CN1855769A - T cell parameter distribution for increasing synchronous performance of radio access network - Google Patents
T cell parameter distribution for increasing synchronous performance of radio access network Download PDFInfo
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Abstract
The key idea of the method thereof is: in term of the obtained cell information, allocating T-cell values for the reference cell and its adjacent cells, and then in term of the coverage radius of the obtained cell, making amendment for the allocation result. The invention can allocate more precise T-cell parameter value for the reference cell and its adjacent cells so as to ensure UE only capable of receiving SCH message from one cell, by which the interference of SCH from other cell to synchronization of the reference cell can be removed. The invention also can be used in radio access network with distributing base station to configure T-cell parameters of all cells in said network in term of a transmission distance between each RF zooming out unit and the distributing base station so as to solve the problem of hardly ensuring a time sequence relationship on an antenna port in case of a concatenation between RRU and RRU.
Description
Technical field
The present invention relates to communication field, relate in particular to a kind of T_cell parameter distribution method that improves the wireless access network net synchronization capability.
Background technology
Usually wireless access network is when setting up link, user terminal (User Equipment, UE) basis of setting up contact with base station (NodeB) be UE from NodeB, obtain synchronizing channel (SynchChannel, SCH).Because the quality of net synchronization capability directly affects performances such as network servicequality, switching and location, so UE does not wish to receive simultaneously the SCH of different districts.The 3GPP agreement stipulates that each sub-district of same NodeB is at the base station of antenna opening frame number (NodeB Frame Number for this reason, BFN) certain T_cell behind the timing reference point (time differences between BFN timing and the SFN data) begins emission system frame number (System Frame Number, SFN) data (being the data of relevant physical channel and sub-district synchronous channel SCH) constantly.
The T_cell parameter is that (NodeB Application Part NBAP) obtains in the message base station application part of sending here from base station controller (RNC) when setting up in the sub-district, and the different districts in the same adjacent area distributes different T_cell values.All sub-districts have only unique base station frame number (BFN) for timing reference in the common NodeB, between the SFN data of the BFN of antenna opening timing and emission, keep the sequential relationship of certain intervals T_cell as long as therefore can guarantee each sub-district, the UE that just can guarantee to stagger receives the time of each SCH of this sub-district, thus do not influence between UE and the NodeB synchronously.
Yet, can't guarantee fully that at present each sub-district keeps the sequential relationship of certain intervals T_cell between antenna opening BFN timing and emission SFN data, this is because the different districts signal may be walked different radio-frequency channels, radio-frequency devices discreteness and signal transmission path difference or the like.The different situation of schematic diagram brief description signal transmission path of communicating by letter with NodeB below in conjunction with UE, as shown in Figure 1, the possible communication mode of UE and NodeB comprises between the different base station, each Remote Radio Unit (Remote Radio frequency Unit of same base station different districts and different distributions formula base station, RRU) the multiple combination between this shows that UE is not the same with the signal transmission path of each sub-district that may communicate by letter with it.The difference of transmission path will cause the propagation delay time difference of the SCH that launches on the distinct device, if the time (being the configuration of T_cell) of the SFN data of each equipment emission is not controlled, UE may receive a plurality of SCH channels simultaneously, that is to say, may there be to a certain degree overlapping in the SCH that UE receives same base station neighbor cell, the SCH that UE receives different base station (comprising RRU) emission in overlapping covering place of different base station will exist more overlapping, therefore can there be the phase mutual interference between different SCH, thereby can influence the reception of SCH, reduce the net synchronization capability of network.
In addition, when not considering the utilization distributed base station in the prior art at present, under each RRU and RRU cascade situation, how to guarantee the sequential relationship of antenna opening.Therefore press for a kind of T_cell parameter distribution method of optimization, to improve the net synchronization capability of wireless access network.
Summary of the invention
The purpose of this invention is to provide a kind of distribution method that improves the T_cell parameter of wireless access network net synchronization capability, by this method, can solve in the prior art UE because of receiving a plurality of SCH channels simultaneously, and cause the reception of the overlapped interference effect SCH of different SCH, to such an extent as to reduce the problem of the net synchronization capability of network.
