… in indoor environments. Third, we present the path loss model for indoor environments at …
Fourth, the mmWave measurements result from different studies in indoor environments are …

… We consider a two-node mm-wave link operating in a simple indoor environment. The
transmit node represents a signal source (eg cable box, laptop, etc.) and has a length of L1 = 1 …

… the users are randomly located in the indoor environment, we analyze performance of a
typical … performance is non-isotropic in an indoor environment and varies as a function of both …

… millimeter wave band and especially 60 GHz are promising, allocating a massive amount of
spectral space (5 GHz) [1]. In an indoor environment … at the millimeter-wave band. This paper …

… To this end, we present a indoor environment propagation model that allows us to assess
the impact of multipath propagation, link range variations, and LOS blockage. The propagation …

In this communication, we introduce a channel model for personal radar applications where
a millimeter-wave (mm-wave) massive array is required to scan the environment and to …

… indoor environments, especially at 60 GHz [13]–[16]. Large-scale properties like PL and delay
dispersion at mmWave frequencies in indoor … 60-GHz indoor environments. Specifically, in …

… This was possibly due to the waveguide effect which can often be present within indoor
environments [28]. As anticipated, for both the hallway and office environments, the P0 values for …

… those are in the millimeter wave (mm-wave) bands. Using mmwave frequency will allow more
… .), whenever we utilize mm-wave frequency wave bands for signal propagation. Optimizing …

… indoor environment. Our objective is to minimize the link outage probability when user device
is randomly moving in an indoor environment … reflectarray in the indoor environments, we …