2003Unpublished venueRequires access

Bounds on the capacity of a flat fading Gaussian channel with side information at the transmitter

D. Goldsmith, Yossef Steinberg, Shlomo Shamai

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Abstract

We present bounds on the capacity of a flat fading discrete-time Gaussian channel with noncausal, ideal channel state information available to the transmitter. The signalling over the channel is average-power constrained. The fading statistics considered are binary fading and Rayleigh fading.

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What this paper is about

We present bounds on the capacity of a flat fading discrete-time Gaussian channel with noncausal, ideal channel state information available to the transmitter. The signalling over the channel is average-power constrained. The fading statistics considered are binary fading and Rayleigh fading.

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Available abstract

We present bounds on the capacity of a flat fading discrete-time Gaussian channel with noncausal, ideal channel state information available to the transmitter. The signalling over the channel is average-power constrained. The fading statistics considered are binary fading and Rayleigh fading.

Key concepts: Fading, Channel state information, Fading distribution, Rayleigh fading, Transmitter, Channel (broadcasting), Channel capacity, Gaussian

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