Abstract
To obtain maximum throughput in accordance with characteristics of a propagation path a radio transmission device having a plurality of transmitting antennas ( 18a 18b) for transmitting a transmission signal in units of sub-carriers by performing spatial multiplexing or without performing spatial multiplexing is provided that includes a sub-carrier modulation part 11 modulating the input transmission signal for each sub-carrier a transmission signal allocation part 13 allocating the transmission signal modulated for each of the sub-carriers to each of the transmitting antennas and a transmission control part 12 that determines a multiplexing number for performing spatial multiplexing for each sub-carrier based on information received from another radio communication device as an opposite party and outputs the determined multiplexing number to the sub-carrier modulation part and the transmission signal allocation part.
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Specification Information
Specification Information
Technologies
Family Information
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| Publication No | Technology | Declaration Information | Specification Information | Explicitly Disclosed | Patent Type | Status | National Phase Entries | |||||
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Technologies
Resource configuration Multiple-Input Multiple-Output(MIMO)/Massive MIMO Multiplexing
Product
Base Station (eNB/gNB)
Use Cases
Wireless communication
Services
Transmitting/receiving of data channel
Claim
1. A radio transmitter having a plurality of transmitting antennas for transmitting a transmission signal in units of sub-carriers by performing spatial multiplexing or without performing spatial multiplexing, comprising:
a sub-carrier modulation part modulating an input transmission signal for each sub-carrier;
a transmission signal allocation part allocating said transmission signal modulated for each of sub-carriers to each of said transmitting antennas; and
a transmission control part that determines whether to perform spatial multiplexing for the sub-carriers based on information received from another radio communication device as a destination communication apparatus, and
when performing spatial multiplexing for each of said sub-carriers, said transmission control part determines a spatial multiplexing number for performing spatial multiplexing for each of said sub-carriers and outputs said determined spatial multiplexing number to said sub-carrier modulation part and said transmission signal allocation part,
when performing spatial multiplexing for sub-carriers grouped in block units where signal processing of said transmission signal is performed in said block units, said transmission control part determines a spatial multiplexing number for performing spatial multiplexing for each block unit of sub-carriers, wherein the same multiplexing number is assumed for each sub-carrier in a block unit, while
when not performing spatial multiplexing, said transmission control part outputs the same signal to said transmission allocation part, wherein
the radio transmitter transmits the signal by performing spatial multiplexing with the spatial multiplexing number selected for each of said sub-carriers, transmits a different signal by each block unit of sub-carriers by performing spatial multiplexing for each block unit with the spatial multiplexing number determined for each block unit, respectively, or transmits the same signal by each antenna.', 'a sub-carrier modulation part modulating an input transmission signal for each sub-carrier;', 'a transmission signal allocation part allocating said transmission signal modulated for each of sub-carriers to each of said transmitting antennas; and', 'a transmission control part that determines whether to perform spatial multiplexing for the sub-carriers based on information received from another radio communication device as a destination communication apparatus, and', 'when performing spatial multiplexing for each of said sub-carriers, said transmission control part determines a spatial multiplexing number for performing spatial multiplexing for each of said sub-carriers and outputs said determined spatial multiplexing number to said sub-carrier modulation part and said transmission signal allocation part,', 'when performing spatial multiplexing for sub-carriers grouped in block units where signal processing of said transmission signal is performed in said block units, said transmission control part determines a spatial multiplexing number for performing spatial multiplexing for each block unit of sub-carriers, wherein the same multiplexing number is assumed for each sub-carrier in a block unit, while', 'when not performing spatial multiplexing, said transmission control part outputs the same signal to said transmission allocation part, wherein', 'the radio transmitter transmits the signal by performing spatial multiplexing with the spatial multiplexing number selected for each of said sub-carriers, transmits a different signal by each block unit of sub-carriers by performing spatial multiplexing for each block unit with the spatial multiplexing number determined for each block unit, respectively, or transmits the same signal by each antenna.
2. The radio transmitter according to claim 1, wherein
said transmission signal is composed of a plurality of ordered symbols, and
said transmission signal allocation part allocates the symbols of said transmission signal, based on the spatial multiplexing number input from said transmission control part, for sub-carriers having said spatial multiplexing number of two or more, so that the symbols different from one another are transmitted by the antennas in the number corresponding to the number of said determined spatial multiplexing number, respectively.', 'said transmission signal is composed of a plurality of ordered symbols, and', 'said transmission signal allocation part allocates the symbols of said transmission signal, based on the spatial multiplexing number input from said transmission control part, for sub-carriers having said spatial multiplexing number of two or more, so that the symbols different from one another are transmitted by the antennas in the number corresponding to the number of said determined spatial multiplexing number, respectively.
3. The radio transmitter according to claim 2, wherein said transmission signal allocation part allocates, for sub-carriers having said spatial multiplexing number identical to one another, said symbols for each sub-carrier so that frequencies are continuous in descending or ascending order in each of said transmitting antennas.
4. The radio transmitter according to claim 2, wherein said transmission signal allocation part allocates, for sub-carriers having said spatial multiplexing number of two or more, said symbols for each sub-carrier so that said symbols are continuous among said transmitting antennas.
