CN103222305A

CN103222305A - Method and equipment for determining user equipment placed sector

Info

Publication number: CN103222305A
Application number: CN2012800025756A
Authority: CN
Inventors: 郭房富
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-11-16
Filing date: 2012-11-16
Publication date: 2013-07-24
Anticipated expiration: 2032-11-16
Also published as: WO2014075295A1

Abstract

The invention provides a method and equipment for determining user equipment placed sector, wherein, the method for determining UE placed sector comprises the following steps: obtaining a first channel quality characterization value of a first sector corresponding to UE; obtaining a second channel quality characterization value of a second sector corresponding to UE; obtaining a relative value of the first channel quality characterization value and the second quality characterization value, determining the sector where UE is positioned according to the relative value. The invention scheme is good for improving the accuracy for determining the sector where the UE belongs to.

Description

Determine the method and apparatus of subscriber equipment sector of living in

Technical field

The present invention relates to communication technical field, be specifically related to determine the method and the relevant device of subscriber equipment sector of living in.

Background technology

General three sectors of adopting of grand network traditional in the universal mobile telecommunications system systems such as (UMTS, Universal Mobile Telecommunication System) cover corresponding three different scrambling codes in three sectors.Along with increasing sharply of UMTS user, at some population close quarterses, the conventional grand network in 3 sectors has been difficult to meet consumers' demand.For further improving power system capacity, proposed various dilatation schemes in the industry, as taked overloading dilatation frequently, newly-increased site dilatation, transfer telephone traffic (for example increasing chamber substation etc.), demixing zone dilatation, sector splitting etc.Wherein, the sector splitting is sector of base station to be carried out splitting divide, and makes sector of base station quantity increase, and distributes more carrier wave, elevator system capacity in the sector coverage that increases.Yet splitting scheme in sector can be brought higher pilot pollution and increase soft switching overhead, and these two kinds of phenomenons all can reduce sector power system capacity that splitting brings and promote.

The adaptively selected scheme of the sector that proposes is at present mainly considered 1 sub-district is merged in a plurality of sectors in the industry, and the common signal channel that is about to a plurality of sectors merges, and Traffic Channel can be carried out independent transmission according to sky branch mode.Wherein,, therefore, there is not the problem of pilot pollution and frequent soft handover between a plurality of sectors, and can carries out the multiplexing and power of code word between a plurality of sector and share because a plurality of sectors belong to 1 sub-district, can the elevator system capacity.The prerequisite that the adaptively selected scheme of sector can effectively be implemented is, can accurately differentiate subscriber equipment (UE, User Equipment) sector that is belonged to transmits and receives with the elevator system capacity according to the adaptively selected respective sectors of court verdict then.

Yet, the present inventor finds, if it is wrong that the ownership sector of UE is differentiated, can cause causing the receptivity severe exacerbation of Traffic Channel owing to the mismatch of Traffic Channel and pilot channel, simultaneously, because the spatial reuse between the code word sector also can bring serious co-channel interference, thereby has a strong impact on telex network and power system capacity.

Summary of the invention

The embodiment of the invention provides method and the relevant device of determining UE sector of living in, in the hope of improving the accuracy that UE ownership sector is differentiated.

Embodiment of the invention first aspect provides the method for a kind of definite subscriber equipment sector of living in, comprising:

Obtain first sector, the first channel quality characterization value corresponding with described subscriber equipment, wherein, the described first channel quality characterization value is for reflecting the value of respective channel quality quality; Obtain second sector second channel quality token value corresponding with described subscriber equipment, wherein, described second channel quality token value is for reflecting the value of respective channel quality quality; Obtain the relative value of described first channel quality characterization value and second channel quality token value, determine the residing sector of described subscriber equipment according to described relative value.

Second aspect present invention provides a kind of subscriber equipment sector of living in to determine method, can comprise:

Obtain first sector, the first down channel quality characterization value corresponding and the first uplink signal-channel quality characterization value with described subscriber equipment, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality; Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with described subscriber equipment, wherein, the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality; The situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated the residing sector of described subscriber equipment; If the situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate described subscriber equipment and be in first sector or second sector, then, determine the residing sector of described subscriber equipment according to the situation of obtaining of the described first down channel quality characterization value and the second down channel quality characterization value.

Third aspect present invention provides a kind of access device, can comprise:

First acquiring unit, be used to obtain first sector, the first channel quality characterization value corresponding with described subscriber equipment, obtain second sector second channel quality token value corresponding with described subscriber equipment, wherein, the described first channel quality characterization value is for reflecting the value of respective channel quality quality, and described second channel quality token value is for reflecting the value of respective channel quality quality;

First determining unit is used to obtain the described first channel quality characterization value that described first acquiring unit gets access to and the relative value of second channel quality token value, determines the residing sector of described subscriber equipment according to described relative value.

Fourth aspect present invention provides a kind of access device, can comprise:

Second acquisition unit is used to obtain first sector, the first down channel quality characterization value corresponding with described subscriber equipment and the first uplink signal-channel quality characterization value; Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with described subscriber equipment, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality;

Estimation unit is used for estimating the residing sector of described subscriber equipment according to the situation of obtaining of described second acquisition unit to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value;

Second determining unit, be used for as if the obtain situation of described estimation unit according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate described subscriber equipment and be in first sector or second sector, then according to described second acquisition unit to the described first down channel quality characterization value with to the situation of obtaining of the described second down channel quality characterization value, determine the residing sector of described subscriber equipment.

Fifth aspect present invention provides a kind of access device, can comprise:

Processor and transceiver; Wherein, described transceiver is used to receive the upward signal that subscriber equipment sends, and/or, send downstream signal to subscriber equipment;

Wherein, described processor is used to obtain first sector, the first channel quality characterization value corresponding with described subscriber equipment; Obtain second sector second channel quality token value corresponding with described subscriber equipment; Obtain the relative value of described first channel quality characterization value and second channel quality token value, determine the residing sector of described subscriber equipment according to described relative value, wherein, the described first channel quality characterization value is for reflecting the value of respective channel quality quality, and described second channel quality token value is for reflecting the value of respective channel quality quality.

Sixth aspect present invention provides a kind of access device, comprising:

Wherein, described processor is used for, and obtains first sector, the first down channel quality characterization value corresponding with described subscriber equipment and the first uplink signal-channel quality characterization value; Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with described subscriber equipment; The situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated the residing sector of described subscriber equipment; If the situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate described subscriber equipment and be in first sector or second sector, then according to the situation of obtaining of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality.

The embodiment of the invention the 7th aspect also provides a kind of computer-readable storage medium,

Described computer-readable storage medium has program stored therein, and described program comprises the part or all of step as the method for above-mentioned definite UE sector of living in when carrying out.

Therefore, in a kind of embodiment that the embodiment of the invention provides, by obtaining first sector, the first channel quality characterization value corresponding with UE; Obtain second sector second channel quality token value corresponding with UE; Obtain the relative value (for example difference or ratio etc.) of the first channel quality characterization value and second channel quality token value, determine the residing sector of this UE according to relative value.Since comprehensive consideration the relative value relation of first sector and the second sector first channel quality characterization value corresponding with UE, so help determining more accurately the residing sector of UE, and then help the elevator system capacity.

In the another kind of technical scheme that the embodiment of the invention provides, by obtaining first sector and second sector uplink and downlink channel quality characterization value corresponding with UE; The situation of obtaining according to first sector and second sector uplink signal-channel quality characterization value corresponding with this UE is estimated this UE sector of living in; Be in first sector or second sector if estimate this UE, then further determine this UE sector of living in according to the situation of obtaining of first sector and second sector down channel quality characterization value corresponding with this UE.Owing to be to obtain situation in conjunction with uplink and downlink channel quality characterization value to determine the residing sector of UE, therefore help determining more accurately the residing sector of UE, and then help the elevator system capacity.

Description of drawings

In order to be illustrated more clearly in embodiment of the invention technical scheme, to do to introduce simply to the accompanying drawing of required use in embodiment and the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.

Fig. 1 is the schematic flow sheet of the method for a kind of definite UE sector of living in of providing of the embodiment of the invention;

Fig. 2 is the schematic flow sheet that another kind that the embodiment of the invention provides is determined the method for UE sector of living in;

Fig. 3 is the schematic flow sheet that another kind that the embodiment of the invention provides is determined the method for UE sector of living in;

Fig. 4 is the schematic flow sheet that another kind that the embodiment of the invention provides is determined the method for UE sector of living in;

Fig. 5 is the schematic flow sheet that another kind that the embodiment of the invention provides is determined the method for UE sector of living in;

Fig. 6 is the schematic flow sheet that another kind that the embodiment of the invention provides is determined the method for UE sector of living in;

Fig. 7 is the schematic flow sheet that another kind that the embodiment of the invention provides is determined the method for UE sector of living in;

Fig. 8 is the schematic diagram of a kind of access device of providing of the embodiment of the invention;

Fig. 9 is the schematic diagram of the another kind of access device that provides of the embodiment of the invention;

Figure 10 is the schematic diagram of the another kind of access device that provides of the embodiment of the invention;

Figure 11 is the schematic diagram of the another kind of access device that provides of the embodiment of the invention.

Embodiment

For make goal of the invention of the present invention, feature, advantage can be more obvious and understandable, below in conjunction with the accompanying drawing in the embodiment of the invention, technical scheme in the embodiment of the invention is clearly and completely described, obviously, the embodiments described below only are the present invention's part embodiment, but not whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making all other embodiment that obtained under the creative work prerequisite.

Term " first " in specification of the present invention and claims and the above-mentioned accompanying drawing, " second ", " the 3rd " " 4th " etc. (if existence) are to be used to distinguish similar object, and needn't be used to describe specific order or precedence.The data that should be appreciated that such use suitably can exchanged under the situation, so as embodiments of the invention described herein for example can with except diagram here or describe those order enforcement.In addition, term " comprises " and " having " and their any distortion, intention is to cover not exclusive comprising, for example, comprised those steps or unit that process, method, system, product or the equipment of series of steps or unit are not necessarily limited to clearly list, but can comprise clearly do not list or for these processes, method, product or equipment intrinsic other step or unit.

Below by specific embodiment, be described in detail respectively.

The present invention determines an embodiment of the method for UE sector of living in, can comprise: obtain first sector, the first channel quality characterization value corresponding with UE; Obtain second sector second channel quality token value corresponding with above-mentioned UE; Obtain the relative value of the first channel quality characterization value and second channel quality token value, determine the residing sector of above-mentioned UE according to above-mentioned relative value.

Referring to Fig. 1, one embodiment of the invention provides a kind of definite UE the method for sector of living in, can comprise following content:

101, obtain first sector, the first channel quality characterization value corresponding, obtain second sector second channel quality token value corresponding with above-mentioned UE with above-mentioned UE.

Wherein, first sector can be a sector, and second sector can be the one or more sectors that are different from first sector.First sector and second sector belong to same sub-district.Be understandable that having under the application scenes, the sector also can be referred to as wave beam.

