… Equivalent circuit models are the most common 62 way of modeling millimeter-wave devices.
… and the simulation results are based on the proposed modeling 451 strategy in this work. …

… RT simulation in this environment; simplifying the poles as rectangular solids rather cylinders
increases the efficiency of environment modeling and RT simulations … As RT simulation is …

… how the quadratic model can be represented as a rank-one model in terms of an effective …
model, we simulate a 28 GHz millimeter wave exposure scenario with a spherical tissue model …

… For both microwave and millimeter wave bands NR provides flexible resource allocations
by utilizing different sets of the so-called numerologies defining the flexible time and …

… The primary objectives for the modeling and simulation work in this paper are to evaluate
planar and cylindrical mm-wave security … The simulations will model the effect of the following: …

… focus on modeling and computing human blocking (shadowing) for a millimeter wave radio
link… For deterministic system-level simulations of the millimeter wave radio channel, the Piazzi …

… calculation method to model active millimeter wave imaging system based on … a simulator
from 1.5D to 3D, based on ray-tracing and Huygens’ principle, aiming at active millimeter wave …

… 28GHz millimeter-wave indoor corridor propagation measurements that can be used to
extract the path loss channel model using statistical method. And millimeter-wave propagation …

Little is known about millimeter wave (mmWave) path loss in rural areas with tall base …
models and the current third generation partnership project (3GPP) RMa path loss models for …

… The excellent broadband accuracy of the simulation compared to the measured data … -of-the-art,
owing to the mm-wave CMOS design and modeling approach described in this work. …