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Publications (6)
Closed-form asymptotic expressions for bit-error rate (BER) and outage probability
are derived for multi-branch equal gain combining (EGC) and selection combining
(SC) receiver diversity over equally correlated Rician channels. Numerical results
indicate that these analytical solutions can provide accurate estimation of BER and
outage probability i...
Asymptotic error rate expressions are derived for multi-branch equal gain combining and selection combining operating on arbitrarily correlated Rayleigh fading channels. These closed-form solutions are used to provide rapid and accurate estimation of the error rates in large signal-to-noise ratio regions. More importantly, they reveal additional in...
Asymptotic error rate expressions are derived for multi-branch equal gain combining and selection combining operating on arbitrarily correlated Rayleigh fading channels. These closed-form solutions are used to provide rapid and accurate estimation of the error rates in large signal-to-noise ratio regions. More importantly, they reveal additional in...
Asymptotic error rate expressions are derived for multi-branch equal gain combining and selection combining operating on arbitrarily correlated Rayleigh fading channels. These closed-form solutions are used to provide rapid and accurate estimation of the error rates in large signal-to-noise ratio regions. More importantly, it is shown that the asym...
Closed-form asymptotic expressions are developed to assess the error rate performances of equal gain combining and selection combining operating over N-branch arbitrarily correlated Rician fading channels at large values of signal-to-noise ratio. The compact solutions reveal explanations for counter-intuitive phenomena on correlated Rician fading c...
Asymptotic bit-error rate expressions are derived for binary phase shift keying with multi-branch equal gain combining (EGC) and selection combining (SC) on equally correlated Rician channels. Numerical results indicate that these analytical error rate expressions can provide accurate error rate estimation at large signal-to-noise ratio (SNR). Furt...
