CN105307182A

CN105307182A - Method and device for deploying mobile communication equipment

Info

Publication number: CN105307182A
Application number: CN201510762619.0A
Authority: CN
Inventors: 云翔
Original assignee: Baicells Technologies Co Ltd
Current assignee: Chengdu baicaibang Technology Co.,Ltd.
Priority date: 2015-11-10
Filing date: 2015-11-10
Publication date: 2016-02-03
Anticipated expiration: 2035-11-10
Also published as: CN105307182B

Abstract

Embodiments of the invention provide a method and a device for deploying mobile communication equipment. The method for deploying the mobile communication equipment in the embodiments of the invention comprises the following steps of determining enhanced area position information which needs to enhance communication capability according to a position of an accident base station if the current network is provided with the accident base station which cannot work normally, wherein an area corresponding to the enhanced area position information is an area covered by the accident base station; and determining target deployment information of to-be-deployed mobile communication equipment according to the enhanced area position information and multiple preset deployable position information in the current network, wherein the mobile communication equipment is used for enhancing the communication capability of the area corresponding to the enhanced area position information. According to the technical scheme in the embodiments of the invention, the position of the mobile communication equipment capable of enhancing the communication capability of the area covered by the accident base station can be automatically deployed; in comparison with the scheme for temporarily enhancing the network communication capability through manual deployment in the prior art, the method is very simple to operate and is time-saving and labor-saving.

Description

The dispositions method of mobile communication equipment and device

Technical field

The embodiment of the present invention relates to mobile communication technology field, particularly relates to a kind of dispositions method and device of mobile communication equipment.

Background technology

Mobile communication system refers to that operator passes through to dispose wireless access network equipment (as base station), and equipment of the core network (attaching position register (HomeLocationRegister; HLR)) etc., for user terminal (as mobile phone) provides the system of communication service.

Mobile communication system from the first generation to forth generation, the change technically through advancing by leaps and bounds, transmission rate also has great growth, but substantially to cover principle be all based on cellular network for it; Namely operator needs to dispose multiple mobile communication base station, and the spatial dimension that each base station coverage is certain is called community or sector; When user terminal enters in certain base station range, by this base station for this user terminal is served.In prior art, in the middle of mobile communication cell network, when there is power-off or other fault in certain base station, user terminal in this base station service areas cannot be connected to network by base station, also just there occurs service disruption fault, need the service ability temporarily strengthening mobile communications network in this region.In addition, due to reasons such as meeting, exhibition, large-scale activities, a large number of users has been concentrated in regions of particular service, need the number of users that the number of users of service can carry beyond mobile communications network, cause user to access, also need the service ability temporarily strengthening mobile communications network in this region.In prior art, above-mentioned needs occur when this region strengthens the situation of the service ability of mobile communications network temporarily, the main scheme adopting artificial deployment moving emergency communication truck, to strengthen network communications capability temporarily.

But realizing in process of the present invention, inventor finds at least there is following defect in prior art: existing artificial deployment strengthens in the scheme of network communications capability temporarily, operate very complicated, and waste time and energy.

Summary of the invention

The invention provides a kind of dispositions method and device of mobile communication equipment, strengthen in the scheme of network communications capability to overcome existing artificial deployment temporarily, operate very complicated, and the technical problem wasted time and energy, realize a kind of automatic Deployment Solution for Services of mobile communication equipment.

Embodiment of the present invention first aspect provides a kind of dispositions method of mobile communication equipment, comprising:

If when current network exists the accident base station that cannot normally work, according to the position of described accident base station, determine the enhancement region location information domain needing to strengthen communication capacity, the region that the region that described enhancement region location information domain is corresponding covers for described accident base station;

According to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, described mobile communication equipment is for strengthening the communication capacity in region corresponding to described enhancement region location information domain.

May in implementation in the first of first aspect, according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, specifically comprise:

According to described enhancement region location information domain and described default multiple can deployed position information, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining and the first alternative deployed position set;

According to the positional information of the base station of at least one the transfer resource the best within the scope of the predeterminable range that described first alternative deployed position set is corresponding with described enhancement region location information domain, the alternative frequency of the return link of mobile communication equipment to be disposed described in determining and target deployment position.

May in implementation at the second of first aspect, according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, specifically comprise:

According to described default multiple can the positional information of base station of at least one transfer resource the best within the scope of deployed position information and predeterminable range corresponding to described enhancement region location information domain, the alternative frequency of the return link of mobile communication equipment to be disposed described in determining and the second alternative deployed position set;

According to described second alternative deployed position set and described enhancement region location information domain, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining and target deployment position.

May in implementation at the third of first aspect, according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, specifically comprise:

According to described default multiple can the positional information of base station of at least one transfer resource the best within the scope of predeterminable range corresponding to deployed position information, described enhancement region location information domain and described enhancement region location information domain, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining, the alternative frequency of return link and target deployment position.

In any one possibility implementation in conjunction with above-mentioned three kinds of possibility implementations of first aspect, in the 4th kind of possibility implementation of first aspect, if when there is the accident base station that cannot normally work in current network, according to the position of described accident base station, before determining the zone position information needing to strengthen communication capacity, described method also comprises: monitor the communications status of described current network, determines that described current network exists the described accident base station that cannot normally work;

Further, the communications status of described current network is monitored, determine that described current network exists the described accident base station that cannot normally work, specifically comprise: described current network communications status is monitored, judge whether to monitor the fault warning prompting of the described accident base station that cannot normally work, overload alarm prompt or excited users number and exceed pre-determined threshold, if monitor, determine in described current network, to there is the described accident base station that cannot normally work.