The objective of the invention is to be achieved through the following technical solutions:
A kind of T_cell parameter distribution method that improves the wireless access network net synchronization capability provided by the invention comprises:
The cell information that A, basis are obtained distributes the T_cell parameter value of benchmark sub-district and adjacent area thereof;
The covering radius of the sub-district that B, basis are obtained is revised described allocation result;
C, realize improving the net synchronization capability of wireless access network based on revised T_cell value.
Wherein, described steps A specifically comprises:
A1, the information that provides according to the network planning are obtained cell information;
The cell information that A2, basis are obtained is selected a benchmark sub-district;
A3, be the T_cell parameter value that certain limit is distributed in benchmark sub-district and adjacent area thereof according to the characteristic of the T_cell parameter value of each sub-district in the adjacent area and the cell information that obtains.
Wherein, the characteristic of the T_cell parameter value of each sub-district specifically comprises in adjacent area described in the steps A 3:
Have between the T_cell parameter value of each sub-district in the adjacent area that interval between the T_cell value of neighbor cell in certain intervals, the same base station is less, the interval between different base station between the T_cell value of adjacent area is big, the T_cell value reusable of each sub-district of the unique and different neighboring intervals of T_cell value of each sub-district in the adjacent area.
Wherein, described step B specifically comprises:
B1, the information that provides according to the network planning are obtained the covering radius of benchmark sub-district and contiguous each sub-district thereof;
B2, the T_cell parameter allocation result of benchmark sub-district and adjacent area thereof is revised according to the value of described covering radius.
Wherein, described step B2 specifically comprises:
The value of the covering radius of B21, benchmark sub-district and its contiguous each sub-district;
B22, the T_cell parameter allocation result of described benchmark sub-district and adjacent area thereof is revised according to comparative result.
Wherein, described step B22 specifically comprises:
If comparative result be the value of covering radius of this sub-district greater than the value of benchmark sub-district with the covering radius of contiguous each sub-district, then select value maximum in the T_cell parameter allocation result to distribute to this sub-district;
If comparative result be the value of covering radius of this sub-district less than the value of benchmark sub-district with the covering radius of contiguous each sub-district, then select value minimum in the T_cell parameter allocation result to distribute to this sub-district;
If comparative result be the value of covering radius of this sub-district between the value of the covering radius of benchmark sub-district and contiguous each sub-district, the value between then selecting in the T_cell parameter allocation result is distributed to this sub-district.
Wherein, before described steps A, also comprise:
D, whether be the sub-district of containing the wireless access network of distributed base station according to the cell information judgment standard sub-district and the adjacent area thereof that obtain, if, execution in step E then; Otherwise, execution in step A;
Each Remote Radio Unit in E, the basis cell information that obtains and the T_cell parameter of transmission range configuration baseline sub-district between the distributed base station base band and adjacent area thereof.
Wherein, described step e specifically comprises:
E1, each Remote Radio Unit in the cell information that obtains and the transmission range between the distributed base station base band are compared;
E2, according to the T_cell parameter of comparative result configuration baseline sub-district and adjacent area thereof.
Wherein, described step e 2 specifically comprises:
If the E21 comparative result be the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station base band greater than the Remote Radio Unit and the transmission range between the distributed base station base band of contiguous each sub-district, then select maximum T_cell parameter configuration to this sub-district;
If the E22 comparative result be the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station base band less than the Remote Radio Unit and the transmission range between the distributed base station base band of contiguous each sub-district, then select minimum T_cell parameter configuration to this sub-district;
If the E23 comparative result is that the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station base band are between the Remote Radio Unit and the transmission range between the distributed base station base band of contiguous each sub-district, then dispose to the T_cell parameter value of Remote Radio Unit at different levels distribution principle greater than the propagation delay time between distributed base station base band and this Remote Radio Unit according to higher level equipment, the T_cell parameter configuration between selecting in the T_cell parameter allocation result is given this sub-district.
Wherein, between step B and step C, also comprise:
F, check this to the allocation result of distributing the sub-district with in the past whether the allocation result of this sub-district was conflicted, if conflict then continues execution in step A; Otherwise, execution in step G.
