Implementation of MPEG-2 AAC on 16-bit Fixed-Point DSP. - Hui Wang 070; Wenbin Xu; Xin Dong 006; Chuanzhen Li; Wenhua Yu (APCCAS, 2006)

The Optimization of the H.264 Encoder Based On TI TMS320DM642. - Chaonan Peng; Hui Wang 070; Chuanzhen Li; Qin Zhang 009 (FGCN (1), 2007)

An Efficient Multi-object Tracking Method Using Multiple Particle Filters. - Jingling Wang; Yan Ma; Chuanzhen Li; Hui Wang 070; Jianbo Liu (CSIE (6), 2009)

A Novel Method of Dynamic Textures Analysis and Synthesis. - Chuanzhen Li; Jingling Wang; Long Ye; Hui Wang 070 (CSO (2), 2009)

Multi-object Tracking with Explicit Reasoning about Occlusion. - Jingling Wang; Yan Ma; Chuanzhen Li; Hui Wang 070; Jianbo Liu (CSO (2), 2009)

A Vehicle Detection Method in Night Outdoor Scenes Based on Spatio-temporal Bricks. - Bailiang Su; Chuanzhen Li; Jingling Wang; Hui Wang 070; Qin Zhang 009 (ACIS-ICIS, 2012)

Human Action Recognition Using Multi-Velocity STIPs and Motion Energy Orientation Histogram. - Chuanzhen Li; Bailiang Su; Jingling Wang; Hui Wang 070; Qin Zhang 009 (J. Inf. Sci. Eng., 2014)

Optical Music Notes Recognition for Printed Music Score. - Chuanzhen Li; Jiaqi Zhao; Juanjuan Cai; Hui Wang 070; Huaichang Du (ISCID (1), 2018)

Monophonic Singing Voice Separation Based on Deep Learning. - Yutian Wang; Zhao Zhang; Zheng Wang; Juanjuan Cai; Hui Wang 070 (MIPR, 2019)

Improved Relativistic Cycle-Consistent GAN With Dilated Residual Network and Multi-Attention for Speech Enhancement. - Yutian Wang; Guochen Yu; Jingling Wang; Hui Wang 070; Qin Zhang 009 (IEEE Access, 2020)

CycleGAN-based Non-parallel Speech Enhancement with an Adaptive Attention-in-attention Mechanism. - Guochen Yu; Yutian Wang; Chengshi Zheng; Hui Wang 070; Qin Zhang 009 (APSIPA ASC, 2021)

Topic Detection and Tracking Based on Windowed DBSCAN and Parallel KNN. - Chuanzhen Li; Minqiao Liu; Juanjuan Cai; Yang Yu; Hui Wang 070 (IEEE Access, 2021)

Joint magnitude estimation and phase recovery using Cyle-in-cycle GAN for non-parallel speech enhancement. - Guochen Yu; Andong Li; Yutian Wang; Yinuo Guo; Chengshi Zheng; Hui Wang 070 (CoRR, 2021)

U2-VC: one-shot voice conversion using two-level nested U-structure. - Fangkun Liu; Hui Wang 070; Renhua Peng; Chengshi Zheng; Xiaodong Li 002 (EURASIP J. Audio Speech Music. Process., 2021)

A two-stage complex network using cycle-consistent generative adversarial networks for speech enhancement. - Guochen Yu; Yutian Wang; Hui Wang 070; Qin Zhang 009; Chengshi Zheng (Speech Commun., 2021)

Joint Magnitude Estimation and Phase Recovery Using Cycle-In-Cycle GAN for Non-Parallel Speech Enhancement. - Guochen Yu; Andong Li; Yutian Wang; Yinuo Guo; Hui Wang 070; Chengshi Zheng (ICASSP, 2022)

Dual-Branch Attention-In-Attention Transformer for Single-Channel Speech Enhancement. - Guochen Yu; Andong Li; Chengshi Zheng; Yinuo Guo; Yutian Wang; Hui Wang 070 (ICASSP, 2022)

Unsupervised Quantized Prosody Representation for Controllable Speech Synthesis. - Yutian Wang; Yuankun Xie; Kun Zhao; Hui Wang 070; Qin Zhang 009 (ICME, 2022)

Optimizing Shoulder to Shoulder: A Coordinated Sub-Band Fusion Model for Full-Band Speech Enhancement. - Guochen Yu; Andong Li; Wenzhe Liu; Chengshi Zheng; Yutian Wang; Hui Wang 070 (ISCSLP, 2022)

DMF-Net: A decoupling-style multi-band fusion model for real-time full-band speech enhancement. - Guochen Yu; Yuansheng Guan; Weixin Meng; Chengshi Zheng; Hui Wang 070 (CoRR, 2022)

Optimizing Shoulder to Shoulder: A Coordinated Sub-Band Fusion Model for Real-Time Full-Band Speech Enhancement. - Guochen Yu; Andong Li; Wenzhe Liu; Chengshi Zheng; Yutian Wang; Hui Wang 070 (CoRR, 2022)

BKGNN-TI: A Bilinear Knowledge-Aware Graph Neural Network Fusing Text Information for Recommendation. - Yang Zhang 062; Chuanzhen Li; Juanjuan Cai; Yuchen Liu; Hui Wang 070 (Int. J. Comput. Intell. Syst., 2022)

DBT-Net: Dual-Branch Federative Magnitude and Phase Estimation With Attention-in-Attention Transformer for Monaural Speech Enhancement. - Guochen Yu; Andong Li; Hui Wang 070; Yutian Wang; Yuxuan Ke; Chengshi Zheng (IEEE ACM Trans. Audio Speech Lang. Process., 2022)