Higher-order spectrum factorization with applications. - A. Murat Tekalp; A. Tanju Erdem (ICASSP, 1989)

Higher-order spectrum factorization in one and two dimensions with applications in signal modeling and nonminimum phase system identification. - A. Murat Tekalp; A. Tanju Erdem (IEEE Trans. Acoust. Speech Signal Process., 1989)

Blur identification using bispectrum. - A. Tanju Erdem; A. Murat Tekalp (ICASSP, 1990)

Image modeling using higher-order statistics with application to predictive image coding. - A. Murat Tekalp; Mehmet K. Özkan; A. Tanju Erdem (ICASSP, 1990)

On the measure of the set of factorizable polynomial bispectra. - Arif Tanju Erdem; A. Murat Tekalp (IEEE Trans. Acoust. Speech Signal Process., 1990)

Matching-extrapolation of bicumulants of one-D signals using two-D AR modeling. - A. Tanju Erdem; A. Murat Tekalp (ICASSP, 1991)

On modeling the focus blur in image restoration. - M. Ibrahim Sezan; Gordana Pavlovic; A. Murat Tekalp; A. Tanju Erdem (ICASSP, 1991)

A composite signal model that simultaneously realizes arbitrary polynomial bispectra and rational power spectra. - A. Murat Tekalp; A. Tanju Erdem; Michael M. Chang (ICASSP, 1991)

Blur identification using the bispectrum. - Michael M. Chang; A. Murat Tekalp; A. Tanju Erdem (IEEE Trans. Signal Process., 1991)

Motion-compensated multiframe Wiener restoration of blurred and noisy image sequences. - A. Tanju Erdem; M. Ibrahim Sezan; Mehmet K. Özkan (ICASSP, 1992)

Efficient multiframe Wiener restoration of blurred and noisy image sequences. - Mehmet K. Özkan; A. Tanju Erdem; M. Ibrahim Sezan; A. Murat Tekalp (IEEE Trans. Image Process., 1992)

Linear bispectrum of signals and identification of nonminimum phase FIR systems driven by colored input. - A. Tanju Erdem; A. Murat Tekalp (IEEE Trans. Signal Process., 1992)

Modeling arbitrary polynomial bispectra in one and two dimensions. - A. Tanju Erdem; A. Murat Tekalp; Michael M. Chang (IEEE Trans. Signal Process., 1992)

A nonredundant set for the bispectrum of 2-D signals. - A. Tanju Erdem (ICASSP (4), 1993)

A set-theoretic phase unwrapping technique for least-squares image reconstruction from the higher-order spectrum. - M. Ibrahim Sezan; Arif Tanju Erdem (ICASSP (5), 1993)

Tekalp-Erdem estimator gives the LS estimate for Fourier phase and log-Fourier modulus. - Joël Le Roux; Patrick Solé; A. Murat Tekalp; A. Tanju Erdem (IEEE Trans. Signal Process., 1993)

Multi-Generation Characteristics of the MPEG Video Compression Standards. - A. Tanju Erdem; M. Ibrahim Sezan (ICIP (2), 1994)

2-D mesh tracking for synthetic transfiguration. - Candemir Toklu; A. Tanju Erdem; M. Ibrahim Sezan; A. Murat Tekalp (ICIP (3), 1995)

Compression of 10-bit video using the tools of MPEG-2. - A. Tanju Erdem; M. Ibrahim Sezan (Signal Process. Image Commun., 1995)

2-D mesh-based tracking of deformable objects with occlusion. - Candemir Toklu; A. Murat Tekalp; A. Tanju Erdem; M. Ibrahim Sezan (ICIP (1), 1996)

Tracking Motion and Intensity Variations Using Hierarchical 2-D Mesh Modeling for Synthetic Object Transfiguration. - Candemir Toklu; A. Tanju Erdem; M. Ibrahim Sezan; A. Murat Tekalp (CVGIP Graph. Model. Image Process., 1996)

2-D mesh-based synthetic transfiguration of an object with occlusion. - Candemir Toklu; A. Tanju Erdem; A. Murat Tekalp (ICASSP, 1997)

Simultaneous Alpha Map Generation and 2-D Mesh Tracking for Multimedia Applications. - Candemir Toklu; A. Murat Tekalp; A. Tanju Erdem (ICIP (1), 1997)

Occlusion Adaptive Motion Snake. - Yue Fu; A. Tanju Erdem; A. Murat Tekalp (ICIP (3), 1998)

Semi-automatic video object segmentation in the presence of occlusion. - Candemir Toklu; A. Murat Tekalp; A. Tanju Erdem (IEEE Trans. Circuits Syst. Video Technol., 2000)

Tracking visible boundary of objects using occlusion adaptive motion snake. - Yue Fu; A. Tanju Erdem; A. Murat Tekalp (IEEE Trans. Image Process., 2000)

Two-dimensional mesh-based mosaic representation for manipulation of video objects with occlusion. - Candemir Toklu; A. Tanju Erdem; A. Murat Tekalp (IEEE Trans. Image Process., 2000)

An illumination invariant algorithm for subpixel accuracy image stabilization and its effect on MPEG-2 video compression. - Çigdem Eroglu Erdem; A. Tanju Erdem (Signal Process. Image Commun., 2001)