G, judge whether the T_cell parameter of the sub-district in the wireless access network assigns, if, execution in step C then; Otherwise, execution in step A.
As seen from the above technical solution provided by the invention, the present invention is by at first distributing according to the T_cell parameter value of the cell information that obtains to benchmark sub-district and adjacent area thereof; The method of described allocation result being revised according to the covering radius of the benchmark sub-district that obtains and adjacent cell then, thereby can be benchmark sub-district and the comparatively accurate T_cell parameter value of adjacent area distribution thereof, can guarantee that based on this comparatively accurate T_cell parameter value UE at any time can only receive the SCH information of a sub-district at most, eliminate the SCH influence synchronous of other sub-districts with this to the benchmark sub-district, thereby realize improving the purpose of wireless access network net synchronization capability, therefore the invention solves in the prior art UE because of receiving a plurality of SCH channels simultaneously, and cause the reception of the overlapped interference effect SCH of different SCH, to such an extent as to reduce the problem of the net synchronization capability of network.
In addition, because the present invention is according to the T_cell parameter of each Remote Radio Unit in the cell information that obtains and the configuring distributed base station cell of transmission range between the distributed base station baseband portion, so can the T_cell parameter value of all sub-districts of the wireless access network that contains distributed base station be distributed, solved when using distributed base station in the prior art, be difficult under each RRU and RRU cascade situation, guarantee the problem of the sequential relationship of antenna opening.
Description of drawings
Fig. 1 is UE and a NodeB communication scheme in the wireless access network;
Fig. 2 is the flow chart of first embodiment of the invention.
Embodiment
From the synchronization principles of UE and base station, the first step of setting up contact is that UE obtains SCH information accurately from the base station, just can be engaged in other subsequent treatment work based on the described information of SCH accurately then.If UE receives a plurality of SCH simultaneously, a plurality of SCH will the phase mutual interference, thereby the net synchronization capability of UE and NodeB will be greatly affected, and must influence the direct-cut operation of portable terminal, and performances such as soft handover and location reduce the quality of network service.
The invention provides a kind of T_cell parameter distribution method that improves the wireless access network net synchronization capability, the core of this method is: at first distribute according to the T_cell parameter value of the cell information that obtains to benchmark sub-district and adjacent area thereof; According to the coverage radius of cell that obtains described allocation result is revised then.Can be benchmark sub-district and the comparatively accurate T_cell parameter value of adjacent area distribution thereof by the present invention.In addition, the present invention can also dispose the T_cell parameter of all sub-districts of containing distributed base station according to each Remote Radio Unit in the cell information that obtains and the transmission range between the distributed base station base band.Based on the parameter of above-mentioned distribution, can guarantee that UE at any time can only receive the SCH information of a sub-district at most, eliminate the SCH influence synchronous of other sub-districts with this, thereby realize improving the purpose of wireless access network net synchronization capability the benchmark sub-district.
First embodiment provided by the invention as shown in Figure 2, its specific implementation process comprises:
Step S201 obtains cell information according to the information that the network planning provides;
The information that the present invention provides according to the network planning is obtained all sub-districts and neighboring BS information thereof, and selects one of them sub-district as the benchmark sub-district.Step S202 is the T_cell parameter value that certain limit is distributed in benchmark sub-district and adjacent area thereof according to the characteristic of the T_cell parameter value of each sub-district in cell information that obtains and the adjacent area.
Wherein, the distribution of T_cell parameter need be carried out according to the integral multiple of 256chip.The characteristic of the T_cell parameter value of each sub-district specifically comprises in the described adjacent area:
The T_cell parameter value that the T_cell parameter value of each sub-district will have certain intervals, a same base station neighbor cell in the adjacent area is the T_cell parameter value T_cell parameter value reusable of each sub-district of the unique and different neighboring intervals of T_cell parameter value of each sub-district in big (but assignment interval is greater than 256chip), the adjacent area at interval of less (but assignment interval is 256chip), different base station adjacent area at interval.
