CN101835287A - Method and device for realizing functions of dual-mode base station, and dual-mode base station equipment - Google Patents
Method and device for realizing functions of dual-mode base station, and dual-mode base station equipment Download PDFInfo
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- CN101835287A CN101835287A CN200910079914A CN200910079914A CN101835287A CN 101835287 A CN101835287 A CN 101835287A CN 200910079914 A CN200910079914 A CN 200910079914A CN 200910079914 A CN200910079914 A CN 200910079914A CN 101835287 A CN101835287 A CN 101835287A
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Abstract
The embodiment of the invention provides a method and a device for realizing functions of a dual-mode base station, and dual-mode base station equipment. The method specifically comprises the following steps: selecting an operating mode of current base station equipment; if the operating mode of a relay station is selected, controlling each component in the current base station equipment to work according to the function of the relay station; and if the operating mode of a multi-hop base station is selected, controlling each component in the current base station equipment to work according to the function of the multi-hop base station. Therefore, the functions of the relay station and the multi-hop base station can be simultaneously realized, and the dual-mode base station equipment with the both functions is provided to expand coverage through the function of the relay station when transmission services are insufficient in initial stages of the establishment of a network and expand network capacity through the function of the multi-hop base station when system capacity is critical in a maturation stage of the network to further effectively protect conventional investment, reduce network establishment cost and improve the performance of an overall system.
Description
Technical field
The present invention relates to moving communicating field, relate in particular to a kind of method, device and dual-mode base station equipment of realizing the dual-mode base station function.
Background technology
At present, mobile communication is more and more obvious towards the trend of broadband development, but along with the increasing of bandwidth demand, just needs the higher transmission band of exploitation and adopt the more modulation system of high-order.And on the one hand along with the increasing of frequency, the decay when signal is aloft propagated is just big more; On the other hand along with the increase of order of modulation, the needed signal to noise ratio of receiving terminal restituted signal is just high more, this will inevitably cause reducing of base station cell coverage, that is to say that will cover the needed base station number of area identical will increase, thereby brings the increase on the cost.
In actual implementation procedure, because the base station covering radius of radio communication is generally several kilometers in the urban district, and the speed of transfer of data can be along with successively decreasing with the increase of base station distance, when especially being in the base station and covering fringe region or regional that building blocks arranged, be illustrated in figure 1 as in the prior art communication scheme when being blocked by building, among the figure: the signal that base station BS sends is owing to exist blocking of building, make that quality of signals was relatively poor when signal was delivered to terminal MS, will cause telex network speed and communication quality all poor like this.In the prior art, for improving the coverage effect of mobile communications network, generally be to be undertaken by the mode that relay station (RS, Relay Station) or microcell base station (Micro cell) are installed.
Be illustrated in figure 2 as the structural representation that relay station improves coverage effect is installed in the prior art, among the figure: owing to exist high-lager building to block between base station and the terminal, the shadow fading of channel can be very obvious, and quality of signals and transmission rate all can reduce; By between base station and terminal relay station being installed, it is high and the little information channel that declines makes communication quality obtain very large lifting just can to have set up speed between terminal and base station.This relay station refers between multi-hop base station MR-BS and terminal the common apparatus that links the relaying path is provided.
Another scheme of improving the blocked area signal covering quality as shown in Figure 3, among Fig. 3: a microcell base station (Micro cell Base Station) is installed between macro base station and terminal again, utilize this microcell base station to improve the covering of blocked area, can also increase the capacity of system simultaneously.
In the scheme of above-mentioned prior art, if adopt the mode of relay station, will reduce power system capacity so,, not to produce what influence too greatly thereby not to the demand of power system capacity, but arrived the network development middle and later periods because number of users is less at the network development initial stage, because the user increases, the required service traffics of each user will strengthen, and at this moment the capacity of system is difficult to satisfy user's demand, will make a big impact to networks development like this; And if adopt the mode of microcell base station, though can when improving covering quality, increase the capacity of system, but because microcell base station is compared with relay station, its equipment cost height needs transfer resource, thereby the networking cost also can be very high, and the networking cycle is long, the site difficulty is looked for, so can cause great influence to operator at the networking initial stage, has slowed down networks development.
