We propose a spatial multiplexing system using reconfigurable cavity-backed metasurface
antennas. The metasurface antennas consist of a printed cavity with dynamically tunable …

In this review paper, a number of recent contributions in the field of multi-link propagation
are presented and analyzed, with a particular focus on beyond next generation wireless …

Using multiple antennas at the transmitter and receiver has shown a remarkable scope for
capacity increase for indoor wireless mobile and PAN communications and is here extended …

The inter-and intrasite correlation properties of shadow fading and power-weighted angle
spread at both the mobile station and the base station are studied utilizing narrowband …

This paper gives a general overview of the design of base station antennas for mobile
communications. It explains underlying theoretical and practical implementation aspects in …

The channel capacity in body channels is of great importance since it determines the
amount and type of data that can be transmitted using the body as a media for …

The main contribution of the paper is demonstrating a ray tracing framework to extract the
three dimensional (3D) channel parameters as input to stochastic models in studying small …

We demonstrate a ray tracing framework to extract the 3-D channel parameters as input to
stochastic models in studying small cell environments, and investigate the dependence of …

This dissertation focuses on the analytic model and design of waveguide-fed metasurface
antennas using the coupled-dipole method. In particular, it is demonstrated that the coupled …

Future wireless communication systems will utilize the spatial properties of the wireless
channel to improve the spectral efficiency and thus increase capacity. This is realized by …