CN104540100B - More net depth coverage network systems of seamless coverage method are realized in a kind of application site detection - Google Patents
More net depth coverage network systems of seamless coverage method are realized in a kind of application site detection Download PDFInfo
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- CN104540100B CN104540100B CN201510031967.0A CN201510031967A CN104540100B CN 104540100 B CN104540100 B CN 104540100B CN 201510031967 A CN201510031967 A CN 201510031967A CN 104540100 B CN104540100 B CN 104540100B
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- base station
- detection
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- location
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W16/00—Network planning, e.g. coverage or traffic planning tools; Network deployment, e.g. resource partitioning or cells structures
- H04W16/18—Network planning tools
- H04W16/20—Network planning tools for indoor coverage or short range network deployment
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
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- H04W4/043—
Abstract
It is detected the invention discloses one kind in more net depth coverage network system application sites and realizes seamless coverage method.This method includes: step 1: neighbor base station detects the outdoor location information of user by outdoor location detection module；Step 2: when customer position information meets the thresholding of setting, neighbor base station opens orientation traffic detection, and otherwise repeatable position detects；Step 3: when the thresholding of orientation telephone traffic satisfaction setting, station location marker being carried out to the user, otherwise repeats orientation traffic detection；Step 4: neighbor base station detects the Indoor Location Information of user by indoor location detection module；Step 5: when customer position information meets the thresholding of setting, open position mark determines that otherwise repeatable position detects；Step 6: neighbor base station starts more net services, otherwise repeatable position detects to the user for meeting station location marker.
Description
Technical field
The present invention relates to more nets that field of communication technology more particularly to a kind of detection of application site realize seamless coverage method
Depth coverage network system.
Background technique
It is built mobile communications network early period by 2G, 3G, network coverage whole nation most cities form fairly perfect
Wide covering.With the rapid development and 4G network commercialization of mobile Internet business, communication network bearer service, from original
Simple voice demand is converted to massive dataflow business, and the distribution of communication network data business busy and traditional voice service
There is significant difference, the business demand of the period is mainly distributed on residential area premises, and residential area house relies primarily on macro
Base station irradiation covering, causes macro base station to absorb most of network traffic.To cause high switching, covering feeble field more, in-door covering
The network problems such as difference.
Summary of the invention
Seamless cover is realized in application site that the object of the present invention is to provide one kind in more net depth coverage network systems detection
Lid method to solve the above problems, and effectively provides a kind of more nets, multifrequency solution for network operator, reduce operation at
This, improves user experience.
For this purpose, the present invention provides the following technical solution:
Seamless coverage method, more net depth are realized in one kind application site detection in more net depth coverage network systems
Overlay network includes outdoor location detection module, indoor location detection module, mobile terminal, neighbor base station and its extends over
Network, the method includes having:
Step 1: neighbor base station detects the outdoor location information of user by outdoor location detection module；
Step 2: when customer position information meets the thresholding of setting, neighbor base station is opened orientation traffic detection, is otherwise repeated
Position detection；
Step 3: when the thresholding of orientation telephone traffic satisfaction setting, station location marker being carried out to the user, otherwise repeats to orient
Traffic detection；
Step 4: neighbor base station detects the Indoor Location Information of user by indoor location detection module；
Step 5: when customer position information meets the thresholding of setting, open position mark determines that otherwise repeatable position detects；
Step 6: neighbor base station starts more net services, otherwise repeatable position detects to the user for meeting station location marker.
Further, the step 1 location information detection, can be base station section field strength detection, can also be GPS,
The detection and localizations such as Beidou.
Preferably, the base station section field strength detection, calculation method are included in engineering warp in legacy paths loss model
Test value.
Preferably, the engineering experience value includes: base station section is wireless, radio frequency connecting piece is lost and scene optimization value
Deng.
Further, the orientation telephone traffic detection of the step 2, can be the agreement of base station agreement, statisticallys analyze user
Data；It can also be in user-network access, by its network identity, carry out traffic statistic.