The process above-mentioned steps obtains the T_cell parameter value into the certain limit of benchmark sub-district and adjacent area distribution thereof, if in described scope, select the T_cell parameter value of a T_cell parameter value at random as benchmark sub-district or adjacent area, just can not guarantee that benchmark sub-district and adjacent area thereof obtain comparatively accurate T_cell parameter value, thereby can not guarantee that UE at any time can only receive the SCH information of a sub-district at most.Therefore, also need the T_cell parameter value of above-mentioned certain limit for benchmark sub-district and adjacent area distribution thereof to be revised according to the covering radius of the benchmark sub-district that obtains and adjacent cell, promptly select a comparatively accurate T_cell parameter value to dispose to benchmark sub-district and adjacent area thereof, the specific implementation process comprises:
Step S203 obtains the covering radius of each sub-district according to the information that the network planning provides.
Step S204 revises the T_cell parameter allocation result of benchmark sub-district and adjacent area thereof according to the value of described covering radius.The correction of T_cell parameter need be carried out according to the integral multiple of 256chip.
In this step, at first the value with the covering radius of the value of the covering radius of benchmark sub-district and its adjacent cell compares; According to comparative result the T_cell parameter allocation result of described benchmark sub-district and adjacent area thereof is revised then.Concrete makeover process comprises:
If comparative result be the value of covering radius of this sub-district greater than the value of benchmark sub-district with the covering radius of contiguous each sub-district, then select value maximum in the T_call parameter allocation result to distribute to this sub-district;
If comparative result be the value of covering radius of this sub-district less than the value of benchmark sub-district with the covering radius of contiguous each sub-district, then select value minimum in the T_cell parameter allocation result to distribute to this sub-district;
If comparative result be the value of covering radius of this sub-district between the value of the covering radius of benchmark sub-district and contiguous each sub-district, the value between then selecting in the T_cell parameter allocation result is distributed to this sub-district.
Step S205, check this to the allocation result of distributing the sub-district with in the past whether the allocation result of this sub-district was conflicted, if conflict then continues execution in step S201; Otherwise, execution in step S206.
Step S206 judges whether the T_cell parameter of all sub-districts in the wireless access network obtain assigns, if, execution in step S207 then; Otherwise based on the T_cell parameter value that obtains among the step S204, selecting the another one sub-district in this adjacent area is benchmark, and the T_cell parameter value to itself and adjacent area thereof distributes again, promptly continues the process of execution in step S201 to step S206.
Step S207 is based on the net synchronization capability of revised T_cell value realization raising wireless access network.
As seen from the above technical solution provided by the invention, the present invention is by at first distributing according to the T_cell parameter value of the cell information that obtains to benchmark sub-district and adjacent area thereof; The method of described allocation result being revised according to the covering radius of the benchmark sub-district that obtains and adjacent cell then, thereby can be benchmark sub-district and the comparatively accurate T_cell parameter value of adjacent area distribution thereof, can guarantee that based on this comparatively accurate T_cell parameter value UE at any time can only receive the SCH information of a sub-district at most, eliminate the SCH influence synchronous of other sub-districts with this to the benchmark sub-district, thereby realize improving the purpose of wireless access network net synchronization capability, therefore the invention solves in the prior art UE because of receiving a plurality of SCH channels simultaneously, and cause the reception of the overlapped interference effect SCH of different SCH, to such an extent as to reduce the problem of the net synchronization capability of network.
What second embodiment provided by the invention was different with first embodiment is, further comprising the steps of before step S201:
Whether step 1 contains the sub-district of distributed base station according to the cell information judgment standard sub-district that obtains and adjacent area thereof, if then execution in step two; Otherwise execution in step S201 is to the process of step S207;
Step 2 is according to the T_cell parameter of each Remote Radio Unit in the cell information that obtains and the configuring distributed base station of the transmission range affiliated subdistrict between the distributed base station base band.
In step 2, at first each Remote Radio Unit in the cell information that obtains and the transmission range between the distributed base station baseband portion are compared; According to the T_cell parameter of the configuring distributed base station of comparative result affiliated subdistrict, specific implementation process comprises then:
If comparative result be the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station baseband portion greater than the Remote Radio Unit and the transmission range between the distributed base station baseband portion of contiguous each sub-district, then select maximum T_cell parameter configuration to this sub-district.
