Millimeter wave (mmWave) multiple-input multiple-output (MIMO) and beamforming
technologies are most likely the integral parts and the key enablers of 5G-and-Beyond (5G …

This paper presents a novel approach to improving wireless communications in harsh
propagation environments to achieve higher overall reliability and durability of wireless …

Antenna arrays have become an essential part of most wireless communications systems. In
this paper, the unwanted sidelobes in the symmetric linear array power pattern are reduced …

Efficiently scanning for space signals and accurately detecting them from noisy environment
is essential in space communication. Various unwanted interferences also present in space …

In this paper, an efficient sidelobe levels (SLL) reduction and spatial filtering algorithm is
proposed for linear one-dimensional arrays. In this algorithm, the sidelobes are beamspace …

Fifth generation (5G) mobile networks require highly directional beams to serve its users.
The basic requirement of beamforming techniques used in 5G is to generate narrow beams …

The use of deep learning in the field of wireless communications has already shown great
potential. In this work we present a deep feedforward and a deep recurrent neural network …

In this paper, a new beamforming technique for planar two-dimensional arrays is proposed
for optimizing the sidelobe levels (SLLs) by using recursive multibeam pattern subtraction …

Abstract 5G antenna arrays are being designed to generate a dedicated stream of data for
every single user. This results in more capacity and speed over the network along with the …

In general, the amplitude-weighting method for an acoustic transducer array is widely used
to improve the array directivity and reject disturbances. This paper presents a method to …