Summary of the invention
The embodiment of the invention provides a kind of method, device and dual-mode base station equipment of realizing the dual-mode base station function, can realize the function of relay station function and multi-hop base station simultaneously, thereby reduces the networking cost, improves the performance of whole system.
The embodiment of the invention provides a kind of method that realizes the dual-mode base station function, comprising:
Select the mode of operation of current base station equipment;
If selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function;
If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.
The embodiment of the invention also provides a kind of device of realizing the dual-mode base station function, comprising:
The mode of operation selected cell is used to select the residing mode of operation of current base station equipment;
The mode of operation control unit is used for controlling according to the selected mode of operation of described mode of operation selected cell the work of described current base station equipment; If selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function; If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.
The embodiment of the invention also provides a kind of dual-mode base station equipment, and described dual-mode base station equipment comprises:
The dual-mode base station control unit is used to select the residing mode of operation of described dual-mode base station equipment; And when selected relay station mode of operation, other parts of controlling in the described dual-mode base station equipment carry out work according to the relay station function; When the mode of operation of selected multi-hop base station, other parts of controlling in the described dual-mode base station equipment carry out work according to the multi-hop base station function;
Bimodulus receives power amplifier unit, is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the received RF signal enlarging function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the received RF signal enlarging function under the multi-hop base station mode of operation;
Bimodulus emission power amplifier unit is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the emitting radio frequency signal enlarging function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the emitting radio frequency signal enlarging function under the multi-hop base station mode of operation;
The dual-mode transceiver unit is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the radio frequency processing function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the radio frequency processing function under the multi-hop base station mode of operation;
The bimodulus baseband processing unit is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the Base-Band Processing function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the Base-Band Processing function under the multi-hop base station mode of operation.
By the above-mentioned technical scheme that provides as can be seen, at first select the residing mode of operation of current base station equipment; If selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function; If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.So just can realize the function of relay station function and multi-hop base station simultaneously, the equipment of the dual-mode base station with these two kinds of functions is provided, thereby when the networking initial stage lacks transport service, can expand covering by the relay station function; And when network maturity period power system capacity is nervous, can carry out the expansion of network capacity by the multi-hop base station function, so the effectively existing investment of protection, reduce the networking cost, improve the performance of whole system.
Description of drawings
The communication scheme of Fig. 1 when being blocked by building in the prior art;
Fig. 2 is for installing the structural representation that relay station improves coverage effect in the prior art;
Fig. 3 is for installing the structural representation that microcell base station improves coverage effect in the prior art;
The schematic flow sheet of the embodiment of the invention 1 implementation method that provides is provided Fig. 4;
Fig. 5 is the structural representation of 2 generators of the embodiment of the invention;
The structural representation of the embodiment of the invention 3 equipment that provides is provided Fig. 6;
Fig. 7 is the structural representation of dual-mode base station equipment specific implementation in the embodiment of the invention 3;
Fig. 8 is subdivided into the device structure schematic diagram of multi-hop base station baseband processing unit for bimodulus baseband processing unit described in the embodiment of the invention 3.
Embodiment
The embodiment of the invention provides a kind of method, device and dual-mode base station equipment of realizing the dual-mode base station function.Embodiment 1: the embodiment of the invention 1 provides a kind of method that realizes the dual-mode base station function, and the schematic flow sheet of present embodiment 1 implementation method that provides is provided, and described method comprises:
Step 41: the mode of operation of selecting current base station equipment.
