CN1874586A - Method and equipment for configuring resources of channels - Google Patents
Method and equipment for configuring resources of channels Download PDFInfo
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- CN1874586A CN1874586A CNA2005100361693A CN200510036169A CN1874586A CN 1874586 A CN1874586 A CN 1874586A CN A2005100361693 A CNA2005100361693 A CN A2005100361693A CN 200510036169 A CN200510036169 A CN 200510036169A CN 1874586 A CN1874586 A CN 1874586A
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Abstract
The method comprises: determining a mixing traffic throughput at busy time of each user; determining an air interface mixing traffic throughput for a CDMA digital trunking system; according to total user's amounts of said CDNA digital trunking system, determining the amounts of base station required by said CDMA trunking system based on the a mixing traffic throughput at busy time of each user and the air interface mixing traffic throughput for a CDMA digital trunking system; according to the a mixing traffic throughput at busy time of each user, the air interface mixing traffic throughput for a CDMA digital trunking system, the amounts of base station and the channels occupied by each service, the channel resources is configured to meet the required capacity.
Description
Technical field
The present invention relates to the wireless network planning technical field, in particular, the present invention relates to the channel resource configuration method and the device of wireless network planning in a kind of code division multiple access (CDMA, Code Division Multiple Access) digital cluster system.
Background technology
The CDMA digital cluster system is to optimize on the cdma2000 technical foundation in the 3G (Third Generation) Moblie technology and transform, and enables to satisfy the system that the modern trunked communication technology requires.With the difference of conventional CDMA Cellular System mainly be: the method for calling that the CDMA digital cluster system adopts is the voice call of peculiar putting call through immediately after connection in the trunking communication (PTT, Push To Talk) mode; In order to support group call, the CDMA digital cluster system has been optimized air interface simultaneously, thereby reaches the purpose that can share same air traffic channel the user of same group under the same sub-district when calling out.The PTT business is the most basic type of service of CDMA digital cluster system, with respect to the conventional speech business of cdma2000 certain difference is arranged on channel usage and implementation, but it also belongs to speech business.
Usually, except group service, the CDMA digital cluster system can also provide other business such as conventional speech business, short message and wireless data service etc., and these combinations of services are got up provides the integrated service resolution ability for each group user.
At present, when the channel resource in carrying out the network planning of CDMA digital cluster system disposes, industry part producer operating limit capacity formula is estimated capacity, then according to the capacity of described estimation and then can determine corresponding channel resources, thereby realize the channel resource configuration, wherein carry out volume calculation according to the power-carrying formula, when carrying out the channel resource configuration, professional system can obtain result preferably for single kind of carrying, but along with the development of CDMA1X digital cluster system technology, system can provide speech business simultaneously, block domain data service, circuit domain data service and group service etc.Because speech business, block domain data service, circuit domain data service and group service have different fundamental characteristics, for the various mixed services that need in the group system to carry, when adopting above-mentioned power-carrying formula to carry out volume calculation, parameters such as demodulation threshold wherein, the voice activation factor, data rate need be used the equivalence value of mixed service, but directly the business of each mixing of equivalence is difficult for realizing, and equivalence value can not be represented actual network condition, is difficult for revising intuitively according to the real network situation.
Summary of the invention
The technical problem that the present invention solves provides channel resource configuration method and the device in a kind of CDMA digital cluster system, rationally capacity being estimated according to the real network situation in the CDMA digital cluster system that is implemented in mixed service, and then the network of mixed service carried out rational channel resource configuration.
For addressing the above problem, channel resource configuration method of the present invention comprises:
A, mixed service throughput when determining that every user is busy;
B, determine the mixed service carrying throughput of eating dishes without rice or wine of described code division multiple access digital cluster system;
C, the required number of base stations of described code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when determining that according to total customer volume of described code division multiple access digital cluster system corresponding described every user is busy;
D, the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, code division multiple access digital cluster system when busy, described definite code division multiple access digital cluster system and each professional required busy channel satisfy capacity according to described every user.
The mixed service throughput comprised when wherein, the described every user of determining of step a hurried:
A1, throughput when determining that every user of each business in the described code division multiple access digital cluster system is busy;
A2, mixed service throughput when each professional proportion determined that every user is busy when every user was busy in throughput and the described code division multiple access digital cluster system when busy according to every user of described each business.