Preferably, the network identity, can be SIM card information: ICCID integrated circuit card identification code, the world IMSI(are moved
Dynamic CUSTOMER ID) etc. information；It can be with neighboring BS information: channel number, frequency point, the information such as pilot level value.
Further, the station location marker of the step 3 can be the agreement of base station agreement, and according to the detection knot of step 2
Fruit, which adds, gives identification；It can also be the character field that the station location marker is added in user's pilot frequency information, and between user and base station
It gives and identifies.
Further, the indoor location detection of the step 4 can be path power consume detection, can also be near field
The position detections such as radio frequency detection, infrared detection.
Preferably, the path power consume detection, calculation method are included in covering field in legacy paths loss model
Close empirical value.
Preferably, the covering occasion empirical value includes: floor, office, elevator loss empirical value.
Further, the Indoor Location Information of the step 4 extends over network through base station and reaches neighbor base station.
Further, the station location marker of the step 5 determines, is to match with the station location marker of the step 3, can be
The project of base station protocol agreement, is also possible to station location marker character field in pilot frequency information.
Further, more net services of the step 6, including GSM900, DCS1800, CDMA2000, WCDMA, TD-
SCDMA, LTE/TDD, the communication networks such as LTE/FDD.
Preferably, the location information can be customer position information, such as: longitude, latitude geography information.
Preferably, the location information can also be the specific region location information of user-association, as: public facilities
Digital city Marking the cell symbol etc..
Preferably, the outdoor location detection module, including detection antenna and/or positioning system.
Preferably, the indoor location detection module, including detection antenna and/or position induction device.
Preferably, the neighbor base station is 2G, 3G, 4G Multi-Mode Base Station.
Preferably, the user is the mobile terminal of more net services.
Preferably, the outdoor location detection module, including detection antenna and/or positioning system.
Preferably, the indoor location detection module, including detection antenna and/or position induction device.
To realize that seamless coverage method is realized in the detection of above-mentioned application site, more net depth coverage network systems, including
There are outdoor location detection module, indoor location detection module, detection antenna, Multi-Mode Base Station and its extends over network.
Further, the base station extends over network, includes more net optical fiber A machines, more net fiber optic stretch trunk modules
Amplify distal end with radio frequency.
Further, more net fiber optic stretch trunk modules include 2G net optical fiber B machine, 3G net optical fiber B machine and 4G net
Optical fiber B machine etc..
Further, radio frequency amplification distal end, includes micropower amplifier, trunk amplifier, company of handset etc..
Further, more net depth coverage network systems can include with application scenarios:
Elevator scene: a certain communication service accesses to more net optical fiber A machines by the Multi-Mode Base Station, and through a certain network
Optical fiber B machine is covered the communication service to the elevator by micropower amplifier；
Floor scene: a certain communication service accesses to more net optical fiber A machines by the Multi-Mode Base Station, and through a certain network
Optical fiber B machine is covered the communication service to the floor by trunk amplifier；
Office scenarios: a certain communication service accesses to more net optical fiber A machines by the Multi-Mode Base Station, and through a certain net
Network optical fiber B machine is covered the communication service to the office by company of handset.
Further, the application scenarios can lead to the communication services such as voice, mobile Internet and other data services
It crosses Multi-Mode Base Station to cover to particular group, improves business income.In turn, it is covered for the early period of New-deployed Network, it is flat to provide evolution
Platform.
Preferably, the user group also has positioning function, detects, realizes with indoor location detection and outdoor location
The interaction of location information.
Wherein, the location information, can be customer position information, can also be the specific region position letter of user-association
Breath.
Preferably, the fiber optic network includes GSM900, DCS1800, CDMA2000, WCDMA, TD-SCDMA, LTE/
The communication networks such as TDD, LTE/FDD.
Further, the outdoor location detection, further includes having outdoor detection antenna and/or positioning system, for detecting
Outdoor user.
Preferably, the positioning system can be with BEI-DOU position system, can also be with GPS positioning system.