In this step 41, at first can select the residing mode of operation of current base station equipment according to human configuration or by gateway configuration, for example in transport service more after a little while, just can select current base station equipment and be in the relay station mode of operation; When power system capacity increases, just can select the mode of operation that current base station equipment is in multi-hop base station (MMR-BS).Concrete selected which kind of pattern can be set according to the network demand of reality; Or collocation strategy is selected in gateway.
Step 42: according to selected mode of operation, each part of controlling in the current base station equipment carries out work according to corresponding pattern.
In this step 42, after having selected corresponding work mode, just can carry out work according to corresponding pattern by each part that control unit is controlled in the current base station equipment.Specifically, if selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function; If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.This multi-hop base station refers to the equipment that link, management and control are provided for relay station and terminal, and it is to have the base station of supporting the multi-hop relay expanded function.
In addition, when the mode of operation of described current base station equipment work at multi-hop base station, if described current base station device fails or receive the instruction that mode of operation changes then changes to described current base station equipment the relay station under preassigned some multi-hop base stations again.In the specific implementation process, can send the request that changes to relay station to preassigned some multi-hop base stations by this current base station equipment; If described request obtains agreeing that each part of then controlling again in this current base station equipment carries out work according to the relay station function.More than, described preassigned some multi-hop base stations according to network condition by human configuration or gateway configuration.
By the technical scheme of the foregoing description 1, just can realize the function of relay station function and multi-hop base station simultaneously, the equipment of the dual-mode base station with these two kinds of functions is provided, thereby when the networking initial stage lacks transport service, can expands covering by the relay station function; And when network maturity period power system capacity is nervous, can carry out the expansion of network capacity by the multi-hop base station function, so the effectively existing investment of protection, reduce the networking cost, improve the performance of whole system.
Embodiment 2: the embodiment of the invention 2 provides a kind of device of realizing the dual-mode base station function, is illustrated in figure 5 as the structural representation of present embodiment 2 described devices, and described device comprises mode of operation selected cell 51 and mode of operation control unit 52, wherein:
Described mode of operation selected cell 51 is used for the selected residing mode of operation of current base station equipment.Can be according to human configuration or by gateway configuration, the selected residing mode of operation of current base station equipment.
Described mode of operation control unit 52 is used for controlling according to described mode of operation selected cell 51 selected mode of operations the work of described current base station equipment; If selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function; If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.
In addition, when the mode of operation of described current base station equipment work at multi-hop base station, described mode of operation control unit 52 also is used in described current base station device fails or when receiving the instruction that mode of operation changes, and changes described current base station equipment under the preassigned multi-hop base station relay station.
The device of above-mentioned realization dual-mode base station function can integratedly be arranged in the current base station equipment; Also can be arranged to independent functional entity and current base station equipment maintains the connection.
Embodiment 3: the embodiment of the invention 3 also provides a kind of dual-mode base station equipment, and the structural representation of present embodiment 3 equipment that provides is provided.Described dual-mode base station equipment comprises that dual-mode base station control unit 61, bimodulus receive power amplifier unit 62, bimodulus emission power amplifier unit 63, dual-mode transceiver unit 64 and bimodulus baseband processing unit 65, wherein:
Described dual-mode base station control unit 61 is used for according to human configuration or by gateway configuration, the selected residing mode of operation of described dual-mode base station equipment; And when selected relay station mode of operation, each part of controlling in the described dual-mode base station equipment carries out work according to the relay station function; When the mode of operation of selected multi-hop base station, each part of controlling in the described dual-mode base station equipment carries out work according to the multi-hop base station function.
Described bimodulus receives power amplifier unit 62, is used under the control of described dual-mode base station control unit 61, when selected relay station mode of operation, finishes the received RF signal enlarging function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the received RF signal enlarging function under the multi-hop base station mode of operation;
Described bimodulus emission power amplifier unit 63 is used under the control of described dual-mode base station control unit 61, when selected relay station mode of operation, finishes the emitting radio frequency signal enlarging function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the emitting radio frequency signal enlarging function under the multi-hop base station mode of operation;
Described dual-mode transceiver unit 64 is used under the control of described dual-mode base station control unit 61, when selected relay station mode of operation, finishes the radio frequency processing function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the radio frequency processing function under the multi-hop base station mode of operation;
Described bimodulus baseband processing unit 65 is used under the control of described dual-mode base station control unit 61, when selected relay station mode of operation, finishes the Base-Band Processing function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the Base-Band Processing function under the multi-hop base station mode of operation.