In various embodiments of the present invention, alleged channel quality characterization value is the value that can reflect respective channel quality quality, the channel quality characterization value for example may be the filter value of certain channel quality parameter value or N channel quality parameter value etc., wherein, channel quality parameter is for reflecting the parameter of channel quality, and the channel quality parameter value is the measuring amount that can reflect the parameter of channel quality.For example, above-mentioned channel quality characterization value can comprise uplink signal-channel quality characterization value (for example filter value of uplink signal-channel quality parameter value or N uplink signal-channel quality parameter value etc.) and/or down channel quality characterization value (for example filter value of down channel quality parameter value or N down channel quality parameter value etc.), wherein, the uplink signal-channel quality parameter value can be the measuring amount of the parameter that can reflect uplink signal-channel quality, for example can be up dried signal to noise ratio, up chip energy value or other can reflect the measuring amount of the parameter of uplink signal-channel quality, therefore, certain sector (as first sector or second sector) uplink signal-channel quality parameter value corresponding with UE for example can be this sector up dried signal to noise ratio corresponding with UE, the measuring amount of the up chip energy value that this sector is corresponding with UE or the parameter of other uplink signal-channel quality that can reflect UE, wherein, big more expression uplink signal-channel quality is good more for some uplink signal-channel quality parameter value (as up dried signal to noise ratio or up chip energy value), and the more little expression uplink signal-channel quality of some uplink signal-channel quality parameter value is good more.In addition, the down channel quality parameter value is the measuring amount that can reflect the parameter of down channel quality, for example, can be private downlink pilot transmit power value (the descending pilot frequency transmission power level also can be described as private downlink sign indicating number transmission power level under some application scenarios), channel quality indicated value (channel quality indicated value may be reported by UE) or other can reflect the measuring amount of the parameter of down channel quality, therefore, the corresponding down channel quality parameter value in certain sector (as first sector or second sector) for example can be this sector private downlink pilot transmit power value corresponding with UE, this sector and UE corresponding channel quality indicated value or other can reflect the measuring amount of parameter of the down channel quality of UE, wherein, the big more expression uplink signal-channel quality of some down channel quality parameter value (as channel quality indicated value) is good more, and the more little expression uplink signal-channel quality of some uplink signal-channel quality parameter value (as descending pilot transmit power value) is good more.

In various embodiments of the present invention, certain sector (as first sector or second sector) uplink signal-channel quality characterization value corresponding with UE (as filter value of up channel quality parameter value or N uplink signal-channel quality parameter value etc.), can be regarded as is to receive the pairing uplink signal-channel quality characterization value of upward signal of UE or UE in this sector at the pairing uplink signal-channel quality parameter value of the upward signal of this sector transmission.And certain sector (as first sector or second sector) down channel quality characterization value corresponding (as filter value of descending channel quality parameter value or N down channel quality parameter value etc.) with UE, can be regarded as is the pairing down channel quality characterization value of launching to UE in this sector of downstream signal, or UE is at the pairing down channel quality characterization value of downstream signal of this sector reception.

In some embodiments of the invention, the mode of obtaining (as periodically obtaining and/or obtain) first sector and second sector and UE corresponding channel quality characterization value (as the filter value of channel quality parameter value or N channel quality parameter value etc.) under Event triggered can be diversified, different up/down channel quality characterization values, may adopt identical or different mode to obtain, for example, can receive first sector and second sector and this UE corresponding channel quality characterization value that UE reports, or obtain first sector and second sector uplink signal-channel quality characterization value corresponding with this UE according to the upward signal of UE emission.Again for example, can obtain first sector and second sector down channel quality characterization value corresponding according to downstream signal, or obtain first sector and the second sector up/down channel quality characterization value corresponding with UE according to other existing mode to the UE emission with this UE.

102, obtain the relative value of the first channel quality characterization value and second channel quality token value, determine the residing sector of above-mentioned UE according to this relative value.

Wherein, may adopt multiple implementation in actual applications, obtain the relative value of the first channel quality characterization value and second channel quality token value, and determine the residing sector of above-mentioned UE according to this relative value.

In some embodiments of the invention, if the first channel quality characterization value comprises the first uplink signal-channel quality characterization value, the second channel quality token value comprises the second uplink signal-channel quality characterization value; Then can obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that first relative value is satisfied.

In other embodiment of the present invention, if the first channel quality characterization value comprises the first down channel quality characterization value, the second channel quality token value comprises the second down channel quality characterization value; Then can obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

In other embodiment of the present invention, if the first channel quality characterization value comprises the first uplink signal-channel quality characterization value and the first down channel quality characterization value, the second channel quality token value comprises the second uplink signal-channel quality characterization value and the second down channel quality characterization value, then can obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate the residing sector of above-mentioned UE according to the rule that first relative value is satisfied, further, estimate above-mentioned UE as if the rule that is satisfied according to first relative value and be in first sector or second sector, obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

Be understandable that the above-mentioned relative value of mentioning (for example first relative value, second relative value) can have the multiple form of expression, for example can be difference, ratio or other can reflect the value of both magnitude relationship.For example first relative value can be the difference, ratio of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value or other can reflect the value of both magnitude relationship.Second relative value for example can be the difference, ratio of the first down channel quality characterization value and the second down channel quality characterization value or other can reflect the value of both magnitude relationship).Further, also can change mutually between the different method for expressing, for example, be converted to difference and represent when being when using, also can for example to be transformed on the dB territory on linear domain by taking the logarithm than value representation.

In some embodiments of the invention, can obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied by multiple possible mode.

For instance, first filter value can be deducted second filter value and obtain first difference, if first difference is more than or equal to first threshold, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises first filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of first filter value in first duration, getting access to, the second down channel quality characterization value comprises second filter value, when second sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of second filter value for getting access in first duration;

Perhaps, obtain the absolute value of the difference of the 3rd filter value and the 4th filter value, if above-mentioned absolute value is less than or equal to second threshold value, determine that above-mentioned UE is in the overlapping area of coverage of first sector and second sector, wherein, the first down channel quality characterization value comprises the 3rd filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of the 3rd filter value in second duration, getting access to, the second down channel quality characterization value comprises the 4th filter value, when second sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of the 4th filter value for getting access in second duration;

Perhaps, can be with the first down channel quality parameter value that in the 3rd duration, gets access to, deduct and in the 3rd duration, get access to the second down channel quality parameter value to obtain the 3rd difference, obtain the 5th filter value of the 3rd difference correspondence, if the 5th filter value is greater than or equal to the 3rd threshold value, when the big more expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, and the second down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the second sector independent transmission downstream signal;

Perhaps, can be with the first down channel quality parameter value that in the 4th duration, gets access to, deduct and in the 4th duration, get access to the second down channel quality parameter value to obtain the 4th difference, obtain the 6th filter value of the 4th difference correspondence, if the absolute value of the 6th filter value is less than or equal to the 4th threshold value, determine that then above-mentioned UE is in the overlapping area of coverage of first sector and second sector, wherein, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, and the second down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the second sector independent transmission downstream signal;

Perhaps, can with in the 5th duration, get access at the first down channel quality parameter value, deduct the second down channel quality parameter value that in the 5th duration, gets access to obtain the 5th difference, if the 5th difference is more than or equal to the 5th threshold value, when the big more expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, and the second down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the second sector independent transmission downstream signal;

Perhaps, can be with the first down channel quality parameter value that in the 6th duration, gets access to, deduct the second down channel quality parameter value that in the 6th duration, gets access to obtain the 6th difference, if the absolute value of the 6th difference is less than or equal to the 6th threshold value, determine that then above-mentioned UE is in the overlapping area of coverage of first sector and second sector, wherein, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, and the second down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the second sector independent transmission downstream signal;

Perhaps, can be with the first down channel quality parameter value that in the 7th duration, gets access to, subtract the second down channel quality parameter value that gets access in the 7th duration to obtain the 7th difference, if the 7th difference is more than or equal to the 7th threshold value, when the big more expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, determine then that when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, the second down channel quality parameter value is when first sector and second sector associating transmitting downstream signal, the down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, can be with the first down channel quality parameter value that in the 8th duration, gets access to, subtract the second down channel quality parameter value that gets access in the 8th duration to obtain the 8th difference, if the 8th difference is less than or equal to the 8th threshold value and more than or equal to the 9th threshold value, determine that then above-mentioned UE is in the overlapping area of coverage of first sector and second sector; Wherein, the 8th threshold value is less than or equal to the 7th threshold value, the 9th threshold value is less than the 8th threshold value, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, the second down channel quality parameter value is when first sector and second sector associating transmitting downstream signal, the down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, can be with the first down channel quality parameter value that in the 9th duration, gets access to, subtract the second down channel quality parameter value that gets access in the 9th duration to obtain the 9th difference, if the 9th difference is less than or equal to the tenth threshold value, then when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, perhaps, when the more little expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, wherein, the tenth threshold value is less than or equal to the 9th threshold value, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, the second down channel quality parameter value is when first sector and second sector associating transmitting downstream signal, the down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, the 7th filter value can be deducted the 8th filter value and obtain ten worst individuals or units's value, if ten worst individuals or units's value is more than or equal to the 11 threshold value, then when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises the 7th filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of the 7th filter value in the tenth duration, getting access to, wherein, the second down channel quality characterization value comprises the 8th filter value, the 8th filter value in the tenth duration, get access to when first sector and second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, the 9th filter value is subtracted the tenth filter value obtain the 11 difference, if the 11 difference is less than or equal to the 12 threshold value and more than or equal to the 13 threshold value, determine that then above-mentioned UE is in the overlapping area of coverage of first sector and second sector; Wherein, the 12 threshold value is less than or equal to the 11 threshold value, the 13 threshold value is less than the 12 threshold value, the first down channel quality characterization value comprises the 9th filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of the 9th filter value in the 11 duration, getting access to, wherein, the second down channel quality characterization value comprises the tenth filter value, the tenth filter value in the 11 duration, get access to when first sector and second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, the 11 filter value is deducted the 12 difference that the 12 filter value obtains, if the 12 difference is less than or equal to the 14 threshold value, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, perhaps, when the more little expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, wherein, the 14 threshold value is less than or equal to the 13 threshold value, the first down channel quality characterization value comprises the 11 filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of the 11 filter value in the 12 duration, getting access to, wherein, the second down channel quality characterization value comprises the 12 filter value, the 12 filter value in the 12 duration, get access to when first sector and second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, the first down channel quality parameter value that will in the 13 duration, get access to, subtract the second down channel quality parameter value that in the 13 duration, gets access to obtain the 13 difference, obtain the 13 filter value of the 13 difference correspondence, if the 13 filter value is more than or equal to the 15 threshold value, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, the second down channel quality parameter value is when first sector and second sector associating transmitting downstream signal, the down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, the first down channel quality parameter value that will in the 14 duration, get access to, deduct the second down channel quality parameter value that gets access in the 14 duration to obtain the 14 difference, obtain the 14 filter value of the 14 difference correspondence, if the 14 filter value is less than or equal to the 16 threshold value and more than or equal to the 17 threshold value, determine that then above-mentioned UE is in the overlapping area of coverage of first sector and second sector; Wherein the 16 threshold value is less than or equal to the 15 threshold value, the 17 threshold value is less than the 16 threshold value, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, the second down channel quality parameter value is when first sector and second sector associating transmitting downstream signal, the down channel quality parameter value that second sector is corresponding with above-mentioned UE;

Perhaps, the first down channel quality parameter value that will in the 15 duration, get access to, deduct the second down channel quality parameter value that gets access in the 15 duration to obtain the 15 difference, obtain the 15 filter value of the 15 difference correspondence, if the 15 filter value is less than or equal to the 18 threshold value, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, perhaps when the more little expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, wherein, the 18 threshold value is less than or equal to the 17 threshold value, the first down channel quality characterization value comprises the first down channel quality parameter value, the second channel quality token value comprises the second down channel quality parameter value, the first down channel quality parameter value is a down channel quality parameter value corresponding with above-mentioned UE when the first sector independent transmission downstream signal, the second down channel quality parameter value is when first sector and second sector associating transmitting downstream signal, the down channel quality parameter value that second sector is corresponding with above-mentioned UE.