Further, the outdoor location detection is to pass through outdoor detection antenna by Multi-Mode Base Station, measuring and calculating user location letter
Breath, and the customer position information report of setting thresholding will be met to neighbor base station.
Further, the indoor location detection, includes indoor detection antenna and/or position sensor, for detecting
Indoor user.
Preferably, the position sensor can be near field radio frequency inductor, can also be infrared position sensor.
Further, the indoor location detection is to pass through indoor detection antenna by Multi-Mode Base Station, measuring and calculating user location letter
Breath, and the customer position information report of setting thresholding will be met to neighbor base station.
Further, the Multi-Mode Base Station opens orientation traffic detection after obtaining customer position information.
Further, the orientation telephone traffic detection can carry out telephone traffic system according to the location information of the detection
Meter.
Preferably, orientation telephone traffic detection can also carry out traffic statistic according to the network identity of the user.
Wherein, the network identity includes:
SIM card information: ICCID integrated circuit card identification code, IMSI(international mobile subscriber identity) etc. information；
Neighboring BS information: channel number, frequency point, the information such as pilot level value.
Further, the Multi-Mode Base Station, after completing orientation traffic detection, to the use for meeting orientation telephone traffic setting thresholding
Family carries out station location marker.
Further, the station location marker, can the network identity.
Preferably, the station location marker can also be the location information.
Further, the station location marker determines, can be according to base station rendezvous protocol, interaction to the neighbor base station, into
And confirm the station location marker.
Preferably, the station location marker determines, the character of the station location marker can also be added in user's pilot frequency information
Section, interaction confirm the station location marker in turn to the neighbor base station.
Further, the neighbor base station carries out position detection after obtaining the station location marker user.
Wherein, the position detection can be outdoor location detection, can also be that indoor location detects.
Further, the Multi-Mode Base Station carries out station location marker judgement to the user location for meeting setting thresholding.
Wherein, the station location marker determines, is the station location marker according to neighbor base station interaction.
Further, the Multi-Mode Base Station opens more net services to the user for meeting setting station location marker.
Above-mentioned more net depth coverage network systems more acurrate can provide seamless coverage for the network of bearer service.It is described to hold
Business network is carried, more accurate business matching level can be provided, user experience is improved, reduce net according to the Bearing capacity of call service
Network obstruction.
Detailed description of the invention
Fig. 1 is more net depth coverage network system embodiment schematic diagrams.
Fig. 2 is more net depth coverage network system example structure figures.
Fig. 3 is that seamless coverage method flow diagram is realized in the application site detection.
Specific embodiment
Core of the invention be neighbor base station by detection customer position information, orientation traffic detection, station location marker with
Determine, more net services is provided to meet the user group of condition, to make the purposes, technical schemes and advantages of the embodiment of the present invention more
Clear, the drawings to be used in the description of the embodiments or prior art will be briefly described below, it should be apparent that, institute
The embodiment of description is a part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ability
Domain those of ordinary skill every other embodiment obtained without making creative work, belongs to guarantor of the present invention
The range of shield.
Fig. 1 is a solution of the embodiment of the present invention, as shown in Figure 1, more net depth overlay networks of the present embodiment
System includes Multi-Mode Base Station A`12, Multi-Mode Base Station B`11, outdoor detection antenna `21, indoor detection antenna `22, more net optical fiber A
Machine `201, more net fiber optic stretch trunk module `202 and radio frequency amplify distal end `203.
Multi-Mode Base Station B`11 is connected to more net fiber optic stretch trunk module `202 by more net optical fiber A machine `201, and passes through
It is that distal end `203 will be amplified by radio frequency, 2G, 3G, 4G communication service is covered to building.
It is by micropower amplifier `303, trunk amplifier `302 and company of handset `301 group that radio frequency, which amplifies distal end `203,
At.
Preferably, company of handset `301 is the Radio frequency relay distal end of low gain, low-power, high intelligence, has built-in antenna,
Meet office application occasion.