In addition; when the mode of operation of described dual-mode base station equipment work at multi-hop base station; described dual-mode base station control unit 61 also is used in described dual-mode base station device fails or when receiving the instruction that mode of operation changes, and changes described dual-mode base station equipment under the preassigned multi-hop base station relay station.
For instance, be illustrated in figure 7 as the structural representation of dual-mode base station equipment specific implementation in the present embodiment 3, described dual-mode base station equipment comprises: radio-frequency front-end 71, bimodulus receive power amplifier 72, bimodulus emission power amplifier 73, dual-mode transceiver 74, bimodulus baseband processing unit 75, transmission unit 76, dual-mode base station control unit 77 and supply module 78, wherein the annexation of each several part is: radio-frequency front-end 71 respectively with antenna, bimodulus receives power amplifier 72, and bimodulus emission power amplifier 73 is connected with supply module 78; Bimodulus receive power amplifier 72 respectively with dual-mode base station control unit 77, dual-mode transceiver 74, radio-frequency front-end 71 is connected with supply module 78; Bimodulus emission power amplifier 73 respectively with dual-mode transceiver 74, dual-mode base station control unit 77, radio-frequency front-end 71 is connected with supply module 78; Dual-mode transceiver 74 receives power amplifier 72 with bimodulus respectively, bimodulus emission power amplifier 73, and dual-mode base station control unit 77, bimodulus baseband processing unit 75 is connected with supply module 78; Bimodulus baseband processing unit 75 respectively with dual-mode base station control unit 77, supply module 78, transmission unit 76 is connected with dual-mode transceiver 74; Transmission unit 76 respectively with dual-mode base station control unit 77, bimodulus baseband processing unit 75 is connected with supply module 78; Dual-mode base station control unit 77 receives power amplifier 72 with bimodulus respectively, bimodulus emission power amplifier 73, and dual-mode transceiver 74, bimodulus baseband processing unit 75, transmission unit 76 and supply module 78 are connected; Supply module 78 respectively with radio-frequency front-end 71, dual-mode base station control unit 77, bimodulus receive power amplifier 72, bimodulus emission power amplifier 73, dual-mode transceiver 74, bimodulus baseband processing unit 75, and transmission unit 76 is connected.
Described bimodulus receives power amplifier 72 and is used to finish received RF signal enlarging function under the relay station mode of operation and the received RF signal enlarging function under the multi-hop base station mode of operation.Specifically, this bimodulus reception power amplifier 72 is made decision in the control of described dual-mode base station control unit 77 and is worked in the relay station pattern or under the multi-hop base station pattern, if in the relay station pattern, amplify then that base station that antenna receives sends to terminal or terminal sends to signal of base station; If in the multi-hop base station pattern, then amplify the radiofrequency signal that terminal that antenna receives sends to the base station.
In the specific implementation process, this bimodulus receives power amplifier 72 and can realize with the hardware circuit of finishing the received RF signal enlarging function of multi-hop base station pattern by the integrated hardware circuit of finishing the received RF signal enlarging function of relay station pattern; Also can realize by the mode that time or frequency adjusting device are set in amplifier.
Described bimodulus emission power amplifier 73 is used to finish emitting radio frequency signal enlarging function under the relay station mode of operation and the emitting radio frequency signal enlarging function under the multi-hop base station mode of operation; Specifically, this bimodulus emission power amplifier 7 is made decision in the control of described dual-mode base station control unit 77 and is worked in the relay station pattern or under the multi-hop base station pattern, if under the relay station pattern, then amplify relay station and send to the signal that signal of base station and relay station send to terminal or subordinate relay; If under the multi-hop base station pattern, then amplify the radiofrequency signal that terminal is given in the base station.