In some embodiments of the invention, may be by multiple possible mode, obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine (or estimation) residing sector of above-mentioned UE according to the rule that first relative value is satisfied.

For instance, the 16 filter value can be deducted the 17 filter value and obtain the 16 difference, if the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, wherein, the first uplink signal-channel quality characterization value comprises the 16 filter value, first sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 16 filter value in the 16 duration, getting access to, the second uplink signal-channel quality characterization value comprises the 17 filter value, second sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 17 filter value for getting access in the 16 duration;

Perhaps, can obtain the absolute value of the difference of the 18 filter value and the 19 filter value, if this absolute value is less than or equal to the 20 threshold value, determine that then (or estimation) above-mentioned UE is in the overlapping area of coverage of first sector and second sector, wherein, the first uplink signal-channel quality characterization value comprises the 18 filter value, first sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 18 filter value in the 17 duration, getting access to, the second uplink signal-channel quality characterization value comprises the 19 filter value, second sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 19 filter value for getting access in the 17 duration;

Perhaps, the first uplink signal-channel quality parameter value that will in the 18 duration, get access to, deduct the second uplink signal-channel quality parameter value that gets access in the 18 duration to obtain the 18 difference, if the 18 difference is greater than or equal to the 21 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, above-mentioned uplink signal-channel quality characterization value comprises the uplink signal-channel quality parameter value; Wherein, the first uplink signal-channel quality characterization value comprises the first uplink signal-channel quality parameter value, and the second channel quality token value comprises the second uplink signal-channel quality parameter value;

Perhaps, the first uplink signal-channel quality parameter value that will in the 19 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 19 duration, gets access to obtain the 19 difference, if the absolute value of the 19 difference is less than or equal to the 22 threshold value, determine that then (or estimation) above-mentioned UE is in the overlapping area of coverage of first sector and second sector, wherein, the first uplink signal-channel quality characterization value comprises the first uplink signal-channel quality parameter value, and the second channel quality token value comprises the second uplink signal-channel quality parameter value;

Perhaps, the first uplink signal-channel quality parameter value that will in the 20 duration, get access to, subtract the second uplink signal-channel quality parameter value that in the 20 duration, gets access to obtain second ten worst individuals or units's value, obtain second ten worst individuals or units and be worth the 20 corresponding filter value, if the 20 filter value is greater than or equal to the 23 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, wherein, the first uplink signal-channel quality characterization value comprises the first uplink signal-channel quality parameter value, and the second channel quality token value comprises the second uplink signal-channel quality parameter value;

Perhaps, the first uplink signal-channel quality parameter value that will in the 21 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 21 duration, gets access to obtain the 21 difference, obtain the 21 filter value of the 21 difference correspondence, if the absolute value of the 21 filter value is less than or equal to the 24 threshold value, determine that then (or estimation) above-mentioned UE is in the overlapping area of coverage of first sector and second sector, the first uplink signal-channel quality characterization value comprises the first uplink signal-channel quality parameter value, and the second channel quality token value comprises the second uplink signal-channel quality parameter value.

Be understandable that, can determine also that in actual applications (or estimation) UE belongs to the sector, gives an example no longer one by one herein based on alternate manner.

Wherein, each filter value that various embodiments of the present invention relate to (as first filter value, second filter value or the 5th filter value etc.) can refer to average, alpha filter value or other filter value.Various embodiments of the present invention relate in the duration of setting, up (or descending) channel quality parameter value that first sector that gets access to is corresponding with UE, the difference of up (or descending) channel quality parameter value corresponding with second sector that gets access to and UE, can be understood as and be, in this sets duration, first sector up (or descending) channel quality parameter value corresponding that once gets access to arbitrarily with UE, the difference of up (or descending) channel quality parameter value corresponding with any second sector that once gets access to and UE.Perhaps also can be regarded as and be, in the duration of this setting, any first sector up (or descending) channel quality parameter value corresponding that once gets access to UE, with the last or obtain the difference of blanking time less than corresponding up (or descending) channel quality parameter value of second sector that once gets access to arbitrarily within the set point and UE, perhaps also can be regarded as and be, in the duration of this setting, any one up (or descending) channel quality parameter value that first sector that gets access to for the last time is corresponding with UE, the difference of up (or descending) channel quality parameter value corresponding with second sector that gets access to for the last time and UE perhaps also can meet logical course according to other and understand.For example, to in the 5th duration, get access at the first down channel quality parameter value, deduct the second down channel quality parameter value that in the 5th duration, gets access to obtain the 5th difference, can be understood as is in the 5th duration, the down channel quality parameter value corresponding with UE when the first sector independent transmission downstream signal that gets access to for the last time subtracts the down channel quality parameter value corresponding with this UE when the second sector independent transmission downstream signal that get access to for the last time to obtain the 5th difference; Perhaps also can be regarded as and be, in the 5th duration, the down channel quality parameter value corresponding with this UE when the first sector independent transmission downstream signal that once gets access to arbitrarily subtracts any down channel quality parameter value corresponding with this UE when the second sector independent transmission downstream signal that once gets access to obtain the 5th difference; Perhaps also can be regarded as and be, in the 5th duration, the down channel quality parameter value corresponding when the first sector independent transmission downstream signal that once gets access to arbitrarily with this UE, subtract the last time or the blanking time of obtaining less than the down channel quality parameter value corresponding when the second sector independent transmission downstream signal of once getting access to arbitrarily within the set point with this UE to obtain the 5th difference, perhaps also can meet logical course understanding according to other.Wherein, other situation is given unnecessary details by that analogy herein no longer one by one.

Be understandable that, in the above-mentioned execution mode for example, mainly be with difference with the first channel quality characterization value and second channel quality token value, carry out for example as the relative value of the first channel quality characterization value and second channel quality token value, for relative value is that ratio or other can reflect the situation of the value of both magnitude relationship, can give unnecessary details no longer one by one by that analogy herein.

The span of each duration of mentioning in embodiments of the present invention (as first duration, second duration or other duration) for example is [100 milliseconds, 500 milliseconds] or other definite as required suitable scope, wherein partly or entirely duration can equate or not wait that for example first duration and second duration can equate or not wait.Other suitable scope that each threshold value of mentioning (as first threshold, second threshold value or other threshold value) span for example can be [100 decibels～100 decibels] or determines as required, for example can be [3 decibels～15 decibels], if be not specifically noted, the part threshold value can equate or not wait that for example the first threshold and second threshold value can equate or not wait.Long period when long period or on-fixed fixedly time of above-mentioned pairing cycle of the periodicity of mentioning.

Be understandable that the such scheme of present embodiment can be on access device be specifically implemented, this access device for example can be in base station, base station controller, access point or the Access Network other and has the equipment of wireless access function.

Therefore, in the present embodiment by obtaining first sector, the first channel quality characterization value corresponding with UE; Obtain second sector second channel quality token value corresponding with UE; Obtain the relative value (for example difference or ratio etc.) of the first channel quality characterization value and second channel quality token value, determine the residing sector of this UE according to relative value.Since comprehensive consideration the relative value relation of first sector and the second sector first channel quality characterization value corresponding with UE, so help determining more accurately the residing sector of UE, and then help the elevator system capacity.

Further, if will be in first sector that the certain time length scope gets access to and second sector relative value of the uplink signal-channel quality characterization value corresponding with UE concern, the relative value relation of the down channel quality characterization value corresponding with first sector and second sector and UE is taken all factors into consideration, then help further improving the accuracy that the residing sector of UE is determined, and then help further elevator system capacity.In addition, duration and threshold value are rationally set, helped satisfying the requirement of under the different application scene UE sector of living in being determined accuracy according to different scenes.

The present invention determines another embodiment of the method for UE sector of living in, can comprise: obtain first sector, the first down channel quality characterization value corresponding with above-mentioned UE and the first uplink signal-channel quality characterization value; Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with above-mentioned UE; The situation of obtaining according to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated the residing sector of above-mentioned UE; If the situation of obtaining according to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate above-mentioned UE and be in first sector or second sector, then, determine the residing sector of above-mentioned UE according to the situation of obtaining of the first down channel quality characterization value and the second down channel quality characterization value.

Referring to Fig. 2, another embodiment of the present invention provides a kind of definite UE the method for sector of living in, can comprise following content:

201, obtain first sector, the first down channel quality characterization value corresponding and the first uplink signal-channel quality characterization value with above-mentioned UE.

202, obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with above-mentioned UE.

Wherein, first sector can be a sector, and second sector can be the one or more sectors that are different from first sector.First sector and second sector belong to same sub-district.Under some application scenarios, the sector also can be referred to as wave beam.

203, estimate the residing sector of above-mentioned UE according to the situation of obtaining of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value.

In actual applications, may adopt multiple implementation,, estimate the residing sector of this UE according to first sector and second sector the situation of obtaining to uplink signal-channel quality characterization value that should UE.Uplink signal-channel quality characterization value that can be corresponding with UE for example according to first sector that gets access to, with first relative value (as difference or ratio etc.) between second sector that gets access to and the corresponding uplink signal-channel quality characterization value of this UE, estimate the residing sector of this UE, for example can be according to (as what in the duration of certain setting, get access to) the first sector uplink signal-channel quality characterization value corresponding that gets access to UE, with (as what in the duration of certain setting, get access to) second sector that gets access to the rule that first relative value of uplink signal-channel quality characterization value that should UE is satisfied is estimated the residing sector of this UE.Again for instance, can estimate the residing sector of this UE according to whether getting access to first sector and second sector uplink signal-channel quality characterization value corresponding with UE, for example, if get access to (as in the duration of certain setting, getting access to) first sector uplink signal-channel quality characterization value corresponding with UE, but do not get access to (as in the duration of certain setting, not getting access to) second sector to uplink signal-channel quality characterization value that should UE, can estimate that then this UE is in first sector; Perhaps, if get access to (as in the duration of certain setting, getting access to) second sector uplink signal-channel quality characterization value corresponding with UE, but do not get access to (as in the duration of certain setting, not getting access to) first sector to uplink signal-channel quality characterization value that should UE, can estimate that then this UE is in second sector; Perhaps, if got access to (as in the duration of certain setting, getting access to) first sector and second sector uplink signal-channel quality characterization value corresponding, can estimate that then this UE is in the overlapping area of coverage of first sector and second sector with UE.If estimate the overlapping area of coverage that UE is in first sector and second sector, then can be no longer further determine according to the situation of obtaining of first sector and second sector down channel quality characterization value corresponding whether this UE is in the overlapping area of coverage of first sector and second sector, and can think directly whether UE is in the overlapping area of coverage of first sector and second sector with this UE.

In some embodiments of the invention, can obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate the residing sector of above-mentioned UE according to the rule that first relative value is satisfied by multiple possible mode.

Be appreciated that in actual applications also can come or estimation UE ownership sector, give an example no longer one by one herein based on other modes.

204, as if the situation of obtaining according to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate above-mentioned UE and be in first sector or second sector, then, determine the residing sector of above-mentioned UE according to the situation of obtaining of the first down channel quality characterization value and the second down channel quality characterization value.

