CN105072667B - multi-service wireless communication system and method - Google Patents
multi-service wireless communication system and method Download PDFInfo
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- CN105072667B CN105072667B CN201510407946.4A CN201510407946A CN105072667B CN 105072667 B CN105072667 B CN 105072667B CN 201510407946 A CN201510407946 A CN 201510407946A CN 105072667 B CN105072667 B CN 105072667B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/16—Discovering, processing access restriction or access information
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Abstract
The invention discloses a kind of multi-service wireless communication systems, including multiple access units, it is separately connected at least one expanding element of each access unit, and at least one far-end unit being connect with the expanding element, wherein, each access unit supports multiple communication standards of different operators, each far-end unit to support multiple communication standards of different operators respectively respectively；In the downlink, each access unit will be sent to corresponding each expanding element after the corresponding communication standard label of the radiofrequency signal received addition by microwave；Each expanding element will be sent to the far-end unit for supporting the communication standard according to the communication standard label in the microwave signal received by optical fiber after the microwave signal process received；The far-end unit is handled the optical signal received to be converted into the radiofrequency signal of corresponding communication standard to be transmitted to user.
Description
Technical field
The present invention relates to electronic device field more particularly to a kind of multi-service wireless communication system and methods.
Background technology
China telecommunication passes through development long-term for many years, the situation for having gradually formed 2G/3G/4G and having deposited, mobile communication letter
Number transmission is all to be transmitted by certain frequency, and frequency and network formats that three big operators are possessed are not quite similar, at present
It is respectively in the standard used in the market：
China Mobile：GSM800、GSM1800、TD-SCDMA、TD-LTE；
China Unicom：GSM800、GSM1800、WCDMA、TD-LTE、FDD-LTE；
China Telecom：CDMA、CDMA2000、TD-LTE、FDD-LTE.
Above-mentioned does not also include the excessive standard that each generation communication technology generates in the process in speech, is thus not difficult to find out old China hand
The standard that letter industry is being on active service is many, and it is just more numerous that each operator is based on used frequency under various communication standards
Miscellaneous to differ, this communication present situation makes the arrangement and method for construction that signal covers complicated, and difficulty of construction is big, be easy to be formed coverage hole with
Ping-pong covers the difficulty and cost of signal optimization, public resource is caused to waste after also increasing.
In this case, multi-service compartment system (Multiservice Distributed Access System
Solution, MDAS) it comes into being, MDAS, as transmission medium, supports more operators using cable/optical fiber, supports more systems
Formula, multicarrier, and integrated WLAN (Wireless LAN, WLAN) system, a step solve voice and data service and need
It asks, improves the accuracy of signal covering, be greatly reduced the difficulty of the complexity and construction maintenance of signal covering engineering, with
Traditional analog compartment system is compared, and is provided simultaneously with mixed networking, delay compensation, automatic carrier track, uplink bottom are made an uproar the features such as low.
MDAS is mainly made of access unit (MAU/MU), expanding element (MEU/EU) and far-end unit (MRU/RU).
MDAS basic functional principles are as follows：
Downlink (base station --->User)：The signal of base station/RRU is linked into after system and carries out number to signal by MU
Processing is packed into digital signal, then converts digital signals into optical signals optical fiber by opto-electronic conversion and be transmitted to EU；EU will
MU is handled by the signal that optical fiber transmits, then is transferred to RU by optical fiber；The signal processing that RU transmits EU amplifies
Afterwards, it is covered away by antenna, is transferred to user.
Uplink (user --->Base station):After the information that user sends out is received by RU, RU to signal at
Reason is transferred to EU by optical fiber again；All RU signals transmitted are digitized after processing is packaged and form light by opto-electronic conversion by EU
Signal, then MU is transmitted to by optical fiber；After the digital signal of EU is packaged reduction by MU, it is transferred to base station/RRU.
Nowadays in the market the most basic structure composition of multi-service wireless communication system currently in use as shown in Figure 1, but
This basic structure cannot be satisfied actual application demand, and waste of resource, thus be by multi-service wireless communication system
System basic structure has derived following several concentration networking modes used in practical application scene：
1) star-like networking (as shown in Figure 2)；
2) chrysanthemum type networking (as shown in Figure 3)；
3) mixed type networking (as shown in Figure 4).
The essence for 3 kinds of networking modes being made of basic structure is the extended capability using EU, EU support the extension of RU from
And realize star-like networking mode；EU supports the expansion cascading to EU to realize chrysanthemum type networking mode；Two kinds of extended capability collection
Use is closed to realize mixed networking mode.
