1. Consider the constellation shown in the figure below. Assume equi-probable symbols. -20 20 Compute the average energy per bit, Es, of the constellation as a function of a. Compute the power...

1. Consider the constellation shown in the figure below. Assume equi-probable symbols.<br>-20<br>20<br>Compute the average energy per bit, Es, of the constellation as a function of a.<br>Compute the power efficiency and the optimal decision regions.<br>Consider an AWGN channel with noise power spectral densitiy No; derive the<br>nearest neighbor approximation to the symbol error probability as a function of Es/No.<br>

Extracted text: 1. Consider the constellation shown in the figure below. Assume equi-probable symbols. -20 20 Compute the average energy per bit, Es, of the constellation as a function of a. Compute the power efficiency and the optimal decision regions. Consider an AWGN channel with noise power spectral densitiy No; derive the nearest neighbor approximation to the symbol error probability as a function of Es/No.

Jun 10, 2022

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1. Consider the constellation shown in the figure below. Assume equi-probable symbols. -20 20 Compute the average energy per bit, Es, of the constellation as a function of a. Compute the power...

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