WIRELESS COMMUNICATION METHOD, WIRELESS COMMUNICATION SYSTEM, AND CONTROL STATION

1 . A wireless communication method, wherein wireless communication is established between at least one mobile transceiver station provided with a plurality of antennas and a base station provided with a plurality of antennas, the method comprising:

estimating channel information for each of one or more channels based on location information for each of the antennas that transmit and receive radio waves;

predicting an external factor affecting each channel for which channel information is estimated;

calculating a channel capacity for each channel for which channel information is estimated based on each piece of the estimated channel information and the predicted external factor;

determining a channel combination that maximizes the total channel capacity of wireless communication established between the at least one transceiver station and the base station based on each calculated channel capacity; and

controlling an orientation of each antenna for transmitting and receiving radio waves based on the determined combination.

2 . The wireless communication method according to claim 1 , wherein the plurality of antennas provided in the base station are spaced apart such that a difference is likely to occur in influence of the predicted external factor within a range in which communication is available with at least any one of the antennas provided in the transceiver station.

3 . The wireless communication method according to claim 1 , wherein the channel information for each channel is newly estimated in a case where the predicted external factor is updated.

4 . A wireless communication system, wherein wireless communication is established between at least one mobile transceiver station provided with a plurality of antennas and a base station provided with a plurality of antennas, the system comprising:

a channel information estimation circuitry configured to estimate channel information for each of one or more channels based on location information for each of the antennas that transmit and receive radio waves;

an external factor prediction circuitry configured to predict an external factor affecting each channel for which channel information is estimated by the channel information estimation circuitry;

a channel capacity calculation circuitry configured to calculate a channel capacity for each channel for which channel information is estimated by the channel information estimation circuitry based on each piece of the channel information estimated by the channel information estimation circuitry and the external factor predicted by the external factor prediction circuitry;

a combination determination circuitry configured to determine a channel combination that maximizes the total channel capacity of wireless communication established between the at least one transceiver station and the base station based on each channel capacity calculated by the channel capacity calculation circuitry; and

an orientation control circuitry configured to control an orientation of each antenna for transmitting and receiving radio waves based on the combination determined by the combination determination circuitry.

5 . The wireless communication system according to claim 4 , wherein the plurality of antennas provided in the base station are spaced apart such that a difference is likely to occur in influence of the external factor predicted by the external factor prediction circuitry within a range in which communication is available with at least any one of the antennas provided in the transceiver station.

6 . The wireless communication system according to claim 4 , wherein the channel information estimation circuitry newly estimates channel information for each channel in a case where the predicted external factor is updated by the external factor prediction circuitry.

7 . A control station that controls wireless communication established between at least one mobile transceiver station provided with a plurality of antennas and a base station provided with a plurality of antennas, the control station comprising:

a channel information estimation circuitry configured to estimate channel information for each of one or more channels based on location information for each of the antennas that transmit and receive radio waves;

an external factor prediction circuitry configured to predict an external factor affecting each channel for which channel information is estimated by the channel information estimation circuitry;

a channel capacity calculation circuitry configured to calculate a channel capacity for each channel for which channel information is estimated by the channel information estimation circuitry based on each piece of the channel information estimated by the channel information estimation circuitry and the external factor predicted by the external factor prediction circuitry;

a combination determination circuitry configured to determine a channel combination that maximizes the total channel capacity of wireless communication established between the at least one transceiver station and the base station based on each channel capacity calculated by the channel capacity calculation circuitry; and

an orientation control circuitry configured to control an orientation of each antenna for transmitting and receiving radio waves based on the combination determined by the combination determination circuitry.

8 . The control station according to claim 7 , wherein the channel information estimation circuitry is configured to newly estimate channel information for each channel in a case where the predicted external factor is updated by the external factor prediction circuitry.