The standard that the multi-service wireless communication system of above-mentioned three kinds of networking modes is supported is with frequency range by a main access
Unit (MU) determine, when MU only supports the standard and frequency range of China Mobile 2G/3G/4G, no matter more industry of which kind of networking mode
Business wireless communication system can only also cover and handle the communication service of China Mobile.Such as need to support the business of other operators to need
It asks and just needs to replace entire multi-service wireless communication system, including MU, EU and RU, or install a whole set of other operators of support additional again
Standard and frequency range multi-service wireless communication system.Such as：Unicom is extended on the basis of original has covered China Mobile's signal
It covers, has with telecommunication signal
It is accomplished by the following way：
It adds respectively again and supports unicom and the standard of telecommunications and the optical fiber distribution system of frequency range to cover respective signal,
So realize that full signal covering need to just amount to 3 unjacketed optical fiber compartment systems, it is as shown in Figure 5 that system rectifies and improves schematic diagram.
Above-mentioned realization method needs the compartment system of setting two sets or more, realizes that the whole network covers and is required to again or repeatedly
Wholly-owned input, covering quantities will also be multiplied, result in waste of resources.
It is extended as it can be seen that carrying out standard to the region covered using existing multi-service wireless communication system to realize different location
The multiple access of information source, quantities can be multiplied with cost, original serious waste of resources.
Invention content
The purpose of the embodiment of the present invention is to provide a kind of multi-service wireless communication system and method, can effectively solve multi-service
Wireless communication system carries out the problem of needing overlapping investment when communication standard extension is covered with the whole network, repeat to construct afterwards.
To achieve the above object, an embodiment of the present invention provides a kind of multi-service wireless communication systems, including multiple accesses
Unit, at least one expanding element for being separately connected each access unit, and connect at least with the expanding element
One far-end unit, wherein each access unit supports multiple communication standards of different operators respectively, each described remote
End unit supports multiple communication standards of different operators respectively；
In the downlink, the radiofrequency signal received is added corresponding communication standard label by each access unit
Corresponding each expanding element is sent to by microwave afterwards；Each expanding element is according in the microwave signal received
Communication standard label, will be sent to after the microwave signal process that received support the communication standard far-end unit；It is described remote
End unit is handled the optical signal received to be converted into the radiofrequency signal of corresponding communication standard to be transmitted to user；
In the uplink, the radiofrequency signal addition that each far-end unit emits the user received is corresponding logical
The corresponding expanding element is sent to by optical fiber after letter standard label；The expanding element is according in the optical signal received
Communication standard label, will after the optical signal prosessing that received by microwave be sent to support the communication standard access unit；
The access unit is handled the microwave signal received to be converted into the radiofrequency signal of corresponding communication standard to send
To corresponding information source.
As the improvement of said program, each access unit include multiple radio-frequency modules, data processing module and
Multiple output radio-frequency modules；
Each described radio-frequency module corresponds to the radiofrequency signal for a communication standard for receiving same operator, and is converted into
Digital signal is sent to the digital signal processing module；And the digital signal that digital signal processing module is sent is converted into radiofrequency signal
To be sent to corresponding information source；
The radiofrequency signal digitized processing that the data processing module is used to receive the radio-frequency module, and add phase
The communication standard label answered is sent to each output radio-frequency module after being packed into digital signal；And it will be each described defeated
After going out the transformed digital signal dissection process of radio-frequency module, according to the digital signal in communication standard label be sent to pair
The radio-frequency module answered；
Each output radio-frequency module is used to the digital signal that the data processing module is sent being converted into microwave letter
Number output；And the microwave signal of input is converted into digital signal and is sent to the data processing module.
In one embodiment provided by the invention, each expanding element includes multiple radio-frequency modules, data processing
Module and multiple output photoelectric conversion modules；
Each radio-frequency module is correspondingly connected with an access unit, for the microwave signal of input to be converted into counting
The data processing module is sent to after word signal；And the digital signal that the data processing module is sent is converted into microwave
Signal is to export；
The data processing module is sent after the digital signal that each radio-frequency module is sent is carried out data processing
To each output photoelectric conversion module；And in the digital signal according to each output photoelectric conversion module transmission
Communication standard label, the radio-frequency module for being transmitted to and supporting the access unit of the communication standard to be correspondingly connected with；
The digital signal that the data processing module is sent is converted into optical signal by each output photoelectric conversion module
With output；And the optical signal of input is converted into digital signal to be sent to the data processing module.
As the improvement of said program, each expanding element further includes ethernet module, and the ethernet module is used
In access network based on ethernet data, the data processing module is additionally operable at the Ethernet data sent to the ethernet module
Reason, and add after corresponding communication standard label be sent to together with the digital signal that each radio-frequency module is sent it is described defeated
Go out photoelectric conversion module.
As the improvement of said program, each expanding element further includes monitoring module, single for monitoring the extension
The working condition of other modules in member, and monitored results are sent to monitoring center.
As the improvement of said program, each expanding element further includes power supply sub-module, for single to the extension
Each far-end unit power supply of member connection.
