Spatial Audio Object Coding Based on Time-Frequency Shifting and Scheduling. - Chenhao Hu; Ruimin Hu; Xiaochen Wang 001; Yulin Wu 003 (ICME, 2021)

Efficient Multi-Step Audio Object Coding with Limited Residual Information. - Chenhao Hu; Ruimin Hu; Xiaochen Wang 001; Yulin Wu 003; Wenke Liu (ICME, 2021)

Low Bitrates Audio Object Coding Using Convolutional Auto-Encoder and Densenet Mixture Model. - Yulin Wu 003; Ruimin Hu; Chenhao Hu; Shanfa Ke; Gang Li; Xiaochen Wang 001 (ICME, 2021)

Stacked Sparse Autoencoder for Audio Object Coding. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001; Chenhao Hu; Gang Li (MMM (1), 2021)

Audio object coding based on N-step residual compensating. - Chenhao Hu; Xiaochen Wang 001; Ruimin Hu; Yulin Wu 003 (Multim. Tools Appl., 2021)

Distortion Reduction via CAE and DenseNet Mixture Network for Low Bitrate Spatial Audio Object Coding. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001; Chenhao Hu; Shanfa Ke (IEEE Multim., 2022)

High Parameter Frequency Resolution Encoding Scheme for Spatial Audio Objects Using Stacked Sparse Autoencoder. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001; Chenhao Hu; Shanfa Ke (Neural Process. Lett., 2022)

Multi-speaker Direction of Arrival Estimation Using Audio and Visual Modalities with Convolutional Neural Network. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001 (ICME, 2023)

Perceptual Audio Object Coding Using Adaptive Subband Grouping with CNN and Residual Block. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001 (ICME, 2023)

Multi-speaker DoA Estimation Using Audio and Visual Modality. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001; Shanfa Ke (Neural Process. Lett., 2023)

Adaptive subband partition encoding scheme for multiple audio objects using CNN and residual dense blocks mixture network. - Yulin Wu 003; Ruimin Hu; Xiaochen Wang 001 (Expert Syst. Appl., 2024)

Acoustic scene classification: A comprehensive survey. - Biyun Ding; Tao Zhang 025; Chao Wang; Ganjun Liu; Jinhua Liang; Ruimin Hu; Yulin Wu 003; Difei Guo (Expert Syst. Appl., 2024)

Multimodal and multichannel speech separation using location-guided speech feature mapping network. - Yulin Wu 003; Xiaochen Wang 001; Dengshi Li; Ruimin Hu (Neurocomputing, 2025)