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A Novel Non-Stationary Channel Model Utilizing Brownian Random Paths
2014
REV Journal on Electronics and Communications
This paper proposes a non-stationary channel model in which real-time dynamics of the mobile station (MS) are taken into account. We utilize Brownian motion (BM) processes to model targeted and non-targeted dynamics of the MS. The proposed trajectory model consists of both drift and random components to capture both targeted and non-targeted motions of the MS. The Brownian trajectory model is then employed to provide a non-stationary channel model, in which the scattering effects of the
doi:10.21553/rev-jec.69
fatcat:5pcl4euaijf6liv5dpsgyrwmx4