In the specific implementation process, this bimodulus emission power amplifier 73 can be wanted emitting radio frequency signal enlarging function hardware circuit and finish the multi-hop base station pattern to want the mode of the hardware circuit of emitting radio frequency signal enlarging function to realize by the integrated relay station pattern of finishing; Also can realize by the mode that time or frequency adjusting device are set in amplifier.
Described dual-mode transceiver 74 is used to finish radio frequency processing function under the relay station mode of operation and the radio frequency processing function under the multi-hop base station mode of operation.Specifically, this dual-mode transceiver 74 is made decision in the control of described dual-mode base station control unit 77 and is worked in the relay station pattern or under the multi-hop base station pattern, if under the relay station pattern, then carry out down-conversion, radio demodulating, A/D analog-to-digital conversion process to what receive through the base station of bimodulus reception power amplifier amplification or the radiofrequency signal of terminal, the baseband signal that baseband processing unit is sent to base station and terminal is carried out digital-to-analogue conversion D/A, up-conversion, rf modulations processing; If under the multi-hop base station pattern, then the terminal radio frequency signal that amplifies through bimodulus reception power amplifier that antenna is received carries out down-conversion, radio demodulating, analog-digital conversion a/d, and the baseband signal that baseband processing unit is sent to terminal is carried out digital-to-analogue conversion D/A, up-conversion, rf modulations processing etc.
In the specific implementation process, this dual-mode transceiver 74 can be by realizing the hardware of finishing relay station pattern radio frequency processing function and the mode that the hardware of finishing multi-hop base station pattern radio frequency processing function integrates; Also can by on same hardware platform respectively the operation software mode finishing relay station pattern radio frequency processing function and finish multi-hop base station pattern radio frequency processing function realize.
Described bimodulus baseband processing unit 75 is used to finish Base-Band Processing function under the relay station mode of operation and the Base-Band Processing function under the multi-hop base station mode of operation; Specifically, this bimodulus baseband processing unit 75 is made decision in the control of described dual-mode base station control unit 77 and is worked in the relay station pattern or under the multi-hop base station pattern, if under the relay station pattern, then finish the physical layer function of relay station, specifically comprise channel quality measurement, the modulation and demodulation of physical channel, power control, the Code And Decode of channel, Space Time Coding, range finding and synchronous, the distribution of physical channel, channel multiplexing and demultiplexing, relay station inserts the mapping of medium control R-MAC protocol Data Unit to physical layer protocol data unit, and finish relay station and insert medium control R-MAC function, finish structure, transmission and re-transmission relay station insert medium control protocol data cell, finish the scheduling of data cell and the QoS control of transmission service quality, finish allocated bandwidth, finish the multicast and the broadcasting of system information and user data, finish mobile management, finish Radio Link control and management under the relay station pattern, finish the measurement of interference, finish the encryption and decryption of data and control information, finish the work such as configuration of relay station running parameter; If under the multi-hop base station pattern, then finish multi-hop base station pattern physical layer function and comprise the modulation and demodulation of channel quality measurement, physical channel, Code And Decode, Space Time Coding and the decoding of channel, and finish range finding and synchronously under the multi-hop base station pattern, finish distribution and the channel multiplexing and the demultiplexing of physical channel, finish the measurement of interference, finish power control; And multi-hop base station inserts the work such as mapping of medium control protocol data cell to physical layer protocol data unit.Wherein, multi-hop base station medium intervention key-course function comprises the mapping of multi-hop base station medium access control layer protocol data cell to relay station medium access control layer protocol data cell; Can also finish structure, transmission and retransmit the medium access control layer protocol data cell, the scheduling of data cell and transmission service quality control, allocated bandwidth, the multicast of system information and user data and broadcasting, mobile management, Radio Link control and management under the multi-hop base station pattern, the encryption and decryption of data and control information, the work such as configuration of multi-hop base station running parameter; And by transmission unit finish and gateway side between user data and control information mutual.
