th threshold value.

Particularly, described cell attribute determination module 13 is for for the main plot of previous MR in adjacent two MR and adjacent cell, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community, and by the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

Below described cell attribute determination module 13 also meets for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is greater than the 6th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is less than the 7th threshold value;

Described trafficwise determination module 14 also for determine at described cell attribute determination module obtain unit of analysis in MR be outdoor traffic produce MR time, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

The present embodiment five is the concise and to the point descriptions to determining the equipment of indoor telephone traffic state each logic module content, and the logic module described in the present embodiment five has the function realizing embodiment one scheme, repeats no more herein.

Embodiment six:

The embodiment of the present invention six also illustrates a kind of equipment belonging to the determination indoor telephone traffic state under same inventive concept with embodiment one, as shown in figure 13, comprising: collector 21, selector 22 and processor 23, wherein:

Collector 21 is for gathering in setting duration the measurement report MR that produces of traffic at least one times;

Selector 22 is divided at least one unit of analysis for the described MR gathered by described collector 21, wherein, have the main plot of at least one MR or adjacent cell to there is indoor cell in the MR that same traffic produces, and the MR in same unit of analysis is the MR that same traffic produces in unit time;

Processor 23 is for obtaining the MR in each unit of analysis successively, determine whether the MR in each unit of analysis of acquisition is the MR that indoor telephone traffic produces, if, the main plot then determining each bar MR in this unit of analysis is successively indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

With similar in embodiment one, described processor 23 includes but not limited to whether the MR determined in unit of analysis by the mode of following four kinds of examples is the MR that indoor telephone traffic produces:

Example 1,

When described processor 23 meets the following conditions specifically for there is at least one MR in the unit of analysis obtained, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is greater than the first threshold value.

Described processor 23 also for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be outdoor traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is less than the second threshold value, and described first threshold value is greater than described second threshold value;

When determining that the MR in unit of analysis is the MR of outdoor traffic generation, described processor 23 is also for determining that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

Example 2,

Described processor 23 is specifically for determining the time period in the MR in the unit of analysis that obtains between the MR that produces the earliest and the MR produced the latest, obtain the call history CHR produced within the described time period, and from the described CHR obtained, find out content in the traffic identification field CHR identical with the MR in this unit of analysis, and from the CHR found out, determine that this traffic performs the mark of terminal, and when determining this traffic according to described mark to perform the type of terminal being data card type, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces.

Example 3,

When described processor 23 meets the following conditions specifically for there is at least one MR in the unit of analysis obtained, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

There is indoor cell and outdoor cell in the main plot of MR and adjacent cell, and the distance between at least one indoor cell and outdoor cell is greater than the 3rd threshold value.

Example 4,

Below described processor 23 meets specifically for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is less than the 4th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is greater than the 5th threshold value.

Particularly, described processor 23 is for for the main plot of previous MR in adjacent two MR and adjacent cell, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community, and by the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

Below described processor 23 also meets for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is greater than the 6th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is less than the 7th threshold value;

When determining that the MR in unit of analysis is the MR of outdoor traffic generation, processor 23 is also for determining that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

The present embodiment six is the concise and to the point descriptions to the equipment components content determining indoor telephone traffic state, and each parts described in the present embodiment six have the function realizing embodiment one scheme, repeat no more herein.

Embodiment seven:

The embodiment of the present invention seven describes a kind of equipment belonging to the determination indoor telephone traffic amount under same inventive concept with embodiment two, as shown in figure 14, comprising: MR determination module 31, duration determination module 32 and telephone traffic determination module 33, wherein:

MR determination module 31, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Duration determination module 32 is for determining the time span between the MR that produces the earliest in the MR that described MR determination module 32 is determined and the MR produced the latest;

Telephone traffic determination module 33 is converted to telephone traffic for the described time span determined by described duration determination module 32, obtains the telephone traffic under described trafficwise.

The present embodiment seven is the concise and to the point descriptions to determining the equipment of indoor telephone traffic amount each logic module content, and each logic module described in the present embodiment seven has the function realizing embodiment two scheme, repeats no more herein.