Wherein, the described definite mixed service carrying throughput of eating dishes without rice or wine that reaches code division multiple access digital cluster system of step b:
Calculate each professional empty port load-supporting ability;
Each business proportion is carried out normalized obtain corresponding equivalent business proportion;
Determine mixed service empty port load-supporting ability according to the equivalent business proportion of described each professional empty port load-supporting ability and described each business.
Wherein, the described definite number of base stations of step c comprises:
The mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system is determined the number of users that the base station is supported when hurrying according to described every user;
The required number of base stations of code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when the number of users of supporting according to total number of users of described code division multiple access digital cluster system and described definite base station determines that corresponding described every user is busy.
Wherein, mixed service includes the putting call through immediately after connection business in the described code division multiple access digital cluster system, and throughput adopted following formula to calculate when step a1 determined that every user of described putting call through immediately after connection business is busy:
Tptt＝ag*Ag*TCHg+ap*Ap*TCHp
Wherein Tptt is every user throughput when busy;
Ag is every user group calling telephone traffic when busy;
Ap is every user individual calling telephone traffic when busy;
Equivalent activity factor when ag is group calling;
Equivalent activity factor when ap is individual calling;
TCHg is a group-calling channel speed;
TCHp is the individual calling channel speed.
Correspondingly, the device of channel resource configuration of the present invention comprises:
Determine first definite device of mixed service throughput when every user is busy;
Determine second definite device of the mixed service carrying throughput of eating dishes without rice or wine of described code division multiple access digital cluster system;
The 3rd of the required number of base stations of the described code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system the determines device when determining that according to total customer volume of described code division multiple access digital cluster system corresponding described every user is busy;
The inking device of the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, code division multiple access digital cluster system when busy, described definite code division multiple access digital cluster system and each professional required busy channel satisfy capacity according to described every user.
First of the mixed service throughput determined that device comprises when wherein, described every user of determining was busy:
Determine the device of throughput when every user of each business in the described code division multiple access digital cluster system is busy;
The device of mixed service throughput when each professional proportion determined that every user is busy when every user was busy in throughput and the described code division multiple access digital cluster system when busy according to every user of described each business.
Wherein, second of the mixed service carrying throughput of eating dishes without rice or wine of described definite described code division multiple access digital cluster system determines that device comprises:
Calculate the device of each professional empty port load-supporting ability;
Each business proportion is carried out the device that normalized obtains corresponding equivalent business proportion;
Device according to each professional empty port load-supporting ability and described equivalent business proportion calculating mixed service empty port load-supporting ability.
Wherein, the 3rd of described definite number of base stations the determines that device comprises:
The mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system is determined the device of the number of users that the base station is supported when hurrying according to described every user;
The device of the required number of base stations of the code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when the number of users of supporting according to total number of users of described code division multiple access digital cluster system and described definite base station determines that corresponding described every user is busy.
Wherein, mixed service includes the putting call through immediately after connection business in the described code division multiple access digital cluster system, and throughput adopts following formula when determining that first of throughput when every user of each business in the described code division multiple access digital cluster system is busy determines that device determines that every user of described putting call through immediately after connection business is busy:
Tptt＝ag*Ag*TCHg+ap*Ap*TCHp
Wherein Tptt is every user throughput when busy;
Ag is every user group calling telephone traffic when busy;
Ap is every user individual calling telephone traffic when busy;
Equivalent activity factor when ag is group calling;
Equivalent activity factor when ap is individual calling;
TCHg is a group-calling channel speed;
TCHp is the individual calling channel speed.
Compared with prior art, the present invention has following beneficial effect:
The present invention is under CDMA digital cluster system multi-service mixing situation, throughput when determining that according to the traffic model of different service types every user of each business does, mixed service throughput when each professional proportion determines that every user is busy when busy according to every user then, determine the mixed service carrying throughput of eating dishes without rice or wine of described CDMA digital cluster system in addition according to each business proportion of each professional empty port load-supporting ability and equivalence, and then the required number of base stations of described CDMA digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described CDMA digital cluster system can determine that corresponding described every user is busy according to total customer volume of described CDMA digital cluster system time the, mixed service throughput when busy at last according to described every user, the mixed service carrying throughput of eating dishes without rice or wine of CDMA digital cluster system, the channel resource configuration that the number of base stations that described definite CDMA digital cluster system is required and each professional required busy channel can satisfy capacity.Because the mixed service throughput and the mixed service carrying throughput of eating dishes without rice or wine were determined when the channel resource configuration was hurried according to every user, promptly carried out according to the real network situation of mixed service, can satisfy real network planning demand.
