CN107708220A - A kind of wireless signal channel collocation method, device, server and system - Google Patents
A kind of wireless signal channel collocation method, device, server and system Download PDFInfo
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- CN107708220A CN107708220A CN201610647622.2A CN201610647622A CN107708220A CN 107708220 A CN107708220 A CN 107708220A CN 201610647622 A CN201610647622 A CN 201610647622A CN 107708220 A CN107708220 A CN 107708220A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/56—Allocation or scheduling criteria for wireless resources based on priority criteria
- H04W72/566—Allocation or scheduling criteria for wireless resources based on priority criteria of the information or information source or recipient
- H04W72/569—Allocation or scheduling criteria for wireless resources based on priority criteria of the information or information source or recipient of the traffic information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/12—Wireless traffic scheduling
- H04W72/1263—Mapping of traffic onto schedule, e.g. scheduled allocation or multiplexing of flows
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/20—Control channels or signalling for resource management
- H04W72/23—Control channels or signalling for resource management in the downlink direction of a wireless link, i.e. towards a terminal
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Abstract
The invention discloses a kind of wireless signal channel collocation method, device, server and system, belong to communication technique field.Method includes：Obtained the traffic statistics of cell in a upper period；The service condition of cell channel resource in the upper period was analyzed according to the traffic statistics；Quantity according to the default algorithm of the service condition of the channel resource to the channel resource dynamically distributes Packet Data Traffic Channel PDTCH and half-rate channel.Using the present invention, server is additionally arranged, the perform script of channel configuration can be generated according to the traffic data and default wireless channel equipping rules, the distribution of wireless channel can be adjusted according to the actual requirements.
Description
Technical field
The present invention relates to communication technique field, more particularly to a kind of wireless signal channel collocation method, device, server and it is
System.
Background technology
Global system for mobile communications (Global System for Mobile Communications, GSM) is current generation
In boundary the most extensively, the maximum mobile communcations system of storage, will maintain down in following significant period of time, therefore to GSM
The maintenance and renewal of system will also continue to exist.There are various functions and realize in gsm system, traditional evolution form
It is exactly on the basis of basic function, constantly adds new characteristic.Such as on the basis of traditional voice service (CS) channel distribution,
With general packet radio service technology (General Packet Radio Service, GPRS) and enhanced data rates
The introducing of GSM evolution technologies (Enhanced Data Rate for GSM Evolution, EDGE), the CS business sums brought
The problem of sharing wireless channel according to business (PS) business, some new functional characteristics out are continued to develop along with follow-up, with
The evolution of system, is constantly added, such as dynamic Separate Dedicated Control Channel (Stand-Alone Dedicated
Control Channel, SDCCH), single time slot multi-user voice business (Voice Services over Adaptive
Multi-user Orthogonal Sub-channel, VAMOS) etc..
Under the above-mentioned gradually promotion of evolution, the method for salary distribution of wireless channel is also being updated.In GMS systems, one
The working method of one call of bar channel bearing, referred to as full rate (Full Rate, FR), and 2 calls of a channel bearing
Mode is referred to as half rate (Half Rate, HR).The bearer cap of half-rate channel relative to full speed channel can with double, from
And the investment of radio carrier frequency is saved, without extra carrier frequency dilatation, the increase of Abis interface and frequency planning, can efficiently solve
Network congestion caused by bursts of traffic amount.But half rate also brings along some negative effects, such as：During call speech quality decline,
Number of dropped calls increase etc., therefore, half rate be mainly used to alleviate bursts of traffic caused by radio congestion, should not using half rate as
The Main Means of wireless network dilatation, therefore, when carrying out channel distribution, it will typically follow busy increase HR use ratio
Example, FR use is reduced, idle reduces HR use, ensures the principle for the requirement that FR is preferentially used.However, the nothing of prior art
In the method for salary distribution of line channel, pressure communication is alleviated in the case where channel resource is in short supply usually using half rate in operator,
And it is often that HR startup threshold sets are very low in order to lift busy half rate HR ratios, it could so not gathered around in busy guarantee
Plug, but too low HR starts thresholding and causes idle to also have to start half rate, can not meet that idle will reduce HR use, need
FR is wanted preferentially to use.Therefore, wireless channel can not be adjusted flexibly according to the actual requirements for the method for salary distribution of prior art wireless channel
Distribution.
The content of the invention
In view of this, it is an object of the invention to provide a kind of wireless signal channel collocation method, device, server and system,
To solve the problems, such as distribution that the method for salary distribution of prior art wireless channel can not adjust wireless channel according to the actual requirements.