In one embodiment provided by the invention, each far-end unit includes photoelectric conversion module, data processing
Module and RF Amplifier Module；
The photoelectric conversion module is used to the optical signal of reception being converted into digital signal to be sent to the data processing
Module；And the digital signal that the data processing module is sent is converted into optical signal to export；
The data processing module handles the digital signal that the photoelectric conversion module is sent, will treated letter
Number it is sent to the RF Amplifier Module；And the corresponding communication system of digital signal addition for sending the RF Amplifier Module
The photoelectric conversion module is sent to after formula label；
The signal that data processing module is sent is converted into radiofrequency signal to the RF Amplifier Module and amplification is to be transmitted to
User；And it is sent to the data processing mould by digital signal is converted into after the radiofrequency signal amplification of the user received transmitting
Block.
The embodiment of the present invention additionally provides a kind of communication means, suitable for multi-service wireless communication system, wherein described
Multi-service wireless communication system includes multiple access units, is separately connected at least one extension list of each access unit
Member, and at least one far-end unit for being connect with the expanding element, each access unit support different operations respectively
Multiple communication standards of quotient, each far-end unit support multiple communication standards of different operators respectively；The method packet
It includes：
Downlink step：The radiofrequency signal received is added corresponding communication standard label by each access unit
Corresponding each expanding element is sent to by microwave afterwards；Each expanding element is according in the microwave signal received
Communication standard label, will be sent to after the microwave signal process that received support the communication standard far-end unit；It is described remote
End unit is handled the optical signal received to be converted into the radiofrequency signal of corresponding communication standard to be transmitted to user；
Uplink step：The radiofrequency signal addition that each far-end unit emits the user received is corresponding logical
The corresponding expanding element is sent to by optical fiber after letter standard label；The expanding element is according in the optical signal received
Communication standard label, will after the optical signal prosessing that received by microwave be sent to support the communication standard access unit；
The access unit is handled the microwave signal received to be converted into the radiofrequency signal of corresponding communication standard to send
To corresponding information source.
Compared with prior art, multi-service wireless communication system disclosed by the invention in row data packet over/under by adding
Add the communication standard label of different operators, and realizes classification and the orientation of uplink/downlink data packet according to communication standard label
Forwarding filters the communication standard data that uplink/downlink data packet is not supported according to communication standard label, so as to expand
The access unit (MU) of different operators business is supported in exhibition access.Use the fiber distribution of the different location information source multiple access of the present invention
Signal blind zone of system pair covers an Operator Specific Service, when needing to carry out covering construction to other Operator Specific Services, only needs
The access unit (MU) that other Operator Specific Services are supported in access is extended on original wireless communication system, no longer need to add
Whole set of system need not repeat to construct.Therefore significantly more efficient to utilize existing resource, save operator's signal covering cost simultaneously
Reduce covering engineering construction difficulty.
Description of the drawings
Fig. 1 is a kind of basic structure schematic diagram of optical fiber distribution system in the prior art.
Fig. 2 is the structural schematic diagram of the optical fiber distribution system constituted using star-like networking mode.
Fig. 3 is the structural schematic diagram of the optical fiber distribution system constituted using chrysanthemum type networking mode.
Fig. 4 is the structural schematic diagram of the optical fiber distribution system constituted using mixed type networking mode.
Fig. 5 is a kind of structural schematic diagram of optical fiber distribution system that realizing different location information source in the prior art.
Fig. 6 is a kind of structural schematic diagram for multi-service wireless communication system that the embodiment of the present invention 1 provides.
Fig. 7 is a kind of structural schematic diagram of the access unit for multi-service wireless communication system that the embodiment of the present invention 2 provides.
Fig. 8 is a kind of structural schematic diagram of the expanding element for multi-service wireless communication system that the embodiment of the present invention 3 provides.
Fig. 9 is a kind of structural schematic diagram of the far-end unit for multi-service wireless communication system that the embodiment of the present invention 4 provides.
Figure 10 is a kind of work flow diagram of multi-service wireless communication system provided in an embodiment of the present invention.
Figure 11 is a kind of flow for communication means suitable for multi-service wireless communication system that the embodiment of the present invention 5 provides
Figure.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other without creative efforts
Embodiment shall fall within the protection scope of the present invention.
It is a kind of structural schematic diagram of multi-service wireless communication system provided in an embodiment of the present invention referring to Fig. 6.As schemed
Show, which includes multiple access unit MU, is separately connected at least the one of each access unit MU
A expanding element EU, and at least one far-end unit RU for being connect with the expanding element EU, wherein each access is single
First MU supports multiple communication standards of different operators respectively, and each far-end unit RU supports different operators respectively
Multiple communication standards.
