The Level Crossing Rate of the Ratio of Product of Two k-μ Random Variables and k-μ Random Variable

In this paper, the average level crossing rate of the ratio of product of two k-μ random variables and k-μ random variable will be analyzed. The joint probability density function of the ratio of product of two k-μ random variables and k-μ random variable and its first derivative will be calculated. By using this expression, the average level crossing rate of the ratio of product of two k-μ random variables and k-μ random variable will be obtained. This scenario presents an interference limited k-μ multipath fading line-of-sight environment. The ratio of product of two k-μ random variables and k-μ random variable represent signal-to-interference envelope ratio. Key-Words: average level crossing rate, cochannel interference, first derivative, joint probability density function, k-μ fading, signal-to-interference envelope ratio