Standard beam space processing algorithms, such as minimum variance distortionless response, normally assume that the transmitter is omni-directional, and hence are mismatched when the transmitter is directional. This paper derives a new formula for the case of directional transmission. An example shows that the new formula achieves significantly better performance than the standard beam space formula when the transmission is via directional beams. Also, the idea of adding virtual beams to reduce the response to out of sector signals is proposed. Finally, the applicability of the algorithm for non-stationary scatterers is examined.Ruiting Yang, Douglas A. Gray and Waddah A. Al-Ashwa
Beamforming is done with an array of sensors to achieve a directional or spatially-specific response...
International audienceHybrid beamforming architecture is a key enabler for implementing Massive Mult...
The development of simultaneous transmit and receive capabilities is on the cutting-edge of research...
Traditional directional modulation (DM) designs are normally based on a single phased array, with th...
Method and system for transmitting a directionally modulated data stream via an antenna array. A fir...
In a communication system with steerable laser beams, the transmitter must find the direction toward...
This paper introduces a significant special situation where the noise is a collection of D-plane int...
Beamforming is a technique in which an array of antennas is exploited to achieve maximum reception i...
Prather, Dennis W.In the modern world researchers are continuously looking for faster, and more effi...
In this paper, we investigate how directional and highly-directional antenna systems using fixed bea...
International audienceTransmit beamforming is a versatile technique for signal transmission from an ...
Directional modulation (DM) has been applied to linear antenna arrays to increase security of signal...
In this paper, we present a comprehensive comparison of different structures for broadband beamformi...
This paper introduces a significant special situation where the noise is a collection of D-plane int...
Spatial processing and smart antenna beam formation are considered as completely essential approache...
Beamforming is done with an array of sensors to achieve a directional or spatially-specific response...
International audienceHybrid beamforming architecture is a key enabler for implementing Massive Mult...
The development of simultaneous transmit and receive capabilities is on the cutting-edge of research...
Traditional directional modulation (DM) designs are normally based on a single phased array, with th...
Method and system for transmitting a directionally modulated data stream via an antenna array. A fir...
In a communication system with steerable laser beams, the transmitter must find the direction toward...
This paper introduces a significant special situation where the noise is a collection of D-plane int...
Beamforming is a technique in which an array of antennas is exploited to achieve maximum reception i...
Prather, Dennis W.In the modern world researchers are continuously looking for faster, and more effi...
In this paper, we investigate how directional and highly-directional antenna systems using fixed bea...
International audienceTransmit beamforming is a versatile technique for signal transmission from an ...
Directional modulation (DM) has been applied to linear antenna arrays to increase security of signal...
In this paper, we present a comprehensive comparison of different structures for broadband beamformi...
This paper introduces a significant special situation where the noise is a collection of D-plane int...
Spatial processing and smart antenna beam formation are considered as completely essential approache...
Beamforming is done with an array of sensors to achieve a directional or spatially-specific response...
International audienceHybrid beamforming architecture is a key enabler for implementing Massive Mult...
The development of simultaneous transmit and receive capabilities is on the cutting-edge of research...