Technical scheme is as follows used by the present invention solves above-mentioned technical problem：
According to the first aspect of the invention, there is provided a kind of wireless signal channel collocation method, methods described include：
Obtained the traffic statistics of cell in a upper period；
The service condition of cell channel resource in the upper period was analyzed according to the traffic statistics；
According to the service condition of the channel resource and default algorithm to the channel resource dynamically distributes Packet Service
Data channel PDTCH and half-rate channel quantity.
Preferably, the traffic statistics included the telephone traffic of cell, single time slot multi-user in the upper period
It is speech business Vamos pairings busy telephone traffic, BCCH channel of broadcast control quantity, Separate Dedicated Control Channel SDCCH quantity, small
Area's present channel quantity and packet data traffic channel PDTCH reusing degrees；
The service condition that cell channel resource in the upper period was analyzed according to the traffic statistics, bag
Include：
Calculate the telephone traffic and subtract the result of the Vamos pairings busy telephone traffic, and inquired about and liked according to result of calculation
Er Lanbiao obtains the traffic channel quantity being currently needed for；
Calculate currently available channel quantity, the available channel quantity=cell present channel quantity-BCCH
Quantity-SDCCH quantity；
Calculate the traffic channel quantity-available channel quantity needed described in half-rate channel breach x, x=；
The gear number of PDTCH reusing degrees is determined according to the PDTCH reusing degrees.
Preferably, the default algorithm of the service condition according to the channel resource moves to the channel resource
The quantity of state allocation packets traffic data channel and half-rate channel, including：
According to the value of the half-rate channel breach, the gear number of the PDTCH reusing degrees and the default algorithm distribution
The PDTCH and the half-rate channel quantity.
Preferably, it is described according to the service condition of the channel resource and the reusing degree pair of the packet data traffic channel
After the quantity of the channel resource dynamically distributes Packet Data Traffic Channel and half-rate channel, methods described also includes：
Channel configuration perform script is generated according to the allocation result of Packet Data Traffic Channel and half-rate channel；
The perform script is sent to NM server, the allocation result is performed by the NM server.
According to the second aspect of the invention, there is provided a kind of wireless channel configuration device, described device include：
Query unit, for obtaining the traffic statistics of cell in a upper period in real time；
Analytic unit, for analyzing making for cell channel resource in upper period according to the traffic statistics
Use situation；
Allocation unit, for the default algorithm of service condition according to the channel resource to channel resource dynamic point
Quantity with Packet Data Traffic Channel PDTCH and half-rate channel.
Preferably, the query unit, it was additionally operable to obtain the telephone traffic of cell in the upper period, Vamos pairings
Busy telephone traffic, BCCH channel of broadcast control quantity, Separate Dedicated Control Channel SDCCH quantity, cell present channel quantity and
Packet data traffic channel PDTCH reusing degrees；
The analytic unit also includes：
Enquiry module, the result of the Vamos pairings busy telephone traffic is subtracted for calculating the telephone traffic, and according to meter
Calculate result queries Ireland table and obtain the traffic channel quantity being currently needed for；
First computing module, for calculating currently available channel quantity, the available channel quantity=cell
Present channel quantity-BCCH quantity-SDCCH quantity；
Second computing module, can for calculating the traffic channel quantity needed described in half-rate channel breach x, x=-described
Channel quantity；
Analysis module, for determining the gear number of PDTCH reusing degrees according to the PDTCH reusing degrees.
Preferably, the value according to the half-rate channel breach, the gear number of the PDTCH reusing degrees and described are additionally operable to
Default algorithm distributes the quantity of the PDTCH and the half-rate channel.
Preferably, described device also includes：
Script generation unit, match somebody with somebody for generating channel according to the allocation result of Packet Data Traffic Channel and half-rate channel
Put perform script；
Transmitting element, for the perform script to be sent into NM server, as described in performing the NM server
Allocation result.
According to the third aspect of the present invention, there is provided a kind of server, the server include：
Communication device, for establishing communication connection with database server and NM server；
Processor, for carrying out data processing；
Wireless channel configuration device as described in second aspect, the quantity for dynamically distributes PDTCH and half-rate channel.
According to the fourth aspect of the present invention, there is provided a kind of wireless channel configures system, it is characterised in that the system bag
Include database server, server as claimed in claim 9 and NM server：
The database server, for gathering the traffic data in the NM server, and by a upper period
The traffic data of collection is sent to the server；
The wireless channel configuration server, for according to the traffic data and the life of default wireless channel equipping rules
Into the perform script of channel configuration；
The NM server, for being adjusted according to configuration of the perform script to wireless channel.