Embodiment of the present invention second aspect provides a kind of deployment devices of mobile communication equipment, comprising:

Enhancement region location information domain determination module, if when there is the accident base station that cannot normally work for current network, according to the position of described accident base station, determine the enhancement region location information domain needing to strengthen communication capacity, the region that the region that described enhancement region location information domain is corresponding covers for described accident base station;

Target deployment information determination module, for according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, described mobile communication equipment is for strengthening the communication capacity in region corresponding to described enhancement region location information domain.

In the first possibility implementation of second aspect, described target deployment information determination module, specifically comprises:

First determining unit, for according to described enhancement region location information domain and described default multiple can deployed position information, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining and the first alternative deployed position set;

Second determining unit, for the positional information of the base station according at least one the transfer resource the best within the scope of the described first alternative deployed position set predeterminable range corresponding with described enhancement region location information domain, the alternative frequency of the return link of mobile communication equipment to be disposed described in determining and target deployment position.

In the second possibility implementation of second aspect, described target deployment information determination module, specifically comprises:

3rd determining unit, for according to described default multiple can the positional information of base station of at least one transfer resource the best within the scope of deployed position information and predeterminable range corresponding to described enhancement region location information domain, the alternative frequency of the return link of mobile communication equipment to be disposed described in determining and the second alternative deployed position set;

4th determining unit, for according to described second alternative deployed position set and described enhancement region location information domain, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining and target deployment position.

In the third possibility implementation of second aspect, described target deployment information determination module, specifically for according to described default multiple can the positional information of base station of at least one transfer resource the best within the scope of predeterminable range corresponding to deployed position information, described enhancement region location information domain and described enhancement region location information domain, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining, the alternative frequency of return link and target deployment position.

In any one possibility implementation in conjunction with above-mentioned three kinds of possibility implementations of second aspect, in the 4th kind of possibility implementation of first aspect, described device also comprises:

Monitoring modular, for monitoring the communications status of described current network, determines that described current network exists the described accident base station that cannot normally work;

Further, described monitoring modular, specifically for monitoring described current network communications status, judge whether to monitor the fault warning prompting of the described accident base station that cannot normally work, overload alarm prompt or excited users number and exceed pre-determined threshold, if monitor, determine in described current network, to there is the described accident base station that cannot normally work.

The dispositions method of mobile communication equipment of the present invention and device, if when adopting current network to there is the accident base station that cannot normally work, according to the position of accident base station, determine the enhancement region location information domain needing to strengthen communication capacity; According to preset in enhancement region location information domain and current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, the position of the mobile communication equipment of the area communication ability that automatic deployment enhancing accident base station covers can be realized; Compared with strengthening the scheme of network communications capability with the artificial deployment of prior art, operation is very simple, and time saving and energy saving temporarily.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt elevated antenna to realize compared with the network coverage, in technical scheme of the present invention, mobile communication equipment is adopted to realize the network coverage, the height of antenna can be improved, strengthen coverage, ensure that the communication capacity in region corresponding to the location information domain of enhancement region.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is traditional mobile communication cell net schematic diagram;

Fig. 2 is the flow chart of dispositions method one embodiment of mobile communication equipment of the present invention.

Fig. 3 is the flow chart of another embodiment of dispositions method of mobile communication equipment of the present invention.

Fig. 4 is the flow chart of another embodiment of dispositions method of mobile communication equipment of the present invention.

Fig. 5 is the flow chart of the dispositions method embodiment again of mobile communication equipment of the present invention.

Fig. 6 is the structural representation of deployment devices one embodiment of mobile communication equipment of the present invention.

Fig. 7 is the structural representation of another embodiment of deployment devices of mobile communication equipment of the present invention.

Fig. 8 is the structural representation of the deployment devices embodiment again of mobile communication equipment of the present invention.

Fig. 9 is the structural representation of the deployment devices embodiment again of mobile communication equipment of the present invention.

Embodiment

For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Mobile communication experienced by the first generation, the second generation, the third generation, forth generation.First generation mobile communication refers to initial simulation, cellular telephony standard only for voice call, and main that adopt is analogue technique and frequency division multiple access (FrequencyDivisionMultipleAccess, FDMA) cut-in method, Generation Mobile Telecommunication System introduces digital technology, improves network capacity, improves speech quality and confidentiality, with " global system for mobile communications " (GlobalSystemforMobileCommunication, GSM) and " code division multiple access " (CodeDivisionMultipleAccess, CDMA) IS-95 be representative, 3G (Third Generation) Moblie mainly refers to CDMA2000, Wideband Code Division Multiple Access (WCDMA) (WidebandCodeDivisionMultipleAccess, WCDMA), TD SDMA (TimeDivision-SynchronousCodeDivisionMultipleAccess, TD-SCDMA) three kinds of technology, all using code division multiple access as access technology, the standard of forth generation mobile communication system is relatively uniform in the world, is International Organization for standardization third generation cooperative programme (3rdGenerationPartnershipProject, Long Term Evolution (LongTermEvolution/LongTermEvolution-Advanced 3GPP) formulated, LTE/LTE-A), it is descending directly enters (OrthogonalFrequencyDivisionMultipleAccess based on orthogonal frequency is many, OFDMA), uply directly enter (SingleCarrier – FrequencyDivisionMultipleAccess based on single carrier frequency division is many, SC-FDMA) access way, the foundation adaptive modulation coding mode of bandwidth sum flexibly, reach downlink peak rates 1Gbps, the high-speed transfer of upstream peak speed 500Mbps.

