In this project, we consider the LMS algorithm applied to an adaptive <br>minimum-variance distortionless response (MDVR) beamformer consists of a linear<br>array of five uniformly spaced sensors. The spacing d between adjacent elements of<br>the array equals one-half of the received wavelength. The beamformer operates in<br>an environment that consists of two components: a target signal impinging on the<br>array along a direction of interest and a single source of interference coming from an<br>unknown direction. It is assumed that these two components originate from independent sources and that the received signal includes additive white Gaussian noise at the output of each sensor. The m-th element signals of the array antenna are expressed in baseband as follows<br><br>To evaluate the effect of varying the target-to-interference ratio on the<br>interference-nulling performance of the beamformer
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