Wireless signal channel collocation method, device, server and the system of the embodiment of the present invention, it is additionally arranged wireless channel configuration clothes
Business device, the perform script of channel configuration, Neng Gougen can be generated according to the traffic data and default wireless channel equipping rules
According to the distribution of actual demand adjustment wireless channel.
Brief description of the drawings
Fig. 1 is a kind of flow chart for wireless signal channel collocation method that the embodiment of the present invention one provides；
Fig. 2 embodiment of the present invention two provides a kind of modular structure schematic diagram of server；
Fig. 3 is that the embodiment of the present invention two provides a kind of modular structure schematic diagram of wireless channel configuration device；
Fig. 4 is the structural representation that a kind of wireless channel that the embodiment of the present invention three provides configures system.
The realization, functional characteristics and advantage of the object of the invention will be described further referring to the drawings in conjunction with the embodiments.
Embodiment
In order that technical problems, technical solutions and advantages to be solved are clearer, clear, tie below
Drawings and examples are closed, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only
To explain the present invention, it is not intended to limit the present invention.
The embodiment of the present invention one provides a kind of wireless signal channel collocation method, is set up in existing communication system hardware structure
One server, main two aspects of completing work：Traffic statistics in real-time synchronization NM server are (such as every 15 points
It is subsynchronous that clock carries out one).To taken traffic measurement, the adaptive configuration algorithm built in carries out data analysis, generation real-time half
Rate channel and packet Dedicated Traffic Channel (Packet Data Traffic Channel, PDTCH) allocation plan, and synchronously
Generate perform script and import NM server execution, complete adaptive configuration.Referring to Fig. 1, method flow includes：
S101, the traffic statistics for obtaining cell in a upper period in real time；
S102, the service condition according to cell channel resource in the traffic statistics analysis upper period；
S103, according to the service condition and default algorithm of the channel resource channel resource dynamically distributes are grouped
Traffic data channel PDTCH and half-rate channel quantity.
In an optional scheme, traffic statistics included the telephone traffic of cell, Dan Shi in the upper period
Gap multi-user voice business (Voice Services over adaptive Multi-user channels on one
Slot, Vamos) match busy telephone traffic, BCCH channel of broadcast control quantity, Separate Dedicated Control Channel SDCCH quantity, cell
Present channel quantity and packet data traffic channel PDTCH reusing degrees；
Step S102, the use feelings of cell channel resource in the upper period were analyzed according to the traffic statistics
Condition, including：
Calculate the telephone traffic and subtract the result of the Vamos pairings busy telephone traffic, and inquired about and liked according to result of calculation
Er Lanbiao obtains the traffic channel quantity being currently needed for；
Calculate currently available channel quantity, the available channel quantity=cell present channel quantity-BCCH
Quantity-SDCCH quantity；
Calculate half-rate channel breach x, traffic channel quantity-available channel quantity that x=needs；
The gear number of PDTCH reusing degrees is determined according to the PDTCH reusing degrees.
, can be with the gear number of empirically determined PDTCH reusing degrees in practical application：
It is defined as low grade when PDTCH reusing degrees are less than 1.5, is defined as when PDTCH reusing degrees are between 1.5 and 4
Middle-grade, it is defined as top grade when PDTCH reusing degrees are more than 4.
In an optional scheme, step S103, according to the default algorithm of the service condition of the channel resource to institute
The quantity of channel resource dynamically distributes Packet Data Traffic Channel and half-rate channel is stated, including：
According to the value of the half-rate channel breach x, the gear number of the PDTCH reusing degrees and the default algorithm distribution
The PDTCH and the half-rate channel quantity.
In practical application, balance can be found between channel congestion situation and CS and PS channel occupancy improving, and take into account
CS is preferential, and preferentially, preset formula can be according to following strategy setting for Traffic Channel (Traffic Channel, TCH)：
1. traffic channel preferentially takes, voice service is preferential.
2. due to a full speed channel can only user use, and a half-rate channel can make for two users
With compared with full speed channel, the bearer cap of half-rate channel can be with double.Therefore, when telephone traffic is busy just as far as possible
Full speed channel is converted to half-rate channel and uses (occupation proportion for improving half-rate channel), to alleviate congestion.
3. in the case where channel is enough, half rate is not used as far as possible, to improve voice quality.
4. in the case where full speed channel is enough, idle channel distributes dynamic PDTCH as far as possible, is beneficial to PS business speed
The offer of rate.
5. in the case of have different magnitude PDTCH assignment requests, accomplish half-rate channel and PDTCH channel distributions it
Between balance.
