Neural Information Processing Systems / Large Scale Distributed Deep Networks / NVidia / Maxout Networks / / /
Event
Reorganization / /
Facility
Human Language Technology Center of Excellence The Johns Hopkins University / /
IndustryTerm
sparse rectifier networks / online gradient descent / speech processing / sigmoidal networks / physical server / information processing systems / research groups / learning algorithm / /
MusicAlbum
Speech / /
Organization
The Johns Hopkins University / U.S. Government / Rectified Linear Unit / International Speech Communication Association / Sanjeev Khudanpur Center for Language and Speech Processing / Department of Defense / /
Person
Pierre Sermanet / Peter L Bartlett / Ian J Goodfellow / Alex Acero / Suk Lee / Xavier Glorot / Alexander Rakhlin / Alex Krizhevsky / Vincent Vanhoucke / Geoffrey E Hinton / Georg Heigold / Dan Popovici / Soumith Chintala / Geoffrey Hinton / Benjamin Recht / Andrew L Maas / Li Deng / Pascal Lamblin / Hugo Larochelle / Kornel Laskowski / Gang Li / Jean Ponce / Dong Yu / Caglar Gulcehre / Zulu / Ilya Sutskever / Mark Z. Mao / Frank Seide / Quoc V. Le / Stephen J Wright / George E Dahl / Kai Chen / Rajat Monga / Antoine Bordes / Daniel Povey / Jens Edlund / Greg S. Corrado / Andrew Y. Ng / Ke Yang / Awni Y Hannun / Paul Tucker / Mattias Heldner / Aaron Courville / Noboru Murata / Matthieu Devin / Rob Fergus / Nitish Srivastava / Andrew Y Ng / Mehdi Mirza / Kyunghyun Cho / Karel Vesel / Yoshua Bengio / Aurelio Ranzato / Jeffrey Dean / Patrick Nguyen / Yann LeCun / Ruslan R Salakhutdinov / Navdeep Jaitly / Brian Kingsbury / Elad Hazan / Lan Boureau / Razvan Pascanu / David Warde-Farley / Tara N Sainath / Jan Trmal / Xiaohui Zhang / /
IMPROVING DEEP NEURAL NETWORK ACOUSTIC MODELS USING GENERALIZED MAXOUT NETWORKS Xiaohui Zhang, Jan Trmal, Daniel Povey, Sanjeev Khudanpur Center for Language and Speech Processing & Human Language Technology Center of Ex