Motivated by the objective of finding a reduced complexity implementation of the EM (estimate and maximize) algorithm, the authors move the concept of alternating projection (AP), reported Ziskind and Wax (1988), to a specific architecture for array processing in communications. Direction of arrivals (DOAs) are estimated by scanning the scenario with a dedicated beamvector, proving that low-resolution procedures with constraints, working in parallel, may enhance the performance of high resolution methods. Since no inverse is involved the method is robust and copes with full coherent sources (specular multipath) and fast updates. The procedure proved to be useful for adaptive beamforming in either point-to-point or mobile communications. Pre...
Estimation problems in theoretical as well as applied statistics have long been of great research in...
This paper proposes a new digital beamformer for uniform concentric circular arrays (UCCAs) having n...
The technique of using multiple antennas or an antenna array, is well-known to provide spatial diver...
Motivated by the objective of finding a reduced complexity implementation of the EM (Estimate and Ma...
Motivated by the objective of finding a reduced complexity implementation of the EM (Estimate and Ma...
Motivated by the objective of finding a reduced complexity implementation of the EM (estimate and ma...
Several applications such as RADAR, SONAR, underwater, space-satellite communication systems involve...
In this thesis, we develop advanced techniques and concepts for direction-of-arrival (DOA) estimatio...
The problem of direction-of-arrival (DOA) estimation is important in array signal processing. To est...
Traditionally, high resolution spectral direction of arrival (DOA) estimation has been associated wi...
Traditionally, high resolution spectral direction of arrival (DOA) estimation has been associated wi...
Enormous progress has been made during the past five decades in the area of adaptive array processin...
The objective of this thesis is to design computationally efficient DOA (direction-of- arrival) esti...
The quest for compact antenna arrays able to perform robust beamforming and high resolution directi...
The technique of using multiple antennas or an antenna array, is well-known to provide spatial diver...
Estimation problems in theoretical as well as applied statistics have long been of great research in...
This paper proposes a new digital beamformer for uniform concentric circular arrays (UCCAs) having n...
The technique of using multiple antennas or an antenna array, is well-known to provide spatial diver...
Motivated by the objective of finding a reduced complexity implementation of the EM (Estimate and Ma...
Motivated by the objective of finding a reduced complexity implementation of the EM (Estimate and Ma...
Motivated by the objective of finding a reduced complexity implementation of the EM (estimate and ma...
Several applications such as RADAR, SONAR, underwater, space-satellite communication systems involve...
In this thesis, we develop advanced techniques and concepts for direction-of-arrival (DOA) estimatio...
The problem of direction-of-arrival (DOA) estimation is important in array signal processing. To est...
Traditionally, high resolution spectral direction of arrival (DOA) estimation has been associated wi...
Traditionally, high resolution spectral direction of arrival (DOA) estimation has been associated wi...
Enormous progress has been made during the past five decades in the area of adaptive array processin...
The objective of this thesis is to design computationally efficient DOA (direction-of- arrival) esti...
The quest for compact antenna arrays able to perform robust beamforming and high resolution directi...
The technique of using multiple antennas or an antenna array, is well-known to provide spatial diver...
Estimation problems in theoretical as well as applied statistics have long been of great research in...
This paper proposes a new digital beamformer for uniform concentric circular arrays (UCCAs) having n...
The technique of using multiple antennas or an antenna array, is well-known to provide spatial diver...