6. considering the behavior of system user, if PS requests are not met, can constantly retry, therefore, in any case
It should allow some leeway to PS business, at least retain one.
Based on mentioned above principle, the preset algorithm that is used in the present embodiment is following, it is necessary to explanation, under different scenes,
Corresponding preset algorithm also differs.
For convenience of description, half-rate channel breach x calculation formula is referred to as turning into formula one by the present invention：
Traffic channel quantity-available channel quantity that x=needs
It can be seen from formula one as x ＜ 0, illustrate that quantity is for available channel (Traffic Channel, TCH)
More than the TCH quantity of needs, half-rate channel is not at this moment needed；As x=0, show current TCH full speed channels quantity just
Meet the TCH of needs, without congestion；As x ＞ 0, show that current system traffic is busy.
Therefore, it is divided into three scenes according to x span to illustrate default formula：
Scene one：X ＜ 0
Now available TCH quantity has been above the TCH quantity needed, does not at this moment need half-rate channel.
Reference policy 4, when carrying out dynamically distributes, remaining full speed channel after CS demands will be met, maximized complete
Portion is converted to dynamic PDTCH, i.e.,：
Need the PDTCH quantity distributed：PDTCH_Dynamic=abs (x)；
Need the half-rate channel quantity distributed：HR_convert=0.
Scene two：X=0
Current TCH full speed channel quantity is just met for the TCH needed, without congestion (may not be most busy, nor
Most idle).Only consider from CS operation angles, at this moment do not need half-rate channel.But in order that half-rate channel and PDTCH distribution
It is reasonable, so as to balance PS channels, PDTCH distribution needs to consider following 4 kinds of situations：
When PDCTH reusing degrees are 0, i.e., there are not PDTCH assignment requests in a upper period, according to tactful 6, then needs point
With at least one PDTCH, and it is half rate to convert a TCH, i.e.,：
PDTCH_Dynamic=1；HR_convert=1.
When PDCTH reusing degrees are not 0, it is allocated according to the gear number of PDCTH reusing degrees：
If PDCTH reusing degrees are low grade, a PDTCH is distributed, changes a TCH as half-rate channel.I.e.：
PDTCH_Dynamic=1；
HR_convert=1.
If PDCTH reusing degrees are middle-grade, PDTCH quantity=PDTCH reusing degree middle-grade proportionality coefficient * TCH_ for distributing
Aval=Mid_pd*TCH_aval, while the available TCH quantity of corresponding conversion Mid_pd ratios is half-rate channel, i.e.,：
PDTCH_Dynamic=Mid_pd*TCH_aval；
HR_convert=Mid_pd*TCH_aval.
If PDCTH reusing degrees are top grade, the PDTCH quantity distributed=advanced proportionality coefficient * TCH_aval=High_
Pd*aval, while the available TCH of corresponding conversion High_pd ratios is for half rate：
PDTCH_Dynamic=High_pd*TCH_aval；
HR_convert=High_pd*TCH_aval..
Specifically, define PD reusing degree middle-grade proportionality coefficients Mid_Pd, high-grade proportionality coefficient High_Pd, recommendation Mid_
Pd=1/4；High_Pd=1/2；System can configure a scope when realizing, default value uses Mid_Pd=1/4；High_Pd
=1/2.
Scene three：X ＞ 0
Current system traffic is busy, and on the occasion of bigger, represents that system is busier.At this moment primarily solve asking for congestion
Topic, half-rate channel is changed as far as possible to meet traffic requirement.It can be now allocated according to jam situation.Congestion is calculated first
Rate HR_convert_threshold=x/TCH_aval；
If HR_convert_threshold ＞=100%, showing system extreme congestion, channel resource is inadequate, now,
Available channel is wholly converted into half-rate channel as far as possible, and PDTCH is not distributed as far as possible.But with reference to strategy 6, also at least to keep one
Pd, that is, a PDTCH is only distributed when distributing, remaining available channel is completely converted into half-rate channel, i.e.,：
PDTCH_Dynamic=1；
The available channel TCH_aval-1 of HR_convert=.
If HR_convert_threshold ＜ 100%, at this moment a TCH part is converted into half rate, now
The available channel quantity TCH_aval of traffic channel quantity TCH_request- that half-rate channel breach x=needs；
The calculation formula that residue need not turn the TCH quantity rest_TCH of half-rate channel is as follows：
Rest_TCH=TCH_aval-x=TCH_aval*2-TCH_reauest
Consider PDTCH demand, but because PDTCH is full speed channel, undertake the demand of traffic all the way.Therefore often with one
Bar needs more conversion half-rate channels to support the traffic demand needed for original full speed channel, therefore again in PDTCH
Need to be allocated according to PDCTH reusing degrees：
If DTCH reusing degrees are that 0, PDTCH originally need not divide in a upper period, CS business was all left for.But refer to plan
Slightly 6. will at least divide a pdtch, that is, distribute a PDCH, while change x+1 bar half-rate channels, i.e.,：
PDTCH_Dynamic=1；
HR_convert=1+x.
