Spectral efficiency of peak power limited Rician block-fading channels

Mustafa C. Gursoy; H. Vincent Poor; Sergio Verdú

Spectral efficiency of peak power limited Rician block-fading channels

Mustafa C. Gursoy, H. Vincent Poor, Sergio Verdú

Research output: Contribution to journal › Article › peer-review

Abstract

The capacity and spectral efficiency of peak power limited Rician block-fading channels was discussed. The spectral-efficiency/bit-energy tradeoff in the low power regime was also studied. The study also analyze the energy per information bit required at zero spectral efficiency and the wideband slope. The results shows that the capacity achieving input amplitude distribution of the average power limited memoryless unknown rayleigh fading channel was discrete with a finite number of mass points.

Original language	English (US)
Number of pages	1
Journal	IEEE International Symposium on Information Theory - Proceedings
State	Published - Oct 20 2004

All Science Journal Classification (ASJC) codes

Electrical and Electronic Engineering

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title = "Spectral efficiency of peak power limited Rician block-fading channels",

abstract = "The capacity and spectral efficiency of peak power limited Rician block-fading channels was discussed. The spectral-efficiency/bit-energy tradeoff in the low power regime was also studied. The study also analyze the energy per information bit required at zero spectral efficiency and the wideband slope. The results shows that the capacity achieving input amplitude distribution of the average power limited memoryless unknown rayleigh fading channel was discrete with a finite number of mass points.",

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N2 - The capacity and spectral efficiency of peak power limited Rician block-fading channels was discussed. The spectral-efficiency/bit-energy tradeoff in the low power regime was also studied. The study also analyze the energy per information bit required at zero spectral efficiency and the wideband slope. The results shows that the capacity achieving input amplitude distribution of the average power limited memoryless unknown rayleigh fading channel was discrete with a finite number of mass points.

AB - The capacity and spectral efficiency of peak power limited Rician block-fading channels was discussed. The spectral-efficiency/bit-energy tradeoff in the low power regime was also studied. The study also analyze the energy per information bit required at zero spectral efficiency and the wideband slope. The results shows that the capacity achieving input amplitude distribution of the average power limited memoryless unknown rayleigh fading channel was discrete with a finite number of mass points.

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