If comparative result be the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station baseband portion less than the Remote Radio Unit and the transmission range between the distributed base station baseband portion of contiguous each sub-district, then select minimum T_cell parameter configuration to this sub-district;
If comparative result is that the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station baseband portion are between the Remote Radio Unit and the transmission range between the distributed base station baseband portion of contiguous each sub-district, then dispose to the T_cell parameter value of Remote Radio Unit at different levels distribution principle greater than the propagation delay time between distributed base station baseband portion and this Remote Radio Unit according to higher level equipment, the T_cell parameter configuration between selecting in the T_cell range of parameter values is given this sub-district.
Among second embodiment provided by the invention, above-mentioned steps is and the first embodiment difference provided by the invention, in addition, step S201 to step S207 with the step S201 of first embodiment to step S207, no longer be described in detail here.
Illustrate the detailed process of in the foregoing description sub-district T_cell parameter being distributed below.
Suppose, distributed base station A has 6 sub-districts, be followed successively by sub-district Cell0～Cell5, wherein the baseband portion of the radio frequency part of Cell0～Cell2 and distributed base station is in same website, sub-district Cell3, Cell4 and Cell5 are put in 3 remote stations for zooming out by RRU, its with the distributed base station baseband portion between the distance relation be Cell3＜Cell4＜Cell5.
Base station B has 3 sub-districts, is followed successively by Cell6, Cell7 and Cell8, and all sub-districts are entirely at a base station site.
Suppose that base station A and B and RNC thereof form a wireless access network, total (Cell0, Cell2, Cell5 and Cell7), (Cell1, Cell2, Cell7), (Cell2, Cell0, Cell1), (Cell5, Cell0), (Cell7, Cell0, Cell1) five adjacent area collection (wherein first sub-district is foregoing benchmark sub-district), Cell3, Cell4, Cell6 and Cell8 do not have the adjacent area, and then assigning process is as follows:
At first learn in this wireless access network that through judgement distributed base station is arranged, so compare according to each Remote Radio Unit in the cell information that obtains and the transmission range between the distributed base station baseband portion, relatively the back determines that the pass of affiliated each the sub-district T_cell in A base station is: T_cell0～2＜T_cell3＜T_cell4＜T_cell5, therefore distribute the T_cell scope of sub-district as follows: T_cell0～2=0～7, T_cell3=3～8, T_cell4=4～9, T_cell5=5～10.
Be benchmark with the Cell0 sub-district then, T_cell to all sub-districts in (Cell0, Cell2, Cell5 and Cell7) adjacent area collection distributes, should be different and above-mentioned clear and definite relational expression (T_cell0～2＜T_cell3＜T_cell4＜T_cell5) according to the T_cell parameter between different districts, above-mentioned range of distribution is revised, as, can determine that the T_cell parameter value of this benchmark sub-district and adjacent area thereof is: T_cell0=1, T_cell2=4, T_cell5=9, T_cell7=6.
The 3rd step: with the Cell2 sub-district is benchmark, and the T_cell that increases the sub-district in (Cell2, Cell0, Cell1) adjacent area collection newly is distributed, and follows same principle and prerequisite, and allocation result is as follows: T_cell1=3
The 4th step:, the allocation result of T_cell in (Cell1, Cell2, Cell7) adjacent area collection is checked that allocation result satisfies distribution principle and prerequisite on inspection respectively based on Cell1, Cell5 and Cell7 (being used as the benchmark sub-district).Certainly, conflict, be benchmark with the benchmark sub-district of this selection again then or reselect other benchmark sub-district the T_cell parameter value of each sub-district in the adjacent area is distributed if this allocation result exists with previous allocation result.
The 5th step: the T_cell value to isolated sub-district Cell3, Cell4, Cell6 and Cell8 is distributed, owing to be to isolate the sub-district, so its value can be distributed arbitrarily, as is assigned as 1,2,2,8 etc. in 0～10
Through after the above-mentioned distribution, the T_cell allocation result of Cell0～Cell8 is (1,3,4,1,2,9,2,6,8) in this wireless access network.
