4.4 Article

Significance of Numerical Integration in Performance Analysis of Modulation Techniques

Journal

WIRELESS PERSONAL COMMUNICATIONS
Volume 118, Issue 4, Pages 2209-2218

Publisher

SPRINGER
DOI: 10.1007/s11277-021-08119-6

Keywords

AWGN; Symbol error probability; Digital modulation; Gaussian Q function; Fading

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Numerical integration techniques are used in this paper to derive an approximation for Q(a root gamma)Q(b root gamma) and solve symbol error probability (SEP) integrals over various fading distributions. The accuracy of the proposed approximation and solution to SEP integrals are verified through computer simulations and built-in functions in MATLAB.
In this paper numerical integration techniques are used to derive an approximation to Q(a root gamma)Q(b root gamma). Further this approximation is used to solve the symbol error probability (SEP) integral containing Q(a root gamma)Q(b root gamma) over various fading distributions. The accuracy of proposed approximation and solution to SEP integral are verified using computer simulations and in-built functions in MATLAB.

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