To achieve adaptive multibeamforming to allow reconfiguration in SSW-TDMA satellite communications, a system for narrow band adaptive multibeamforming is described in this work. The signal processor allows an unconstrained array to form independent beams for the impinging directions without any prior knowledge of them. The simultaneous use of constant modulus and minimum variance (least-mean square loops) is done by an especial policy of master-slave for subarrays or local beams which acts both in acquisition and tracking. The results of simulations confirm the theoretical work.Peer ReviewedPostprint (published version
We propose a semi-blind adaptive beamforming approach for wireless systems that employ high-throughp...
In this dissertation we develop an approach to adaptive beamforming which we call Adaptive Detection...
Improved spectral estimation techniques hold promise for becoming a valuable asset in adaptive proce...
To achieve adaptive multibeamforming to allow reconfiguration in SSW-TDMA satellite communications, ...
Conventional multibeam satellite communications systems ensure coverage of wide areas through multip...
The integrity of signal environment for a navigation system among other factors depends critically o...
A new semi-blind adaptive beamforming scheme is proposed for multi-input multi-output (MIMO) induced...
The use of adaptive digital beamforming techniques has, until recently, been largely restricted to h...
In today's ever-connected world, the demand for fast and widespread connectivity is insatiable, maki...
Beamforming is a signal processing technique by which an array of receivers sensitive to signals fr...
Multiantenna signal processing (MASP) is indispensable in many applications like wireless communicat...
An adaptive antenna array system adjusts the main lobe of radiation pattern in the direction of desi...
A semi-blind adaptive beamforming scheme is proposed for wireless systems that employ high-throughpu...
The main aim of this paper is to simulate different types of Adaptive Algorithms for Spatial Beam fo...
Adaptive phased-array antennas provide cost-effective implementation of large, light weight aperture...
We propose a semi-blind adaptive beamforming approach for wireless systems that employ high-throughp...
In this dissertation we develop an approach to adaptive beamforming which we call Adaptive Detection...
Improved spectral estimation techniques hold promise for becoming a valuable asset in adaptive proce...
To achieve adaptive multibeamforming to allow reconfiguration in SSW-TDMA satellite communications, ...
Conventional multibeam satellite communications systems ensure coverage of wide areas through multip...
The integrity of signal environment for a navigation system among other factors depends critically o...
A new semi-blind adaptive beamforming scheme is proposed for multi-input multi-output (MIMO) induced...
The use of adaptive digital beamforming techniques has, until recently, been largely restricted to h...
In today's ever-connected world, the demand for fast and widespread connectivity is insatiable, maki...
Beamforming is a signal processing technique by which an array of receivers sensitive to signals fr...
Multiantenna signal processing (MASP) is indispensable in many applications like wireless communicat...
An adaptive antenna array system adjusts the main lobe of radiation pattern in the direction of desi...
A semi-blind adaptive beamforming scheme is proposed for wireless systems that employ high-throughpu...
The main aim of this paper is to simulate different types of Adaptive Algorithms for Spatial Beam fo...
Adaptive phased-array antennas provide cost-effective implementation of large, light weight aperture...
We propose a semi-blind adaptive beamforming approach for wireless systems that employ high-throughp...
In this dissertation we develop an approach to adaptive beamforming which we call Adaptive Detection...
Improved spectral estimation techniques hold promise for becoming a valuable asset in adaptive proce...