By the second embodiment of the present invention as can be seen, the present invention is owing to adopt at first according to each Remote Radio Unit in the cell information that obtains and the T_cell parameter of the configuring distributed base station cell of transmission range between the distributed base station baseband portion, and the cell information that obtains of basis distributes the T_cell parameter value of benchmark sub-district and adjacent area thereof then; The last method of described allocation result being revised according to the covering radius of benchmark sub-district that obtains and adjacent cell, thereby can be benchmark sub-district and the comparatively accurate T_cell parameter value of adjacent area distribution thereof, not only solved when using distributed base station in the prior art, be difficult under each RRU and RRU cascade situation, guarantee the problem of the sequential relationship of antenna opening, and can guarantee that based on this comparatively accurate T_cell parameter value UE at any time can only receive the SCH information of a sub-district at most, eliminate the SCH influence synchronous of other sub-districts with this to the benchmark sub-district, solved in the prior art UE because of receiving a plurality of SCH channels simultaneously, and cause the reception of the overlapped interference effect SCH of different SCH, to such an extent as to reduce the problem of the net synchronization capability of network, realized improving the purpose of wireless access network net synchronization capability.
In real network, above-mentioned two embodiment can finish in RNC inside, and RNC produces the T_cell parameter value of each sub-district automatically according to above-mentioned steps, sends to corresponding N odeB by the NBAP signaling then.
In addition, above-mentioned two embodiment also can obtain the distributed intelligence of all sub-districts in the RNC by the network planning tool of off-line, and calculate the T_cell value that each sub-district should dispose according to top step, then these information are delivered to corresponding NodeB by RNC and control.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (10)
1, a kind of T_cell parameter distribution method that improves the wireless access network net synchronization capability is characterized in that, comprising:
The cell information that A, basis are obtained distributes the T_cell parameter value of benchmark sub-district and adjacent area thereof;
The covering radius of the sub-district that B, basis are obtained is revised described allocation result;
C, realize improving the net synchronization capability of wireless access network based on revised T_cell value.
2, method according to claim 1 is characterized in that, described steps A specifically comprises:
A1, the information that provides according to the network planning are obtained cell information;
The cell information that A2, basis are obtained is selected a benchmark sub-district;
A3, be the T_cell parameter value that certain limit is distributed in benchmark sub-district and adjacent area thereof according to the characteristic of the T_cell parameter value of each sub-district in the adjacent area and the cell information that obtains.
3, method according to claim 2 is characterized in that, the characteristic of the T_cell parameter value of each sub-district specifically comprises in adjacent area described in the steps A 3:
Have between the T_cell parameter value of each sub-district in the adjacent area that interval between the T_cell value of neighbor cell in certain intervals, the same base station is less, the interval between different base station between the T_cell value of adjacent area is big, the T_cell value reusable of each sub-district of the unique and different neighboring intervals of T_cell value of each sub-district in the adjacent area.
4, according to claim 1,2 or 3 described methods, it is characterized in that described step B specifically comprises:
B1, the information that provides according to the network planning are obtained the covering radius of benchmark sub-district and contiguous each sub-district thereof;
B2, the T_cell parameter allocation result of benchmark sub-district and adjacent area thereof is revised according to the value of described covering radius.
5, method according to claim 4 is characterized in that, described step B2 specifically comprises:
The value of the covering radius of B21, benchmark sub-district and its contiguous each sub-district;
B22, the T_cell parameter allocation result of described benchmark sub-district and adjacent area thereof is revised according to comparative result.
6, method according to claim 5 is characterized in that, described step B22 specifically comprises:
If comparative result be the value of covering radius of this sub-district greater than the value of benchmark sub-district with the covering radius of contiguous each sub-district, then select value maximum in the T_cell parameter allocation result to distribute to this sub-district;
If comparative result be the value of covering radius of this sub-district less than the value of benchmark sub-district with the covering radius of contiguous each sub-district, then select value minimum in the T_cell parameter allocation result to distribute to this sub-district;
If comparative result be the value of covering radius of this sub-district between the value of the covering radius of benchmark sub-district and contiguous each sub-district, the value between then selecting in the T_cell parameter allocation result is distributed to this sub-district.
