Estimation of 2-D ARMA model parameters by using equivalent AR approach. - Aydin Kizilkaya; Ahmet H. Kayran (J. Frankl. Inst., 2005)

ARMA-cepstrum Recursion Algorithm for the Estimation of the MA Parameters of 2-D ARMA Models. - Aydin Kizilkaya; Ahmet H. Kayran (Multidimens. Syst. Signal Process., 2005)

ARMA model parameter estimation based on the equivalent MA approach. - Aydin Kizilkaya; Ahmet H. Kayran (Digit. Signal Process., 2006)

Computation of the exact cramer-rao lower bound for 2-D ARMA parameter Estimation-I: the quarter-plane case. - Aydin Kizilkaya; Ahmet H. Kayran (IEEE Trans. Circuits Syst. II Express Briefs, 2006)

On the Parameter Estimation of 2-D Moving Average Random Fields. - Aydin Kizilkaya (IEEE Trans. Circuits Syst. II Express Briefs, 2007)

Computation of the exact Cramer-Rao lower bound for the parameters of a nonsymmetric half-plane 2-D ARMA model. - Aydin Kizilkaya (Digit. Signal Process., 2008)

Noise cancellation on low-frequency signals using Empirical Mode Decomposition. - M. Dogan Elbi; Aydin Kizilkaya (SIU, 2012)

An hybrid method for statistical multirate high-resolution signal reconstruction. - Adem Ukte; Aydin Kizilkaya; M. Dogan Elbi (SIU, 2014)

Two empirical methods for improving the performance of statistical multirate high-resolution signal reconstruction. - Adem Ukte; Aydin Kizilkaya; M. Dogan Elbi (Digit. Signal Process., 2014)

Adaptive noise cancellation with a multirate normalized least mean squares filter. - Adem Ukte; Aydin Kizilkaya (SIU, 2015)

Least-squares error based optimal signal reconstruction using time-varying weighted empirical mode decomposition. - Aydin Kizilkaya; Mehmet Dogan Elbi; Ali Kirkbas (CSNDSP, 2016)

Signal denoising based on adaptive fourier decomposition. - Aydin Kizilkaya; Ali Kirkbas; Esref Bogar (SPA, 2017)

Optimal basis pursuit based on jaya optimization for adaptive fourier decomposition. - Ali Kirkbas; Aydin Kizilkaya; Esref Bogar (TSP, 2017)

Optimal signal reconstruction based on time-varying weighted empirical mode decomposition. - Aydin Kizilkaya; Mehmet Dogan Elbi (Comput. Electr. Eng., 2017)

Time-Varying Weighted Optimal Empirical Mode Decomposition Using Multiple Sets of Basis Functions. - Aydin Kizilkaya; Mehmet Dogan Elbi (Circuits Syst. Signal Process., 2017)

Multicomponent signal analysis: Interwoven Fourier decomposition method. - Mehmet Dogan Elbi; Aydin Kizilkaya (Digit. Signal Process., 2020)

A fast approach of implementing the Fourier decomposition method for nonlinear and non-stationary time series analysis. - Aydin Kizilkaya; Mehmet Dogan Elbi (Signal Process., 2023)