Experimental transmit beamforming using a circular canonical family bound to a locus of quadric roots

This work examines the array behavior of a quadric circular canonical family bound to the locus of zeros of n-sphere and n-ball geometry. This topological family is investigated for its total variability suitable for a wide variety of mobile autonomous systems. The generation of sum and difference beam radiation patterns is of particular interest in this work, and is explored in detail along with simulated and measured scan behavior for further developments.