Engineering topics
Publications and source records attributed to Shehadeh, N. M..
A simple tapped-delay-line filter in tandem with the receiver that optimally detects a single pulse over a band-limited channel in the presence of Gaussian noise is proposed for reducing the effect of the intersymbol interference in an ideal band-limited PCM/NRZ system. The improvement is described in terms of the gain in signal-to-noise ratio for a specific bit-error probability.
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Critique of paper on additional signal power for optimum performance of PCM binary signal detection under channel band limiting effect in white noise
Band limiting effects on PCM/split phase signal detection, considering signal to noise ratio degradation
The explicit expressions for the intersymbol interference as a function of bandwidth-bit duration product and bit positions for PCM/NRZ systems operating in the presence of Gaussian noise and in a bandlimited channel are determined. Two types of linear bit detectors are considered, integrate and dump, and bandlimit and sample. Restriction of bandwidth results in a performance degradation. The degradation of signal-to-noise ratio is presented as a function of bandwidth-bit duration product and bit patterns. The average probability of bit errors is computed for various bandwidths. The calculations of the upper bound and lower bound on the error probability are also presented.
PCM/NRZ signal band-limiting effect on bit error probability, using sample detector
Influence of bandwidth restriction on signal to noise performance of modulated PCM/NRZ signal
Mathematical model capable of performing arcsine function applicable to phase modulation receiver
Transmission characteristics of split phase PCM codes
Power spectral density and autocorrelation functions of sinusoidal carrier amplitude modulated by split phase PCM and PSK
Split phase PCM code modulated carrier transmission characteristics determined for amplitude, phase and frequency shift keying, assuming random bit pattern and noncoherent modulation