5. The radio transmitter according to claim 2, wherein
said transmission control part determines a percentage of numbers of said symbols allocated to each of said determined spatial multiplexing numbers and
said transmission signal allocation part allocates said symbols for each sub-carrier in descending or ascending order of frequency in accordance with said percentage and said order of symbols.', 'said transmission control part determines a percentage of numbers of said symbols allocated to each of said determined spatial multiplexing numbers and', 'said transmission signal allocation part allocates said symbols for each sub-carrier in descending or ascending order of frequency in accordance with said percentage and said order of symbols.
6. The radio transmitter according to claim 2, wherein said symbol is formed by delimiting said transmission signal for each of a specific amount of data.
7. The radio transmitter according to claim 1, wherein said transmission control part determines, when said transmission signal is spread on a frequency or time axis, said spatial multiplexing number for each spread unit.
8. The radio transmitter according to claim 1, wherein said transmission control part reduces, when any two or more of said transmitting antennas transmit an identical transmission signal, transmission power in each transmitting antenna transmitting said identical transmission signal.
9. A radio receiver having a plurality of receiving antennas for receiving a signal transmitted by the radio transmitter according to claim 1, wherein, when any two or more of said receiving antennas receive an identical signal, synthesis processing of the received signal is performed
10. A radio transmission method using a plurality of transmitting antennas for transmitting a transmission signal in units of sub-carriers by performing spatial multiplexing or without performing spatial multiplexing, comprising at least the steps of:
determining whether to perform spatial multiplexing for the sub-carriers based on information received from another radio communication device as a destination communication apparatus, and
when performing spatial multiplexing for each sub-carrier, determining a spatial multiplexing number for performing spatial multiplexing for each of said sub-carriers,
when performing spatial multiplexing for sub-carriers grouped in block units, determining a spatial multiplexing number for performing spatial multiplexing for each block unit of sub-carriers, wherein the same multiplexing number is assumed for each sub-carrier in a block unit, while
when not performing spatial multiplexing, outputting the same signal;
modulating an input transmission signal for each sub-carrier in accordance with said determined spatial multiplexing number; and
allocating the transmission signal modulated for each of said sub-carriers to each of said transmitting antennas based on said determined spatial multiplexing number; and
transmitting the signal by performing spatial multiplexing with the spatial multiplexing number selected for each of said sub-carriers, transmitting a different signal by each block unit of sub-carriers by performing spatial multiplexing for each block unit with the spatial multiplexing number determined for each block unit, respectively, or transmitting the same signal by each antenna.', 'determining whether to perform spatial multiplexing for the sub-carriers based on information received from another radio communication device as a destination communication apparatus, and', 'when performing spatial multiplexing for each sub-carrier, determining a spatial multiplexing number for performing spatial multiplexing for each of said sub-carriers,', 'when performing spatial multiplexing for sub-carriers grouped in block units, determining a spatial multiplexing number for performing spatial multiplexing for each block unit of sub-carriers, wherein the same multiplexing number is assumed for each sub-carrier in a block unit, while', 'when not performing spatial multiplexing, outputting the same signal;', 'modulating an input transmission signal for each sub-carrier in accordance with said determined spatial multiplexing number; and', 'allocating the transmission signal modulated for each of said sub-carriers to each of said transmitting antennas based on said determined spatial multiplexing number; and', 'transmitting the signal by performing spatial multiplexing with the spatial multiplexing number selected for each of said sub-carriers, transmitting a different signal by each block unit of sub-carriers by performing spatial multiplexing for each block unit with the spatial multiplexing number determined for each block unit, respectively, or transmitting the same signal by each antenna.11. The radio transmission method according to claim 10, further comprising the step of determining said spatial multiplexing number for each spread unit when said transmission signal is spread on a frequency or time axis.12. A radio communication device having m (m is a natural number of two or more) radio antennas conforming to a MIMO-OFDM-SDM (multi-input multi-output, orthogonal frequency division multiplexing, space division multiplexing) system, comprising:
a control part determining a modulation multi-value number and a spatial multiplexing number for each sub-carrier based on at least one of an antenna correlation for each sub-carrier of a received signal, received power of the received signal, intensity of interference power for each sub-carrier, and a priority of an amount of transmission information;
a sub-carrier modulation part capable of performing multilevel modulation of a transmission signal for each sub-carrier and dynamically changing a multilevel modulation number in accordance with said modulation multi-value number determined by said control part; and
a transmission signal allocation part capable of allocating the transmission signal multilevel-modulated for each of said sub-carriers to each of said radio antennas and dynamically changing a spatial multiplexing number in accordance with said spatial multiplexing number determined by said control part, wherein
an identical signal is transmitted from all of said m antennas when the spatial multiplexing number is one, said m antennas are divided into k antenna groups and a different signal is transmitted by each divided antenna group when the spatial multiplexing number is k (2âx89¦k
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SUMMARY
ClaimChart-US7948960B2-STO
Patent number:US7948960B2
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Explicitly disclosed patent:openly and comprehensibly describes all details of the invention in the patent document.
Implicitly disclosed patent:does not explicitly state certain aspects of the invention, but still allows for these to be inferred from the information provided.
Basis patent:The core patent in a family, outlining the fundamental invention from which related patents or applications originate.
Family member:related patents or applications that share a common priority or original filing.