In actual applications, may adopt multiple implementation,, determine the residing sector of this UE according to first sector and second sector the situation of obtaining to down channel quality characterization value that should UE.Down channel quality characterization value that can be corresponding with UE for example according to first sector that gets access to, with second relative value (as difference or ratio etc.) between second sector that gets access to and the corresponding down channel quality characterization value of this UE, determine the residing sector of this UE, for example can be according to (as what in the duration of certain setting, get access to) the first sector down channel quality characterization value corresponding that gets access to UE, with (as what in the duration of certain setting, get access to) second sector that gets access to the rule that second relative value of down channel quality characterization value that should UE is satisfied is determined the residing sector of this UE.Again for instance, can determine the residing sector of this UE according to whether getting access to first sector and second sector down channel quality characterization value corresponding with UE, for example, if get access to (as in the duration of certain setting, getting access to) first sector down channel quality characterization value corresponding with UE, but do not get access to (as in the duration of certain setting, not getting access to) second sector to down channel quality characterization value that should UE, can determine that then this UE is in first sector; Perhaps, if get access to (as in the duration of certain setting, getting access to) second sector down channel quality characterization value corresponding with UE, but do not get access to (as in the duration of certain setting, not getting access to) first sector to down channel quality characterization value that should UE, can determine that then this UE is in second sector; Perhaps, if got access to (as in the duration of certain setting, getting access to) first sector and second sector down channel quality characterization value corresponding, can determine that then this UE is in the overlapping area of coverage of first sector and second sector with UE.

In some embodiments of the invention, can obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied by multiple possible mode.For example can obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied according to the various possible execution mode of giving an example in the foregoing description.Embodiment can no longer specifically be given unnecessary details with reference to the associated description of the foregoing description herein.

Therefore, obtain first sector and second sector uplink and downlink channel quality characterization value corresponding in the present embodiment with UE; The situation of obtaining according to first sector and second sector uplink signal-channel quality characterization value corresponding with this UE is estimated this UE sector of living in; Be in first sector or second sector if estimate this UE, then further determine this UE sector of living in according to the situation of obtaining of first sector and second sector down channel quality characterization value corresponding with this UE.Owing to be to obtain situation in conjunction with uplink and downlink channel quality characterization value to determine the residing sector of UE, therefore help determining more accurately the residing sector of UE, and then help the elevator system capacity.

For ease of better understanding the technical scheme that the embodiment of the invention provides, be that example is introduced below by the execution mode under some concrete scenes.

In another embodiment of the present invention, access device is according to the every chip energy of the Ec(of the up UE that receives) information adjudicates.Because there is the uncertainty that moves in UE, therefore can periodically obtain the Ec information of UE, adjudicate to determine sector, the current place of UE.The court verdict of present embodiment scheme can be applicable to the up-downgoing channel simultaneously, and promptly the court verdict of present embodiment scheme can be applied to UE affiliated up sector and/or descending sector simultaneously.

Comprising two sectors (sector A1 and sector A2) with 1 sub-district below is example, but should mechanism comprise the scene of a sector arbitrarily applicable to 1 sub-district.Provide the another kind of method of determining UE sector of living in referring to Fig. 3, the embodiment of the invention, can comprise following content:

301, periodicity receives the Ec information of UE at sector A1 and sector A2;

302, judge first duration for example at duration T1() in, the filter value wf1 of the Ec correspondence of the UE that receives at sector A1, deduct the difference that the filter value wf2 of the user Ec correspondence that receives at sector A2 obtains, whether more than or equal to threshold value s1(such as first threshold)

If determine that then UE is in sector A1, returns step 302;

If not, execution in step 303 then;

Judge in duration T1 that 303, the filter value wf2 of the Ec correspondence of the UE that receives at sector A2 subtracts the difference that the filter value wf1 of the user Ec correspondence that receives at sector A1 obtains, whether greater than threshold value s1, if determine that then UE is in sector A2, and return step 302; If not, execution in step 304 then;

304, judge second duration for example at duration T2() in, the filter value wf2 of the Ec correspondence of the UE that receives at sector A2, the absolute value of the difference of the filter value wf1 corresponding with the user Ec that receives at sector A1 whether less than threshold value s2(as second threshold value), if, determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, and return step 302; If not, then return step 302.

Wherein, duration T1 can be set to identical or different with duration T2.Threshold value s1 can be set to identical or different with threshold value s2.

Be appreciated that, be to be example in the present embodiment to adjudicate based on the Ec information of UE, certainly under other application scenarios, also can adjudicate based on up dried signal to noise ratio (or other can reflect the measuring amount of the parameter of uplink signal-channel quality), give an example no longer one by one herein.

In another embodiment of the present invention, access device is adjudicated according to the private downlink pilot transmit power corresponding with UE that gets access to.Because there is the uncertainty that moves in UE, therefore can periodically obtains the private downlink pilot transmit power of UE and adjudicate to determine sector, the current place of UE.The court verdict of present embodiment scheme can be applicable to the up-downgoing channel simultaneously, and promptly the court verdict of present embodiment scheme can be applied to UE affiliated up sector and/or descending sector simultaneously.

Comprising two sectors (sector A1 and sector A2) with 1 sub-district below is example, but should mechanism comprise the scene of a sector arbitrarily applicable to 1 sub-district.Provide the another kind of method of determining UE sector of living in referring to Fig. 4, the embodiment of the invention, can comprise following content:

401, periodically obtain private downlink pilot transmit power corresponding with UE when sector A1 and sector A2 independent transmission downstream signal.

402, judge in duration T3, the private downlink pilot transmit power corresponding filter value wf3 corresponding when the A1 independent transmission downstream signal of sector that periodically gets access to UE, subtract the difference that the private downlink pilot transmit power corresponding filter value wf4 corresponding with UE obtains when the A2 independent transmission downstream signal of sector that periodically gets access to, whether greater than threshold value s3

If determine that then UE is in sector A2, returns step 402;

If not, execution in step 403 then.

403, judge in duration T3, the private downlink pilot transmit power corresponding filter value wf4 corresponding when the A2 independent transmission downstream signal of sector that periodically gets access to UE, subtract the difference that the private downlink pilot transmit power corresponding filter value wf3 corresponding with UE obtains when the A1 independent transmission downstream signal of sector that periodically gets access to, whether greater than threshold value s3;

If determine that then UE is in sector A1, returns step 402;

If not, execution in step 404 then;

404, judge in duration T4, the private downlink pilot transmit power corresponding filter value wf3 corresponding when the A1 independent transmission downstream signal of sector that periodically gets access to UE, with periodically get access to when the A2 independent transmission downstream signal of sector with the absolute value of the difference of the corresponding filter value wf4 of the corresponding private downlink pilot transmit power of UE, whether be less than or equal to threshold value s4;

If, determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, return step 402;

If not, then return step 402.

Wherein, duration T3 can be set to identical or different with duration T4.Threshold value s3 can be set to identical or different with threshold value s4.

Be appreciated that, be to be example in the present embodiment to adjudicate based on the private downlink pilot transmit power value of UE, certainly, under other application scenarios, also can adjudicate, give an example no longer one by one herein based on private downlink carrier frequency power value, private downlink sign indicating number transmission power level (or other can reflect the measuring amount of the parameter of down channel quality).

In another embodiment of the present invention, when access device was united the transmitting downstream signal according to the sector that gets access to, the private downlink pilot transmit power corresponding with UE adjudicated.Because there is the uncertainty that moves in UE, the private downlink pilot transmit power that therefore can periodically obtain UE carries out above-mentioned judgement, to determine sector, the current place of UE.The court verdict of present embodiment scheme can be applicable to the up-downgoing channel simultaneously, and promptly the court verdict of present embodiment scheme can be applied to UE affiliated up sector and/or descending sector simultaneously.

501, periodically obtain private downlink pilot transmit power corresponding with UE when the A1 independent transmission downstream signal of sector; Periodically obtain when sector A1 and sector 2 associating transmitting downstream signals, the A2 private downlink pilot transmit power corresponding with UE in sector is (under most application scenarioss, when sector A1 and sector 2 associating transmitting downstream signals, the private downlink pilot transmit power that sector A2 is corresponding with UE equals the sector A1 private downlink pilot transmit power corresponding with UE).

502, judge in duration T5, the private downlink pilot transmit power corresponding filter value wf5 corresponding when the A1 independent transmission downstream signal of sector that periodically gets access to UE, deduct periodically when sector A1 and sector 2 associating transmitting downstream signals, the difference that the filter value wf6 that the private downlink pilot transmit power that sector A2 is corresponding with UE is corresponding obtains, whether more than or equal to threshold value s5

If determine that then UE is in sector A2, returns step 502;

If not, execution in step 503 then;

503, judge in duration T6, the private downlink pilot transmit power corresponding filter value wf5 corresponding during the sector A1 independent transmission downstream signal that periodically gets access to UE, deduct periodically when sector A1 and sector 2 associating transmitting downstream signals, whether the difference that the filter value wf6 that the private downlink pilot transmit power that sector A2 is corresponding with UE is corresponding obtains is less than or equal to threshold value s6(such as 7db or other value) and more than or equal to threshold value S7(as-2db or other value); Wherein, threshold value s6 is less than or equal to threshold value s5, and threshold value s7 is less than threshold value s6;

If, determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, return step 502;

If not, execution in step 504 then;

504, judge in duration T7, the private downlink pilot transmit power corresponding filter value wf5 corresponding during the sector A1 independent transmission downstream signal that periodically gets access to UE, deduct periodically when sector A1 and sector 2 associating transmitting downstream signals, whether the difference that the filter value wf6 that the private downlink pilot transmit power that sector A2 is corresponding with UE is corresponding obtains is less than or equal to threshold value s8; Wherein, threshold value s8 is less than or equal to threshold value s7;

If determine that then UE is in sector A1, returns step 502;

If not, then return step 502.

Wherein, duration T5, duration T6 can be set to identical or different with duration T5.

Be appreciated that, present embodiment is with based on sector associating transmitting downstream signal the time, the private downlink pilot transmit power value corresponding with UE adjudicated to example, certainly, under other application scenarios, in the time of also can uniting the transmitting downstream signal based on the sector, other corresponding with UE can reflect that the measuring amount of the parameter of down channel quality adjudicates, and gives an example no longer one by one herein.

In another embodiment of the present invention, up Ec and the private downlink pilot transmit power of the UE that access device gets access to are comprehensively adjudicated, for example utilize the up Ec of UE correspondence to carry out preliminary judgement earlier, with the court verdict of the private downlink pilot transmit power of UE correspondence up judgement is examined again definite, thereby adjudicate sector under the user more accurately.Because there is the uncertainty that moves in UE, therefore can periodically obtains up Ec and the private downlink pilot transmit power of UE and adjudicate to determine sector, the current place of UE.The court verdict of present embodiment scheme can be applicable to determine the affiliated descending sector of UE.Wherein, if up-downgoing dissemination channel loss basically identical not, then descending sector and descending sector may not be common sector under the UE.

Comprising two sectors (sector A1 and sector A2) with 1 sub-district below is example, but should mechanism comprise the scene of a sector arbitrarily applicable to 1 sub-district.Provide the another kind of method of determining UE sector of living in referring to Fig. 5, the embodiment of the invention, can comprise following content:

601, periodicity receives the Ec information of UE at sector A1 and sector A2;

Judge in duration T1 that 602, the filter value wf1 of the Ec correspondence of the UE that receives at sector A1 deducts the difference that the filter value wf2 of the user Ec correspondence that receives at sector A2 obtains, whether greater than threshold value s1,

If then execution in step 605;

If not, execution in step 603 then;

Judge in duration T1 that 603, the filter value wf2 of the Ec correspondence of the UE that receives at sector A2 deducts the difference that the filter value wf1 of the user Ec correspondence that receives at sector A1 obtains, whether greater than threshold value s1,

If then execution in step 605;

If not, execution in step 604 then;

604, judge in duration T2, the filter value wf2 of the Ec correspondence of the UE that receives at sector A2, the absolute value of the difference of the filter value wf1 corresponding with the user Ec that receives at sector A1, whether less than threshold value s2, if, can determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, returns step 602; If not, execution in step 605 then.

605, periodically obtain sector A1 and the sector A2 private downlink pilot transmit power corresponding with UE.