A new method for 3D face model generation for personalized game characters. - A. Tanju Erdem (Int. J. Intell. Games Simul., 2004)

A new method for generating 3-D face models for personalized user interaction. - A. Tanju Erdem (EUSIPCO, 2005)

Interactive "immaterial" screen for performing arts. - Ismo Rakkolainen; A. Tanju Erdem; Çigdem Eroglu Erdem; Mehmet K. Özkan; Markku Laitinen (ACM Multimedia, 2006)

Music Driven Real-Time 3D Concert Simulation. - Erdal Yilmaz; Yasemin Yardimci Çetin; Çigdem Eroglu Erdem; A. Tanju Erdem; Mehmet K. Özkan (MRCS, 2006)

Prosody-Driven Head-Gesture Animation. - Mehmet Emre Sargin; Engin Erzin; Yücel Yemez; A. Murat Tekalp; A. Tanju Erdem; Çigdem Eroglu Erdem; Mehmet K. Özkan (ICASSP (2), 2007)

Unsupervised dance figure analysis from video for dancing Avatar animation. - Ferda Ofli; Engin Erzin; Yücel Yemez; A. Murat Tekalp; Çigdem Eroglu Erdem; A. Tanju Erdem; Tolga Abaci; Mehmet K. Özkan (ICIP, 2008)

An audio-driven dancing avatar. - Ferda Ofli; Yasemin Demir; Yücel Yemez; Engin Erzin; A. Murat Tekalp; Koray Balci; Idil Kizoglu; Lale Akarun; Cristian Canton-Ferrer; Joëlle Tilmanne; Elif Bozkurt; A. Tanju Erdem (J. Multimodal User Interfaces, 2008)

Improving automatic emotion recognition from speech signals. - Elif Bozkurt; Engin Erzin; Çigdem Eroglu Erdem; A. Tanju Erdem (INTERSPEECH, 2009)

RANSAC-Based Training Data Selection on Spectral Features for Emotion Recognition from Spontaneous Speech. - Elif Bozkurt; Engin Erzin; Çigdem Eroglu Erdem; A. Tanju Erdem (COST 2102 Conference, 2010)

Authoring and presentation tools for distance learning over interactive TV. - Turan Can Gürel; A. Tanju Erdem; Ahmet Kermen; Mehmet Kemal Özkan; Cigdem Eroglu Erdem (EuroITV, 2010)

Use of Line Spectral Frequencies for Emotion Recognition from Speech. - Elif Bozkurt; Engin Erzin; Çigdem Eroglu Erdem; A. Tanju Erdem (ICPR, 2010)

RANSAC-based training data selection for emotion recognition from spontaneous speech. - Cigdem Eroglu Erdem; Elif Bozkurt; Engin Erzin; A. Tanju Erdem (AFFINE@MM, 2010)

On sensor fusion for head tracking in augmented reality applications. - Ali Ozer Ercan; A. Tanju Erdem (ACC, 2011)

Combining Haar Feature and skin color based classifiers for face detection. - Çigdem Eroglu Erdem; Sezer Ulukaya; Ali Karaali; A. Tanju Erdem (ICASSP, 2011)

RANSAC-Based Training Data Selection for Speaker State Recognition. - Elif Bozkurt; Engin Erzin; Çigdem Eroglu Erdem; A. Tanju Erdem (INTERSPEECH, 2011)

Formant position based weighted spectral features for emotion recognition. - Elif Bozkurt; Engin Erzin; Çigdem Eroglu Erdem; A. Tanju Erdem (Speech Commun., 2011)

Occlusion detection in moving cameras. - Tarkan Aydin; A. Tanju Erdem (SIU, 2012)

Inertial sensor fusion for 3D camera tracking. - Nuri Ozer; A. Tanju Erdem; Ali Ozer Ercan; Çigdem Eroglu Erdem (SIU, 2012)

Internal calibration of a camera and an inertial measurement unit. - A. Tanju Erdem; Ali Ozer Ercan; Tarkan Aydin (SIU, 2013)

Visual user interface for structure from motion. - Cengiz Huroglu; A. Tanju Erdem (SIU, 2014)

A multi-sensor integrated head-mounted display setup for augmented reality applications. - Ahmet Kermen; Tarkan Aydin; Ali Ozer Ercan; A. Tanju Erdem (3DTV-Conference, 2015)

Effect of camera-IMU displacement calibration error on tracking performance. - Nekruzjon Maxudov; Ali Ozer Ercan; A. Tanju Erdem (ICIP, 2015)

Fusing Inertial Sensor Data in an Extended Kalman Filter for 3D Camera Tracking. - Arif Tanju Erdem; Ali Ozer Ercan (IEEE Trans. Image Process., 2015)

Bispectrum estimation using a MISO autoregressive model. - A. Tanju Erdem; Ali Ozer Ercan (Signal Image Video Process., 2016)

Curriculum Learning for Face Recognition. - Baris Büyüktas; Çigdem Eroglu Erdem; Arif Tanju Erdem (EUSIPCO, 2020)

More learning with less labeling for face recognition. - Baris Büyüktas; Çigdem Eroglu Erdem; A. Tanju Erdem (Digit. Signal Process., 2023)