Cyclostationary signatures for cognitive radio applications and novel multiple access systems
TL;DRAbstract
This paper provides a theoretical discussion of two key and ongoing topics in \nwireless networks, namely spectrum availability and system capacity. Cognitive radio is \nthe current state-of-the-art technology for tackling the former issue. Solutions for the \nlatter topic are usually interference-limited or come at the cost of impractical \ncomputational complexity. The use of cyclostationary signatures for OFDM-based \nsystems has recently been suggested to address the aforementioned research challenges.
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This paper provides a theoretical discussion of two key and ongoing topics in \nwireless networks, namely spectrum availability and system capacity. Cognitive radio is \nthe current state-of-the-art technology for tackling the former issue. Solutions for the \nlatter topic are usually interference-limited or come at the cost of impractical \ncomputational complexity. The use of cyclostationary signatures for OFDM-based \nsystems has recently been suggested to address the aforementioned research challenges.
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