In the specific implementation process, this bimodulus baseband processing unit 75 can mode integrated by hardware or operating software be realized equally.
In addition, this bimodulus baseband processing unit 75 can also further be subdivided into the multi-hop base station baseband processing unit, is used to finish the Base-Band Processing work under the multi-hop base station mode of operation.This multi-hop base station baseband processing unit can mode integrated by hardware or operating software be realized equally.
Be illustrated in figure 8 as the device structure schematic diagram that the described bimodulus baseband processing unit of the embodiment of the invention is subdivided into the multi-hop base station baseband processing unit; among Fig. 8: the multi-hop base station baseband processing unit 86 that marks off is used to finish under the multi-hop base station pattern, and multi-hop base station inserts the work such as mapping of medium control protocol data cell to physical layer protocol data unit.Wherein, multi-hop base station medium intervention key-course function comprises the mapping of multi-hop base station medium access control layer protocol data cell to relay station medium access control layer protocol data cell; Can also finish structure, transmission and retransmit the medium access control layer protocol data cell, the scheduling of data cell and transmission service quality control, allocated bandwidth, the multicast of system information and user data and broadcasting, mobile management, Radio Link control and management under the multi-hop base station pattern, the encryption and decryption of data and control information, the work such as configuration of multi-hop base station running parameter; And by transmission unit finish and gateway side between user data and control information mutual.
In addition, in the specific implementation process, above-mentioned bimodulus receives power amplifier 72 can also be divided into base station side reception power amplifier and end side reception power amplifier again; Wherein, this base station side receives power amplifier and is used for amplifying the relay station that needs that the base station that receives sends is transmitted to the radiofrequency signal of terminal or next stage relay station under the relay station pattern; This end side receives power amplifier and is used for amplifying the relay station that needs that the terminal that receives or next stage relay station send is transmitted to the radiofrequency signal of base station under the relay station pattern, and amplifies the radiofrequency signal that the terminal that receives is sent under the multi-hop base station pattern.
This bimodulus emission power amplifier 73 can also be divided into base station side emission power amplifier and end side emission power amplifier again; Wherein, this base station side emission power amplifier is used for transferring the radiofrequency signal that will send to the base station greatly in the relay station pattern; End side emission power amplifier is used for transferring the radiofrequency signal that will send to terminal or next stage relay station greatly in the relay station pattern, and transfers the radiofrequency signal that will send to terminal greatly in the multi-hop base station pattern.
This dual-mode transceiver 74 can also be divided into base station side transceiver and end side transceiver again; Wherein, this base station side transceiver is under the relay station pattern, receive base station that power amplifier amplifies or the radiofrequency signal of terminal is carried out down-conversion, radio demodulating, A/D analog-to-digital conversion process to what receive through bimodulus, and the baseband signal that the bimodulus baseband processing unit sends to base station and terminal is carried out work such as digital-to-analogue conversion D/A, pulse shaping, up-conversion and rf modulations processing; Simultaneously under the multi-hop base station pattern; the radiofrequency signal that receives the terminal that power amplifier amplifies through bimodulus that antenna receives is carried out down-conversion; radio demodulating; analog-digital conversion a/d; and the baseband signal that the bimodulus baseband processing unit sends to terminal carried out pulse shaping; digital-to-analogue D/A conversion, up-conversion, work such as rf modulations processing.This base station side transceiver can mode integrated by hardware or operating software be realized equally.
