
Taming Self-Interference: Engineering High Isolation for STAR Systems
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STAR systems, poised to revolutionize wireless communication, face a hurdle: self-interference. Imagine shouting in a crowded room - your own voice makes it hard to hear others. Similarly, in full-duplex STAR systems, transmitted signals can disrupt reception.The key lies in engineering high isolation. This involves sophisticated techniques like advanced cancellation algorithms. These algorithms act like noise-canceling headphones for data, filtering out the transmitted signal, allowing the faint received signal to be heard clearly.Furthermore, precise antenna design and signal processing can ...
STAR systems, poised to revolutionize wireless communication, face a hurdle: self-interference. Imagine shouting in a crowded room - your own voice makes it hard to hear others. Similarly, in full-duplex STAR systems, transmitted signals can disrupt reception.The key lies in engineering high isolation. This involves sophisticated techniques like advanced cancellation algorithms. These algorithms act like noise-canceling headphones for data, filtering out the transmitted signal, allowing the faint received signal to be heard clearly.Furthermore, precise antenna design and signal processing can minimize self-interference at its source. Think of it as speaking with a lower voice in the crowded room. By tackling self-interference, we unlock the true potential of STAR systems, paving the way for a future of doubled capacity and seamless wireless communication