7, method according to claim 6 is characterized in that, also comprises before described steps A:
D, whether be the sub-district of containing the wireless access network of distributed base station according to the cell information judgment standard sub-district and the adjacent area thereof that obtain, if, execution in step E then; Otherwise, execution in step A;
Each Remote Radio Unit in E, the basis cell information that obtains and the T_cell parameter of transmission range configuration baseline sub-district between the distributed base station base band and adjacent area thereof.
8, method according to claim 7 is characterized in that, described step e specifically comprises:
E1, each Remote Radio Unit in the cell information that obtains and the transmission range between the distributed base station base band are compared;
E2, according to the T_cell parameter of comparative result configuration baseline sub-district and adjacent area thereof.
9, method according to claim 8 is characterized in that, described step e 2 specifically comprises:
If the E21 comparative result be the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station base band greater than the Remote Radio Unit and the transmission range between the distributed base station base band of contiguous each sub-district, then select maximum T_cell parameter configuration to this sub-district;
If the E22 comparative result be the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station base band less than the Remote Radio Unit and the transmission range between the distributed base station base band of contiguous each sub-district, then select minimum T_cell parameter configuration to this sub-district;
If the E23 comparative result is that the Remote Radio Unit of the distributed base station affiliated subdistrict that obtains and the transmission range between the distributed base station base band are between the Remote Radio Unit and the transmission range between the distributed base station base band of contiguous each sub-district, then dispose to the T_cell parameter value of Remote Radio Unit at different levels distribution principle greater than the propagation delay time between distributed base station base band and this Remote Radio Unit according to higher level equipment, the T_cell parameter configuration between selecting in the T_cell parameter allocation result is given this sub-district.
10, method according to claim 9 is characterized in that, also comprises between step B and step C:
F, check this to the allocation result of distributing the sub-district with in the past whether the allocation result of this sub-district was conflicted, if conflict then continues execution in step A; Otherwise, execution in step G.
G, judge whether the T_cell parameter of the sub-district in the wireless access network assigns, if, execution in step C then; Otherwise, execution in step A.
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| CN101170357B (en) * | 2007-11-22 | 2010-06-16 | 中兴通讯股份有限公司 | An uplink data transmission method for cascaded RF remote unit |
| US8559954B2 (en) | 2009-01-13 | 2013-10-15 | Huawei Technologies Co., Ltd. | Quantity of antennas designating a time-frequency resource block |
| CN102104898B (en) * | 2009-12-22 | 2016-07-06 | 中兴通讯股份有限公司 | A kind of mobility parameter matching performance detection method and system |
| CN111356204A (en) * | 2018-12-24 | 2020-06-30 | 华为技术有限公司 | Access method, device and system |
| CN113163434A (en) * | 2020-01-07 | 2021-07-23 | 中国移动通信有限公司研究院 | Configuration method, network equipment and network management system |
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2005
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| CN101170357B (en) * | 2007-11-22 | 2010-06-16 | 中兴通讯股份有限公司 | An uplink data transmission method for cascaded RF remote unit |
| US8559954B2 (en) | 2009-01-13 | 2013-10-15 | Huawei Technologies Co., Ltd. | Quantity of antennas designating a time-frequency resource block |
| US8620310B2 (en) | 2009-01-13 | 2013-12-31 | Huawei Technologies Co., Ltd. | Quantity of antennas designating a time-frequency resource block |
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| US10033502B2 (en) | 2009-01-13 | 2018-07-24 | Huawei Technologies Co., Ltd. | System and method of processing antenna configuration information |
| US10554362B2 (en) | 2009-01-13 | 2020-02-04 | Huawei Technologies Co., Ltd. | System and method of processing antenna configuration information |
| CN102104898B (en) * | 2009-12-22 | 2016-07-06 | 中兴通讯股份有限公司 | A kind of mobility parameter matching performance detection method and system |
| CN111356204A (en) * | 2018-12-24 | 2020-06-30 | 华为技术有限公司 | Access method, device and system |
| CN111356204B (en) * | 2018-12-24 | 2021-08-03 | 华为技术有限公司 | Access method, device, terminal, computer storage medium and system |
| CN113163434A (en) * | 2020-01-07 | 2021-07-23 | 中国移动通信有限公司研究院 | Configuration method, network equipment and network management system |
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| CN100578967C (en) | 2010-01-06 |
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