For example, the wireless communication system of the present embodiment includes three access units MU1, MU2 and MU3, wherein MU1 is only
Support multiple communication standards (including GSM800, GSM1800, TD-SCDMA, TD-LTE) of operator of China Mobile, MU2 is only propped up
Multiple communication standards (including GSM800, GSM1800, WCDMA, TD-LTE, FDD-LTE) of China Unicom operator are held, MU3 is only
Support multiple communication standards (including CDMA, CDMA2000, TD-LTE, FDD-LTE) of China Telecom.The channel radio of the present embodiment
Letter system includes 6 expanding elements EU1, EU2, EU3, EU4, EU5 and EU6, wherein the upstream data input terminal of EU1, EU2, EU3
(downlink data output end) passes through upstream data output end (the downlink data input of optical fiber and access unit MU1, MU2 and MU3
End) connection.And the upstream data output end of each expanding element EU is divided into can not connect multiple expanding elements, for example, extension
The upstream data output end of unit EU1 is connected to 8 far-end units RU1, RU2, RU3, RU4, RU5, RU6, RU7 and RU8.Its
In, it is assumed that far-end unit RU1, RU4, RU7 only support operator of China Mobile multiple communication standards (including GSM800,
GSM1800, TD-SCDMA, TD-LTE), and RU2, RU5, RU8 only support China Unicom operator multiple communication standards (including
GSM800, GSM1800, WCDMA, TD-LTE, FDD-LTE), RU3 and RU6 only support multiple communication standards of China Telecom (to wrap
Include CDMA, CDMA2000, TD-LTE, FDD-LTE).
In addition, the upstream data output end (downlink data input terminal) of each expanding element EU can also be with another extension
Unit EU connections are transmitted with the extension for further realizing data, for example, upstream data output end (the lower line number of expanding element EU3
According to input terminal) it is connect with the upstream data input terminal (downlink data output end) of expanding element EU4, and expanding element EU4's is upper
Row data output end (downlink data input terminal) and the upstream data input terminal (downlink data output end) of expanding element EU5 connect
It connects ....
It should be understood that in this embodiment, each described access unit uses single system structure, each extension single
First EU uses full system type pictorial structure, and the far-end unit uses single system structure.Wherein, single system structure refer to only support it is single
Multiple communication standards (for example, only supporting the communication standard of China Mobile/China Unicom/China Telecom) of operator；And it makes entirely
Formula structure is to refer to support the communication standards of all operators (for example, supporting China Mobile, China Unicom and China Telecom
Whole communication standards).
In the downlink of the wireless communication system of the present embodiment, radio frequency that each access unit MU will be received
Corresponding each expanding element EU is sent to by microwave after the corresponding communication standard label of signal addition；Each expansion
Unit EU is opened up according to the communication standard label in the microwave signal received, branch will be sent to after the microwave signal process received
Hold the far-end unit RU of the communication standard；The far-end unit RU handles the optical signal received corresponding to be converted into
The radiofrequency signal of communication standard is to be transmitted to user.
In the uplink of the wireless communication system of the present embodiment, user that each far-end unit RU will be received
The corresponding expanding element EU is sent to by optical fiber after the corresponding communication standard label of radiofrequency signal addition of transmitting；It is described
Expanding element will be sent after the optical signal prosessing received by microwave according to the communication standard label in the optical signal received
To the access unit for supporting the communication standard；The access unit handles the microwave signal received corresponding to be converted into
Communication standard radiofrequency signal to be sent to corresponding information source.
It should be understood that the networking mode of EU and RU is using mixed networking side in the wireless communication system that Fig. 6 is shown
Formula, but star-like networking or chrysanthemum type networking mode also can be used in the wireless communication system of the present embodiment.
It is a kind of wireless communication system of multiple access for realizing different location information source provided in an embodiment of the present invention with reference to figure 7
Access unit MU structural schematic diagram.The access unit MU of the present embodiment is set as the main access of entire wireless communication system
It is standby, the downlink radio-frequency signal for coupling base station/RRU by feeder line, and digital processing is carried out to the radiofrequency signal and is packed into
Then digital signal carries out the digital signal being converted into microwave signal；And the uplink microwave signal from EU is received, turn
It is changed to digital signal, then radiofrequency signal is reduced to the Digital Signal Processing of packing, base station/RRU is sent to via feeder line.
Specifically, the access unit MU of the present embodiment includes multiple radio-frequency modules 11, data processing module 12 and multiple
Radio-frequency module 13 is exported, wherein：
Each described radio-frequency module 11 is equipped with prevention at radio-frequency port, and a communication for receiving same operator is corresponded to by feeder line
The radiofrequency signal of standard, and be converted into digital signal and be sent to the digital signal processing module 12；And by digital signal processing module 12
The digital signal of transmission is converted into radiofrequency signal to be sent to corresponding information source；
The radiofrequency signal digitized processing that the data processing module 12 is used to receive the radio-frequency module 11, and add
Each output radio-frequency module 13 is sent to after adding corresponding communication standard label to be packed into digital signal；And it will be each
After 13 transformed digital signal dissection process of the output radio-frequency module, according to the digital signal in communication standard label
It is sent to corresponding radio-frequency module 11；
Each output radio-frequency module 13 is correspondingly connected with an expanding element EU, is used for the data processing mould
The digital signal that block 12 is sent is converted into microwave signal and exports to corresponding expanding element；And the microwave signal of input is converted
It is sent to the data processing module 12 at digital signal.