If DTCH reusing degrees are not 0 in a upper period, it was allocated according to the gear number of PDCTH reusing degrees.
If PDTCH reusing degrees are low grade, retain a PDTCH dynamic channel, one TCH of increase is half rate, i.e.,：
PDTCH_Dynamic=1；
HR_convert=1+x.
If PDTCH reusing degrees are middle-grade, retain PDTCH dynamic channels=intermediate proportionality coefficient * rest_TCH=
Mid_pd* (TCH_aval*2-TCH_request), the TCH of reciprocity quantity is changed as half rate, i.e.,：
PDTCH_Dynamic=Min { Mid_pd* (TCH_aval*2-TCH_ava1), rest_TCH/2 }；
HR_convert=x+PDTCH_Dynamic；
If PDTCH reusing degrees are top grade, retain PDTCH dynamic channels=advanced proportionality coefficient * rest_TCH* busy
PDTCH discount factors=High_pd*rest_TCH*y, the TCH of High_pd*rest_TCH*y quantity are changed as half rate, i.e.,：
PDTCH_Dynamic=Min { High_pd*rest_TCH*y, rest_TCH/2 }；
HR_convert=x+PDTCH_Dynamic.
It should be noted that in above-mentioned calculation formula, y refers to busy PD discount factors y.When traffic is busy, PDTCH is assigned
Requirement to channel can not meet simply, give a discount, the recommendation folding of default value 8,80%；To vacate TCH conversion half rates
Used for CS traffics.
The present embodiment is illustrated with reference to concrete scene, presets every 15 minutes and carries out a config update：
First, need to set 3 cell-level parameters in the server：
Intermediate proportionality coefficient Mid_pd；This be obtain the PDTCH reusing degrees of previous 15 minutes granularities between 1.5 and 4 it
Between, rule of thumb it is considered medium rank, recommends default value 25%；Corresponding regulation proportionality coefficient；
Advanced proportionality coefficient High_pd；This is that the PDTCH reusing degrees for obtaining previous 15 minutes granularities reach more than 4, root
It is considered high-grade according to experience, it is 50% to recommend default value；Corresponding regulation proportionality coefficient；
Busy PDTCH discount factors y：(when traffic is busy, PDTCH assigns the requirement to channel to meet simply, to beat
Individual discount, it is 80% to recommend the folding of default value 8, is used to vacate TCH conversion half rates for CS traffics.)
Secondly, wireless channel configuration server needs the traffic statistics read, including：
Preceding 15 minutes cellular traffics；
Preceding 15 minutes cells PDTCH reusing degrees；
Preceding 15 minutes cell Vamos match quantity --- increased Irish number；
Preceding 15 minutes cell BCCH quantity and SDCCH quantity.
Using the currently available channel quantity of cell as 50, it is assumed that preceding 15 minutes minimum particle sizes are according to traffic statistic data meter
The traffic channel quantity that calculating needs is 80；The channel allocation algorithm of so next granularity is as follows：
X=80-50=30 bars, the algorithm of scene three is applicable, calculates congestion rate HR_convert_threshold=x/
TCH_aval=30/50 ＜ 100% according to the gear number of PDTCH reusing degrees, it is necessary to be allocated：
Remaining channel quantity rest_TCH=50*2-80=20 bars；
If at most 1/2 needs of the preceding 15 minutes PDTCH reusing degrees in top grade, remaining rest_TCH are converted into
PDTCH, now：
PDTCH_Dynamic=Min (High_pd*rest_TCH*y, rest_TCH/2)=Min (50%*20*80%,
20/2)=Min (8,10)=8
The PDTCH for needing to change is calculated no more than 10, busy PDTCH discount factors y is 80%, has beaten 8
Roll over for 8, i.e.,：
PD_Dynamic=8, now HR_convert=x+PD_Dynamic=30+8=38 bars.
End product is 80 CS business demands, has 38 TCH conversion half rates, forms 76 HR.Expired again with 4 TCH
The whole 80 CS business demands of foot.Then TCH_aval sums are 50, are left 50-38-4=8 bars, are used for PDTCH.
Can be more than 10 (parameter settings for depending on server) if High_pd*y is calculated, then PDTCH_
Dynamic at this moment also can only capping 10, i.e. PDTCH uses up 10, because also needing to have 10 TCH to be converted into again below
HR just balance corresponding to CS traffic demands.Finally calculate to obtain PDTCH_Dynamic=10, HR_convert=x+PDTCH_
Dynamic=30+10=40 bars.
In the case where traffic is very busy, PS portfolios are also very big, in order to protrude PS business demands, can by discount because
Son is arranged to 1, does not give a discount, TCH full speed channel resigning PS business demands.
At this moment system aspects realize equilibrium allocation, i.e., at next nearest 15 minutes, on the one hand can meet 80
User's communication demand, the remaining TCH channels of another aspect can also determine it is to be completely used for supporting PDTCH according to demand, still enter
The certain discount of row supports PDTCH again.
In practical application, opened in dynamic SDCCH functions, after a large amount of location updatings of appearance are a large amount of, dynamic translation is preferential,
Dispensed in TCH_aval.After location updating burst terminates, TCH category will be reverted to by participating in the channel of dynamic SDCCH conversions
Property, become TCH_aval again.
After the unlatching of Vamos functions, a regional telephone traffic should not substantially increase and add deduct because of Vamos opening
It is few, except non-congested serious cell or period.So under the occasion matched with Vamos, it may not be necessary to change above-mentioned algorithm,
FR after algorithm process and in HR mixing ratio, pairing is conciliate in the Vamos pairings for carrying out FR and HR.Can further it reduce
Congestion Level SPCC when busy.
It should be noted that when adding dynamic SDCCH and/or adding Vamos, dynamic SDCCH is in order to tackle burst signaling
The change of demand, mostly transient state；And Vamos adds the capacity of voice channel.
Dynamic SDCCH conversions influence the calculating to TCH_aval after starting, have no effect on algorithm in itself, and SDCCH dynamics turn
Change peculation and recovery that function completes TCH in itself.
Vamos functions are open-minded, beneficial to improving power system capacity, and algorithm uses as usual.After Vamos activation, it can alleviate busy
When congestion condition.Vamos is used at one's leisure, can cause the telephone traffic according to statistics, looks into the channel demands that Irish table obtains
It is on the high side.
And in practical application, if not using so multichannel, the feedback data matched according to Vamos is at this moment needed,
One compensation is done to PDTCH applications.The telephone traffic that current Vamos has more, the corresponding TCH quantity saved, can be fed to dynamic
PDTCH, on algorithm when calculating TCH_aval, the situation of busy traffic is matched according to previous granularity Vamos, is deducted.
The wireless signal channel collocation method of the present embodiment, traffic statistics that can be in real-time synchronization NM server.It is right
Taken traffic measurement adaptive configuration algorithm built in carries out data analysis, generates real-time half rate and PDTCH configuration sides
Case.And synchronously generate command script and import NM server and perform, when completing adaptive configuration, and can ensure system busy or
Idle, accomplish reasonable distribution between CS business and PS.
On the basis of above-described embodiment, second embodiment of the invention provides server, for being carried out to wireless channel
Configuration, referring to Fig. 2, including：
Communication device 201, for establishing communication connection with database server and NM server；
Processor 202, for carrying out data processing；
Wireless channel configuration device 203, the quantity for dynamically distributes PDTCH and half-rate channel.
Referring to Fig. 3, the wireless channel configuration device 203 includes：
Query unit 2031, for obtaining the traffic statistics of cell in a upper period in real time；
Analytic unit 2032, for analyzing cell channel resource in the upper period according to the traffic statistics
Service condition；
Allocation unit 2033, the channel resource is moved for the service condition default algorithm according to the channel resource
State allocation packets traffic data channel PDTCH and half-rate channel quantity.
In an optional scheme, the query unit 2031, it was additionally operable to obtain cell in the upper period
It is telephone traffic, Vamos pairings busy telephone traffic, BCCH channel of broadcast control quantity, Separate Dedicated Control Channel SDCCH quantity, small
Area's present channel quantity and packet data traffic channel PDTCH reusing degrees；
The analytic unit 2032 also includes：
Enquiry module, the result of the Vamos pairings busy telephone traffic is subtracted for calculating the telephone traffic, and according to meter
Calculate result queries Ireland table and obtain the traffic channel quantity being currently needed for；
First computing module, for calculating currently available channel quantity, the available channel quantity=cell
Present channel quantity-BCCH quantity-SDCCH quantity；
Second computing module, can for calculating the traffic channel quantity needed described in half-rate channel breach x, x=-described
Channel quantity；
Analysis module, for determining the gear number of PDTCH reusing degrees according to the PDTCH reusing degrees.
