a multibeam antenna or adaptive array that tracks users as they move through the environment and as the environment changes
a multi-element antenna that significantly improves reception by intelligently combining the signals received at each antenna element and adjusting the antenna characteristics to optimize performance as the user moves and the environment changes
An antenna system whose technology enables it to focus its beam on a desired signal to reduce interference. A wireless network would employ smart antennas at its base stations to reduce the number of dropped calls, improve call quality and improve channel capacity.
A wireless antenna with technology that focuses its signal in a specific direction. Wireless networks use smart antennas to reduce the number of dropped calls, and to improve call quality and channel capacity.
It solve the capacity problems of mature mobile cellular networks. By directing radio signals to an intended target rather than broadcasting throughout the entire cell area, they increase the network's capacity. The more elaborate smart antenna systems can communicate with multiple mobile stations in the same cell, on the same channel, thereby exploiting their spatial separation.
An antenna system that focuses its beam on a desired signal to reduce interference. A wireless network employs smart antennas at its base stations in an effort to reduce the number of dropped calls, improve call quality and improve channel capacity.
Smart Antenna (also known as adaptive antenna) refers to a system of antenna arrays with smart signal processing algorithms that are used to identify the direction of arrival (DOA) of the signal, and use it to calculate beamforming vectors, to track and locate the antenna beam on the mobile/target. The antenna could optionally be any sensor.