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A Geometry-Based Underwater Acoustic Channel Model Allowing for Sloped Ocean Bottom Conditions.

, , , and . IEEE Trans. Wirel. Commun., 16 (4): 2394-2408 (2017)

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The Transfer Function of Non-Stationary Indoor Channels and its Relationship to System Functions of LFMCW Radars., , , and . SPAWC, page 151-155. IEEE, (2021)Performance Analysis of M-DPSK Modulation over Fast-Hoyt Fading Channels under Non-Isotropic Scattering Conditions., , , and . PIMRC, page 928-933. IEEE, (2021)A non-stationary relay-based 3D MIMO channel model with time-variant path gains for human activity recognition in indoor environments., , and . Ann. des Télécommunications, 76 (11-12): 827-837 (2021)On the Estimation of the Radial Distance of a Moving Person in Indoor Environments from the Demodulated Response of LFMCW Radars., , , and . WiMob, page 385-390. IEEE, (2021)Estimation of the Velocity of a Walking Person in Non-Stationary Indoor Environments from the Received RF Signal., , and . LATINCOM, page 1-6. IEEE, (2018)An RF-Based Positioning Method for Tracing a Cluster of Moving Scatterers in Non-Stationary Indoor Environments., and . IEEE Wirel. Commun. Lett., 10 (9): 1862-1866 (2021)Statistical Analysis of the Channel Capacity Outage Intervals in Massive MIMO Systems with OSTBC over Rayleigh Fading Channels., , , , and . VTC Spring, page 1-5. IEEE, (2015)Estimation of the Velocity of Multiple Moving Persons in Non-Stationary Indoor Environments from Received RF Signals., and . VTC Spring, page 1-7. IEEE, (2019)On the Statistical Properties of Capacity Outage Intervals in OSTBC-MIMO Rayleigh Fading Channels., , , , and . IEEE Trans. Wirel. Commun., 15 (5): 3548-3559 (2016)A Geometry-Based Underwater Acoustic Channel Model Allowing for Sloped Ocean Bottom Conditions., , , and . IEEE Trans. Wirel. Commun., 16 (4): 2394-2408 (2017)