On context-based entropy coding of block transform coefficients. - Chengjie Tu; Trac D. Tran (ICIP (2), 2002)

Adaptive runlength coding. - Chengjie Tu; Trac D. Tran; Jie Bang (ICIP (2), 2002)

Context-based entropy coding of block transform coefficients for image compression. - Chengjie Tu; Trac D. Tran (IEEE Trans. Image Process., 2002)

On efficient implementation of oversampled linear phase perfect reconstruction filter banks. - Jie Liang 001; Lu Gan 002; Chengjie Tu; Trac D. Tran; Kai-Kuang Ma (ICASSP (6), 2003)

Adaptive runlength coding. - Chengjie Tu; Jie Liang 001; Trac D. Tran (IEEE Signal Process. Lett., 2003)

Lapped transform via time-domain pre- and post-filtering. - Trac D. Tran; Jie Liang 001; Chengjie Tu (IEEE Trans. Signal Process., 2003)

Optimal block boundary pre/post-filtering for wavelet-based image and video compression. - Jie Liang 001; Chengjie Tu; Trac D. Tran (ICIP, 2004)

Over-sampled and under-sampled Pre/post-filters for block DCT coders. - Chengjie Tu; Trac D. Tran; Jie Liang 001 (ICIP, 2004)

Wiener Filtering for Generalized Error Resilient Time Domain Lapped Transform. - Jie Liang 001; Chengjie Tu; Trac D. Tran; Lu Gan 002 (ICASSP (2), 2005)

Optimal block boundary pre/postfiltering for wavelet-based image and video compression. - Jie Liang 001; Chengjie Tu; Trac D. Tran (IEEE Trans. Image Process., 2005)

Error resilient pre/post-filtering for DCT-based block coding systems. - Chengjie Tu; Trac D. Tran; Jie Liang 001 (IEEE Trans. Image Process., 2006)

Multiple Description Image Codingwith Prediction Compensation. - Guoqian Sun; Upul Samarawickrama; Jie Liang 001; Chengjie Tu; Trac D. Tran (ICIP (6), 2007)

Undersampled Boundary Pre-/Postfilters for Low Bit-Rate DCT-Based Block Coders. - Lu Gan 002; Chengjie Tu; Jie Liang 001; Trac D. Tran; Kai-Kuang Ma (IEEE Trans. Image Process., 2007)

Wiener Filter-Based Error Resilient Time-Domain Lapped Transform. - Jie Liang 001; Chengjie Tu; Lu Gan 002; Trac D. Tran; Kai-Kuang Ma (IEEE Trans. Image Process., 2007)

Multiple Description Coding With Prediction Compensation. - Guoqian Sun; Upul Samarawickrama; Jie Liang 001; Chao Tian 002; Chengjie Tu; Trac D. Tran (IEEE Trans. Image Process., 2009)

Scalable Video Coding Extension for HEVC. - Jianle Chen; Krishnakanth Rapaka; Xiang Li 003; Vadim Seregin; Liwei Guo; Marta Karczewicz; Geert Van Der Auwera; Joel Sole; Xianglin Wang; Chengjie Tu; Ying Chen 011; Rajan L. Joshi (DCC, 2013)

DAVD-Net: Deep Audio-Aided Video Decompression of Talking Heads. - Xi Zhang 019; Xiaolin Wu 001; Xinliang Zhai; Xianye Ben; Chengjie Tu (CVPR, 2020)

Learned Variable-Rate Image Compression With Residual Divisive Normalization. - Mohammad Akbari; Jie Liang 001; Jingning Han; Chengjie Tu (ICME, 2020)

Variable-Rate Multi-Frequency Image Compression using Modulated Generalized Octave Convolution. - Jianping Lin; Mohammad Akbari; Haisheng Fu; Qian Zhang 082; Shang Wang; Jie Liang 001; Dong Liu 002; Feng Liang 001; Guohe Zhang; Chengjie Tu (MMSP, 2020)

Generalized Octave Convolutions for Learned Multi-Frequency Image Compression. - Mohammad Akbari; Jie Liang 001; Jingning Han; Chengjie Tu (CoRR, 2020)

Improved hybrid layered image compression using deep learning and traditional codecs. - Haisheng Fu; Feng Liang 001; Bo Lei; Nai Bian; Qian Zhang 082; Mohammad Akbari; Jie Liang 001; Chengjie Tu (Signal Process. Image Commun., 2020)

Learned Bi-Resolution Image Coding using Generalized Octave Convolutions. - Mohammad Akbari; Jie Liang 001; Jingning Han; Chengjie Tu (AAAI, 2021)

Learned Image Compression with Discretized Gaussian-Laplacian-Logistic Mixture Model and Concatenated Residual Modules. - Haisheng Fu; Feng Liang 001; Jianping Lin; Bing Li 022; Mohammad Akbari; Jie Liang 001; Guohe Zhang; Dong Liu 002; Chengjie Tu; Jingning Han (CoRR, 2021)

An extended context-based entropy hybrid modeling for image compression. - Haisheng Fu; Feng Liang 001; Bo Lei; Qian Zhang 082; Jie Liang 001; Chengjie Tu; Guohe Zhang (Signal Process. Image Commun., 2021)

Learned Multi-Resolution Variable-Rate Image Compression With Octave-Based Residual Blocks. - Mohammad Akbari; Jie Liang 001; Jingning Han; Chengjie Tu (IEEE Trans. Multim., 2021)

Learned Image Compression With Gaussian-Laplacian-Logistic Mixture Model and Concatenated Residual Modules. - Haisheng Fu; Feng Liang 001; Jianping Lin; Bing Li 022; Mohammad Akbari; Jie Liang 001; Guohe Zhang; Dong Liu 002; Chengjie Tu; Jingning Han (IEEE Trans. Image Process., 2023)