Embodiment eight:

The embodiment of the present invention eight also illustrates a kind of equipment belonging to the determination indoor telephone traffic amount under same inventive concept with embodiment two, as shown in figure 15, comprising: processor 41, timer 42 and transducer 43, wherein:

Processor 41, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Timer 42 is for determining the time span between the MR that produces the earliest in the MR that described processor 41 is determined and the MR produced the latest;

Transducer 43 is converted to telephone traffic for the described time span determined by timer time described 42, obtains the telephone traffic under described trafficwise.

The present embodiment eight is the concise and to the point descriptions to the equipment components content determining indoor telephone traffic amount, and each parts described in the present embodiment eight have the function realizing embodiment two scheme, repeat no more herein.

Embodiment nine:

The embodiment of the present invention nine describes a kind of equipment belonging to the determination indoor telephone traffic amount under same inventive concept with embodiment three, as shown in figure 16, comprise: MR determination module 51, duration determination module 52, CHR determination module 53 and telephone traffic determination module 54, wherein:

MR determination module 51, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Duration determination module 52 is for determining the time period between the MR that produces the earliest in the MR that described MR determination module 51 is determined and the MR produced the latest;

CHR determination module 53 for obtaining the call history CHR produced in described time period of determining at described duration determination module 52, and finds out content in the traffic identification field CHR identical with the described MR determined from the described CHR obtained;

Telephone traffic determination module 54 for the telephone traffic that comprises in content that described CHR determination module 53 the is determined CHR identical with the described MR determined as the telephone traffic under described trafficwise.

The present embodiment nine is the concise and to the point descriptions to determining the equipment of indoor telephone traffic amount each logic module content, and each logic module described in the present embodiment nine has the function realizing embodiment three scheme, repeats no more herein.

Embodiment ten:

The embodiment of the present invention ten also illustrates a kind of equipment belonging to the determination indoor telephone traffic amount under same inventive concept with embodiment three, as shown in figure 17, comprising: processor 61, timer 62, comparator 63 and reader 64, wherein:

Processor 61, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Timer 62 is for determining the time period between the MR that produces the earliest in the MR that described processor 61 is determined and the MR produced the latest;

Comparator 63 for obtaining the call history CHR produced in described time period of determining at described timer 62, and finds out content in the traffic identification field CHR identical with the described MR determined from the described CHR obtained;

Reader 64 for the telephone traffic that comprises in content that described comparator 63 the is determined CHR identical with the described MR determined as the telephone traffic under described trafficwise.

The present embodiment ten is the concise and to the point descriptions to the equipment components content determining indoor telephone traffic amount, and each parts described in the present embodiment ten have the function realizing embodiment three scheme, repeat no more herein.

Those skilled in the art should understand, the embodiment of the application can be provided as method, system or computer program.Therefore, the application can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the application can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code.

The application describes with reference to according to the flow chart of the method for the embodiment of the present application, equipment (system) and computer program and/or block diagram.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can being provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computer or other programmable data processing device produce device for realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.

These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for the step realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.

Although described the preferred embodiment of the application, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the application's scope.

Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims (20)

1. determine a method for indoor telephone traffic state, it is characterized in that, comprising:

To gather in setting duration the measurement report MR that produces of traffic at least one times, and the described MR gathered is divided at least one unit of analysis, wherein, have the main plot of at least one MR or adjacent cell to there is indoor cell in the MR that same traffic produces, and the MR in same unit of analysis is the MR that same traffic produces in unit time;

Obtain the MR in each unit of analysis successively, perform following operation for the MR in each unit of analysis obtained:

When determining that the MR in the unit of analysis obtained is the MR of indoor telephone traffic generation, the main plot determining each bar MR in this unit of analysis is successively indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

2. determine the method for indoor telephone traffic state as claimed in claim 1, it is characterized in that, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is greater than the first threshold value.

