Exact SEP expressions, diversity gains, and a SIMO-MISO duality are derived for n-bit phase-quantized M-PSK systems under Rayleigh fading, with halved diversity under limited CSIR.
Doetsch,Guide to the Applications of Laplace transforms (translation from the German)
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Closed-form high-SNR SEP expressions are derived for phase-quantized SIMO M-PSK systems over correlated Rayleigh fading, showing correlation degrades coding gain but preserves diversity when the covariance matrix is full-rank.
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SEP Analysis of a Low-Resolution SIMO System with M-PSK over Fading Channels
Exact SEP expressions, diversity gains, and a SIMO-MISO duality are derived for n-bit phase-quantized M-PSK systems under Rayleigh fading, with halved diversity under limited CSIR.
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SEP Analysis of Quantized SIMO Systems with M-PSK over Correlated Fading Channels
Closed-form high-SNR SEP expressions are derived for phase-quantized SIMO M-PSK systems over correlated Rayleigh fading, showing correlation degrades coding gain but preserves diversity when the covariance matrix is full-rank.