IVA and ICA: Use of diversity in independent decompositions. - Tülay Adali; Matthew Anderson 001; Gengshen Fu (EUSIPCO, 2012)

Order detection for dependent samples using entropy rate. - Gengshen Fu; Hualiang Li; Matthew Anderson 001; Tülay Adali (ICASSP, 2012)

Independent vector analysis, the Kotz distribution, and performance bounds. - Matthew Anderson 001; Gengshen Fu; Ronald Phlypo; Tülay Adali (ICASSP, 2013)

Algorithms for Markovian source separation by entropy rate minimization. - Gengshen Fu; Ronald Phlypo; Matthew Anderson 001; Xi-Lin Li; Tülay Adali (ICASSP, 2013)

A novel approach for assessing reliability of ICA for FMRI analysis. - Wei Du; Sai Ma; Gengshen Fu; Vince D. Calhoun; Tülay Adali (ICASSP, 2014)

An efficient entropy rate estimator for complex-valued signal processing: Application to ICA. - Gengshen Fu; Ronald Phlypo; Matthew Anderson 001; Xi-Lin Li; Tülay Adali (ICASSP, 2014)

Performance of complex-valued ICA algorithms for fMRI analysis: Importance of taking full diversity into account. - Wei Du; Gengshen Fu; Vince D. Calhoun; Tülay Adali (ICIP, 2014)

Entropy rate estimation for vector processes: Application to complex FMRI analysis. - Gengshen Fu; Wei Du; Tülay Adali (ICIP, 2014)

ICA and IVA: Theory, connections, and applications to medical imaging. - Tülay Adali; Matthew Anderson 001; Gengshen Fu (IWSSIP, 2014)

Diversity in Independent Component and Vector Analyses: Identifiability, algorithms, and applications in medical imaging. - Tülay Adali; Matthew Anderson 001; Gengshen Fu (IEEE Signal Process. Mag., 2014)

Independent Vector Analysis: Identification Conditions and Performance Bounds. - Matthew Anderson 001; Gengshen Fu; Ronald Phlypo; Tülay Adali (IEEE Trans. Signal Process., 2014)

Likelihood Estimators for Dependent Samples and Their Application to Order Detection. - Gengshen Fu; Matthew Anderson 001; Tülay Adali (IEEE Trans. Signal Process., 2014)

Blind Source Separation by Entropy Rate Minimization. - Gengshen Fu; Ronald Phlypo; Matthew Anderson 001; Xi-Lin Li; Tülay Adali (IEEE Trans. Signal Process., 2014)

An efficient multivariate generalized Gaussian distribution estimator: Application to IVA. - Zois Boukouvalas; Gengshen Fu; Tülay Adali (CISS, 2015)

Independent vector analysis by entropy rate bound minimization. - Gengshen Fu; Matthew Anderson 001; Tülay Adali (CISS, 2015)

A data-driven solution for abandoned object detection: Advantages of multiple types of diversity. - Suchita Bhinge; Yuri Levin-Schwartz; Gengshen Fu; Béatrice Pesquet-Popescu; Tülay Adali (GlobalSIP, 2015)

Density estimation by entropy maximization with kernels. - Gengshen Fu; Zois Boukouvalas; Tülay Adali (ICASSP, 2015)

Complex Independent Component Analysis Using Three Types of Diversity: Non-Gaussianity, Nonwhiteness, and Noncircularity. - Gengshen Fu; Ronald Phlypo; Matthew Anderson 001; Tülay Adali (IEEE Trans. Signal Process., 2015)

Model Compression Applied to Small-Footprint Keyword Spotting. - George Tucker; Minhua Wu; Ming Sun 007; Sankaran Panchapagesan; Gengshen Fu; Shiv Vitaladevuni (INTERSPEECH, 2016)

Max-pooling loss training of long short-term memory networks for small-footprint keyword spotting. - Ming Sun 007; Anirudh Raju; George Tucker; Sankaran Panchapagesan; Gengshen Fu; Arindam Mandal; Spyros Matsoukas; Nikko Strom; Shiv Vitaladevuni (SLT, 2016)

Independent Component Analysis Using Semi-Parametric Density Estimation Via Entropy Maximization. - Zois Boukouvalas; Yuri Levin-Schwartz; Rami Mowakeaa; Gengshen Fu; Tülay Adali (SSP, 2018)

Metadata-Aware End-to-End Keyword Spotting. - Hongyi Liu 004; Apurva Abhyankar; Yuriy Mishchenko; Thibaud Sénéchal; Gengshen Fu; Brian Kulis; Noah D. Stein; Anish Shah; Shiv Naga Prasad Vitaladevuni (INTERSPEECH, 2020)

Tiny-CRNN: Streaming Wakeword Detection in a Low Footprint Setting. - Mohammad Omar Khursheed; Christin Jose; Rajath Kumar; Gengshen Fu; Brian Kulis; Santosh Kumar Cheekatmalla (ASRU, 2021)

Unified Speculation, Detection, and Verification Keyword Spotting. - Gengshen Fu; Thibaud Senechal; Aaron Challenner; Tao Zhang (ICASSP, 2022)