2002IEEE Transactions on CommunicationsRequires access

Capture probability in Rician fading channels with power control in the transmitters

Jaime Sánchez, David R. Smith

Open publisher page 21 citations

Abstract

The capture probability for signals over Rician fading channels (with equal mean power) is analyzed. Expressions for probability density function and cumulative distribution function for power of n interferers are derived, validating with a known expression for Rayleigh fading. These equations are applied to slotted ALOHA, showing an increase in throughput.

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What this paper is about

The capture probability for signals over Rician fading channels (with equal mean power) is analyzed. Expressions for probability density function and cumulative distribution function for power of n interferers are derived, validating with a known expression for Rayleigh fading. These equations are applied to slotted ALOHA, showing an increase in throughput.

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Available abstract

The capture probability for signals over Rician fading channels (with equal mean power) is analyzed. Expressions for probability density function and cumulative distribution function for power of n interferers are derived, validating with a known expression for Rayleigh fading. These equations are applied to slotted ALOHA, showing an increase in throughput.

Key concepts: Rician fading, Rayleigh fading, Fading, Probability density function, Fading distribution, Cumulative distribution function, Aloha, Power (physics)

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