The basic covering principle of mobile communication system is all based on cellular network, and namely operator needs to dispose multiple mobile communication base station, and the spatial dimension that each base station coverage is certain is called community or sector; When user terminal enters in certain base station range, be that described user serves by this base station.As the mobile communication cell net schematic diagram that Fig. 1 is traditional.As shown in Figure 1, multiple communities composition is similar to the network of honeycomb.

Fig. 2 is the flow chart of dispositions method one embodiment of mobile communication equipment of the present invention.As shown in Figure 2, the dispositions method of the mobile communication equipment of the present embodiment, specifically can comprise the steps:

If when 200 current networks exist the accident base station that cannot normally work, according to the position of accident base station, determine the enhancement region location information domain needing to strengthen communication capacity;

The region that the region that in the present embodiment, enhancement region location information domain is corresponding covers for the accident base station that cannot normally work.

In the present embodiment, the dispositions method of mobile communication equipment is applied in following scene: in the cellular network of a mobile communication, when accident appears in the some base stations in cellular network, the communication capacity in the region causing this accident base station that cannot normally work to cover is deteriorated; Therefore, need to adopt the dispositions method of the mobile communication equipment of the present embodiment to dispose mobile communication equipment in the enhancement region location information domain that this accident base station is corresponding, strengthen the communication capacity in this enhancement region location information domain.This enhancement region location information domain can comprise the latitude and longitude information and elevation information etc. in region area, shape, region.

The executive agent of the dispositions method of the mobile communication equipment of the present embodiment is specifically as follows the deployment devices of mobile communication equipment, and the deployment devices of this mobile communication equipment can be arranged in network management system in the mobile communication network.

201, according to preset in enhancement region location information domain and current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed.

Mobile communication equipment in the present embodiment is for strengthening the communication capacity in region corresponding to this enhancement region location information domain.Such as, specifically can to comprise unmanned vehicle, pilotless automobile etc. removable and possess the equipment of communication function for the mobile communication equipment of the present embodiment.

In current network in the present embodiment preset multiple can deployed position information by the auxiliary facility information in current network (as whether having charge function, whether possess circuit return link etc.) determine, such as, can preset in network multiple can deployed position, these deployed position can possess corresponding auxiliary facility, can dispose the mobile communication equipment such as unmanned vehicle or pilotless automobile.Wherein deployed position information can comprise latitude and longitude information, elevation information and auxiliary facility information.In the present embodiment, according to preset in enhancement region location information domain and current network multiple can deployed position information, can from preset multiple can deployed position information, obtain the target deployment information that one can strengthen the communication capacity in region corresponding to this enhancement region location information domain, to dispose this mobile communication equipment to be disposed in this target deployment position.

The dispositions method of the mobile communication equipment of the present embodiment, if when adopting current network to there is the accident base station that cannot normally work, according to the position of accident base station, determines the enhancement region location information domain needing to strengthen communication capacity; According to preset in enhancement region location information domain and current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, the position of the mobile communication equipment of the area communication ability that automatic deployment enhancing accident base station covers can be realized; Compared with strengthening the scheme of network communications capability with the artificial deployment of prior art, operation is very simple, and time saving and energy saving temporarily.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt elevated antenna to realize compared with the network coverage, in the dispositions method of the mobile communication equipment of the present embodiment, mobile communication equipment is adopted to realize the network coverage, the height of antenna can be improved, strengthen coverage, ensure that the communication capacity in region corresponding to the location information domain of enhancement region.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 2, before step 200 " if when current network exists the accident base station that cannot normally work; according to the position of accident base station; determine the zone position information needing to strengthen communication capacity ", can also comprise: the communications status of current network is monitored, determine that current network exists the accident base station that cannot normally work.

Such as, can monitor current network communications status, judge whether to monitor the fault warning prompting of the accident base station that cannot normally work or overload alarm prompt or excited users number and exceed pre-determined threshold; If monitor, determine in current network, to there is the accident base station that cannot normally work; Otherwise if the fault warning prompting of the accident base station that cannot normally work both do not detected, the overload alarm prompt of the accident base station that cannot normally work is not detected yet, do not detect that the excited users number that the excited users number of the accident base station that cannot normally work exceedes the accident base station that namely pre-determined threshold cannot normally work is less than or equal to pre-determined threshold, now determine in current network, to there is not the accident base station that cannot normally work yet.

Fig. 3 is the flow chart of another embodiment of dispositions method of mobile communication equipment of the present invention.As shown in Figure 3, the dispositions method of the mobile communication equipment of the present embodiment, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 2, introduces a kind of implementation of the dispositions method of mobile communication equipment of the present invention.As shown in Figure 3, the dispositions method of the mobile communication equipment of the present embodiment, specifically can comprise the steps:

300, current network communications status is monitored, judge whether that having monitored base station sends fault warning prompting, if detect; Perform step 301; Otherwise return and continue monitoring;

Be monitored base station to send fault warning prompting in the present embodiment, determine that this base station be the accident base station that cannot normally work is that example is to introduce technical scheme of the present invention.In practical application, can also according to the actual requirements, the excited users number be set to when monitor certain base station and send overload alarm prompt or certain base station exceedes pre-determined threshold, determines that this base station is the accident base station that cannot normally work.Or also can by the accident base station that cannot normally work really fixed condition change other conditions into, such as, when monitoring the signal less than certain base station in a certain preset time period, just can determine that this base station is accident base station that cannot normally work etc.As long as the condition that this base station conditions present meets the accident base station that cannot normally work can be monitored, just can determine that this base station is the accident base station that cannot normally work.