Preferably, the access unit MU of the present embodiment further includes power module 14 and monitoring module 15, wherein power module
14 for each function module (including radio-frequency module 11, data processing module 12, output radio-frequency module 13 and the prison in MU
Control module 15) power supply.And the monitoring module 15 is used to monitor each function module (including radio frequency in the access unit
Module 11, data processing module 12, output radio-frequency module 13 and power module 14) working condition, and it is monitored results are timely
It is sent to monitoring center, to ensure the normal work of access unit.
It is a kind of wireless communication system of multiple access for realizing different location information source provided in an embodiment of the present invention with reference to figure 8
Expanding element EU structural schematic diagram.In the present embodiment, each expanding element EU can realize the extension and conjunction of optical signal
Road, the optical signal that the radiofrequency signal under existing all communication standards is formed after MU processing conversions can be received, forward and be extended.
It can also realize power extension and meet the power demands of multichannel far-end unit RU, the power supply to RU or EU is supported to extend.
Specifically, the expanding element EU of the present embodiment includes multiple radio-frequency modules 21, data processing module 22 and multiple
Output photoelectric conversion module 23；
Each radio-frequency module 21 (being equipped with prevention at radio-frequency port) is correspondingly connected with an access unit MU, for that will input
Microwave signal be converted into digital signal after be sent to the data processing module 22；And the data processing module 22 is sent out
The digital signal sent is converted into microwave signal to export to corresponding access unit；
The digital signal that each radio-frequency module 21 is sent is carried out data processing and (first beaten by the data processing module 22
Subpackage after packet) after be sent to each output photoelectric conversion module 23；And according to each output photoelectric modulus of conversion
Communication standard label in the digital signal that block 23 is sent, orientation are transmitted to connect corresponding with the access unit of the communication standard is supported
The radio-frequency module 21 connect；For example, in the present embodiment, when data processing module 22 receives the output photoelectric conversion module 23
It, then will treated that digital signal is sent to and support should in the digital signal of transmission when communication standard label with China Mobile
The radio-frequency module 21 that the access unit MU1 of communication standard is correspondingly connected with is converted into optical signal by radio-frequency module 21 and is sent to institute
State access unit MU1.
Each output photoelectric conversion module 23 (being equipped with optical port) is correspondingly connected with a far-end unit RU or extension is single
First EU, the digital signal for sending the data processing module 22 are converted into optical signal to export to corresponding far-end unit
RU or expanding element EU；And the optical signal of input is converted into digital signal to be sent to the data processing module 22.
Preferably, in the present embodiment, each expanding element EU further includes being connect with the data processing module 22
Ethernet module 26, the ethernet module 26 is used for access network based on ethernet data, and is sent to the data processing module 22.
After the data processing module 22 receives the Ethernet data of the transmission of the ethernet module 26, corresponding communication standard mark is added
Subpackage is sent to each output photoelectric turn again after being packaged together with the digital signal that each radio-frequency module is sent after label
Change the mold block 23.
As the improvement of said program, each expanding element EU further includes power extension module 25, is used for described
Each far-end unit RU of expanding element EU connections powers.
As the improvement of said program, each expanding element EU further includes monitoring module 24, for monitoring the expansion
Open up in unit EU each function module (including radio-frequency module 21, data processing module 22, output photoelectric conversion module 23,
Ethernet module 26 and power extension module 25) working condition, and monitored results are timely transmitted to monitoring center, to ensure
The normal work of expanding element.
It is the structure of the far-end unit RU of multi-service wireless communication system provided in an embodiment of the present invention a kind of with reference to figure 9
Schematic diagram.Wherein, the far-end unit RU of the present embodiment uses single system structure, i.e., each far-end unit RU to support respectively not
With multiple communication standards of operator.Specifically, each far-end unit RU includes photoelectric conversion module 31, data processing mould
Block 32, RF Amplifier Module 33.Wherein：
The photoelectric conversion module 31 (being equipped with optical port) is correspondingly connected with expanding element EU by optical fiber, for what will be received
Optical signal is converted into digital signal to be sent to the data processing module 32；And send the data processing module 32
Digital signal is converted into optical signal to export to corresponding expanding element；
The data processing module 32 handles the digital signal that the photoelectric conversion module 31 is sent, after processing
Signal be sent to the RF Amplifier Module 33；And the digital signal for sending the RF Amplifier Module 33 is added accordingly
Communication standard label after be sent to the photoelectric conversion module 31.In addition, being supported comprising itself when in treated data
Communication standard Ethernet data when, then (pass through corresponding port) and be transmitted directly to the computer terminal of connection Ethernet.
The signal that data processing module 32 is sent is converted into radiofrequency signal to the RF Amplifier Module 33 and amplification is to send out
It penetrates and gives user's (mobile terminal)；And it is sent to digital signal is converted into after the radiofrequency signal amplification of the user received transmitting
The data processing module 32.
It should be understood that the RF Amplifier Module 33 in the present embodiment can support multiple communication systems of the same operator
Formula, can also include multiple radio frequency amplifying units, each radio frequency amplifying unit corresponds to one of the same operator of support
Communication standard.In this way, the data processing module 32 can be based on communication standard label, by treated, data orientation is transmitted to branch
Hold the radio frequency amplifying unit of the communication tags.
