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Conformal Beam-steering Antenna Controlled by a Raspberry Pi for Sustained High Throughput Applications / Arpan Pal; Amit Mehta; Hasanga Goonesinghe; Dariush Mirshekar-Syahkal; Hisamatsu Nakano
IEEE Transactions on Antennas and Propagation, Volume: 66, Issue: 2, Pages: 918 - 926
Swansea University Author: Amit, Mehta
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A complete autonomous system consisting of a beam steerable Hemispherical Square Loop Antenna (HSLA) controlled by a Raspberry Pi is presented for optimizing the throughput in a scattered and a poor Signal to Noise Ratio (SNR) environment. A total of four different indoor communication configuration...
|Published in:||IEEE Transactions on Antennas and Propagation|
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A complete autonomous system consisting of a beam steerable Hemispherical Square Loop Antenna (HSLA) controlled by a Raspberry Pi is presented for optimizing the throughput in a scattered and a poor Signal to Noise Ratio (SNR) environment. A total of four different indoor communication configurations at various distances were analyzed in presence of interferences. In three configurations HSLA performance was also compared to that of a standard monopole antenna link. It was found HSLA can offer up to 1450 % higher throughput and can withstand much higher interference levels before the system breaks. In terms of quality this means sustaining compressed HD communications. In effect, it improves the system throughput for the test 2.4 GHz (802.11b/g/n) WiFi band. The uniqueness about the system is that it only uses single antenna for both sensing and communication. The algorithm works at application layer that controls the RF switch and antenna patterns at physical layer. Thus, the entire middle protocol layers are untouched. The system can easily be retrofitted to existing non-adaptive communication systems.
Adaptive algorithm, beam steering, high definition video, impedance matching, raspberry Pi, received signal strength indicator, square loop antenna, throughput
College of Engineering