3篇论文”GISNO: Neural Operator-based HRTF Personalization from 3D Meshes via Differentiable Helmholtz Rendering”, “NCPSZ: A Nonlinear Control Network for Miniature Loudspeakers in Personal Sound Zone Applications”, “A Sparsity-Aware Robust Nonlinear Active Noise Control for Impulsive Noise Environments” 被2026 INTERSPEECH接收。
有关声场控制论文”A Data-Driven Framework for Personal Sound Zone Control Addressing Loudspeaker Nonlinearities” and “A Speech-Driven Paradigm for physics-informaned Modeling of Coupled Micro-Speakers” 已经被2026 ICASSP接收。
恭喜团队提出的’A Semi-Supervised Acoustic Scene Classification Network Based on Multi-Modal Information Fusion’,在City and Time-Aware Semi-supervised Acoustic Scene Classification (声场景分类), APSIPA ASC 2025 Grand Challenge 获得全球第三名。
论文“Spectral network based on lattice convolution and adversarial training for noise-robust speech super-resolution”被 The Journal of the Acoustical Society of America (JASA)接收.
论文“SDNet: Noise-Robust Bandwidth Extension under Flexible Sampling Rates”被 Asia Pacific Signal and Information Processing Association (APSIPA), 2024接收。
论文“Diverse Time-Frequency Attention Neural Network for Acoustic Echo Cancellation”被 Asia Pacific Signal and Information Processing Association (APSIPA), 2024接收。
恭喜团队的’Windblade listener - an intelligent approach for wind turbine blade monitoring using sound’在2021全国互联网+大学生创新创业大赛获得全国银奖。该项目主要是完成风力发电机的扇叶转动状态的评估,判断扇叶是否存在异常,例如结冰,裂缝等,极大的提高自动化水平。