301, determine that this base station is accident base station, namely in current network, there is the accident base station that cannot normally work; Perform step 302;

302, according to the position of accident base station, the enhancement region location information domain needing to strengthen communication capacity is determined;

The enforcement of this step with above-mentioned embodiment illustrated in fig. 2 in the enforcement of step 200 identical, with reference to the enforcement of above-mentioned middle step 200 embodiment illustrated in fig. 2, can also not repeat them here in detail.

303, according to enhancement region location information domain and default multiple can deployed position information, determine alternative frequency and the first alternative deployed position set of the service link of mobile communication equipment to be disposed;

304, according to the positional information of the base station of at least one the transfer resource the best within the scope of the first alternative deployed position set predeterminable range corresponding with enhancement region location information domain, alternative frequency and the target deployment position of the return link of mobile communication equipment to be disposed is determined;

Step 301 in the present embodiment and step 302 are a kind of specific implementation of above-mentioned step 201 embodiment illustrated in fig. 2.The target deployment information of mobile communication equipment to be disposed specifically can comprise the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of the return link of mobile communication equipment to be disposed and target deployment position.The alternative frequency in the present embodiment being the service link first determining mobile communication equipment to be disposed is example, and then determines the alternative frequency of return link and the target deployment position of mobile communication equipment to be disposed.The base station of transfer resource the best of the present embodiment can refer to the best base station of signal quality, or also can refer to the base station of least-loaded, or other parameters also can be adopted to determine the base station of this transfer resource resource.Or also can adopt multiple parameter to consider, determine one of this transfer resource the best, two or more base stations.

Such as, supposing that available service frequency comprises first frequency is F1=900MHz, and second frequency is F2=1800MHz.When supposing present communications network use 900MHz frequency, if mobile communication equipment and current network may produce interference, then select 1800MHz as the alternative frequency of service link.If mobile communication equipment and current network can not produce interference, then the alternative frequency of the service link of mobile communication equipment to be disposed can be 900MHz and 1800MHz.

For preset multiple can deployed position information, respectively can deployed position height corresponding to deployed position information higher, corresponding coverage is also larger, but channel quality information is poor; Respectively can deployed position height corresponding to deployed position information lower, corresponding coverage is also smaller, but channel quality information is better.Due to the communication capacity that mobile communication equipment to be disposed is for strengthening region corresponding to this enhancement region location information domain, therefore, multiplely can select coverage deployed position information and to strengthen region location overlap area comparatively large from what preset, and channel quality information good several alternative can deployed position information as the first alternative deployed position set.Alternatively particularly can the quantity of deployed position information to choose according to the actual requirements.

Mobile communication equipment be in any one in the first alternative deployed position set alternative can position corresponding to deployed position information, when setting up return link between the base station of any one the transfer resource the best within the scope of the predeterminable range corresponding with enhancement region location information domain, both remain static, belong to the situation of point-to-point transmission.Therefore can adopt the mandate of higher frequency band or exempt to authorize frequency spectrum to transmit, the frequency ranges such as such as 5.8GHz, 24GHz, 28GHz, 40GHz or 50GHz.The base station of each transfer resource the best within the scope of predeterminable range corresponding to enhancement region location information domain is selected to set up return path respectively, can calculate in this base station to the first alternative deployed position set each alternative can the three dimensions distance of position corresponding to deployed position information, and according to the frequency of return link and propagation model, calculate the channel quality information of return link; The frequency of return link corresponding under the state that therefrom selective channel quality information is best is as the alternative frequency of the return link of mobile communication equipment, from several alternative can deployed position information, under the state that selective channel quality information is best corresponding alternative can deployed position information as the positional information of target deployment position.In practical application, also principle the alternative frequency of frequency as the return link of mobile communication equipment of return link corresponding under the good state of multiple channel quality information can be selected accordingly, and from several alternative can deployed position information, under the good state of selective channel quality information corresponding multiple alternative can deployed position information as the positional information of target deployment position.

In practical application, the alternative frequency of service link and the alternative frequency of return link also can be other numerical value, and illustrating no longer one by one at this repeats.

305, alternative frequency and the target deployment position of the alternative frequency of the service link of this mobile communication equipment, the return link of mobile communication equipment is notified to mobile communication equipment, this target deployment position is moved to for mobile communication equipment, wireless link is built, to strengthen the communication capacity of the network of this location information domain corresponding region, enhancement region according to the alternative frequency of service link and the alternative frequency of return link.

This step is the optional step of the present embodiment, after determining target deployment information, can send the target deployment information determined to mobile communication equipment.Like this, after mobile communication equipment gets target deployment information, can automatically arrive target deployment position according to target deployment information and build wireless link according to the alternative frequency of service link and the alternative frequency of return link, to strengthen the communication capacity of the network of this location information domain corresponding region, enhancement region.After mobile communication equipment moves to target deployment position, also need according to the signal disturbing at scene and the suitable strength of signal etc. etc. situation, the frequency of the service link that will use under current scene is determined from the alternative frequency of service link, from the alternative frequency of return link, determine the frequency that will use return link under current scene, thus make mobile communication equipment under current scene, there is in this target deployment position best ability to communicate.

