Wireless communication device and method for controlling beam to be transmitted
A controller controls the direction of a beam to be transmitted toward a correspondent wireless communication device to transmit a first wireless signal to the correspondent wireless communication device, and controls the direction of the beam within a predetermined shift from the direction of the first wireless signal, thereby transmitting a second wireless signal at a first timing before or a second timing after the timing of the control for the first wireless signal.
1. A wireless communication device capable of controlling the direction of a beam to be transmitted, comprising:
an adaptive array antenna, and
a controller for controlling the direction of the beam radiating from the adaptive array antenna;
wherein the controller controls the direction of the beam to be transmitted toward a correspondent wireless communication device to transmit a first wireless signal to the correspondent wireless communication device, and controls the direction of the beam within a predetermined shift from the direction of the first wireless signal, thereby transmitting a second wireless signal at a first timing before or a second timing after the timing of the control for the first wireless signal.
2. The wireless communication device according to claim 1 , wherein the second wireless signal transfers data for the correspondent wireless communication device or another correspondent wireless communication device.
3. The wireless communication device according to claim 1 , wherein the first or second timing is within a predetermined period from the timing of the control for the first wireless signal.
4. A method for controlling a beam to be transmitted by a wireless communication device capable of controlling the direction of the transmitted beam by an adaptive array antenna, the method comprising:
controlling transmission of a beam to a correspondent wireless communication device to transmit a first wireless signal to the correspondent wireless communication device; and
controlling the direction of the beam within a predetermined shift from the direction of the first wireless signal, thereby transmitting a second wireless signal at a first timing before or a second timing after the timing of the control for the first wireless signal.
5. The method according to claim 4 , wherein the second wireless signal transfers data for the correspondent wireless communication device or another correspondent wireless communication device.
6. The method according to claim 4 , wherein the first or second timing is within a predetermined period from the timing of the control for the first wireless signal.