@article{ZHU_Xu_Chen_Lv_2024, title={Sum-of-Sinusoids Based Fading Channel Simulator for Non-Isotropic Scattering Environments}, volume={5}, url={https://oiccpress.com/Majlesi-Journal-of-Electrical-Engineering/article/sum-of-sinusoids-based-fading-channel-simulator-for-non-isotropic-scattering-environments/}, abstractNote={In this paper, we present a modified sum-of-sinusoids (SOS) based simulator for a two-dimensional (2-D) non-isotropic scattering channel. With a new parameter computation method called equal probability area (MEPA), the proposed model can be applied on arbitrary 2-D scattering environments and also can be generalized to multi-path channels with respect to the principle of set partitioning. Simulation results verify that the first and second order statistics of the output channels approximate the reference model with a high precision and when the theoretical results are unknown, it can be used as a reference for unusual distributions.}, number={3}, journal={Majlesi Journal of Electrical Engineering}, publisher={OICC Press}, author={ZHU, Qiuming and Xu, Dazhuan and Chen, Xiaomin and Lv, Weihua}, year={2024}, month={Feb.}, keywords={Non-isotropic scattering. Autocorrelation function(ACF), Doppler power spectrum(DPS), Wirelss communication, Sum-of-sinusoids, Fading Channel} }