Preferably, the far-end unit RU of the present embodiment further include by electric module 34 and monitoring module 35, it is described by electric module
The 34 power extension module 25 for connecting expanding element EU, each work(of electric energy into far-end unit RU for that will receive
It can module (including photoelectric conversion module 31, data processing module 32, RF Amplifier Module 33 and monitoring module 35) power supply.It is described
Monitoring module 35 is used to monitor each function module in the far-end unit RU (including at photoelectric conversion module 31, data
Manage module 32, RF Amplifier Module 33 and by electric module 34) working condition, and monitored results are timely transmitted in monitoring
The heart, to ensure the normal work of far-end unit RU.
In the following, in conjunction with Figure 10, to a kind of operation principle of multi-service wireless communication system provided in an embodiment of the present invention into
Row detailed description.Wireless communication system operation principle provided in this embodiment is as follows：
Downlink
Step 1：MU data receivers
The MU of single system structure receives the radiofrequency signal that information source is sent to MU respective radio-frequencies port by feeder line.
Step 2：MU data processings
The radiofrequency signal digitized processing that the radio-frequency module of MU will receive, and communication system is added by data processing module
Formula label is packed into digital signal, and digital signal is converted into microwave signal by photoelectric conversion module and exports.
Step 3：MU data are sent
Amplified microwave signal is radiated in space by MU by antenna.
Step 4：EU data receivers
EU antennas receive the microwave signal that MU is sent by space radiation.Ethernet data is connect by Ethernet interface
Enter to EU.
Step 5：EU data processings
EU receives microwave signal, is carried out by corresponding radio-frequency module to the microwave signal that different MU are sended over
Processing is converted into digital signal, which send the data processing module to EU to be handled together with Ethernet data, number
The far-end unit connection for supporting the communication standard is given according to the communication standard label directive sending in signal according to processing module
Photoelectric conversion module, and it is sent to the photoelectric conversion module being connect with another EU after digital signal and Ethernet data are packaged,
It is converted into optical signal respectively by photoelectric conversion module and send to optical port.
Step 6：EU data are sent
Optical signals composite fiber (containing power cord) is sent to the optical port of EU or RU by EU by extending optical port.
Step 7：RU data receivers
RU optical ports receive the optical signal from EU.
Step 8：RU data processings
The optical signal of reception is converted to digital signal by RU by photoelectric conversion module, and digital signal, which is sent to radio frequency, puts
Big module is converted to radiofrequency signal, is sent by signal amplification.
Step 9：RU signals cover
Radiofrequency signal is coupled to antenna by feeder line, by antenna by signal radiation go out realize signal covering, user terminal
Receive the transmission that data complete a downlink signal.
Uplink
Step 1：RU data receivers
User terminal sends signal in compartment system coverage area, and the communication standard of the signal is supported by RU.
Step 2：RU data processings
RU receives the radiofrequency signal that user terminal is sent out, and digital signal, the number of RU are reconverted into after amplification
The data are handled according to processing module and add communication standard label, then to transfer to photoelectric conversion module to be converted to optical signal defeated
Go out.
Step 3：RU data are sent
Optical signals composite fiber (containing power cord) is sent to the optical port of EU by RU by optical port.
Step 4：EU data receivers
EU optical ports receive the optical signal from RU.
Step 5：EU data processings
The optical signal of reception is converted to electric signal by the photoelectric conversion module of EU, and data processing module processing is transferred to be formed
New data packet, is sent to that communication standard is corresponding to be penetrated by new data packet, while according to the communication standard label of data packet
Frequency module or ethernet module are sent to radio-frequency module and are then converted into microwave signal after it receives data packet and amplify defeated
Go out, if being sent to ethernet module, Internet is transferred data to by ethernet module.
Step 6：EU data are sent
Amplified microwave signal is radiated in space by EU by antenna.
Step 7：MU data receivers
The antenna of MU receives the microwave signal that EU is sent by space radiation.
Step 8：MU data processings
The microwave signal received is converted to digital signal by MU by radio-frequency module, and the data processing module of MU is to data
After packet carries out data dissection process, it is sent to radio-frequency module, is converted to radiofrequency signal.
Step 9：MU signals upload
Radiofrequency signal is coupled to base station/RRU by feeder line, completes the transmission of a uplink signal.
It is a kind of communication means suitable for multi-service wireless communication system provided in an embodiment of the present invention with reference to figure 11
Flow chart.Wherein, the wireless communication system includes multiple access units, is separately connected at least the one of each access unit
A expanding element, and at least one far-end unit for being connect with the expanding element, each access unit are supported respectively
Multiple communication standards of different operators；The method includes：
Step S1501, downlink step：Each access unit is corresponding logical by the radiofrequency signal received addition
Corresponding each expanding element is sent to by microwave after letter standard label；Each expanding element is according to receiving
Communication standard label in microwave signal will be sent to the distal end list for supporting the communication standard after the microwave signal process received
Member；The far-end unit is handled the optical signal received to be converted into the radiofrequency signal of corresponding communication standard to emit
To user；
Step S1502, uplink step：Each far-end unit adds the radiofrequency signal that the user received emits
Add and corresponding expanding element is sent to by optical fiber after corresponding communication standard label；The expanding element is according to the light received
Communication standard label in signal will be sent to the access for supporting the communication standard by microwave after the optical signal prosessing received
Unit；The access unit microwave signal received is handled be converted into the radiofrequency signal of corresponding communication standard with
It is sent to corresponding information source.