606, judge in duration T3, the private downlink pilot transmit power corresponding filter value wf3 corresponding when the A1 independent transmission downstream signal of sector that periodically gets access to UE, subtract the difference that the private downlink pilot transmit power corresponding filter value wf4 corresponding with UE obtains when the A2 independent transmission downstream signal of sector that periodically gets access to, whether greater than threshold value s3;

If determine that then UE is in sector A2, returns step 602;

If not, execution in step 607 then;

607, judge in duration T3, the private downlink pilot transmit power corresponding filter value wf4 corresponding when the A2 independent transmission downstream signal of sector that periodically gets access to UE, subtract the difference that the private downlink pilot transmit power corresponding filter value wf3 corresponding with UE obtains when the A1 independent transmission downstream signal of sector that periodically gets access to, whether greater than threshold value s3

If determine that then UE is in sector A1, returns step 602;

If not, execution in step 608 then;

608, judge in duration T4, the private downlink pilot transmit power corresponding filter value wf3 corresponding when the A1 independent transmission downstream signal of sector that periodically gets access to UE, with periodically get access to when the A2 independent transmission downstream signal of sector with the absolute value of the difference of the corresponding filter value wf4 of the corresponding private downlink pilot transmit power of UE, whether be less than or equal to threshold value s4;

If, determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, return step 602;

If not, then return step 602.

Wherein, duration T1, duration T2, duration T3 and duration T4 can be set to identical or different.Threshold value s1, threshold value s2, threshold value s3 and threshold value s4 can be set to identical or different.

Be appreciated that, present embodiment is to be example comprehensively to adjudicate based on the private downlink pilot transmit power value of the Ec information of UE, UE, certainly, under other application scenarios, also can comprehensively adjudicate, give an example no longer one by one herein based on other measuring amount that can reflect the parameter of uplink and downlink channel quality.

In another embodiment of the present invention, the private downlink pilot transmit power corresponding with UE comprehensively adjudicated when emission was united in private downlink pilot transmit power, the sector of up Ec, the UE of the UE that access device gets access to.Because there is the uncertainty that moves in UE, therefore can periodically obtains up Ec and the private downlink pilot transmit power of UE and adjudicate to determine sector, the current place of UE.The court verdict of present embodiment scheme can be applicable to determine the affiliated descending sector of UE.If the loss of up-downgoing dissemination channel is basically identical not, then descending sector and descending sector may not be common sector under the UE.

701, periodicity receives the Ec information of UE at sector A1 and sector A2;

Judge in duration T1 that 702, the filter value wf1 of the Ec correspondence of the UE that receives at sector A1 deducts the difference that the filter value wf2 of the user Ec correspondence that receives at sector A2 obtains, whether greater than threshold value s1,

If then execution in step 705;

If not, execution in step 703 then;

Judge in duration T1 that 703, the filter value wf2 of the Ec correspondence of the UE that receives at sector A2 deducts the difference that the filter value wf1 of the user Ec correspondence that receives at sector A1 obtains, whether greater than threshold value s1,

If then execution in step 705;

If not, execution in step 704 then;

704, judge in duration T2, the filter value wf2 of the Ec correspondence of the UE that receives at sector A2, the absolute value of the difference of the filter value wf1 corresponding with the user Ec that receives at sector A1, whether less than threshold value s2, if, can determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, returns step 702; If not, execution in step 705 then.

705, periodically obtain private downlink pilot transmit power corresponding with UE when the A1 independent transmission downstream signal of sector; Periodically obtain when sector A1 and sector 2 associating transmitting downstream signals the private downlink pilot transmit power that sector A2 is corresponding with UE;

706, judge in duration T5, the private downlink pilot transmit power corresponding filter value wf5 corresponding when the A1 independent transmission downstream signal of sector that periodically gets access to UE, deduct periodically when sector A1 and sector 2 associating transmitting downstream signals, the difference that the filter value wf6 that the private downlink pilot transmit power that sector A2 is corresponding with UE is corresponding obtains, whether greater than threshold value s5

If determine that then UE is in sector A2, returns step 702;

If not, execution in step 707 then;

707, judge in duration T6, the private downlink pilot transmit power corresponding filter value wf5 corresponding during the sector A1 independent transmission downstream signal that periodically gets access to UE, deduct periodically when sector A1 and sector 2 associating transmitting downstream signals, whether the difference that the filter value wf6 that the private downlink pilot transmit power that sector A2 is corresponding with UE is corresponding obtains less than threshold value s6(such as 7db or other value) and greater than threshold value S7(as-2db or other value); Wherein, threshold value s6 is less than or equal to threshold value s5, and threshold value s7 is less than threshold value s6;

If, determine that then UE is in the overlapping area of coverage of sector A2 and sector A1, return step 702;

If not, execution in step 708 then;

708, judge in duration T7, the private downlink pilot transmit power corresponding filter value wf5 corresponding during the sector A1 independent transmission downstream signal that periodically gets access to UE, deduct periodically when sector A1 and sector 2 associating transmitting downstream signals, whether the difference that the filter value wf6 that the private downlink pilot transmit power that sector A2 is corresponding with UE is corresponding obtains is less than threshold value s8; Wherein, threshold value s8 is less than or equal to threshold value s7;

If determine that then UE is in sector A1, returns step 702;

If not, then return step 702.

Wherein, duration T1, duration T2, duration T5, duration T6 and duration T5 can be set to identical or different.Threshold value s1, threshold value s2, threshold value s5 can be set to identical or different.

Be appreciated that, present embodiment be with based on the Ec information of UE, sector associating transmitting downstream signal the time private downlink pilot transmit power value corresponding with UE comprehensively to adjudicate be example, certainly, under other application scenarios, the measuring amount that also can reflect the parameter of uplink and downlink channel quality based on other, comprehensively adjudicate, give an example no longer one by one herein.

Be understandable that, mainly be to be described in the foregoing description with the example that is judged as between two sectors, for the situation that surpasses two sectors, for example first sector is a sector, second sector is a plurality of sectors, and can be that a plurality of sectors are regarded an integral body as and judged this moment with second sector, is in second sector if judge UE, then can judge UE specifically is in which the concrete sector in second sector further in a similar way.

For ease of better understanding and implement the such scheme of the embodiment of the invention, also be provided for implementing the relevant apparatus of such scheme below.

A kind of access device 800 referring to Fig. 8, the embodiment of the invention provide can comprise:

First acquiring unit 810 and first determining unit 820.

Wherein, first acquiring unit 810 is used to obtain first sector, the first channel quality characterization value corresponding with above-mentioned UE, obtains second sector second channel quality token value corresponding with above-mentioned UE; Wherein, the first channel quality characterization value is for reflecting the value of respective channel quality quality, and the second channel quality token value is for reflecting the value of respective channel quality quality.

First determining unit 820 is used to obtain the first channel quality characterization value that first acquiring unit 810 gets access to and the relative value of second channel quality token value, determines the residing sector of above-mentioned UE according to above-mentioned relative value.

In some embodiments of the invention, first acquiring unit 810 specifically is used for, be used to obtain first sector, the first uplink signal-channel quality characterization value corresponding with above-mentioned UE, obtain second sector, the second uplink signal-channel quality characterization value corresponding with above-mentioned UE, wherein, the first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, and the second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality.

First determining unit 820 specifically is used for, and obtains the first uplink signal-channel quality characterization value that first acquiring unit gets access to and first relative value of the second uplink signal-channel quality characterization value, determines the residing sector of above-mentioned UE according to the rule that first relative value is satisfied;

In other embodiment of the present invention, first acquiring unit 810 specifically is used for, and is used to obtain first sector, the first down channel quality characterization value corresponding with above-mentioned UE, obtains second sector, the second down channel quality characterization value corresponding with above-mentioned UE.Wherein, the first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality.

First determining unit 820 specifically is used for, and first down channel quality characterization value that first acquiring unit 810 gets access to and second relative value of the second down channel quality characterization value are determined the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

In other embodiment of the present invention, first acquiring unit 810 can specifically be used for, be used to obtain first sector, the first down channel quality characterization value corresponding and the first uplink signal-channel quality characterization value, obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with above-mentioned UE with above-mentioned UE;

First determining unit 820 specifically is used for, if first uplink signal-channel quality characterization value that acquisition first acquiring unit 810 gets access to and first relative value of the second uplink signal-channel quality characterization value, estimate the residing sector of above-mentioned UE according to the rule that first relative value is satisfied, if estimate that according to the rule that first relative value is satisfied above-mentioned UE is in first sector or second sector, then obtain the first down channel quality characterization value that first acquiring unit 810 gets access to and second relative value of the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

In some embodiments of the invention, first determining unit 820 can be by multiple possible mode, obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

For instance, first determining unit 820 can specifically be used for, first filter value is deducted second filter value obtain first difference, if first difference is more than or equal to first threshold, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises first filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of first filter value in first duration, getting access to, the second down channel quality characterization value comprises second filter value, when second sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of second filter value for getting access in first duration;

In some embodiments of the invention, first determining unit 820 may be by multiple possibility mode, obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine (or estimation) residing sector of above-mentioned UE according to the rule that first relative value is satisfied.

For instance, first determining unit 820 specifically is used for, the 16 filter value is deducted the 17 filter value obtain the 16 difference, if the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, wherein, the first uplink signal-channel quality characterization value comprises the 16 filter value, first sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 16 filter value in the 16 duration, getting access to, the second uplink signal-channel quality characterization value comprises the 17 filter value, second sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 17 filter value for getting access in the 16 duration;

Be understandable that the function of each functional module of the access device 800 of present embodiment can be according to the method specific implementation among the said method embodiment, its specific implementation process can repeat no more with reference to the associated description of said method embodiment herein.

A kind of access device 900 referring to Fig. 9, the embodiment of the invention provide can comprise:

Second acquisition unit 910, estimation unit 920 and second determining unit 930.

Wherein, second acquisition unit 910 is used to obtain first sector, the first down channel quality characterization value corresponding with above-mentioned UE and the first uplink signal-channel quality characterization value; Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with above-mentioned UE.

Estimation unit 920 is used for estimating the residing sector of above-mentioned UE according to 910 pairs first uplink signal-channel quality characterization values of second acquisition unit with to the situation of obtaining of the second uplink signal-channel quality characterization value;

Second determining unit 930, be used for as if the obtain situation of estimation unit 920 according to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate above-mentioned UE and be in first sector or second sector, then, determine the residing sector of above-mentioned UE according to the situation of obtaining of the 910 pairs first down channel quality characterization values of second acquisition unit and the second down channel quality characterization value.

In some embodiments of the invention, estimation unit 930 can specifically be used for, and whether gets access to the above-mentioned first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value according to second acquisition unit 910, estimates the residing sector of above-mentioned UE; Perhaps, obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that first relative value is satisfied.

In some embodiments of the invention, second determining unit 940, be used for if estimation unit 930 estimates above-mentioned UE and is in first sector or second sector, then whether get access to the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to second acquisition unit 910; Perhaps, obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

In some embodiments of the invention, second determining unit 940 specifically is used for, if estimation unit 930 estimates above-mentioned UE and is in first sector or second sector, then, first filter value can be deducted second filter value and obtain first difference, if first difference is more than or equal to first threshold, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises first filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of first filter value in first duration, getting access to, the second down channel quality characterization value comprises second filter value, when second sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of second filter value for getting access in first duration;

In some embodiments of the invention, estimation unit 930 can specifically be used for, the 16 filter value can be deducted the 17 filter value and obtain the 16 difference, if the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, wherein, the first uplink signal-channel quality characterization value comprises the 16 filter value, first sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 16 filter value in the 16 duration, getting access to, the second uplink signal-channel quality characterization value comprises the 17 filter value, second sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 17 filter value for getting access in the 16 duration;

Be understandable that the function of each functional module of the access device 900 of present embodiment can be according to the method specific implementation among the said method embodiment, its specific implementation process can repeat no more with reference to the associated description of said method embodiment herein.