Preferably, micropower amplifier `303 is high-gain, small-power, highly reliable Radio frequency relay distal end, meets elevator
Application.
Preferably, trunk amplifier `302 is high-gain, high-power, efficient Radio frequency relay distal end, meets floor and answers
Use occasion.
More net fiber optic stretch trunk module `202 are made of 2G net fibre B machine, 3G net fibre B machine and 4G net fibre B machine.
Preferably, 2G nets fibre B machine `401, is connected to more net optical fiber A machine `201, and carrying Multi-Mode Base Station 2G covering extends.
Preferably, 3G nets fibre B machine `402, is connected to more net optical fiber A machine `201, and carrying Multi-Mode Base Station 3G covering extends.
Preferably, 4G nets fibre B machine `403, is connected to more net optical fiber A machine `201, and carrying Multi-Mode Base Station 4G covering extends.
Further, outdoor detection antenna `21, is connected to Multi-Mode Base Station `12, for detecting outdoor use family `41.
Further, outdoor detection antenna `21, is connected to Multi-Mode Base Station `11, for detecting outdoor use family `41.
Further, indoor detection antenna `22 is connected to radio frequency amplification distal end `203, relays via more net fiber optic stretch
Module `202 accesses to more net optical fiber A machine `201, Multi-Mode Base Station `11 is connected to, for detecting indoor user.
Fig. 2 is the structure chart of the embodiment of the present invention, as shown in Fig. 2, more net depth coverage network system packets of the present embodiment
Outdoor location detection and indoor location detection are included.
Wherein, outdoor location detection is to will acquire the location information of user `41 by outdoor detection antenna `21, reach room
External position detection module `31.
Further, outdoor detection antenna `21 obtains user `41 location information, can be detected using base station section field strength,
Its calculation method is included in engineering experience value in legacy paths loss model.Include: base station section is wireless, radio frequency connecting piece
Loss and scene optimization value etc..
Preferably, outdoor detection antenna `21 obtains customer position information, can also be using positioning systems such as GPS, Beidous.
Further, outdoor location detection module `31 is determined according to the thresholding of setting, by qualified position
Information reaches Multi-Mode Base Station `12 by cable.
Further, Multi-Mode Base Station `12 is oriented traffic detection to the user for the condition that meets, by qualified use
Station location marker is given at family.
Preferably, the orientation telephone traffic detection can carry out traffic statistic according to the location information of the detection.
Preferably, orientation telephone traffic detection can also carry out traffic statistic according to the network identity of the user.
Further, station location marker is the agreement arranged by base station, and according to orientation traffic detection result by multimode base
It stands and user is according to access criterion interaction.
Preferably, station location marker can also be by being added the character field of the station location marker, and by more in pilot frequency information
Mould base station and user are according to access criterion interaction.
Wherein, indoor location detection is to will acquire the location information of user by indoor detection antenna `22, reach interior
Position detecting module `32.
Further, indoor detection antenna `22 obtains customer position information, can be detected using path power consume,
Calculation method is included in the empirical value of covering occasion in legacy paths loss model.Include: office `31, floor `32, electricity
The loss empirical value of terraced `33.
Preferably, indoor detection antenna `22 obtains customer position information, can also be using near field radio frequency detection, infrared position
The position detections such as induction are set, to obtain location information.
Further, indoor location detection module `32 is determined according to the thresholding of setting, by qualified position
Information amplifies distal end `203 via radio frequency, and more net fiber optic stretch trunk module `202, more net optical fiber A machine `201 reach multimode base
Stand `11.
Preferably, Multi-Mode Base Station `11 obtains customer position information, can also obtain user ` by outdoor detection antenna `21
41 location informations.
Further, qualified user is opened the user's progress position identification for the condition that meets by Multi-Mode Base Station `11
Open more net services.
Further, position identification can be the agreement arranged by base station, be marked according to the position of Multi-Mode Base Station `12 interaction
Knowledge, which is given, to be determined.