Above-mentioned end side transceiver is under the relay station pattern, receive base station that power amplifier amplifies or the radiofrequency signal of terminal is carried out down-conversion, radio demodulating, A/D analog-to-digital conversion process to what receive through bimodulus, and the baseband signal that the bimodulus baseband processing unit sends to base station and terminal is carried out work such as digital-to-analogue conversion D/A, pulse shaping, up-conversion and rf modulations processing; Simultaneously under the multi-hop base station pattern; the radiofrequency signal through the base station that bimodulus reception power amplifier amplifies that antenna receives is carried out down-conversion; radio demodulating; analog-digital conversion a/d; and the baseband signal that the bimodulus baseband processing unit sends to the base station carried out pulse shaping; digital-to-analogue D/A conversion, up-conversion, work such as rf modulations processing.This end side transceiver can mode integrated by hardware or operating software be realized equally.
By the technical scheme of above embodiment 3, just can realize the function of relay station function and multi-hop base station simultaneously, the equipment of the dual-mode base station with these two kinds of functions is provided, thereby when the networking initial stage lacks transport service, can expands covering by the relay station function; And when network maturity period power system capacity is nervous, can carry out the expansion of network capacity by the multi-hop base station function, so the effectively existing investment of protection, reduce the networking cost, improve the performance of whole system.
It should be noted that among the said apparatus embodiment that each included unit is just divided according to function logic, but is not limited to above-mentioned division, as long as can realize function corresponding; In addition, the concrete title of each functional unit also just for the ease of mutual differentiation, is not limited to protection scope of the present invention.
In addition, one of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to finish by program, corresponding program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium of mentioning can be a read-only memory, disk or CD etc.
In sum, the embodiment of the invention can realize the function of relay station function and multi-hop base station simultaneously, and the equipment of the dual-mode base station with these two kinds of functions is provided, thereby when the networking initial stage lacks transport service, can expand covering by the relay station function; And when network maturity period power system capacity is nervous, can carry out the expansion of network capacity by the multi-hop base station function, so the effectively existing investment of protection, reduce the networking cost, improve the performance of whole system.
The above; only be the preferable embodiment of the present invention; but protection scope of the present invention is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the embodiment of the invention discloses; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (10)
1. a method that realizes the dual-mode base station function is characterized in that,
Select the mode of operation of current base station equipment;
If selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function;
If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.
2. the method for claim 1 is characterized in that, when the mode of operation of described current base station equipment work at multi-hop base station, described method also comprises:
If described current base station device fails or receive the instruction that mode of operation changes then changes described current base station equipment into the relay station under the preassigned multi-hop base station.
3. method as claimed in claim 2 is characterized in that, a described preassigned multi-hop base station according to network condition by human configuration or gateway configuration.
4. as claim 2 or 3 described methods, it is characterized in that, describedly change described current base station equipment under the preassigned multi-hop base station relay station, specifically comprise:
Send the request that changes to relay station to a predetermined multi-hop base station;
If described request obtains agreeing that each part of then controlling in the described current base station equipment carries out work according to the relay station function.
5. a device of realizing the dual-mode base station function is characterized in that, comprising:
The mode of operation selected cell is used to select the residing mode of operation of current base station equipment;
The mode of operation control unit is used for controlling according to the selected mode of operation of described mode of operation selected cell the work of described current base station equipment; If selected relay station mode of operation, each part of then controlling in the described current base station equipment carries out work according to the relay station function; If the mode of operation of selected multi-hop base station, each part of then controlling in the current base station equipment carries out work according to the multi-hop base station function.
6. device as claimed in claim 5 is characterized in that, when the mode of operation of described current base station equipment work at multi-hop base station,
Described mode of operation control unit also is used in described current base station device fails or when receiving the instruction that mode of operation changes, and changes described current base station equipment under the preassigned multi-hop base station relay station.