3. determine the method for indoor telephone traffic state as claimed in claim 2, it is characterized in that, described method also comprises: judge that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces in the following manner:

Obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be outdoor traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is less than the second threshold value, and described first threshold value is greater than described second threshold value;

When determining that the MR in the unit of analysis obtained is the MR of outdoor traffic generation, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

4. determine the method for indoor telephone traffic state as claimed in claim 1, it is characterized in that, judge that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Determine the time period between the MR that produces the earliest and the MR produced the latest in the MR in the unit of analysis that obtains;

Obtain the call history CHR produced within the described time period;

From the described CHR obtained, find out the CHR that content in traffic identification field is identical with the MR in this unit of analysis, and from the CHR found out, determine the mark of this traffic execution terminal;

When determining this traffic according to described mark to perform the type of terminal being data card type, determine that the MR in the unit of analysis that obtains is the MR that indoor telephone traffic produces.

5. determine the method for indoor telephone traffic state as claimed in claim 1, it is characterized in that, judge that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

There is indoor cell and outdoor cell in the main plot of MR and adjacent cell, and the distance between at least one indoor cell and outdoor cell is greater than the 3rd threshold value.

6. determine the method for indoor telephone traffic state as claimed in claim 1, it is characterized in that, judge that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces in the following manner:

Below MR in the unit of analysis obtained meets during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is less than the 4th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is greater than the 5th threshold value.

7. determine the method for indoor telephone traffic state as claimed in claim 6, it is characterized in that, described method also comprises: judge that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces in the following manner:

Below MR in the unit of analysis obtained meets during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is greater than the 6th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is less than the 7th threshold value;

When determining that the MR in the unit of analysis obtained is the MR of outdoor traffic generation, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

8. the method for determination indoor telephone traffic state as claimed in claims 6 or 7, is characterized in that, determine the adjacent main plot of two MR and the rate of change of adjacent cell in the following manner:

For main plot and the adjacent cell of previous MR in adjacent two MR, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community;

By the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

9. the indoor telephone traffic state utilizing claim 1 to determine, to determine a method for indoor telephone traffic amount, is characterized in that, described method comprises:

From the measurement report MR in each unit of analysis, determine the MR of the identical trafficwise of continuous print at least two correspondences;

Determine the time span between the MR that produces the earliest in described MR and the MR produced the latest, and the described time span determined is converted to telephone traffic, obtain the telephone traffic under described trafficwise.

10. the indoor telephone traffic state utilizing claim 1 to determine, to determine a method for indoor telephone traffic amount, is characterized in that, described method comprises:

From the measurement report MR in each unit of analysis, determine the MR of the identical trafficwise of continuous print at least two correspondences;

According to the time period between the MR produced the earliest in the described MR determined and the MR produced the latest, obtain the call history CHR produced within the described time period;

The CHR that content in traffic identification field is identical with the described MR determined is found out from the described CHR obtained, and using the telephone traffic that comprises in the CHR found out as the telephone traffic under described trafficwise.

11. 1 kinds of equipment determining indoor telephone traffic state, it is characterized in that, described equipment comprises:

MR acquisition module, for gathering in setting duration the measurement report MR that produces of traffic at least one times;

MR divides module, for the described MR of described MR acquisition module collection is divided at least one unit of analysis, wherein, have the main plot of at least one MR or adjacent cell to there is indoor cell in the MR that same traffic produces, and the MR in same unit of analysis is the MR that same traffic produces in unit time;

Cell attribute determination module, for obtaining the MR in each unit of analysis successively, determines whether the MR in each unit of analysis of acquisition is the MR that indoor telephone traffic produces;

Trafficwise determination module, for determine at described cell attribute determination module obtain unit of analysis in MR be indoor telephone traffic produce MR time, the main plot determining each bar MR in this unit of analysis is successively indoor cell or outdoor cell, if indoor cell, then determine that trafficwise that this MR is corresponding is the traffic normal absorption of indoor cell, if outdoor cell, then determine that trafficwise that this MR is corresponding is that the traffic of indoor cell leaks.

12. equipment determining indoor telephone traffic state as claimed in claim 11, is characterized in that,

Described cell attribute determination module, specifically for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is greater than the first threshold value.

