Most wireless systems which are in use in the state-of-the-art designs used in surveillance, wireless communications, defence, etc. require more than one antenna, operating at different frequencies/ polarizations. To cater to the same, the use of multiple antennas can be one feasible solution, but is definitely not a preferred one, since it increases the overall system cost and may introduce electromagnetic interference, thus jeopardizing the overall system performance.
An obvious solution to such a problem is to use externally tunable antennas, which, as the name implies, can be tuned externally using electrical signals to provide several functions making them operable at different frequencies, switch field polarizations, and sweep the radiation beams. Such a new multifunction antenna configuration is called reconfigurable antennas.
The book aims at covering the basic designs and methodology of reconfigurable antennas, to the recent developments in the field of reconfigurable antennas, metasurface-based reconfigurable designs, reflectarray and transmitarray based structures, and liquid-based reconfigurable antennas.
An obvious solution to such a problem is to use externally tunable antennas, which, as the name implies, can be tuned externally using electrical signals to provide several functions making them operable at different frequencies, switch field polarizations, and sweep the radiation beams. Such a new multifunction antenna configuration is called reconfigurable antennas.
The book aims at covering the basic designs and methodology of reconfigurable antennas, to the recent developments in the field of reconfigurable antennas, metasurface-based reconfigurable designs, reflectarray and transmitarray based structures, and liquid-based reconfigurable antennas.
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