7. a dual-mode base station equipment is characterized in that, described dual-mode base station equipment comprises:
The dual-mode base station control unit is used to select the residing mode of operation of described dual-mode base station equipment; And when selected relay station mode of operation, other parts of controlling in the described dual-mode base station equipment carry out work according to the relay station function; When the mode of operation of selected multi-hop base station, other parts of controlling in the described dual-mode base station equipment carry out work according to the multi-hop base station function;
Bimodulus receives power amplifier unit, is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the received RF signal enlarging function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the received RF signal enlarging function under the multi-hop base station mode of operation;
Bimodulus emission power amplifier unit is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the emitting radio frequency signal enlarging function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the emitting radio frequency signal enlarging function under the multi-hop base station mode of operation;
The dual-mode transceiver unit is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the radio frequency processing function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the radio frequency processing function under the multi-hop base station mode of operation;
The bimodulus baseband processing unit is used under the control of described dual-mode base station control unit, when selected relay station mode of operation, finishes the Base-Band Processing function under the relay station mode of operation; When selecting the mode of operation of multi-hop base station, finish the Base-Band Processing function under the multi-hop base station mode of operation.
8. equipment as claimed in claim 7; it is characterized in that; when the mode of operation of described dual-mode base station equipment work at multi-hop base station; described dual-mode base station control unit also is used in described dual-mode base station device fails or when receiving the instruction that mode of operation changes, and changes described dual-mode base station equipment under the preassigned multi-hop base station relay station.
9. equipment as claimed in claim 7 is characterized in that, described bimodulus receives power amplifier unit and comprises that base station side receives power amplifier and end side receives power amplifier, and described bimodulus emission power amplifier unit comprises base station side emission power amplifier and end side emission power amplifier, wherein:
Described base station side receives power amplifier, is used for amplifying the relay station that needs that the base station that receives sends and is transmitted to the radiofrequency signal of terminal or next stage relay station under the relay station pattern;
Described end side receives power amplifier, is used for amplifying the relay station that needs that the terminal that receives or next stage relay station send and is transmitted to the radiofrequency signal of base station under the relay station pattern, and amplify the radiofrequency signal that the terminal that receives is sent under the multi-hop base station pattern;
Described base station side emission power amplifier is used for transferring the radiofrequency signal that will send to the base station greatly in the relay station pattern;
Described end side emission power amplifier is used for transferring the radiofrequency signal that will send to terminal or next stage relay station greatly in the relay station pattern, and transfers the radiofrequency signal that will send to terminal greatly in the multi-hop base station pattern.
10. equipment as claimed in claim 7 is characterized in that, described dual-mode transceiver unit comprises base station side transceiver and end side transceiver, wherein:
Described base station side transceiver, be used under the relay station pattern receiving base station that power amplifier unit amplifies or the radiofrequency signal of terminal is handled through described bimodulus, and the baseband signal that described bimodulus baseband processing unit sends to base station and terminal is handled what receive; Under the multi-hop base station pattern, the terminal radio frequency signal through the amplification of described bimodulus reception power amplifier unit that antenna receives is handled, and the baseband signal that described bimodulus baseband processing unit sends to terminal is handled simultaneously;
Described end side transceiver, be used under the relay station pattern receiving base station that power amplifier unit amplifies or the radiofrequency signal of terminal is handled through described bimodulus, and the baseband signal that described bimodulus baseband processing unit sends to base station and terminal is handled what receive; The base station radio-frequency signal through the amplification of described bimodulus reception power amplifier unit that under the multi-hop base station pattern antenna is received is handled simultaneously, and the baseband signal that described bimodulus baseband processing unit sends to the base station is handled.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910079914A CN101835287A (en) | 2009-03-12 | 2009-03-12 | Method and device for realizing functions of dual-mode base station, and dual-mode base station equipment |
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| CN200910079914A CN101835287A (en) | 2009-03-12 | 2009-03-12 | Method and device for realizing functions of dual-mode base station, and dual-mode base station equipment |
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| CN200910079914A Pending CN101835287A (en) | 2009-03-12 | 2009-03-12 | Method and device for realizing functions of dual-mode base station, and dual-mode base station equipment |
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