A kind of access device 1000 referring to Figure 10, the embodiment of the invention provide can comprise:

Processor 1010 and transceiver 1020.Wherein, transceiver 1020 is used to receive the upward signal that UE sends, and/or, send downstream signal to UE;

Wherein, processor 1010 is used for, and obtains first sector, the first channel quality characterization value corresponding with above-mentioned UE; Obtain second sector second channel quality token value corresponding with above-mentioned UE; Obtain the relative value of the first channel quality characterization value and second channel quality token value, determine the residing sector of above-mentioned UE according to above-mentioned relative value.

In some embodiments of the invention, obtain first sector, the first uplink signal-channel quality characterization value corresponding with above-mentioned UE; Obtain second sector, the second uplink signal-channel quality characterization value corresponding with above-mentioned UE; Obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that first relative value is satisfied;

In other embodiment of the present invention, processor 1010 is used for, and obtains first sector, the first down channel quality characterization value corresponding with above-mentioned UE; Obtain second sector, the second down channel quality characterization value corresponding with above-mentioned UE; Obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied;

In other embodiment of the present invention, processor 1010 is used for, obtain first sector, the first uplink signal-channel quality characterization value corresponding and the first down channel quality characterization value, obtain second sector, the second uplink signal-channel quality characterization value corresponding and the second down channel quality characterization value with above-mentioned UE with above-mentioned UE; Obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate the residing sector of above-mentioned UE according to the rule that first relative value is satisfied, estimate above-mentioned UE as if the rule that is satisfied according to first relative value and be in first sector or second sector, obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

In some embodiments of the invention, processor 1010 can specifically be used for, first filter value is deducted second filter value obtain first difference, if first difference is more than or equal to first threshold, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises first filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of first filter value in first duration, getting access to, the second down channel quality characterization value comprises second filter value, when second sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of second filter value for getting access in first duration;

In some embodiments of the invention, processor 1010 can be used for, the 16 filter value can be deducted the 17 filter value and obtain the 16 difference, if the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, wherein, the first uplink signal-channel quality characterization value comprises the 16 filter value, first sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 16 filter value in the 16 duration, getting access to, the second uplink signal-channel quality characterization value comprises the 17 filter value, second sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 17 filter value for getting access in the 16 duration;

Be understandable that the function of each functional module of the access device 1000 of present embodiment can be according to the method specific implementation among the said method embodiment, its specific implementation process can repeat no more with reference to the associated description of said method embodiment herein.

A kind of access device 1100 referring to Figure 11, the embodiment of the invention provide can comprise:

Processor 1110 and transceiver 1120.Wherein, transceiver 1120 is used to receive the upward signal that UE sends, and/or, send downstream signal to UE.

Wherein, processor 1110 is used for, and obtains first sector, the first down channel quality characterization value corresponding with above-mentioned UE and the first uplink signal-channel quality characterization value; Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with above-mentioned UE; The situation of obtaining according to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated the residing sector of above-mentioned UE; If the situation of obtaining according to the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate above-mentioned UE and be in first sector or second sector, then, determine the residing sector of above-mentioned UE according to the situation of obtaining of the first down channel quality characterization value and the second down channel quality characterization value.

In some embodiments of the invention, processor 1110 is used for, and according to whether getting access to the above-mentioned first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimates the residing sector of above-mentioned UE; Perhaps, obtain first relative value of the first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that first relative value is satisfied.

In some embodiments of the invention, processor 1110 is used for determining the residing sector of above-mentioned UE according to whether getting access to the first down channel quality characterization value and the second down channel quality characterization value; Perhaps, obtain second relative value of the first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of above-mentioned UE according to the rule that second relative value is satisfied.

In some embodiments of the invention, processor 1110 is used for, first filter value is deducted second filter value obtain first difference, if first difference is more than or equal to first threshold, when the big more expression down channel quality of down channel quality parameter value is good more, determine that above-mentioned UE is in first sector, perhaps, when the more little expression down channel quality of above-mentioned down channel quality parameter value is good more, determine that above-mentioned UE is in second sector, wherein, the first down channel quality characterization value comprises first filter value, when first sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of first filter value in first duration, getting access to, the second down channel quality characterization value comprises second filter value, when second sector independent transmission downstream signal with the above-mentioned UE corresponding down channel quality parameter value corresponding filter value of second filter value for getting access in first duration;

In some embodiments of the invention, processor 1110 is used for, the 16 filter value is deducted the 17 filter value obtain the 16 difference, if the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more (or estimation) above-mentioned UE is in second sector, wherein, the first uplink signal-channel quality characterization value comprises the 16 filter value, first sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 16 filter value in the 16 duration, getting access to, the second uplink signal-channel quality characterization value comprises the 17 filter value, second sector with the above-mentioned UE corresponding uplink signal-channel quality parameter value corresponding filter value of the 17 filter value for getting access in the 16 duration;

Be understandable that the function of each functional module of the access device 1100 of present embodiment can be according to the method specific implementation among the said method embodiment, its specific implementation process can repeat no more with reference to the associated description of said method embodiment herein.

The embodiment of the invention also provides a kind of computer-readable storage medium, and wherein, this computer-readable storage medium can have program stored therein, and this program comprises the part or all of step of the method for definite UE sector of living in of putting down in writing among the said method embodiment when carrying out.

Need to prove, for aforesaid each method embodiment, for simple description, so it all is expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not subjected to the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, the embodiment described in the specification all belongs to preferred embodiment, and related action and module might not be that the present invention is necessary.

In the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields, do not have the part that describes in detail among certain embodiment, can be referring to the associated description of other embodiment.

To sum up, in a kind of technical scheme that the embodiment of the invention provides, by obtaining first sector, the first channel quality characterization value corresponding with UE; Obtain second sector second channel quality token value corresponding with UE; Obtain the relative value (for example difference or ratio etc.) of the first channel quality characterization value and second channel quality token value, determine the residing sector of this UE according to relative value.Since comprehensive consideration the relative value relation of first sector and the second sector first channel quality characterization value corresponding with UE, so help determining more accurately the residing sector of UE, and then help the elevator system capacity.

In the another kind of technical scheme that the embodiment of the invention provides, obtain first sector and second sector uplink and downlink channel quality characterization value corresponding with UE; The situation of obtaining according to first sector and second sector uplink signal-channel quality characterization value corresponding with this UE is estimated this UE sector of living in; Be in first sector or second sector if estimate this UE, then further determine this UE sector of living in according to the situation of obtaining of first sector and second sector down channel quality characterization value corresponding with this UE.Owing to be to obtain situation in conjunction with uplink and downlink channel quality characterization value to determine the residing sector of UE, therefore help determining more accurately the residing sector of UE, and then help the elevator system capacity.

In several embodiment that the application provided, should be understood that disclosed device can be realized by other mode.For example, device embodiment described above only is schematic, the for example division of said units, only be that a kind of logic function is divided, during actual the realization other dividing mode can be arranged, for example a plurality of unit or assembly can in conjunction with or can be integrated into another system, or some features can ignore, or do not carry out.Another point, the shown or coupling each other discussed or directly to be coupled or to communicate to connect can be by some interfaces, the indirect coupling of device or unit or communicate to connect can be electrically or other form.

Above-mentioned unit as separating component explanation can or can not be physically to separate also, and the parts that show as the unit can be or can not be physical locations also, promptly can be positioned at a place, perhaps also can be distributed on a plurality of network element.Can select wherein some or all of unit to realize the purpose of present embodiment scheme according to the actual needs.

In addition, each functional unit in each embodiment of the present invention can be integrated in the processing unit, also can be that the independent physics in each unit exists, and also can be integrated in the unit two or more unit.Above-mentioned integrated unit both can adopt the form of hardware to realize, also can adopt the form of SFU software functional unit to realize.

If above-mentioned integrated unit is realized with the form of SFU software functional unit and during as independently production marketing or use, can be stored in the computer read/write memory medium.Based on such understanding, part or all or part of of this technical scheme that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in the storage medium, comprises that some instructions are used so that a computer equipment (can be personal computer, server or the network equipment etc.) is carried out all or part of step of each embodiment said method of the present invention.And aforesaid storage medium comprises: various media that can be program code stored such as USB flash disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), portable hard drive, magnetic disc or CD.

More than above-mentioned, above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment put down in writing, and perhaps part technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the spirit and scope of various embodiments of the present invention technical scheme.

Claims

1. the method for definite subscriber equipment sector of living in is characterized in that, comprising:

Obtain first sector, the first channel quality characterization value corresponding with described subscriber equipment, wherein, the described first channel quality characterization value is for reflecting the value of respective channel quality quality;

Obtain second sector second channel quality token value corresponding with described subscriber equipment, wherein, described second channel quality token value is for reflecting the value of respective channel quality quality;

Obtain the relative value of described first channel quality characterization value and second channel quality token value, determine the residing sector of described subscriber equipment according to described relative value.

2. method according to claim 1 is characterized in that,

The described first channel quality characterization value comprises the first uplink signal-channel quality characterization value, described second channel quality token value comprises the second uplink signal-channel quality characterization value, wherein, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality;

The relative value of described first channel quality characterization value of described acquisition and second channel quality token value, determine the residing sector of described subscriber equipment according to described relative value, comprise: obtain first relative value of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied.

3. method according to claim 1 is characterized in that,

The described first channel quality characterization value comprises the first down channel quality characterization value, described second channel quality token value comprises the second down channel quality characterization value, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality;

The relative value of described first channel quality characterization value of described acquisition and second channel quality token value, determine the residing sector of described subscriber equipment according to described relative value, comprise: obtain second relative value of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied.

4. method according to claim 1 is characterized in that,

The described first channel quality characterization value of described acquisition also comprises with the relative value of second channel quality token value before: obtain first sector, the first uplink signal-channel quality characterization value corresponding with described subscriber equipment; Obtain second sector, the second uplink signal-channel quality characterization value corresponding with described subscriber equipment, the situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate described subscriber equipment and be in first sector or second sector, wherein, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality.

5. method according to claim 1 is characterized in that,

The described first channel quality characterization value comprises the first uplink signal-channel quality characterization value and the first down channel quality characterization value, described second channel quality token value comprises the second uplink signal-channel quality characterization value and the second down channel quality characterization value, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality;

The relative value of described first channel quality characterization value of described acquisition and second channel quality token value, determine the residing sector of described subscriber equipment according to described relative value, comprise: first relative value that obtains the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied, estimate described subscriber equipment as if the rule that is satisfied according to described first relative value and be in described first sector or second sector, obtain second relative value of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied.

