In the 5G system, we foresee the use of LOS-dominated mm-wave radio links to moving
users being subject to slow fading resulting from the users' random locations and …

The analysis of the performance of 5G wireless communication systems employing Massive
MIMO at millimeter-wave frequencies is of great practical relevance. Of special relevance …

We present simulations of near-field plane wave synthesis by a planar array. The focus is on
minimization of reference signal errors within the test zone for Random Line-Of-Sight Over …

ABSTRACT A multiple‐input multiple‐output (MIMO) efficiency metric based on the
probability of detection (PoD) of data bitstreams is used to improve the design of a self …

Smart phone sensors provide new possibilities to understand how devices are actually used
and handled in real-life situations. Such information can possibly be used to design better …

Understanding user-induced effects on signal reception across multiple frequency bands is
of great scientific and military importance to the wireless industry. Various onbody locations …

Mobile users are assumed to be positioned within the cell or sector boundaries of the
serving cell in the network. Measurements of location done by the smart phones combined …

This paper presents a statistical modeling approach of the real-life user-induced
randomness due to mobile phone orientations for different phone usage types. As well …

Polarization misalignment can significantly affect wireless communications and should be
included in network models to facilitate a performance analysis and design. We therefore …

The plethora of wireless devices resulting in a humongous data usage has already pushed
the current mobile networks to their limit. Therefore the research and development of the …