Description of drawings
Fig. 1 is the realization flow figure of channel resource configuration method of the present invention;
Fig. 2 is the schematic diagram of mixed service throughput when determining among the embodiment of channel resource configuration method of the present invention that every user is busy;
Fig. 3 is the composition schematic diagram of channel resource inking device of the present invention.
Embodiment
With reference to figure 1, this figure is the realization flow figure of channel resource configuration method of the present invention, specifically mainly may further comprise the steps:
Step 11, throughput when determining that every user of each business in the described code division multiple access digital cluster system is busy during specific implementation, can be determined according to the traffic model of different business;
Step 12, mixed service throughput when each professional proportion determined that every user is busy when every user was busy in throughput and the described code division multiple access digital cluster system when busy according to every user of described each business;
Step 13 is determined the mixed service carrying throughput of eating dishes without rice or wine of described code division multiple access digital cluster system, and during specific implementation, the empirical value that can generally acknowledge by empirical parameter and some industries calculates the eat dishes without rice or wine throughput that can carry of group system according to the soft block formula;
Step 14, the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system is determined the number of users that the base station is supported when hurrying according to described every user;
Step 15, the required number of base stations of code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when the number of users of supporting according to total number of users of described code division multiple access digital cluster system and described definite base station determines that corresponding described every user is busy;
Step 16, the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, code division multiple access digital cluster system when busy, described definite code division multiple access digital cluster system and each professional required busy channel satisfy capacity according to described every user.
Describe with concrete example below.
In the CDMA digital cluster system, mainly consider three kinds of business: conventional speech business, Packet data service and group service (PTT speech business).
Above-mentioned calculation procedure to capacity is as follows:
Traffic model by different business, obtain the every user of different business throughput Tv, Tp, Tptt when busy, different business occupation proportion Pv, Pp, Pptt calculate the throughput Tm=Tv*Pv+Tp*Pp+Tptt*Pptt that mixes when every user does when hurrying according to every user again.The throughput of mixing when so-called every user is busy refers to every user in the time may having multiple different business, shared throughput when busy.
With reference to figure 2, this figure is the schematic diagram that channel resource configuration method of the present invention specifically is applied in mixed service throughput when definite every user is busy in the CDMA digital cluster system.
Channel resource configuration for three kinds of mix of traffic in the CDMA digital cluster system, when specific implementation, throughput Tv is mainly according to the conventional voice activation factor when hurrying for the every user of conventional speech business, the parameter value of telephone traffic was determined when every user was busy, physical layer total throughout Tp mainly subscribes to ratio according to each application type when hurrying for the every user of data service, every user BHSA, in each session in the number of calls and the per call parameter value of application layer data amount determine, and for the professional every user of PTT group calling/individual calling number of times when throughput Tptt is can be according to every user busy when busy, group calling/individual calling duration when every user is busy, the parameter value of group calling/individual calling equivalence activity factor and group calling/individual calling business proportion is determined, throughput Tv when hurrying like this, according to the above-mentioned every user of conventional speech business, mixed service throughput Tm when throughput Tptt can determine that every user is busy when the professional every user of physical layer total throughout Tp and PTT was busy when the every user of data service was busy.
Need explanation, for the CDMA digital cluster system, how to obtain PTT professional every user when busy throughput be most critical, describe this process below in detail, wherein introduce two notions: the factor and equivalent activity factor are shared in the sector.
The sector is shared the factor and is meant that the user in the group may be evenly distributed in S different sector, and then to share the factor be S in the sector, usually S 〉=1.Because the introducing that factor S is shared in the sector makes that the number of users in the group is reduced to original 1/S under the sector, is that the group calling telephone traffic of unit is reduced to original 1/S with the sector; If under the prerequisite of sector capacity constant (enabling capabilities is constant in other words), then the number of the group that can support of sector increases to original S times; And for every user's group calling the telephone traffic when busy because the characteristic of its busy channel do not change, therefore should value constant.