The dispositions method of the mobile communication equipment of the present embodiment, specifically can according to enhancement region location information domain and default multiple can deployed position information, determine alternative frequency and the first alternative deployed position set of the service link of mobile communication equipment to be disposed; According to the positional information of the base station of at least one the transfer resource the best within the scope of the predeterminable range that the first alternative deployed position set is corresponding with enhancement region location information domain, determine alternative frequency and the target deployment position of the return link of mobile communication equipment to be disposed, thus determine the target deployment information of mobile communication equipment to be disposed, the position of the mobile communication equipment of the area communication ability that automatic deployment enhancing accident base station covers can be realized; Compared with strengthening the scheme of network communications capability with the artificial deployment of prior art, operation is very simple, and time saving and energy saving temporarily.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt elevated antenna to realize compared with the network coverage, in the dispositions method of the mobile communication equipment of the present embodiment, mobile communication equipment is adopted to realize the network coverage, the height of antenna can be improved, strengthen coverage, ensure that the communication capacity in region corresponding to the location information domain of enhancement region.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt satellite communication link to carry out compared with passback, in the scheme of the present embodiment, return by adopting the base station of at least one the transfer resource the best within the scope of predeterminable range corresponding to enhancement region location information domain, transmission rate can not be subject to any restriction, and can not time delay be there is, therefore adopt the scheme of the present embodiment to carry out the deployment of mobile communication equipment, communication capacity is stronger, and communication efficiency is better.

Fig. 4 is the flow chart of another embodiment of dispositions method of mobile communication equipment of the present invention.As shown in Figure 4, the dispositions method of the mobile communication equipment of the present embodiment, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 2, introduces the another kind of implementation of the dispositions method of mobile communication equipment of the present invention.As shown in Figure 4, the dispositions method of the mobile communication equipment of the present embodiment, specifically can comprise the steps:

400, current network communications status is monitored, judge whether that having monitored base station sends overload alarm prompt, if detect; Perform step 401; Otherwise return and continue monitoring;

Be monitor certain base station to send overload alarm prompt in the present embodiment, determine that this base station be the accident base station that cannot normally work is that example is to introduce technical scheme of the present invention.In practical application, can also according to the actual requirements, be set to exceed in pre-determined threshold when monitor the excited users number that certain base station sends fault warning prompting or monitor certain base station, determine that this base station is the accident base station that cannot normally work.In like manner, or also can by the accident base station that cannot normally work really fixed condition change other conditions into, such as, when monitoring the signal less than certain base station in a certain preset time period, just can determine that this base station is accident base station that cannot normally work etc.As long as the condition that this base station conditions present meets the accident base station that cannot normally work can be monitored, just can determine that this base station is the accident base station that cannot normally work.

401, determine that this base station is accident base station, namely in current network, there is the accident base station that cannot normally work; Perform step 402;

402, according to the position of accident base station, the enhancement region location information domain needing to strengthen communication capacity is determined;

403, according to preset multiple can the positional information of base station of at least one transfer resource the best within the scope of deployed position information and predeterminable range corresponding to enhancement region location information domain, determine alternative frequency and the second alternative deployed position set of the return link of mobile communication equipment to be disposed;

404, according to the second alternative deployed position set and enhancement region location information domain, alternative frequency and the target deployment position of the service link of mobile communication equipment to be disposed is determined;

Step 403 in the present embodiment and step 404 are the another kind of specific implementation of above-mentioned step 201 embodiment illustrated in fig. 2.The target deployment information of mobile communication equipment to be disposed specifically can comprise the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of the return link of mobile communication equipment to be disposed and target deployment position.The alternative frequency in the present embodiment being the return link first determining mobile communication equipment is example, and then determines the alternative frequency of service link and the target deployment position of mobile communication equipment to be disposed.

Such as, for preset multiple can deployed position information, mobile communication equipment is positioned at any one can position corresponding to deployed position information, when setting up return link between the base station of any one the transfer resource the best within the scope of the predeterminable range corresponding with enhancement region location information domain, both remain static, belong to the situation of point-to-point transmission.Therefore can adopt the mandate of higher frequency band or exempt to authorize frequency spectrum to transmit, the frequency ranges such as such as 5.8GHz, 24GHz, 28GHz, 40GHz, 50GHz.The base station of each transfer resource the best within the scope of predeterminable range corresponding to enhancement region location information domain is selected to set up return path respectively, this base station can be calculated to respectively can the three dimensions distance of position corresponding to deployed position information, and according to the frequency of return link and propagation model, calculate the channel quality information of return link; The frequency of return link that then can be corresponding under the state that therefrom selective channel quality information is best is as the alternative frequency of the return link of mobile communication equipment; Therefrom in the good situation of selective channel quality information corresponding several alternative can deployed position information as the second alternative deployed position set.Alternatively particularly can the quantity of deployed position information to choose according to the actual requirements.In practical application, if determined, the base station of certain the transfer resource the best within the scope of the predeterminable range that enhancement region location information domain is corresponding is the base station setting up return link the best, also the base station of transfer resource the best within the scope of predeterminable range that this enhancement region location information domain is corresponding only can be selected in the present embodiment, the i.e. base station of this transfer resource the best, to set up return link.

In like manner, the base station of transfer resource the best of the present embodiment can refer to the best base station of signal quality, or also can refer to the base station of least-loaded, or other parameters also can be adopted to determine the base station of this transfer resource resource.Or also can adopt multiple parameter to consider, determine one of this transfer resource the best, two or more base stations.

Then, supposing that available service frequency comprises first frequency is F1=900MHz, and second frequency is F2=1800MHz.When supposing present communications network use 900MHz frequency, if mobile communication equipment and existing network may produce interference, then select 1800MHz as the alternative frequency of service link.If mobile communication equipment and existing network can not produce interference, then the alternative frequency of service link can be 900MHz and 1800MHz.

