On the second order statistical properties of Nakagami Hoyt mobile to mobile fading channel

Abstract

This paper presents second order statistical properties of the mobile to mobile Nakagami Hoyt (Nakagami-q) channel model. The spatial-time correlation function, the power spectral density (PSD), level crossing rate (LCR) and the average fade duration (AFD) of the Nakagami Hoyt channel have been derived under the assumption that both the transmitter and receiver are non-stationary. Design of simulator using the Inverse Fast Fourier Transform (IFFT) based computation method has been applied for this model. The simulator and analytical results have been corroborated.

Spatial Modeling of Interference in Inter-Vehicular Communications for 3-D Volumetric Wireless Networks

“…Fading rate variance in a 2-D radio propagation environment in a F2V communication context is derived in [49]. For a V2V communication context in 3-D radio propagation environment, the fading rate variance (for independent interference and desired channels) derived in [37], is given in (15).…”

“…given by (15) in (23), and performing simplifications operations, the solution can be expressed as given in (24).…”

“…In [12][13][14][15] and [16], the authors derived analytical expressions for second-order fading statistics by using spatio-temporal correlation functions for Nakagami-q and Rician fading channels, respectively, which can be used to independently study desired or interference channels.…”

On the Statistical Properties of Nakagami-Hoyt Vehicle-to-Vehicle Fading Channel under Nonisotropic Scattering

“…In this paper, a novel V2V Nakagami-Hoyt channel model under non-isotropic scattering condition is proposed. The existing channel models [2,15,30] are treated as its special cases. Analytical expressions for second order statistical properties including STCF, PSD, SQCF, LCR, and ADF of the envelop of the proposed model have also been derived.…”