Preferably, position identification can also be by being added the character field of the station location marker, by multimode in pilot frequency information
The station location marker of base station `12 interaction, which is given, to be determined.
Preferably, station location marker and identification, can be the interaction and judgement of the network identity, can also be the position
The interaction and judgement of information.
Preferably, location information can be customer position information, such as: longitude, latitude geography information；It can also be use
The associated specific region location parameter in family, such as: the digital city Marking the cell symbol of public facilities.
Preferably, network identity includes: SIM card information: ICCID integrated circuit card identification code, the world IMSI(are mobile
CUSTOMER ID) etc. information；Neighboring BS information: channel number, frequency point, the information such as pilot level value.
As shown in Fig. 2, the office application scene of the present embodiment:
Multi-Mode Base Station `11 accesses to more net optical fiber A machine `201 by optical cable, by more net optical fiber A machine `201,4G is mobile
Network service is transmitted to 4G net optical fiber B machine `403, and by company of handset `301,4G movable signal is amplified to office `31,
Realize the seamless coverage with Multi-Mode Base Station `12.
As shown in Fig. 2, the floor application scenarios of the present embodiment:
Multi-Mode Base Station `11 accesses to more net optical fiber A machine `201 by optical cable, by more net optical fiber A machine `201,3G is mobile
Network service is transmitted to 3G net optical fiber B machine `402, and by trunk amplifier `302,3G movable signal is amplified to floor `32,
Realize the seamless coverage with Multi-Mode Base Station `12.
As shown in Fig. 2, the elevator applications scene of the present embodiment:
Multi-Mode Base Station `11 accesses to more net optical fiber A machine `201 by optical cable, by more net optical fiber A machine `201,2G is mobile
Network service is transmitted to 2G net optical fiber B machine `401, and by micropower amplifier `303,2G movable signal is amplified to elevator `
33, realize the seamless coverage with Multi-Mode Base Station `12.
Fig. 3 is the flow chart of the embodiment of the present invention, as shown in figure 3, the method for the present embodiment includes:
S11, step 1: neighbor base station detects the outdoor location information of user by outdoor location detection module；
S12, step 2: when customer position information meets the thresholding of setting, neighbor base station opens orientation traffic detection, otherwise
Repeatable position detection；
S13, step 3: when the thresholding of orientation telephone traffic satisfaction setting, station location marker being carried out to the user, is otherwise repeated
Orient traffic detection；
S14, step 4: neighbor base station detects the Indoor Location Information of user by indoor location detection module；
S15, step 5: when customer position information meets the thresholding of setting, open position mark determines, otherwise repeatable position
Detection；
S16, step 6: neighbor base station starts more net services, otherwise repeatable position detects to the user for meeting station location marker.
As shown in S11, the location information of step 1 is detected, and be can be base station section field strength detection calculation method, be can also be
The detection and localizations such as GPS, Beidou.
As shown at s 12, the orientation telephone traffic detection of step 2, can be the agreement of base station agreement, statisticallys analyze number of users
According to；It can also be in user-network access, by its network identity, carry out traffic statistic.
Wherein, the orientation telephone traffic detection, can be according to the location information of the detection, can also be according to the user
Network identity, carry out traffic statistic.
Wherein, the network identity includes:
SIM card information: ICCID integrated circuit card identification code, IMSI(international mobile subscriber identity) etc. information；
Neighboring BS information: channel number, frequency point, the information such as pilot level value.
As shown in S13, the station location marker of step 3 can be the agreement of base station agreement, and according to the testing result of step 2
Add and gives identification；It can also be the character field that the station location marker is added in user's pilot frequency information, and given between user and base station
Give identification.
As shown at s 14, the indoor location detection of step 4 can be path power consume detection calculation method, can also be
The position detections such as near field radio frequency detection, infrared detection.
As shown in S15, the station location marker of step 5 determines, is to match with the station location marker of the step 3, can be base
It stands the projects of protocol conventions, is also possible to station location marker character field in pilot frequency information.
