Loading...
Search for:
minimum-mean-square-error-beamforming
0.005 seconds
Proposed 2D and 3D geometries intended for smart antenna applications, including direction finding and beamforming implementation
, Article IET Radar, Sonar and Navigation ; Volume 13, Issue 5 , 2019 , Pages 673-681 ; 17518784 (ISSN) ; Farzaneh, F ; Sharif University of Technology
Institution of Engineering and Technology
2019
Abstract
Novel two-dimensional (2D) and three-dimensional (3D) antenna array geometries for smart antenna application are introduced. Minimum mean square error beamforming algorithm, using these arrays, in presence of signal, noise and interferences is implemented. Beamforming approach is used for every type of array assuming uniform and log-normal distributions for the interference amplitudes. Equal volume cylindrical or prism type arrays with circular, hexagonal, triangular, square and star cross-sections with equal number of elements are considered. Novel geometries consisting of rotated cross-sections are studied as well. In each case, the relative signal-to-interference ratios (SIRs) are...
Proposed 2D and 3D geometries intended for smart antenna applications, including direction finding and beamforming implementation
, Article IET Radar, Sonar and Navigation ; Volume 13, Issue 5 , 2019 , Pages 673-681 ; 17518784 (ISSN) ; Farzaneh, F ; Sharif University of Technology
Institution of Engineering and Technology
2019
Abstract
Novel two-dimensional (2D) and three-dimensional (3D) antenna array geometries for smart antenna application are introduced. Minimum mean square error beamforming algorithm, using these arrays, in presence of signal, noise and interferences is implemented. Beamforming approach is used for every type of array assuming uniform and log-normal distributions for the interference amplitudes. Equal volume cylindrical or prism type arrays with circular, hexagonal, triangular, square and star cross-sections with equal number of elements are considered. Novel geometries consisting of rotated cross-sections are studied as well. In each case, the relative signal-to-interference ratios (SIRs) are...