For a multi-user's group, be distributed under one or more sectors, then calculate an equivalent activity factor according to the probability correspondence of each group user speech.
Suppose a N user's group, it is S that the factor is shared in its sector, then for this group, K=N/S user on average arranged under every sector, (industry it is generally acknowledged that user 64% time is in and says speech phase, and FCH speed is 9.6Kbps, and 36% time is in the non-speech phase of saying for each user in this group under this sector, FCH speed is 1.5Kbps), its reverse average equivalent activity factor is:
1) do not consider that the sector shares the influence to average equivalent activity factor, promptly S equals at 1 o'clock, and this moment, K equaled N:
a1＝(0.8*9.6*64％+(1.5/9.6)*9.6*36％+(K-1)*(1.5/9.6)*9.6)/(K*9.6)
＝(0.8*64％+(1.5/9.6)*36％+(K-1)*(1.5/9.6))/K
＝0.15625+0.412/K
For example one 10 user's group is distributed under the sector, i.e. N=10, S=1, K=10, then a1=0.19745.
2) consider that the sector shares the influence to average equivalent activity factor, promptly each user enjoys impartial speech probability under S sector, says that at all users under certain sector the shared percentage of speech phase need consider a coefficient 1/S at this moment:
a2＝(0.8*9.6*64％/S+(1.5/9.6)*9.6*(1-64％/S)+(K-1)*(1.5/9.6)*9.6)/(K*9.6)
＝(0.8*64％/S+(1.5/9.6)-(1.5/9.6)*64％/S+(K-1)*(1.5/9.6))/K
＝0.15625+0.412/(K*S)
Because K=N/S, so a2=0.15625+0.412/N equates with a1.Same 10 users' group is distributed under 2 sectors, i.e. S=2, and K=5, a2=0.19745=a1, to share the factor with the sector irrelevant for each user's average equivalent activity factor in this explanation group.
The process of throughput was as follows when the professional every user of the concrete PTT of calculating hurried:
The model conditional parameter has:
(1) the every user's busy hour calling amount of PTT speech business is a;
(2) each PTT audio call duration of call is b second, i.e. the duration of call of group calling and individual calling is identical;
(3) the equivalent activity factor ag during group calling;
(4) the equivalent activity factor ap during individual calling;
(5) the group-calling service ratio accounts for X% among the PTT user, and the individual calling business proportion accounts for 1-X%.
Can be (a*b*X%/3600) Erl when wherein the every user of PTT speech business is busy during group calling telephone traffic Ag specific implementation, can be [a*b* (1-X%)/3600] Erl when the every user of PTT speech business is busy during individual calling telephone traffic Ap specific implementation, can be (a*b/3600) Erl when the every user of PTT speech business is busy during the telephone traffic specific implementation, TCHg is a group-calling channel speed, TCHp is the individual calling channel speed, generally can be 9600 when described TCHg and described TCHp specific implementation.Can get thus, throughput was when the every user of PTT speech business was busy: Tptt=ag*Ag*TCHg+ap*Ap*TCHp.
The empirical value that can generally acknowledge by empirical parameter and some industries for the mixed service carrying throughput of eating dishes without rice or wine of CDMA digital cluster system among the present invention calculates the eat dishes without rice or wine throughput that can carry of group system according to the soft block formula.Usually, when the throughput that computing system eats dishes without rice or wine to carry, be base unit, because group system is supported channel resource (CE) sharing in same carrier-frequency range with S111/O1.This step can (denomination of invention: a kind of wireless network planning method of CDMA service, the applicant: the correlation computations method be determined Huawei Tech Co., Ltd) with reference to No. 03140978 Chinese patent application.Promptly calculate earlier each professional empty port load-supporting ability respectively, and then each business proportion is carried out normalized obtain corresponding equivalent business proportion, determine the mixed service empty port load-supporting ability of CDMA digital cluster system according to the equivalent business proportion of described each professional empty port load-supporting ability and described each business.
The mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when hurrying based on top definite every user, just can obtain S111/O1 is the user enabling capabilities of the base station of unit to the mixed service situation, further according to total userbase, can determine the required number of base stations of described CDMA digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput when corresponding described every user is busy and described CDMA digital cluster system.