6. according to each described method of claim 3 to 5, it is characterized in that, second relative value of the described first down channel quality characterization value of described acquisition and the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied, specifically comprise:

First filter value is deducted second filter value obtain first difference, if described first difference is more than or equal to first threshold, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises described first filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described first filter value in first duration, getting access to, the described second down channel quality characterization value comprises described second filter value, when described second sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described second filter value for getting access in first duration;

Perhaps,

Obtain the absolute value of the difference of the 3rd filter value and the 4th filter value, if described absolute value is less than or equal to second threshold value, determine that described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first down channel quality characterization value comprises described the 3rd filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 3rd filter value in second duration, getting access to, the described second down channel quality characterization value comprises described the 4th filter value, when described second sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 4th filter value for getting access in second duration;

Perhaps,

The first down channel quality parameter value that will in the 3rd duration, get access to, deduct and in the 3rd duration, get access to the second down channel quality parameter value to obtain the 3rd difference, obtain the 5th filter value of described the 3rd difference correspondence, if described the 5th filter value is greater than or equal to the 3rd threshold value, determine that when the big more expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described first sector, determine when the more little expression down channel quality of described down channel quality parameter value is good more that perhaps described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, and the described second down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described second sector independent transmission downstream signal;

Perhaps,

The first down channel quality parameter value that will in the 4th duration, get access to, deduct and in the 4th duration, get access to the second down channel quality parameter value to obtain the 4th difference, obtain the 6th filter value of described the 4th difference correspondence, if the absolute value of described the 6th filter value is less than or equal to the 4th threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, and the described second down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described second sector independent transmission downstream signal;

Perhaps,

To in the 5th duration, get access at the first down channel quality parameter value, deduct the second down channel quality parameter value that in the 5th duration, gets access to obtain the 5th difference, if described the 5th difference is more than or equal to the 5th threshold value, determine that when the big more expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, and the described second down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described second sector independent transmission downstream signal;

Perhaps,

The first down channel quality parameter value that will in the 6th duration, get access to, deduct the second down channel quality parameter value that in the 6th duration, gets access to obtain the 6th difference, if the absolute value of described the 6th difference is less than or equal to the 6th threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, and the described second down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described second sector independent transmission downstream signal;

Perhaps,

The first down channel quality parameter value that will in the 7th duration, get access to, subtract the second down channel quality parameter value that gets access in the 7th duration to obtain the 7th difference, if described the 7th difference is more than or equal to the 7th threshold value, determine that when the big more expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine then that when the more little expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The first down channel quality parameter value that will in the 8th duration, get access to, subtract the second down channel quality parameter value that gets access in the 8th duration to obtain the 8th difference, if described the 8th difference is less than or equal to the 8th threshold value and more than or equal to the 9th threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Wherein, described the 8th threshold value is less than or equal to described the 7th threshold value, described the 9th threshold value is less than described the 8th threshold value, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The first down channel quality parameter value that will in the 9th duration, get access to, subtract the second down channel quality parameter value that gets access in the 9th duration to obtain the 9th difference, if described the 9th difference is less than or equal to the tenth threshold value, determine when the big more expression down channel quality of down channel quality parameter value is good more that then described subscriber equipment is in described second sector, perhaps, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, wherein, described the tenth threshold value is less than or equal to described the 9th threshold value, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The 7th filter value is deducted the 8th filter value obtain ten worst individuals or units's value, if described ten worst individuals or units's value is more than or equal to the 11 threshold value, determine when the big more expression down channel quality of down channel quality parameter value is good more that then described subscriber equipment is in described first sector, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises described the 7th filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 7th filter value in the tenth duration, getting access to, wherein, the described second down channel quality characterization value comprises described the 8th filter value, described the 8th filter value in the tenth duration, get access to when described first sector and described second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The 9th filter value is subtracted the tenth filter value obtain the 11 difference, if described the 11 difference is less than or equal to the 12 threshold value and more than or equal to the 13 threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Wherein, described the 12 threshold value is less than or equal to described the 11 threshold value, described the 13 threshold value is less than described the 12 threshold value, the described first down channel quality characterization value comprises described the 9th filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 9th filter value in the 11 duration, getting access to, wherein, the described second down channel quality characterization value comprises described the tenth filter value, described the tenth filter value in the 11 duration, get access to when described first sector and described second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The 11 filter value is deducted the 12 difference that the 12 filter value obtains, if described the 12 difference is less than or equal to the 14 threshold value, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, determine when the more little expression down channel quality of down channel quality parameter value is good more that perhaps described subscriber equipment is in described first sector, wherein, described the 14 threshold value is less than or equal to described the 13 threshold value, the described first down channel quality characterization value comprises described the 11 filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 11 filter value in the 12 duration, getting access to, the described second down channel quality characterization value comprises described the 12 filter value, described the 12 filter value in the 12 duration, get access to when described first sector and described second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The first down channel quality parameter value that will in the 13 duration, get access to, subtract the second down channel quality parameter value that in the 13 duration, gets access to obtain the 13 difference, obtain the 13 filter value of described the 13 difference correspondence, if described the 13 filter value is more than or equal to the 15 threshold value, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The first down channel quality parameter value that will in the 14 duration, get access to, deduct the second down channel quality parameter value that gets access in the 14 duration to obtain the 14 difference, obtain the 14 filter value of described the 14 difference correspondence, if described the 14 filter value is less than or equal to the 16 threshold value and more than or equal to the 17 threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Wherein, described the 16 threshold value is less than or equal to described the 15 threshold value, described the 17 threshold value is less than described the 16 threshold value, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The first down channel quality parameter value that will in the 15 duration, get access to, deduct the second down channel quality parameter value that gets access in the 15 duration to obtain the 15 difference, obtain the 15 filter value of described the 15 difference correspondence, if described the 15 filter value is less than or equal to the 18 threshold value, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, perhaps, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, wherein, described the 18 threshold value is less than or equal to described the 17 threshold value, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment.

7. method according to claim 2, it is characterized in that, first relative value of the described first uplink signal-channel quality characterization value of described acquisition and the second uplink signal-channel quality characterization value is determined the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied, and comprising:

The 16 filter value is deducted the 17 filter value obtain the 16 difference, if described the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises described the 16 filter value, described first sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 16 filter value in the 16 duration, getting access to, the described second uplink signal-channel quality characterization value comprises described the 17 filter value, described second sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 17 filter value for getting access in the 16 duration;

Perhaps,

Obtain the absolute value of the difference of the 18 filter value and the 19 filter value, if this absolute value is less than or equal to the 20 threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first uplink signal-channel quality characterization value comprises described the 18 filter value, described first sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 18 filter value in the 17 duration, getting access to, the described second uplink signal-channel quality characterization value comprises the 19 filter value, described second sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 19 filter value for getting access in the 17 duration;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 18 duration, get access to, deduct the second uplink signal-channel quality parameter value that gets access in the 18 duration to obtain the 18 difference, if described the 18 difference is greater than or equal to the 21 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, described uplink signal-channel quality characterization value comprises the uplink signal-channel quality parameter value; Wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 19 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 19 duration, gets access to obtain the 19 difference, if the absolute value of described the 19 difference is less than or equal to the 22 threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 20 duration, get access to, subtract the second uplink signal-channel quality parameter value that in the 20 duration, gets access to obtain second ten worst individuals or units's value, obtain described second ten worst individuals or units and be worth the 20 corresponding filter value, if described the 20 filter value is greater than or equal to the 23 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 21 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 21 duration, gets access to obtain the 21 difference, obtain the 21 filter value of described the 21 difference correspondence, if the absolute value of described the 21 filter value is less than or equal to the 24 threshold value, determine that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value.

8. method according to claim 7 is characterized in that,

Described uplink signal-channel quality parameter value comprises: up dried signal to noise ratio or up chip energy value.

9. method according to claim 6 is characterized in that,

Described down channel quality parameter value comprises: private downlink pilot transmit power value or channel quality indicated value.

10. method is determined in a subscriber equipment sector of living in, it is characterized in that, comprising:

Obtain first sector, the first down channel quality characterization value corresponding and the first uplink signal-channel quality characterization value with described subscriber equipment, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality;

Obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with described subscriber equipment, wherein, the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality;

The situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated the residing sector of described subscriber equipment;

If the situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate described subscriber equipment and be in first sector or second sector, according to the situation of obtaining of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment.

11. method according to claim 10, it is characterized in that, the described situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated the residing sector of described subscriber equipment, comprise:, estimate described subscriber equipment sector of living in according to whether getting access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value; Perhaps, obtain first relative value of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied.

12. method according to claim 11 is characterized in that, whether described basis gets access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimates described subscriber equipment sector of living in, comprising:

If got access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate that described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Perhaps,, but fail to get access to the second uplink signal-channel quality characterization value, estimate that described subscriber equipment is in described first sector if got access to the described first uplink signal-channel quality characterization value; Perhaps,, but fail to get access to the first uplink signal-channel quality characterization value, estimate that described subscriber equipment is in described second sector if got access to the described second uplink signal-channel quality characterization value.

13. method according to claim 11, it is characterized in that, first relative value of the described first uplink signal-channel quality characterization value of described acquisition and the second uplink signal-channel quality characterization value is estimated the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied, and comprising:

The 16 filter value is deducted the 17 filter value obtain the 16 difference, if described the 16 difference is more than or equal to the 19 threshold value, estimate that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, estimate that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises described the 16 filter value, described first sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 16 filter value in the 16 duration, getting access to, the described second uplink signal-channel quality characterization value comprises described the 17 filter value, described second sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 17 filter value for getting access in the 16 duration;

Perhaps,

Obtain the absolute value of the difference of the 18 filter value and the 19 filter value, if this absolute value is less than or equal to the 20 threshold value, estimate that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first uplink signal-channel quality characterization value comprises described the 18 filter value, described first sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 18 filter value in the 17 duration, getting access to, the described second uplink signal-channel quality characterization value comprises the 19 filter value, described second sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 19 filter value for getting access in the 17 duration;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 18 duration, get access to, deduct the second uplink signal-channel quality parameter value that gets access in the 18 duration to obtain the 18 difference, if described the 18 difference is greater than or equal to the 21 threshold value, estimate that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, estimate that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, described uplink signal-channel quality characterization value comprises the uplink signal-channel quality parameter value; Wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 19 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 19 duration, gets access to obtain the 19 difference, if the absolute value of described the 19 difference is less than or equal to the 22 threshold value, estimate that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 20 duration, get access to, subtract the second uplink signal-channel quality parameter value that in the 20 duration, gets access to obtain second ten worst individuals or units's value, obtain described second ten worst individuals or units and be worth the 20 corresponding filter value, if described the 20 filter value is greater than or equal to the 23 threshold value, estimate that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, estimate that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 21 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 21 duration, gets access to obtain the 21 difference, obtain the 21 filter value of described the 21 difference correspondence, if the absolute value of described the 21 filter value is less than or equal to the 24 threshold value, estimate that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value.

14. according to each described method of claim 11 to 12, it is characterized in that, the described situation of obtaining according to the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment, comprise:, determine described subscriber equipment sector of living in according to whether getting access to the described first down channel quality characterization value and the second down channel quality characterization value.

15. method according to claim 14 is characterized in that,

Whether described basis gets access to the described first down channel quality characterization value and the second down channel quality characterization value, determines described subscriber equipment sector of living in, comprising:

If got access to the described first down channel quality characterization value and the second down channel quality characterization value, determine that described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Perhaps,, but fail to get access to the second down channel quality characterization value, determine that described subscriber equipment is in described first sector if got access to the described first down channel quality characterization value; Perhaps,, but fail to get access to the first down channel quality characterization value, determine that described subscriber equipment is in described second sector if got access to the described second down channel quality characterization value.

16. an access device is characterized in that, comprising:

17. access device according to claim 16 is characterized in that,

Described first acquiring unit specifically is used for, be used to obtain first sector, the first uplink signal-channel quality characterization value corresponding with described subscriber equipment, obtain second sector, the second uplink signal-channel quality characterization value corresponding with described subscriber equipment, wherein, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality;

First determining unit specifically is used for, obtain described first uplink signal-channel quality characterization value that described first acquiring unit gets access to and first relative value of the second uplink signal-channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied.