For several alternative can deployed position information, each alternative can deployed position height corresponding to deployed position information higher, corresponding coverage is also larger, but channel quality information is poor; Respectively can deployed position height corresponding to deployed position information lower, corresponding coverage is also smaller, but channel quality information is better.Due to the communication capacity that mobile communication equipment to be disposed is for strengthening region corresponding to this enhancement region location information domain, therefore, alternative can select coverage deployed position information and to strengthen region location overlap area maximum from several, and several alternative can in deployed position information channel quality information best alternative can deployed position information as target deployment position.In like manner, in practical application, also can accordingly principle from several alternative can deployed position information selective channel quality information good multiple alternative can deployed position information as target deployment position.

405, alternative frequency and the target deployment position of the alternative frequency of the service link of this mobile communication equipment, the return link of mobile communication equipment is notified to mobile communication equipment, this target deployment position is moved to for mobile communication equipment, wireless link is built, to strengthen the communication capacity of the network of this location information domain corresponding region, enhancement region according to the alternative frequency of service link and the alternative frequency of return link.

This step is identical with the realization mechanism of above-mentioned step 305 embodiment illustrated in fig. 3, with reference to the record of above-mentioned step 305 embodiment illustrated in fig. 3, can not repeat them here in detail.

The dispositions method of the mobile communication equipment of the present embodiment, specifically can according to preset multiple can the positional information of base station of at least one transfer resource the best within the scope of deployed position information and predeterminable range corresponding to enhancement region location information domain, determine alternative frequency and the second alternative deployed position set of the return link of mobile communication equipment to be disposed; According to the second alternative deployed position set and according to enhancement region location information domain, determine alternative frequency and the target deployment position of the service link of mobile communication equipment to be disposed, thus determine the target deployment information of mobile communication equipment to be disposed, the position of the mobile communication equipment of the area communication ability that automatic deployment enhancing accident base station covers can be realized; Compared with strengthening the scheme of network communications capability with the artificial deployment of prior art, operation is very simple, and time saving and energy saving temporarily.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt elevated antenna to realize compared with the network coverage, in the dispositions method of the mobile communication equipment of the present embodiment, mobile communication equipment is adopted to realize the network coverage, the height of antenna can be improved, strengthen coverage, ensure that the communication capacity in region corresponding to the location information domain of enhancement region.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt satellite communication link to carry out compared with passback, in the scheme of the present embodiment, return by adopting the base station of at least one the transfer resource the best within the scope of predeterminable range corresponding to enhancement region location information domain, transmission rate can not be subject to any restriction, and can not time delay be there is, therefore adopt the scheme of the present embodiment to carry out the deployment of mobile communication equipment, communication capacity is stronger, and communication efficiency is better.

Fig. 5 is the flow chart of the dispositions method embodiment again of mobile communication equipment of the present invention.As shown in Figure 5, the dispositions method of the mobile communication equipment of the present embodiment, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 2, introduces another implementation of the dispositions method of mobile communication equipment of the present invention.As shown in Figure 5, the dispositions method of the mobile communication equipment of the present embodiment, specifically can comprise the steps:

500, current network communications status is monitored, judge whether that the excited users number monitoring base station exceedes pre-determined threshold, if detected; Perform step 501; Otherwise return and continue monitoring;

The concrete numerical value of the pre-determined threshold in the present embodiment can be arranged according to the actual requirements.Be that the excited users number monitoring base station exceedes pre-determined threshold in the present embodiment, determine that this base station be the accident base station that cannot normally work is that example is to introduce technical scheme of the present invention.In practical application, can also according to the actual requirements, be set to, when monitor the overload alarm prompt or fault warning prompting that certain base station sends, determine that this base station is the accident base station that cannot normally work.In like manner, or also can by accident base station really fixed condition change other conditions into, such as, when monitoring the signal less than certain base station in a certain preset time period, just can determine that this base station is accident base station that cannot normally work etc.As long as the condition that this base station conditions present meets the accident base station that cannot normally work can be monitored, just can determine that this base station is the accident base station that cannot normally work.

501, determine that this base station is accident base station, namely in current network, there is the accident base station that cannot normally work; Perform step 502;

502, according to the position of accident base station, the enhancement region location information domain needing to strengthen communication capacity is determined;

503, according to preset multiple can the positional information of base station of at least one transfer resource the best within the scope of predeterminable range corresponding to deployed position information, enhancement region location information domain and enhancement region location information domain, determine the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of return link and target deployment position;

Step 503 in the present embodiment is another specific implementation of above-mentioned step 201 embodiment illustrated in fig. 2.The target deployment information of mobile communication equipment to be disposed specifically can comprise the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of the return link of mobile communication equipment to be disposed and target deployment position.In the present embodiment be consider default multiple can the positional information of base station of at least one transfer resource the best within the scope of predeterminable range corresponding to deployed position information, enhancement region location information domain and enhancement region location information domain, determine that the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of return link and target deployment position are example, describe technical scheme of the present invention.

In a communication network, the transmission quality of service link and the transmission quality of return link all extremely important.When the transmission quality of service link is lower, the experience of user is poor, if now use the return link of better quality also to there is no need.When the transmission quality of service link is higher, if return link is of low quality, then cannot in time by information transmission to core net or other base station, cause comparatively long time delay, the experience of user is also poor.Therefore, in the present embodiment, need to combine and consider service link and return link, the communication quality of optimized network, ensure Consumer's Experience.

