This paper presents a new adaptive algorithm for joint beamforming and antenna selection
in mobile communication systems. Such an algorithm is of particular interest for massive …

For the access of innovative and upgraded facilities, cellular and smartphone technology
have evolved exponentially at an unprecedented and daunting pace during the last decade …

This brief presents a high-performance VLSI architecture of delayed least mean square
(DLMS) adaptive filter for fast-convergence and low-mean square error (MSE) using …

Fractional order algorithms demonstrate superior efficacy in signal processing while
retaining the same level of implementation simplicity as traditional algorithms. The self …

Generally, the least mean square (LMS) adaptive algorithm is widely used in antenna array
beamforming given its target tracking capability and its low computational requirements …

This paper proposes ReAdapt–a reconfigurable datapath architecture for scaling the energy-
quality trade-off of adaptive filtering at runtime. The ReAdapt can dynamically select four …

The polynomial and trigonometric beamformers for uniform circular arrays (UCAs), which are
respectively based on the polynomial and trigonometric interpolation, have been shown to …

Modern wireless communication systems have tighten the requirements of adaptive
beamformers when implemented on Field Programmable Gate Array (FPGA). The set …

Fractional order algorithms have shown promising results in various signal processing
applications due to their ability to improve performance without significantly increasing …

With the rise of 5G networks and the increasing number of communication devices,
improving communication quality is essential. One approach is adaptive digital …