18. access device according to claim 16 is characterized in that,

Described first acquiring unit also is used for, and obtains first sector, the first uplink signal-channel quality characterization value corresponding with described subscriber equipment; Obtain second sector, the second uplink signal-channel quality characterization value corresponding with described subscriber equipment;

First determining unit specifically is used for estimating described subscriber equipment sector of living in according to the situation of obtaining of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, be in first sector or second sector if estimate described subscriber equipment, obtain the described first channel quality characterization value that described first acquiring unit gets access to and the relative value of second channel quality token value, determine the residing sector of described subscriber equipment estimation unit according to described relative value.

19. access device according to claim 16 is characterized in that,

Described first acquiring unit specifically is used for, be used to obtain first sector, the first down channel quality characterization value corresponding with described subscriber equipment, obtain second sector, the second down channel quality characterization value corresponding with described subscriber equipment, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality;

First determining unit specifically is used for, obtain described first down channel quality characterization value that described first acquiring unit gets access to and second relative value of the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied.

20. access device according to claim 16 is characterized in that,

Described first acquiring unit specifically is used for, be used to obtain first sector, the first down channel quality characterization value corresponding and the first uplink signal-channel quality characterization value, obtain second sector, the second down channel quality characterization value corresponding and the second uplink signal-channel quality characterization value with described subscriber equipment with described subscriber equipment;

Described first determining unit specifically is used for, obtain described first uplink signal-channel quality characterization value that described first acquiring unit gets access to and first relative value of the second uplink signal-channel quality characterization value, estimate the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied, if estimate that according to the rule that described first relative value is satisfied described subscriber equipment is in first sector or second sector, obtain described first down channel quality characterization value that described first acquiring unit gets access to and second relative value of the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied.

21. access device according to claim 19 is characterized in that,

Described first determining unit specifically is used for, first filter value is deducted second filter value obtain first difference, if described first difference is more than or equal to first threshold, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression down channel quality of described down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises described first filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described first filter value in first duration, getting access to, the described second down channel quality characterization value comprises described second filter value, when described second sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described second filter value for getting access in first duration;

Perhaps,

22. access device according to claim 17 is characterized in that,

Described first determining unit specifically is used for, the 16 filter value is deducted the 17 filter value obtain the 16 difference, if described the 16 difference is more than or equal to the 19 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises described the 16 filter value, described first sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 16 filter value in the 16 duration, getting access to, the described second uplink signal-channel quality characterization value comprises described the 17 filter value, described second sector with the described subscriber equipment corresponding uplink signal-channel quality parameter value corresponding filter value of described the 17 filter value for getting access in the 16 duration;

Perhaps,

The first uplink signal-channel quality parameter value that will in the 20 duration, get access to, subtract the second uplink signal-channel quality parameter value that in the 20 duration, gets access to obtain second ten worst individuals or units's value, obtain described second ten worst individuals or units and be worth the 20 corresponding filter value, if described the 20 filter value is greater than or equal to the 23 threshold value, determine that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

23. an access device is characterized in that, comprising:

24. access device according to claim 23 is characterized in that,

Described estimation unit specifically is used for, and according to whether getting access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimates described subscriber equipment sector of living in; Perhaps, obtain first relative value of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied.

25. access device according to claim 23 is characterized in that,

Described estimation unit specifically is used for, if got access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimates that described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Perhaps,, but fail to get access to the second uplink signal-channel quality characterization value, estimate that described subscriber equipment is in described first sector if got access to the described first uplink signal-channel quality characterization value; Perhaps,, but fail to get access to the first uplink signal-channel quality characterization value, estimate that described subscriber equipment is in described second sector if got access to the described second uplink signal-channel quality characterization value.

26. according to each described access device of claim 23 to 25, it is characterized in that,

Second determining unit, be used for estimating described subscriber equipment when being in first sector or second sector at described estimation unit, according to whether getting access to the described first down channel quality characterization value and the second down channel quality characterization value, determine described subscriber equipment sector of living in.

27. access device according to claim 26 is characterized in that,

Second determining unit specifically is used for, if described estimation unit estimates described subscriber equipment and is in first sector or second sector, and got access to the described first down channel quality characterization value and the second down channel quality characterization value, determined that described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Perhaps if got access to the described first down channel quality characterization value, but fail to get access to the second down channel quality characterization value, determine that described subscriber equipment is in described first sector; Perhaps,, but fail to get access to the first down channel quality characterization value, determine that described subscriber equipment is in described second sector if got access to the described second down channel quality characterization value.

28. access device according to claim 24 is characterized in that,

Described estimation unit specifically is used for,

Perhaps,

The first uplink signal-channel quality parameter value that will in the 18 duration, get access to, deduct the second uplink signal-channel quality parameter value that gets access in the 18 duration to obtain the 18 difference, if described the 18 difference is greater than or equal to the 21 threshold value, estimate that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, estimate that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, described uplink signal-channel quality characterization value comprises the uplink signal-channel quality parameter value; Wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps,

29. an access device is characterized in that, comprising:

Processor and transceiver;

Wherein, described transceiver is used to receive the upward signal that subscriber equipment sends, and/or, send downstream signal to subscriber equipment;

30. access device according to claim 29 is characterized in that,

Described processor is used for, and obtains first sector, the first uplink signal-channel quality characterization value corresponding with described subscriber equipment; Obtain second sector, the second uplink signal-channel quality characterization value corresponding with described subscriber equipment; Obtain first relative value of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied, wherein, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality.

31. access device according to claim 29 is characterized in that,

Described processor is used for, and obtains first sector, the first down channel quality characterization value corresponding with described subscriber equipment; Obtain second sector, the second down channel quality characterization value corresponding with described subscriber equipment; Obtain second relative value of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, and the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality.

32. access device according to claim 29 is characterized in that,

Described processor is used for, and obtains first sector, the first uplink signal-channel quality characterization value corresponding with described subscriber equipment and the first down channel quality characterization value; Obtain second sector, the second uplink signal-channel quality characterization value corresponding and the second down channel quality characterization value with described subscriber equipment, the situation of obtaining according to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value is estimated described subscriber equipment sector of living in, be in first sector or second sector if estimate described subscriber equipment, obtain second relative value of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied, wherein, the described first down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, the described second down channel quality characterization value is for reflecting the value of corresponding down channel quality quality, the described first uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality, and the described second uplink signal-channel quality characterization value is for reflecting the value of corresponding uplink signal-channel quality quality.

33. access device according to claim 29 is characterized in that,

Described processor is used for, obtain first sector, the first uplink signal-channel quality characterization value corresponding and the first down channel quality characterization value, obtain second sector, the second uplink signal-channel quality characterization value corresponding and the second down channel quality characterization value with described subscriber equipment with described subscriber equipment; Obtain first relative value of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimate the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied, estimate described subscriber equipment as if the rule that is satisfied according to described first relative value and be in described first sector or second sector, obtain second relative value of the described first down channel quality characterization value and the second down channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described second relative value is satisfied.

34. access device according to claim 31 is characterized in that,

Described processor is used for,

Perhaps,

The 7th filter value is deducted the 8th filter value obtain ten worst individuals or units's value, if described ten worst individuals or units's value is more than or equal to the 11 threshold value, determine when the big more expression down channel quality of down channel quality parameter value is good more that then described subscriber equipment is in described first sector, perhaps, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises described the 7th filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 7th filter value in the tenth duration, getting access to, wherein, the described second down channel quality characterization value comprises described the 8th filter value, described the 8th filter value in the tenth duration, get access to when described first sector and described second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The 11 filter value is deducted the 12 difference that the 12 filter value obtains, if described the 12 difference is less than or equal to the 14 threshold value, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, wherein, described the 14 threshold value is less than or equal to described the 13 threshold value, the described first down channel quality characterization value comprises described the 11 filter value, when described first sector independent transmission downstream signal with the described subscriber equipment corresponding down channel quality parameter value corresponding filter value of described the 11 filter value in the 12 duration, getting access to, the described second down channel quality characterization value comprises described the 12 filter value, described the 12 filter value in the 12 duration, get access to when described first sector and described second sector associating transmitting downstream signal, the corresponding filter value of down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

The first down channel quality parameter value that will in the 13 duration, get access to, subtract the second down channel quality parameter value that in the 13 duration, gets access to obtain the 13 difference, obtain the 13 filter value of described the 13 difference correspondence, if described the 13 filter value is more than or equal to the 15 threshold value, determine that when the big more expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, determine that when the more little expression down channel quality of down channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first down channel quality characterization value comprises the described first down channel quality parameter value, described second channel quality token value comprises the described second down channel quality parameter value, the described first down channel quality parameter value is a down channel quality parameter value corresponding with described subscriber equipment when the described first sector independent transmission downstream signal, the described second down channel quality parameter value is when described first sector and described second sector associating transmitting downstream signal, the down channel quality parameter value that described second sector is corresponding with described subscriber equipment;

Perhaps,

35. access device according to claim 30 is characterized in that,

Described processor is used for,

Perhaps,

36. an access device is characterized in that, comprising:

Processor and transceiver;

37. access device according to claim 36 is characterized in that,

Described processor is used for, and according to whether getting access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimates the residing sector of described subscriber equipment; Perhaps, obtain first relative value of the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, determine the residing sector of described subscriber equipment according to the rule that described first relative value is satisfied.

38. access device according to claim 36 is characterized in that,

Described processor is used for, and according to whether getting access to the described first down channel quality characterization value and the second down channel quality characterization value, determines the residing sector of described subscriber equipment.

39. according to the described access device of claim 38, it is characterized in that,

Described processor is used for, if got access to the described first uplink signal-channel quality characterization value and the second uplink signal-channel quality characterization value, estimates that described subscriber equipment is in the overlapping area of coverage of described first sector and second sector; Perhaps,, but fail to get access to the second uplink signal-channel quality characterization value, estimate that described subscriber equipment is in described first sector if got access to the described first uplink signal-channel quality characterization value; Perhaps,, but fail to get access to the first uplink signal-channel quality characterization value, estimate that described subscriber equipment is in described second sector if got access to the described second uplink signal-channel quality characterization value

40. according to the described access device of claim 38, it is characterized in that,

Described processor is used for,

Perhaps,

Perhaps, the first uplink signal-channel quality parameter value that will in the 19 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 19 duration, gets access to obtain the 19 difference, if the absolute value of described the 19 difference is less than or equal to the 22 threshold value, estimate that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps, the first uplink signal-channel quality parameter value that will in the 20 duration, get access to, subtract the second uplink signal-channel quality parameter value that in the 20 duration, gets access to obtain second ten worst individuals or units's value, obtain described second ten worst individuals or units and be worth the 20 corresponding filter value, if described the 20 filter value is greater than or equal to the 23 threshold value, estimate that when the big more expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described first sector, perhaps, estimate that when the more little expression uplink signal-channel quality of uplink signal-channel quality parameter value is good more described subscriber equipment is in described second sector, wherein, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value;

Perhaps, the first uplink signal-channel quality parameter value that will in the 21 duration, get access to, deduct the second uplink signal-channel quality parameter value that in the 21 duration, gets access to obtain the 21 difference, obtain the 21 filter value of described the 21 difference correspondence, if the absolute value of described the 21 filter value is less than or equal to the 24 threshold value, estimate that then described subscriber equipment is in the overlapping area of coverage of described first sector and second sector, the described first uplink signal-channel quality characterization value comprises the described first uplink signal-channel quality parameter value, and described second channel quality token value comprises the described second uplink signal-channel quality parameter value.

41. a computer-readable storage medium is characterized in that,

Described computer-readable storage medium has program stored therein, and described program comprises as each described step of claim 1 to 15 when carrying out.