Such as, for preset multiple can each in deployed position information can position corresponding to deployed position information, can the region corresponding with enhancement region location information domain, position corresponding to deployed position information according to this, the channel quality information of the service link under different frequency can be calculated in position corresponding to deployed position information to each.Equally, for preset multiple can each in deployed position information can position corresponding to deployed position information, can the base station of any one transfer resource the best within the scope of the predeterminable range corresponding with enhancement region location information domain of position corresponding to deployed position information according to this, calculate the channel quality information of the return link under different frequency.By mapping relations, the alternative frequency of select target deployed position, service link and the alternative frequency of return link of the channel quality information of return link and the channel quality information of service link.The mapping relations of the channel quality information of return link and the channel quality information of service link, for the optimum Match thresholding of the return link that obtains according to the status transmission of network and service link, such as: return link channel quality is 10 or 9 times or other integral multiples of service link channel quality.When the channel quality of return link compared with the channel quality of service link lower than coupling thresholding time, for the situation of return link limited performance, can be service link select upper frequency or chosen distance strengthen region far away deployed position can reduce the channel quality of service link, make the channel quality of return link mate thresholding with the channel quality of service link is close.When the channel quality of return link compared with the channel quality of service link higher than coupling thresholding time, for the situation of service link limited performance, can be return link select upper frequency or chosen distance can deployed position base station far away to reduce the quality of return link, make the channel quality of return link mate thresholding with the channel quality of service link is close.

In like manner, in the present embodiment, the alternative frequency of the service link of the mobile communication equipment to be disposed determined, the alternative frequency of return link and target deployment position can be one, two or more, realization mechanism and above-mentioned Fig. 3 or embodiment illustrated in fig. 4 realize similar, with reference to above-mentioned Fig. 3 or record embodiment illustrated in fig. 4, can not repeat them here in detail yet.

504, alternative frequency and the target deployment position of the alternative frequency of the service link of this mobile communication equipment, the return link of mobile communication equipment is notified to mobile communication equipment, this target deployment position is moved to for mobile communication equipment, wireless link is built, to strengthen the communication capacity of the network of this location information domain corresponding region, enhancement region according to the alternative frequency of service link and the alternative frequency of return link.

The dispositions method of the mobile communication equipment of the present embodiment, specifically can according to preset multiple can deployed position information, the positional information of the base station of at least one the transfer resource the best within the scope of enhancement region location information domain and predeterminable range corresponding to enhancement region location information domain, determine the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of return link and target deployment position, thus determine the target deployment information of mobile communication equipment to be disposed, the position of the mobile communication equipment of the area communication ability that automatic deployment enhancing accident base station covers can be realized, compared with strengthening the scheme of network communications capability with the artificial deployment of prior art, operation is very simple, and time saving and energy saving temporarily.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt elevated antenna to realize compared with the network coverage, in the dispositions method of the mobile communication equipment of the present embodiment, mobile communication equipment is adopted to realize the network coverage, the height of antenna can be improved, strengthen coverage, ensure that the communication capacity in region corresponding to the location information domain of enhancement region.And to strengthen in the scheme of network communications capability with existing artificial deployment temporarily and adopt satellite communication link to carry out compared with passback, in the scheme of the present embodiment, return by adopting the base station of at least one the transfer resource the best within the scope of predeterminable range corresponding to enhancement region location information domain, transmission rate can not be subject to any restriction, and can not time delay be there is, therefore adopt the scheme of the present embodiment to carry out the deployment of mobile communication equipment, communication capacity is stronger, and communication efficiency is better.

One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program command is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.

Fig. 6 is the structural representation of deployment devices one embodiment of mobile communication equipment of the present invention.As shown in Figure 6, the deployment devices of the mobile communication equipment of the present embodiment, specifically can comprise: enhancement region location information domain determination module 10 and target deployment information determination module 11.

Wherein enhancement region location information domain determination module 10 is connected with target deployment information determination module 11, if when there is the accident base station that cannot normally work for current network in enhancement region location information domain determination module 10, according to the position of accident base station, determine the enhancement region location information domain needing to strengthen communication capacity, the region that the region that this enhancement region location information domain is corresponding covers for accident base station; Target deployment information determination module 11 for preset in the enhancement region location information domain determined according to enhancement region location information domain determination module 10 and current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, mobile communication equipment is for strengthening the communication capacity in region corresponding to this enhancement region location information domain.

The deployment devices of the mobile communication equipment of the present embodiment, what the deployment realizing mobile communication equipment by adopting above-mentioned module and the mobile communication equipment realizing embodiment shown in above-mentioned Fig. 2 were disposed realize principle and technique effect is identical, with reference to above-mentioned record embodiment illustrated in fig. 2, can not repeat them here in detail.

Fig. 7 is the structural representation of another embodiment of deployment devices of mobile communication equipment of the present invention.As shown in Figure 7, the deployment devices of the mobile communication equipment of the present embodiment, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 6, can comprise following technical scheme further.

As shown in Figure 7, in the deployment devices of the mobile communication equipment of the present embodiment, target deployment information determination module 11 specifically comprises: the first determining unit 111 and the second determining unit 112.

Wherein the first determining unit 111 is connected with enhancement region location information domain determination module 10, first determining unit 111 for the enhancement region location information domain determined according to enhancement region location information domain determination module 10 and default multiple can deployed position information, determine alternative frequency and the first alternative deployed position set of the service link of mobile communication equipment to be disposed; Second determining unit 112 is connected with enhancement region location information domain determination module 10 and the first determining unit 111 respectively, second determining unit 112, for the positional information of the base station of at least one the transfer resource the best within the scope of the first alternative deployed position set of determining according to the first determining unit 111 predeterminable range corresponding with the enhancement region location information domain that enhancement region location information domain determination module 10 is determined, determines alternative frequency and the target deployment position of the return link of mobile communication equipment to be disposed.