In an optional scheme, the allocation unit 2033, be additionally operable to the value according to the half-rate channel breach,
The gear number of the PDTCH reusing degrees and the default algorithm distribute the quantity of the PDTCH and the half-rate channel.
In an optional scheme, the wireless channel configuration device 203 also includes：
Script generation unit, match somebody with somebody for generating channel according to the allocation result of Packet Data Traffic Channel and half-rate channel
Put perform script；
Transmitting element, for the perform script to be sent into NM server, as described in performing the NM server
Allocation result.
The server of the present embodiment, provided with wireless channel configuration device, traffic that can be in real-time synchronization NM server
Statistics.To taken traffic measurement built in adaptive configuration algorithm carry out data analysis, generate real-time half rate and
PDTCH allocation plans.And synchronously generate command script and import NM server execution, adaptive configuration is completed, and can protect
Demonstrate,prove system busy when or idle, accomplish reasonable distribution between CS business and PS.
The embodiment of the present invention three provides a kind of wireless channel configuration system, and the system is in existing communication system hardware structure
In once set a wireless channel configuration server, referring to Fig. 4, wireless channel configuration system include：Database server
401, server 402 and NM server 403.
The database server 401, for gathering the traffic data in the NM server 403, and by a upper period
The traffic data of interior collection is sent to the wireless channel configuration server.
The server 402, for generating channel configuration according to the traffic data and default wireless channel equipping rules
Perform script.Specifically, server 402, main two aspects of completing work：Traffic statistical number in real-time synchronization NM server
According to (it is subsynchronous such as to carry out one every 15 minutes).To taken traffic measurement, the adaptive configuration algorithm built in carries out data point
Analysis, real-time half rate and PDTCH allocation plans are generated, and synchronously generate perform script and import NM server execution, completed
Adaptive configuration.
The NM server 403, for being adjusted according to configuration of the perform script to wireless channel.
The wireless channel configuration system of the present embodiment, is additionally arranged wireless channel configuration server, can be according to the traffic number
According to and default wireless channel equipping rules generation channel configuration perform script, wireless channel can be adjusted according to the actual requirements
Distribution.
Above by reference to the preferred embodiments of the present invention have been illustrated, not thereby limit to the interest field of the present invention.This
Art personnel do not depart from all any modification, equivalent and improvement made in the scope of the present invention and essence, all should be at this
Within the interest field of invention.
Claims (10)
1. a kind of wireless signal channel collocation method, it is characterised in that methods described includes：
Obtained the traffic statistics of cell in a upper period；
The service condition of cell channel resource in the upper period was analyzed according to the traffic statistics；
According to the service condition of the channel resource and default algorithm to the channel resource dynamically distributes grouping busihess data
Channel PDTCH and half-rate channel quantity.
2. according to the method for claim 1, it is characterised in that the traffic statistics were included in the upper period
The telephone traffic of cell, single time slot multi-user voice business Vamos pairings busy telephone traffic, BCCH channel of broadcast control quantity, solely
Vertical DCCH SDCCH quantity, cell present channel quantity and packet data traffic channel PDTCH reusing degrees；
The service condition that cell channel resource in the upper period was analyzed according to the traffic statistics, including：
Calculate the telephone traffic and subtract the result of the Vamos pairings busy telephone traffic, and Ireland is inquired about according to result of calculation
Table obtains the traffic channel quantity being currently needed for；
Calculate currently available channel quantity, the available channel quantity=cell present channel quantity-BCCH quantity-
SDCCH quantity；
Calculate the traffic channel quantity-available channel quantity needed described in half-rate channel breach x, x=；
The gear number of PDTCH reusing degrees is determined according to the PDTCH reusing degrees.
3. according to the method for claim 2, it is characterised in that the service condition according to the channel resource is default
Algorithm to the quantity of the channel resource dynamically distributes Packet Data Traffic Channel and half-rate channel, including：
According to the value of the half-rate channel breach, the gear number of the PDTCH reusing degrees and the default algorithm distribution
PDTCH and the half-rate channel quantity.
4. according to the method described in any one of claims 1 to 3, it is characterised in that the use according to the channel resource
The reusing degree of situation and the packet data traffic channel is to the channel resource dynamically distributes Packet Data Traffic Channel and half
After the quantity of rate channel, methods described also includes：
Channel configuration perform script is generated according to the allocation result of Packet Data Traffic Channel and half-rate channel；
The perform script is sent to NM server, the allocation result is performed by the NM server.
