| Issue Date | Title | Author(s) |
| 2024 | A classification based on support vector machines for monitoring avocado fruit quality | Elbi, Mehmet Doğan ; Çapraz, Ezgi Özgören ; Şahin, Emre ; Koyuncuoğlu, Mehmet Ulaş ; Tuncer, Can |
| 2020 | Çok bileşenli işaretlerin zaman-frekans analizi için yeni bir yaklaşım: İç içe geçmiş fourier ayrıştırma yöntemi | Elbi, Mehmet Doğan |
| 2016 | Different scenarios on denoising of signals in the ıntrinsic mode function selection framework | Kızılkaya, Aydın ; Elbi, Mehmet Doğan |
| 2023 | A fast approach of implementing the Fourier decomposition method for nonlinear and non-stationary time series analysis | Kızılkaya, Aydın ; Elbi, Mehmet Doğan |
| Dec-2013 | Hilbert - Huang dönüşümü ile zaman serilerindeki gürültü bileşenlerinin ayrıştırılması | Elbi, Mehmet Doğan |
| 2014 | An hybrid method for statistical multirate high-resolution signal reconstruction | Ükte, Adem ; Kızılkaya, Aydın ; Elbi, M.Doğan |
| 2016 | Least-squares error based optimal signal reconstruction using time-varying weighted empirical mode decomposition | Kızılkaya, Aydın ; Elbi, Mehmet Doğan ; Kırkbaş, Ali |
| 2020 | Multicomponent signal analysis: Interwoven Fourier decomposition method | Elbi, Mehmet Doğan ; Kızılkaya, Aydın |
| 2012 | Noise cancellation on low-frequency signals using empirical mode decomposition | Elbi, Mehmet Doğan ; Kızılkaya, Aydın |
| 2020 | A novel method for computing single output for DEA with application in hospital efficiency | Yeşilyurt, Muhammet Ensar ; Şahin, Emre ; Elbi, Mehmet Doğan ; Kızılkaya, Aydın ; Koyuncuoğlu, Mehmet Ulaş ; Akbaş-Yeşilyurt, Filiz |
| 2018 | Optimal signal reconstruction based on the Fourier decomposition method | Elbi, Mehmet Doğan ; Kizilkaya, A. |
| 2017 | Optimal signal reconstruction based on time-varying weighted empirical mode decomposition | Kızılkaya, Aydın ; Elbi, M.D. |
| 2015 | Statistical multirate high-resolution signal reconstruction using the EMD-IT based denoising approach | Kizilkaya, Aydın ; Ukte, A.; Elbi, M.D. |
| 2014 | Statistical multirate high-resolution signal reconstruction using the empirical mode decomposition based denoising approach | Ükte, Adem ; Kızılkaya, Aydın ; Elbi, Mehmet Doğan |
| 2017 | Time-Varying Weighted Optimal Empirical Mode Decomposition Using Multiple Sets of Basis Functions | Kızılkaya, Aydın ; Elbi, Mehmet D. |
| 2014 | Two empirical methods for improving the performance of statistical multirate high-resolution signal reconstruction | Ükte, Adem ; Kızılkaya, Aydın ; Elbi, Mehmet Doğan |