As shown in S16, more net services of step 6, including GSM900, DCS1800, CDMA2000, WCDMA, TD-SCDMA,
The communication networks such as LTE/TDD, LTE/FDD.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
The above, only presently preferred embodiments of the present invention and oneself, be not intended to limit the scope of the present invention.
Claims (5)
1. seamless coverage method is realized in one kind application site detection in more net depth coverage network systems, which is characterized in that institute
The method of stating includes:
Step 1: neighbor base station detects the outdoor location information of user, outdoor location information inspection by outdoor location detection module
It surveys, is that the detection of base station section field strength or GPS positioning detection or Beidou detection and localization, the base station section field strength detect,
Its calculation method is included in engineering experience value, the engineering experience value includes in legacy paths loss model: base station section without
Wire connections loss, the loss of base station section radio frequency connecting piece and scene optimization value；
Step 2: when customer position information meets the thresholding of setting, neighbor base station opens orientation traffic detection, otherwise repeatable position
Detection；
Step 3: when the thresholding of orientation telephone traffic satisfaction setting, station location marker being carried out to the user, otherwise repeats orientation traffic
Detection；
Step 4: neighbor base station detects the Indoor Location Information of user, Indoor Location Information inspection by indoor location detection module
It surveys, is that path power loss detection or near field radio frequency detection or infrared detection, the Indoor Location Information prolong through base station
It stretches overlay network and reaches neighbor base station, the path power loss detection, calculation method is in legacy paths loss model, column
Enter to cover occasion empirical value, the covering occasion empirical value includes: floor, office, elevator loss empirical value；
Step 5: when customer position information meets the thresholding of setting, open position mark determines that otherwise repeatable position detects；
Step 6: neighbor base station starts more net services, otherwise repeatable position detects to the user for meeting station location marker.
2. being base station agreement the method according to claim 1, wherein the orientation telephone traffic of the step 2 detects
Agreement, statistically analyze user data；Or in user-network access, by its network identity, traffic statistic is carried out.
3. the method according to claim 1, wherein the station location marker of the step 3, is the association of base station agreement
View, and added according to the testing result of step 2 and give identification；Or the character of the station location marker is added in user's pilot frequency information
Section, and give and identify between user and base station.
4. being and the step the method according to claim 1, wherein the station location marker of the step 5 determines
3 station location marker matches, and is station location marker character field in the project or pilot frequency information of base station protocol agreement.
5. the method according to claim 1, wherein more net services of the step 6, including GSM900,
DCS1800, CDMA2000, WCDMA, TD-SCDMA, LTE/TDD, LTE/FDD communication network.
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| CN103731801A (en) * | 2012-10-16 | 2014-04-16 | 联想(北京)有限公司 | Network connection method and device and electronic device |
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| US8626223B2 (en) * | 2008-05-07 | 2014-01-07 | At&T Mobility Ii Llc | Femto cell signaling gating |
| CN101820580A (en) * | 2010-02-08 | 2010-09-01 | 刘涛 | Method for identifying and positioning unknown mobile station in special position area |
| CN103476114A (en) * | 2013-09-16 | 2013-12-25 | 笔笔发信息技术(上海)有限公司 | Method for accurate positioning by wireless networks |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101137208A (en) * | 2006-08-31 | 2008-03-05 | 中兴通讯股份有限公司 | Geographical position based mobility limiting method |
| CN103731801A (en) * | 2012-10-16 | 2014-04-16 | 联想(北京)有限公司 | Network connection method and device and electronic device |
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Address after: 362005 Fujian high tech park, Quanzhou, China (3-G-L-) () Applicant after: Fujian Mai Wei communication Polytron Technologies Inc Address before: 362005 Fujian high tech park, Quanzhou, China (3-G-L-) () Applicant before: MAIWEI COMMUNICATION TECHNOLOGY CO., LTD. |
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| GR01 | Patent grant | ||
| GR01 | Patent grant |