In conclusion multi-service wireless communication system disclosed by the invention and method in row data packet over/under by adding
Add the communication standard label of different operators, and realizes classification and the orientation of uplink/downlink data packet according to communication standard label
Forwarding filters the communication standard data that uplink/downlink data packet is not supported according to communication standard label, so as to expand
The access unit MU of different operators business is supported in exhibition access.Use the wireless communication system of the different location information source multiple access of the present invention
System covers an Operator Specific Service to a signal blind zone, when needing to carry out covering construction to other Operator Specific Services, it is only necessary to
The access unit MU of other Operator Specific Services is supported in extension access on original wireless communication system, no longer needs to add one whole
Set system need not repeat to construct.Therefore significantly more efficient to utilize existing resource, it saves operator's signal covering cost and reduces
Cover engineering construction difficulty.
The above is the preferred embodiment of the present invention, it is noted that for those skilled in the art
For, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (8)
1. a kind of multi-service wireless communication system, which is characterized in that including multiple access units, be separately connected each access
At least one expanding element of unit, and at least one far-end unit for being connect with the expanding element, wherein each described
Access unit supports multiple communication standards of different operators, each far-end unit to support different operators respectively respectively
Multiple communication standards；
In the downlink, each access unit leads to after the radiofrequency signal received is added corresponding communication standard label
It crosses microwave and is sent to corresponding each expanding element；Each expanding element is according to logical in the microwave signal received
Believe standard label, the far-end unit for supporting the communication standard will be sent to after the microwave signal process received by optical fiber；Institute
Far-end unit is stated to handle the optical signal received to be converted into the radiofrequency signal of corresponding communication standard to be transmitted to use
Family；Wherein, include the optical signal received being converted into digital signal, and incite somebody to action to the processing of the optical signal received
The signal that the communication standard is corresponded in the digital signal is converted into the radiofrequency signal；
In the uplink, the corresponding communication system of radiofrequency signal addition that each far-end unit emits the user received
The corresponding expanding element is sent to by optical fiber after formula label；The expanding element is according to logical in the optical signal received
Believe standard label, the access unit for supporting the communication standard will be sent to after the optical signal prosessing received by microwave；It is described
Access unit is handled the microwave signal received to be converted into the radiofrequency signal of corresponding communication standard to be sent to pair
The information source answered.
2. multi-service wireless communication system as described in claim 1, which is characterized in that each access unit includes multiple
Radio-frequency module, data processing module and multiple output radio-frequency modules；
Each described radio-frequency module corresponds to the radiofrequency signal for a communication standard for receiving same operator, and is converted into number
Signal is sent to the digital signal processing module；And the digital signal that digital signal processing module is sent is converted into radiofrequency signal to send out
Give corresponding information source；
The radiofrequency signal digitized processing that the data processing module is used to receive the radio-frequency module, and add corresponding
Communication standard label is sent to each output radio-frequency module after being packed into digital signal；And each output is penetrated
After the transformed digital signal dissection process of frequency module, according to the digital signal in communication standard label be sent to it is corresponding
Radio-frequency module；
Each output radio-frequency module is used to the digital signal that the data processing module is sent being converted into microwave signal defeated
Go out；And the microwave signal of input is converted into digital signal and is sent to the data processing module.
3. multi-service wireless communication system as described in claim 1, which is characterized in that each expanding element includes multiple
Radio-frequency module, data processing module and multiple output photoelectric conversion modules；
Each radio-frequency module is correspondingly connected with an access unit, for the microwave signal of input to be converted into digital letter
The data processing module is sent to after number；And the digital signal that the data processing module is sent is converted into microwave signal
With output；
The data processing module is sent to often after the digital signal that each radio-frequency module is sent is carried out data processing
The one output photoelectric conversion module；And according to the communication in the digital signal of each output photoelectric conversion module transmission
Standard label, the radio-frequency module for being transmitted to and supporting the access unit of the communication standard to be correspondingly connected with；
The digital signal that the data processing module is sent is converted into optical signal with defeated by each output photoelectric conversion module
Go out；And the optical signal of input is converted into digital signal to be sent to the data processing module.
4. multi-service wireless communication system as claimed in claim 3, which is characterized in that each expanding element further include with
Too net module, the ethernet module are used for access network based on ethernet data, and the data processing module is additionally operable to the Ethernet
The Ethernet data that module is sent is handled, and is sent with each radio-frequency module after adding corresponding communication standard label
Digital signal be sent to the output photoelectric conversion module together.