13. equipment determining indoor telephone traffic state as claimed in claim 12, is characterized in that,

Described cell attribute determination module, also for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be outdoor traffic produce MR:

The main plot of MR is outdoor cell, there is indoor cell in adjacent cell and the downlink signal levels intensity of this indoor cell is less than the second threshold value, and described first threshold value is greater than described second threshold value;

Described trafficwise determination module, also for determine at described cell attribute determination module obtain unit of analysis in MR be outdoor traffic produce MR time, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

14. equipment determining indoor telephone traffic state as claimed in claim 11, is characterized in that,

Described cell attribute determination module, specifically for determining the time period in the MR in the unit of analysis that obtains between the MR that produces the earliest and the MR produced the latest, obtain the call history CHR produced within the described time period, and from the described CHR obtained, find out content in the traffic identification field CHR identical with the MR in this unit of analysis, and from the CHR found out, determine that this traffic performs the mark of terminal, and when determining this traffic according to described mark to perform the type of terminal being data card type, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces.

15. equipment determining indoor telephone traffic state as claimed in claim 11, is characterized in that,

Described cell attribute determination module, specifically for obtain unit of analysis in exist at least one MR meet the following conditions time, determine obtain unit of analysis in MR be indoor telephone traffic produce MR:

There is indoor cell and outdoor cell in the main plot of MR and adjacent cell, and the distance between at least one indoor cell and outdoor cell is greater than the 3rd threshold value.

16. equipment determining indoor telephone traffic state as claimed in claim 11, is characterized in that,

Described cell attribute determination module, below meeting specifically for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that indoor telephone traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is less than the 4th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is greater than the 5th threshold value.

17. equipment determining indoor telephone traffic state as claimed in claim 16, is characterized in that,

Described cell attribute determination module, below also meeting for the MR in the unit of analysis obtained during arbitrary condition, determine that the MR in the unit of analysis of acquisition is the MR that outdoor traffic produces:

Determining that, in the MR in the unit of analysis obtained, after the main plot of adjacent two MR temporally arranged and the rate of change of adjacent cell, rate of change summation is greater than the 6th threshold value successively;

In MR in the unit of analysis obtained, the MR that there is indoor cell in main plot and adjacent cell occurs that ratio is less than the 7th threshold value;

Described trafficwise determination module, also for determine at described cell attribute determination module obtain unit of analysis in MR be outdoor traffic produce MR time, determine that the main plot of each bar MR in this unit of analysis is indoor cell or outdoor cell successively, if indoor cell, then determine that trafficwise that this MR is corresponding is that the signal of indoor cell leaks.

The equipment of 18. determination indoor telephone traffic states as described in claim 16 or 17, is characterized in that,

Described cell attribute determination module, specifically for for the main plot of previous MR in adjacent two MR and adjacent cell, determine that whether each community is main plot or the adjacent cell of a rear MR successively, if not, then record this community, and by the default weighted value sum of all communities of record and the ratio of default weighted value sum of the main plot of MR and all adjacent cells, as the adjacent main plot of two MR and the rate of change of adjacent cell.

19. 1 kinds of indoor telephone traffic states utilizing claim 11 to determine are to determine the equipment of indoor telephone traffic amount, and it is characterized in that, described equipment comprises:

MR determination module, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Duration determination module, for determining the time span between the MR that produces the earliest in the MR that described MR determination module is determined and the MR produced the latest;

Telephone traffic determination module, is converted to telephone traffic for the described time span determined by described duration determination module, obtains the telephone traffic under described trafficwise.

20. 1 kinds of indoor telephone traffic states utilizing claim 11 to determine are to determine the equipment of indoor telephone traffic amount, and it is characterized in that, described equipment comprises:

MR determination module, for from the measurement report MR in each unit of analysis, determines the MR of the identical trafficwise of continuous print at least two correspondences;

Duration determination module, for determining the time period between the MR that produces the earliest in the MR that described MR determination module is determined and the MR produced the latest;

CHR determination module, for obtaining the call history CHR produced in described time period of determining at described duration determination module, and finds out content in the traffic identification field CHR identical with the described MR determined from the described CHR obtained;

Telephone traffic determination module, the telephone traffic comprised in the CHR that the content for being determined by described CHR determination module is identical with the described MR determined is as the telephone traffic under described trafficwise.