At last, the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, CDMA digital cluster system when busy, described definite CDMA digital cluster system and each professional required busy channel satisfy capacity according to described every user.
The following describes another aspect of the present invention.
With reference to figure 3, this figure is the device composition schematic diagram that the present invention realizes the channel resource configuration.
Concrete, realize described in the present invention that the device of channel resource configuration mainly comprises:
Determine first definite device 21 of mixed service throughput when every user is busy, during specific implementation, first of the mixed service throughput determined that device 21 can comprise when described every user of determining was busy:
Determine the device of throughput when every user of each business in the described code division multiple access digital cluster system is busy;
The device of mixed service throughput when each professional proportion determined that every user is busy when every user was busy in throughput and the described code division multiple access digital cluster system when busy according to every user of described each business.
In addition, also comprise among the present invention:
Determine second definite device 22 of the mixed service carrying throughput of eating dishes without rice or wine of described code division multiple access digital cluster system, during specific implementation, described second determines that device can comprise:
Calculate the device of each professional empty port load-supporting ability;
Each business proportion is carried out the device that normalized obtains corresponding equivalent business proportion;
Device according to each professional empty port load-supporting ability and described equivalent business proportion calculating mixed service empty port load-supporting ability.
In addition, also comprise among the present invention:
The 3rd of the required number of base stations of the described code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system the determines device 23 when determining that according to total customer volume of described code division multiple access digital cluster system corresponding described every user is busy, during specific implementation, the described the 3rd determines that device 23 comprises:
The mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system is determined the device of the number of users that the base station is supported when hurrying according to described every user;
The device of the required number of base stations of the code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when the number of users of supporting according to total number of users of described code division multiple access digital cluster system and described definite base station determines that corresponding described every user is busy.
In addition, also comprise among the present invention:
The inking device 24 of the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, code division multiple access digital cluster system when busy, described definite code division multiple access digital cluster system and each professional required busy channel satisfy capacity according to described every user.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1, a kind of channel resource configuration method is applied to it is characterized in that in the code division multiple access digital cluster system of multi-service mixing, comprising:
A, mixed service throughput when determining that every user is busy;
B, determine the mixed service carrying throughput of eating dishes without rice or wine of described code division multiple access digital cluster system;
C, the required number of base stations of described code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when determining that according to total customer volume of described code division multiple access digital cluster system corresponding described every user is busy;
D, the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, code division multiple access digital cluster system when busy, described definite code division multiple access digital cluster system and each professional required busy channel satisfy capacity according to described every user.
2, channel resource configuration method according to claim 1 is characterized in that, the mixed service throughput comprised when the described every user of determining of step a hurried:
A1, throughput when determining that every user of each business in the described code division multiple access digital cluster system is busy;
A2, mixed service throughput when each professional proportion determined that every user is busy when every user was busy in throughput and the described code division multiple access digital cluster system when busy according to every user of described each business.
3, channel resource configuration method according to claim 1 is characterized in that, the described mixed service carrying throughput of eating dishes without rice or wine of determining described code division multiple access digital cluster system of step b:
Calculate each professional empty port load-supporting ability;
Each business proportion is carried out normalized obtain corresponding equivalent business proportion;
Determine mixed service empty port load-supporting ability according to the equivalent business proportion of described each professional empty port load-supporting ability and described each business.
4, channel resource configuration method according to claim 1 is characterized in that, the described definite number of base stations of step c comprises:
The mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system is determined the number of users that the base station is supported when hurrying according to described every user;
The required number of base stations of code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when the number of users of supporting according to total number of users of described code division multiple access digital cluster system and described definite base station determines that corresponding described every user is busy.
5, channel resource configuration method according to claim 2, it is characterized in that, mixed service includes the putting call through immediately after connection business in the described code division multiple access digital cluster system, and throughput adopted following formula to calculate when step a1 determined that every user of described putting call through immediately after connection business is busy:
Tptt＝ag*Ag*TCHg+ap*Ap*TCHp
Wherein Tptt is every user throughput when busy;
Ag is every user group calling telephone traffic when busy;
Ap is every user individual calling telephone traffic when busy;
Equivalent activity factor when ag is group calling;
Equivalent activity factor when ap is individual calling;
TCHg is a group-calling channel speed;
TCHp is the individual calling channel speed.
