The number of coefficients of multi-dimensional (MD) finite-extent impulse response (FIR)
filters increases exponentially with the number of dimensions leading to significantly high …

This paper presents the design, implementation, and the experimental verifications of a 2.4-
GHz multibeam array receiver based on two-dimensional (2-D) spatially bandpass (SBP) …

A low-complexity 4-D sparse FIR hyperfan filter is proposed for volumetric refocusing of light
fields. By exploiting the partial separability of the spectral region of support of a light field, the …

This paper presents a new method for the design of separable-denominator 2-D IIR filters
with nearly linear phase in the passband. The design method is based on a balanced …

This paper presents the implementation of a two-dimensional (2-D) finite-impulse-response
(FIR) trapezoidal filter based beamforming array receiver. A 2.4 GHz 16-element receive …

Broadband beamformers designed as two-dimensional (2-D) spatially-interpolated finite-
extent impulse responses (FIR) filters, using a cascade structure, cannot employ sparse …

We propose a minimax design method for multi-dimensional (MD) interpolated finite-support
impulse response (IFIR) filters. As a result of the cascade structure of an MD IFIR filter, the …

Digital filters with separable realizations and steerable responses are ideal for processing
multidimensional signals, eg, two-dimensional (2-D) images, in high-throughput sensor …

A 3-D finite-extent impulse response (FIR) frustum filter having sparse coefficients is
proposed for enhancing broadband plane waves (PWs) received by uniform aperture arrays …

A spatially-interpolated (SI) beamformer is proposed in this paper to enhance narrowband
plane waves received by a sparse linear antenna array. Similar to a conventional SI filter …