5. a kind of wireless channel configuration device, it is characterised in that described device includes：
Query unit, for obtaining the traffic statistics of cell in a upper period in real time；
Analytic unit, for analyzing the use feelings of cell channel resource in the upper period according to the traffic statistics
Condition；
Allocation unit, for the default algorithm of service condition according to the channel resource to the channel resource dynamically distributes point
Group traffic data channel PDTCH and half-rate channel quantity.
6. device according to claim 5, it is characterised in that
The query unit, be additionally operable to obtain the telephone traffic of cell in the upper period, Vamos pairings busy telephone traffic,
BCCH channel of broadcast control quantity, Separate Dedicated Control Channel SDCCH quantity, cell present channel quantity and Packet data service
Channel PDTCH reusing degrees；
The analytic unit also includes：
Enquiry module, the result of the Vamos pairings busy telephone traffic is subtracted for calculating the telephone traffic, and tied according to calculating
Fruit inquires about Irish table and obtains the traffic channel quantity being currently needed for；
First computing module, for calculating currently available channel quantity, the available channel quantity=cell is current
Channel quantity-BCCH quantity-SDCCH quantity；
Second computing module, for calculating the traffic channel quantity needed described in half-rate channel breach x, x=-described available
Channel quantity；
Analysis module, for determining the gear number of PDTCH reusing degrees according to the PDTCH reusing degrees.
7. device according to claim 6, it is characterised in that the allocation unit, be additionally operable to be believed according to the half rate
The value of road breach, the gear number of the PDTCH reusing degrees and the default algorithm distribute the PDTCH and the half-rate channel
Quantity.
8. according to the device described in any one of claim 5 to 7, it is characterised in that described device also includes：
Script generation unit, held for generating channel configuration according to the allocation result of Packet Data Traffic Channel and half-rate channel
Travel far and wide this；
Transmitting element, for the perform script to be sent into NM server, the distribution is performed by the NM server
As a result.
9. a kind of server, it is characterised in that the server includes：
Communication device, for establishing communication connection with database server and NM server；
Processor, for carrying out data processing；
Wireless channel configuration device as described in any one of claim 5 to 8, for dynamically distributes PDTCH and half-rate channel
Quantity.
10. a kind of wireless channel configures system, it is characterised in that the system includes database server, such as claim 9 institute
The server and NM server stated：
The database server, for gathering the traffic data in the NM server, and it will be gathered in a upper period
Traffic data be sent to the server；
The wireless channel configuration server, for according to the traffic data and default wireless channel equipping rules generation letter
The perform script of road configuration；
The NM server, for being adjusted according to configuration of the perform script to wireless channel.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112188499A (en) * | 2019-07-03 | 2021-01-05 | 中国移动通信集团重庆有限公司 | Network self-adaptive configuration method, device, server and computer storage medium |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030224798A1 (en) * | 2002-05-31 | 2003-12-04 | Serge Willenegger | Dynamic channelization code allocation |
| CN101400125A (en) * | 2008-10-15 | 2009-04-01 | 中兴通讯股份有限公司 | Method and device for controlling base station energy saving by base station controller |
| CN102724687A (en) * | 2012-06-07 | 2012-10-10 | 中国联合网络通信集团有限公司 | Method for acquiring wireless network utilization rate and network management equipment |
| CN103209488A (en) * | 2012-01-17 | 2013-07-17 | 中国移动通信集团辽宁有限公司 | Half-rate proportional threshold allocation method and device |
-
2016
- 2016-08-09 CN CN201610647622.2A patent/CN107708220B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030224798A1 (en) * | 2002-05-31 | 2003-12-04 | Serge Willenegger | Dynamic channelization code allocation |
| CN101400125A (en) * | 2008-10-15 | 2009-04-01 | 中兴通讯股份有限公司 | Method and device for controlling base station energy saving by base station controller |
| CN103209488A (en) * | 2012-01-17 | 2013-07-17 | 中国移动通信集团辽宁有限公司 | Half-rate proportional threshold allocation method and device |
| CN102724687A (en) * | 2012-06-07 | 2012-10-10 | 中国联合网络通信集团有限公司 | Method for acquiring wireless network utilization rate and network management equipment |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112188499A (en) * | 2019-07-03 | 2021-01-05 | 中国移动通信集团重庆有限公司 | Network self-adaptive configuration method, device, server and computer storage medium |
| CN112188499B (en) * | 2019-07-03 | 2022-09-27 | 中国移动通信集团重庆有限公司 | Network self-adaptive configuration method, device, server and computer storage medium |
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