6, a kind of channel resource inking device is applied to it is characterized in that in the code division multiple access digital cluster system of multi-service mixing, comprising:
Determine first definite device of mixed service throughput when every user is busy;
Determine second definite device of the mixed service carrying throughput of eating dishes without rice or wine of described code division multiple access digital cluster system;
The 3rd of the required number of base stations of the described code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system the determines device when determining that according to total customer volume of described code division multiple access digital cluster system corresponding described every user is busy;
The inking device of the channel resource configuration that the required number of base stations of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput, code division multiple access digital cluster system when busy, described definite code division multiple access digital cluster system and each professional required busy channel satisfy capacity according to described every user.
7, channel resource inking device according to claim 6 is characterized in that, first of the mixed service throughput determined that device comprises when described every user of determining was busy:
Determine the device of throughput when every user of each business in the described code division multiple access digital cluster system is busy;
The device of mixed service throughput when each professional proportion determined that every user is busy when every user was busy in throughput and the described code division multiple access digital cluster system when busy according to every user of described each business.
8, channel resource inking device according to claim 6 is characterized in that, second of the mixed service carrying throughput of eating dishes without rice or wine of described definite described code division multiple access digital cluster system determines that device comprises:
Calculate the device of each professional empty port load-supporting ability;
Each business proportion is carried out the device that normalized obtains corresponding equivalent business proportion;
Device according to each professional empty port load-supporting ability and described equivalent business proportion calculating mixed service empty port load-supporting ability.
9, channel resource inking device according to claim 6 is characterized in that, the 3rd of described definite number of base stations determines that device comprises:
The mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system is determined the device of the number of users that the base station is supported when hurrying according to described every user;
The device of the required number of base stations of the code division multiple access digital cluster system of the mixed service carrying throughput of eating dishes without rice or wine of mixed service throughput and described code division multiple access digital cluster system when the number of users of supporting according to total number of users of described code division multiple access digital cluster system and described definite base station determines that corresponding described every user is busy.
10, channel resource inking device according to claim 7, it is characterized in that, mixed service includes the putting call through immediately after connection business in the described code division multiple access digital cluster system, and throughput adopts following formula when determining that first of throughput when every user of each business in the described code division multiple access digital cluster system is busy determines that device determines that every user of described putting call through immediately after connection business is busy:
Tptt＝ag*Ag*TCHg+ap*Ap*TCHp
Wherein Tptt is every user throughput when busy;
Ag is every user group calling telephone traffic when busy;
Ap is every user individual calling telephone traffic when busy;
Equivalent activity factor when ag is group calling;
Equivalent activity factor when ap is individual calling;
TCHg is a group-calling channel speed;
TCHp is the individual calling channel speed.
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| CN103327527A (en) * | 2012-03-22 | 2013-09-25 | 电信科学技术研究院 | Method and device determining service capacity |
| CN103327511A (en) * | 2012-03-22 | 2013-09-25 | 电信科学技术研究院 | Method and device for determining service capacity |
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| US7092730B2 (en) * | 2001-09-21 | 2006-08-15 | Motorola, Inc. | Dynamic creation of channels in a simulcast wireless communication system |
| CN100499426C (en) * | 2003-06-06 | 2009-06-10 | 华为技术有限公司 | Wireless network planning method of CDMA service |
| CN100358370C (en) * | 2003-10-17 | 2007-12-26 | 华为技术有限公司 | Method for switching aggregated terminal on receiving business state |
| JP4242758B2 (en) * | 2003-12-10 | 2009-03-25 | 株式会社ケンウッド | Trunking system control method |
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2005
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103327527A (en) * | 2012-03-22 | 2013-09-25 | 电信科学技术研究院 | Method and device determining service capacity |
| CN103327511A (en) * | 2012-03-22 | 2013-09-25 | 电信科学技术研究院 | Method and device for determining service capacity |
| CN103327527B (en) * | 2012-03-22 | 2016-02-17 | 电信科学技术研究院 | A kind of method and apparatus determining volume of business |
| CN103327511B (en) * | 2012-03-22 | 2016-03-23 | 电信科学技术研究院 | A kind of method and apparatus determining volume of business |
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| CN100391295C (en) | 2008-05-28 |
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