… wave, large attenuation characteristics of the millimeter wave can reduce the interference
between adjacent areas, but the study on millimeter wave … of 30GHz millimeter wave under the …

… Based on our measurement and simulation data, the physical–statistical prediction model
highly reveals the impact of system configurations and environment features on the forward …

… They are more problematic at mm-wave frequencies, because skin … simulationrelated
issues. After general considerations, it gives guidelines for the use of the inductance simulator …

… blocked links using simulations of the diffraction-based connectivity model. We conclude that,
… in mm wave circuit design [5], [4] that indicate low-cost IC realizations of mm wave nodes …

… This paper discussed details of two contributions to modeling atmospheric millimeter/submm-wave
properties, namely (i) the attenuation calibration of MPM employing new moist air …

… thermal effects of millimeter-wave radiation on the body. Simulation results show that about
… to determine exposure compliance when millimeter wave devices are used very close to the …

… , using CST simulation, a 3D electromagnetic simulator of high … 3D channel model and a
custom 3D ray-tracing simulator for … From the simulation model, we identify the magnitude of …

… only typical scenarios, with lower requirements for the model’s … model depend on its
simulation accuracy, speed, openness, and generalizability. The levels of demand for radar models …

… the results of simulation model against empirical models in the … understanding of the millimeter
wave channel characterization … In the following, review of existing models and simulation …

… simulator is presented. Therefore we use Agilents’ RF design environment ADS® for system
simulation … ray tracer in a Matlab® co-simulation. To reduce computing time the whole signal …