Looking for the same needle in multiple haystacks: Performance bounds. - Raviv Raich; Zeyu You (ICASSP, 2014)

An inference framework for detection of home appliance activation from voltage measurements. - Zeyu You; Raviv Raich; Yonghong Huang (ICASSP, 2014)

Mixture modeling and inference for recognition of multiple recurring unknown patterns. - Zeyu You; Raviv Raich; Yonghong Huang (IJCNN, 2014)

Dictionary extraction from a collection of spectrograms for bioacoustics monitoring. - José Francisco Ruiz-Muñoz; Zeyu You; Raviv Raich; Xiaoli Z. Fern (MLSP, 2015)

Weakly-supervised analysis dictionary learning with cardinality constraints. - Zeyu You; Raviv Raich; Xiaoli Z. Fern; Jinsub Kim (SSP, 2016)

Discriminative recurring signal detection and localization. - Zeyu You; Raviv Raich; Xiaoli Z. Fern; Jinsub Kim (ICASSP, 2017)

Weakly Supervised Learning of Multiple-Scale Dictionaries. - Zeyu You; Raviv Raich; Xiaoli Z. Fern; Jinsub Kim (SSP, 2018)

Weakly Supervised Dictionary Learning. - Zeyu You; Raviv Raich; Xiaoli Z. Fern; Jinsub Kim (IEEE Trans. Signal Process., 2018)

Dictionary Learning for Bioacoustics Monitoring with Applications to Species Classification. - José Francisco Ruiz-Muñoz; Zeyu You; Raviv Raich; Xiaoli Z. Fern (J. Signal Process. Syst., 2018)

Commonsense Evidence Generation and Injection in Reading Comprehension. - Ye Liu 006; Tao Yang 012; Zeyu You; Wei Fan 001; Philip S. Yu (SIGdial, 2020)

Multiplex Graph Neural Network for Extractive Text Summarization. - Baoyu Jing; Zeyu You; Tao Yang 012; Wei Fan 001; Hanghang Tong (EMNLP (1), 2021)

Medical Triage Chatbot Diagnosis Improvement via Multi-relational Hyperbolic Graph Neural Network. - Zheng Liu 017; Xiaohan Li 001; Zeyu You; Tao Yang 012; Wei Fan 001; Philip S. Yu (SIGIR, 2021)

Anomaly-Injected Deep Support Vector Data Description for Text Outlier Detection. - Zeyu You; Yichu Zhou; Tao Yang 012; Wei Fan 001 (CoRR, 2021)

Efficient Graph-based Signal Motif Discovery with Performance Bounds. - Zeyu You; Raviv Raich; Yonghong Huang (Signal Process., 2023)