The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems operating in the 60 GHz band is investigated. The effects of line-of-sight obstruction as well as the influence of the access-point antenna height are experimentally studied in a typical small-sized office room. The results are compared with those obtained with classical antenna configuration
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
Given the potential market for wireless LAN (WLAN) technology, capacity within the available 2 and 5...
In this paper, the design and performance evaluation of a switched-beam antenna array to operate in ...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
Given the potential market for wireless LAN (WLAN) technology, capacity within the available 2 and 5...
In this paper, the design and performance evaluation of a switched-beam antenna array to operate in ...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of a switched five-sector beam antenna in high-speed indoor wireless LAN systems ope...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
The application of fan-beam antennas in high-speed indoor wireless communication systems operating i...
Given the potential market for wireless LAN (WLAN) technology, capacity within the available 2 and 5...
In this paper, the design and performance evaluation of a switched-beam antenna array to operate in ...