Design of two-dimensional linear-phase nonrecursive filters using a least-squares criterion. - Sunder S. Kidambi; Ravi Prakash Ramachandran (Signal Process., 1995)

Design of two-dimensional nonrecursive filters based on frequency transformations. - Sunder S. Kidambi (IEEE Trans. Signal Process., 1995)

Weighted least-squares design of recursive allpass filters. - Sunder S. Kidambi (IEEE Trans. Signal Process., 1996)

Complex coefficient nonrecursive digital filter design using a least-squares method. - Sunder S. Kidambi; Ravi Prakash Ramachandran (IEEE Trans. Signal Process., 1996)

Computationally efficient weighted least-squares design of FIR filters satisfying prescribed magnitude and phase specifications. - Sunder S. Kidambi (Signal Process., 1997)

Simultaneous computation of the DFT of an N-point real sequence and the IDFT of an N-point complex sequence with conjugate symmetry with a single N-point DFT. - Sunder S. Kidambi (Signal Process., 2001)

Comments on "2-D FIR filters design using least square error with scaling-free McClellan transformation". - Sunder S. Kidambi (IEEE Trans. Circuits Syst. II Express Briefs, 2003)

An efficient closed-form approach to the design of linear-phase FIR digital filters with variable-bandwidth characteristics. - Sunder S. Kidambi (Signal Process., 2006)

Design of Minimum-Phase Filters Using Optimization. - Sunder S. Kidambi; Andreas Antoniou (IEEE Trans. Circuits Syst. II Express Briefs, 2017)

Noise transfer function design for delta-sigma modulators using the Gegenbauer polynomial. - Sunder S. Kidambi (Signal Process., 2019)

On the Design of Optimal Noise Transfer Functions for Delta-Sigma Modulators. - Sunder S. Kidambi (IEEE Trans. Circuits Syst. II Express Briefs, 2019)

Design of Noise Transfer Functions for Delta-Sigma Modulators Using the Least-pth Norm. - Sunder S. Kidambi (IEEE Trans. Circuits Syst. II Express Briefs, 2019)

Improved design of noise transfer functions with monotonic passband response for Delta-Sigma modulators. - Sunder S. Kidambi (IET Circuits Devices Syst., 2020)