5. multi-service wireless communication system as claimed in claim 4, which is characterized in that each expanding element further includes prison
Module, the working condition for monitoring other modules in the expanding element are controlled, and monitored results are sent to monitoring center.
6. multi-service wireless communication system as claimed in claim 4, which is characterized in that each expanding element further includes electricity
Source sub-module, each far-end unit power supply for being connected to the expanding element.
7. multi-service wireless communication system as described in claim 1, which is characterized in that each far-end unit includes photoelectricity
Conversion module, data processing module and RF Amplifier Module；
The photoelectric conversion module is used to the optical signal of reception being converted into digital signal to be sent to the data processing module；
And the digital signal that the data processing module is sent is converted into optical signal to export；
The data processing module handles the digital signal that the photoelectric conversion module is sent, and by treated, signal is sent out
Give the RF Amplifier Module；And the digital signal for sending the RF Amplifier Module adds corresponding communication standard mark
The photoelectric conversion module is sent to after label；
The signal that data processing module is sent is converted into radiofrequency signal to the RF Amplifier Module and amplification is to be transmitted to user；
And it is sent to the data processing module by digital signal is converted into after the radiofrequency signal amplification of the user received transmitting.
8. a kind of communication means, suitable for multi-service wireless communication system, wherein the wireless communication system includes multiple connects
At least one expanding element for entering unit, being separately connected each access unit, and connect with the expanding element to
A few far-end unit, each access unit support multiple communication standards of different operators, each distal end respectively
Unit supports multiple communication standards of different operators respectively；It is characterized in that, the method includes：
Downlink step：Each access unit leads to after the radiofrequency signal received is added corresponding communication standard label
It crosses microwave and is sent to corresponding each expanding element；Each expanding element is according to logical in the microwave signal received
Believe standard label, the far-end unit for supporting the communication standard will be sent to after the microwave signal process received；The distal end is single
Member is handled the optical signal received to be converted into the radiofrequency signal of corresponding communication standard to be transmitted to user；Wherein,
Processing to the optical signal received includes that the optical signal received is converted into digital signal, and by the number
The signal that the communication standard is corresponded in signal is converted into the radiofrequency signal；
Uplink step：The corresponding communication system of radiofrequency signal addition that each far-end unit emits the user received
Corresponding expanding element is sent to by optical fiber after formula label；The expanding element is according to the communication system in the optical signal received
Formula label will be sent to the access unit for supporting the communication standard by microwave after the optical signal prosessing received；The access
Unit handles the microwave signal received corresponding to be sent to be converted into the radiofrequency signal of corresponding communication standard
Information source.
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| CN112953991A (en) * | 2019-12-11 | 2021-06-11 | 中国移动通信有限公司研究院 | Data return method and device, RRU (remote radio unit) and BBU (base band unit) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1973559A (en) * | 2004-07-13 | 2007-05-30 | Ut斯达康通讯有限公司 | Packet transmission method for radio signal in radio base station system |
| CN101882953A (en) * | 2010-07-19 | 2010-11-10 | 京信通信系统（中国）有限公司 | Baseband signal processing device and method of multiple-mold communication system |
| CN202103666U (en) * | 2011-03-08 | 2012-01-04 | 京信通信系统（中国）有限公司 | Radio remote unit (RRU) microwave transmission and conversion device and RRU microwave transmission system |
| CN202261813U (en) * | 2011-09-08 | 2012-05-30 | 京信通信系统（中国）有限公司 | Vehicle-mounted access system based on LTE |
| CN102547778A (en) * | 2012-01-06 | 2012-07-04 | 京信通信系统（中国）有限公司 | Wireless communication system of flat network architecture, method and expansion unit |
| US8369849B2 (en) * | 2006-09-28 | 2013-02-05 | Kyocera Corporation | Wireless communication terminal, communication control method of wireless communication terminal, and wireless communication system |
-
2015
- 2015-07-13 CN CN201510407946.4A patent/CN105072667B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1973559A (en) * | 2004-07-13 | 2007-05-30 | Ut斯达康通讯有限公司 | Packet transmission method for radio signal in radio base station system |
| US8369849B2 (en) * | 2006-09-28 | 2013-02-05 | Kyocera Corporation | Wireless communication terminal, communication control method of wireless communication terminal, and wireless communication system |
| CN101882953A (en) * | 2010-07-19 | 2010-11-10 | 京信通信系统（中国）有限公司 | Baseband signal processing device and method of multiple-mold communication system |
| CN202103666U (en) * | 2011-03-08 | 2012-01-04 | 京信通信系统（中国）有限公司 | Radio remote unit (RRU) microwave transmission and conversion device and RRU microwave transmission system |
| CN202261813U (en) * | 2011-09-08 | 2012-05-30 | 京信通信系统（中国）有限公司 | Vehicle-mounted access system based on LTE |
| CN102547778A (en) * | 2012-01-06 | 2012-07-04 | 京信通信系统（中国）有限公司 | Wireless communication system of flat network architecture, method and expansion unit |
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