Antenna diversity is a method for combining multiple, independent, fading signals in a diversity receiver. It is a powerful technique for improving receiver performance in the presence of multipath ...

In this paper, the authors present a simulation of multipath Rayleigh fading and Recian fading channel. They have used Matlab software for simulation. Simulation was carried out for two different ...

Multipath interference disrupts wireless signals, causing issues like TV ghosting and fading. Now, researchers have developed a passive metasurface that overcomes traditional filtering limits. Using a ...

The coming generation of wireless communications will employ digital signal processing at baseband frequencies in its transmitters and receivers. This shift to digital baseband processing has prompted ...

A real-time system combining a simulator and a GNSS propagation model reproduces an authentic multipath environment. The propagation model relies on a 3D-model reconstruction of the urban environment, ...

The following is excerpted from Chapter 5 of RF & Wireless Technologies by Bruce Fette. If you order a copy of this book before December 31, 2007 you can receive additional 20% off. Visit ...

Radio propagation characterization is the bread and butter of communications engineers. Without knowledge of radio propagation, a wireless system could never be developed. Radio engineers have to ...

In this chapter the wireless propagation phenomenon between the transmitting antenna(s) and the receiving antenna(s) will be presented. The model derived is commonly called the wireless multipath ...

Multicarrier communication divides information across multiple frequency subchannels, offering resilience against frequency-selective fading and multipath distortion. Techniques such as orthogonal ...

In this paper, the authors present a simulation of multipath Rayleigh fading and Recian fading channel. They have used Matlab software for simulation. Simulation was carried out for two different ...