Alternatively, also comprise monitoring modular 12 in the deployment devices of the mobile communication equipment of the present embodiment, monitoring modular 12, for monitoring the communications status of current network, determines that current network exists the accident base station that cannot normally work.Such as monitoring modular 12 is specifically for monitoring current network communications status, judge whether to monitor the fault warning prompting of the accident base station that cannot normally work, overload alarm prompt or excited users number and exceed pre-determined threshold, if monitor, determine in current network, to there is the accident base station that cannot normally work.

Accordingly, monitoring modular 12 can be connected with enhancement region location information domain determination module 10, monitoring modular 12 is when monitoring and determine to there is the accident base station that cannot normally work in current network, trigger enhancement region location information domain determination module 10 to start, with the position according to accident base station, determine the enhancement region location information domain needing to strengthen communication capacity.

The deployment devices of the mobile communication equipment of the present embodiment, what the deployment realizing mobile communication equipment by adopting above-mentioned module and the mobile communication equipment realizing embodiment shown in above-mentioned Fig. 3 were disposed realize principle and technique effect is identical, with reference to above-mentioned record embodiment illustrated in fig. 3, can not repeat them here in detail.

Fig. 8 is the structural representation of the deployment devices embodiment again of mobile communication equipment of the present invention.As shown in Figure 8, the deployment devices of the mobile communication equipment of the present embodiment, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 6, can comprise following technical scheme further.

As shown in Figure 8, in the deployment devices of the mobile communication equipment of the present embodiment, target deployment information determination module 11 specifically comprises: the 3rd determining unit 113 and the 4th determining unit 114.

3rd determining unit 113 is connected with enhancement region location information domain determination module 10,3rd determining unit 113 for according to preset multiple can the positional information of base station of at least one transfer resource the best within the scope of predeterminable range corresponding to the enhancement region location information domain determined of deployed position information and enhancement region location information domain determination module 10, determine alternative frequency and the second alternative deployed position set of the return link of mobile communication equipment to be disposed; 4th determining unit 114 is connected with enhancement region location information domain determination module 10 and the 3rd determining unit 113 respectively, the enhancement region location information domain that 4th determining unit 114 is determined for the second alternative deployed position set of determining according to the 3rd determining unit 113 and enhancement region location information domain determination module 10, determines alternative frequency and the target deployment position of the service link of mobile communication equipment to be disposed.

Further alternatively, as shown in Figure 8, in the deployment devices of the mobile communication equipment of the present embodiment, also can comprise monitoring modular 12, with reference to the monitoring modular 12 of above-mentioned record embodiment illustrated in fig. 7, can not repeat them here in detail.

The deployment devices of the mobile communication equipment of the present embodiment, what the deployment realizing mobile communication equipment by adopting above-mentioned module and the mobile communication equipment realizing embodiment shown in above-mentioned Fig. 4 were disposed realize principle and technique effect is identical, with reference to above-mentioned record embodiment illustrated in fig. 4, can not repeat them here in detail.

Fig. 9 is the structural representation of the deployment devices embodiment again of mobile communication equipment of the present invention.As shown in Figure 9, the deployment devices of the mobile communication equipment of the present embodiment, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 6, can comprise following technical scheme further.

The target deployment information determination module 11 of the present embodiment specifically for according to preset multiple can the positional information of base station of at least one transfer resource the best within the scope of the enhancement region location information domain determined of deployed position information, enhancement region location information domain determination module 10 and predeterminable range corresponding to enhancement region location information domain, determine the alternative frequency of the service link of mobile communication equipment to be disposed, the alternative frequency of return link and target deployment position.

Further alternatively, as shown in Figure 9, in the deployment devices of the mobile communication equipment of the present embodiment, also can comprise monitoring modular 12, with reference to the monitoring modular 12 of above-mentioned record embodiment illustrated in fig. 7, can not repeat them here in detail.

The deployment devices of the mobile communication equipment of the present embodiment, what the deployment realizing mobile communication equipment by adopting above-mentioned module and the mobile communication equipment realizing embodiment shown in above-mentioned Fig. 5 were disposed realize principle and technique effect is identical, with reference to above-mentioned record embodiment illustrated in fig. 5, can not repeat them here in detail.

Device embodiment described above is only schematic, the unit wherein illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed at least two network element.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.Those of ordinary skill in the art, when not paying performing creative labour, are namely appreciated that and implement.

Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims

1. a dispositions method for mobile communication equipment, is characterized in that, comprising:

2. method according to claim 1, is characterized in that, according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, specifically comprise:

3. method according to claim 1, is characterized in that, according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, specifically comprise:

4. method according to claim 1, is characterized in that, according to preset in described enhancement region location information domain and described current network multiple can deployed position information, determine the target deployment information of mobile communication equipment to be disposed, specifically comprise:

5. according to the arbitrary described method of claim 1-4, it is characterized in that, if when current network exists the accident base station that cannot normally work, according to the position of described accident base station, before determining the zone position information needing to strengthen communication capacity, described method also comprises:

The communications status of described current network is monitored, determines that described current network exists the described accident base station that cannot normally work;

6. a deployment devices for mobile communication equipment, is characterized in that, comprising:

7. device according to claim 6, is characterized in that, described target deployment information determination module, specifically comprises:

8. device according to claim 6, is characterized in that, described target deployment information determination module, specifically comprises:

9. device according to claim 6, it is characterized in that, described target deployment information determination module, specifically for according to described default multiple can the positional information of base station of at least one transfer resource the best within the scope of predeterminable range corresponding to deployed position information, described enhancement region location information domain and described enhancement region location information domain, the alternative frequency of the service link of mobile communication equipment to be disposed described in determining, the alternative frequency of return link and target deployment position.

10., according to the arbitrary described device of claim 6-9, it is characterized in that, described device also comprises: