Cocaine Noodles: Exploiting the Gap between Human and Machine Speech Recognition∗ Tavish Vaidya Georgetown University Yuankai Zhang

Source URL: security.cs.georgetown.edu

• Computational linguistics
• Speech recognition
• Mel-frequency cepstrum
• Speech synthesis
• Speech processing
• Deep learning
• Perception
• Acoustic model

Neuroscience Gateway Development Authors: Erik Guetz, Shrivathsav Seshan, Vasu Vikram Mentors: Amit Majumdar, Subhashini Sivagnanam Collaborated With: Anita Bandrowski Abstract

Source URL: www.nsgportal.org

• Computational neuroscience
• Neuroscience
• Artificial neural networks
• Biophysics
• Nervous system
• Neuron
• Biological neuron model
• Neuroscience Information Framework
• Artificial neuron

Analysis of CNN-based Speech Recognition System using Raw Speech as Input Dimitri Palaz1,2 , Mathew Magimai.-Doss1 , Ronan Collobert3,1 Idiap Research Institute, Martigny, Switzerland Ecole Polytechnique F´ed´erale de

Source URL: ronan.collobert.com

• Artificial neural networks
• Computational neuroscience
• Computational linguistics
• Applied mathematics
• Artificial intelligence
• Mathematics
• Signal processing
• Deep learning
• Convolutional neural network
• Speech recognition
• Acoustic model
• Mel-frequency cepstrum

HIPPOCAMPUS 11:251–Computational Model of Carbachol-Induced Delta, Theta, and Gamma Oscillations in the Hippocampus Paul H.E. Tiesinga,1,2* Jean-Marc Fellous,2,3 Jorge V. Jose´,4 and Terrence J. Sejnowski1

Source URL: amygdala.psychdept.arizona.edu

A Computational Model of Hepatic Glucose Metabolism Year: 2008 Abstract Number: 2667-PO Authors: REBECCA A. BAILLIE, RICHARD HO, PAUL BRAZHNIK, Cupertino, CA Results:

Source URL: rosaandco.com

1 CH2011 Extension Series No. 1 Local scenarios at daily resolution for emission scenarios A2 and RCP3PD

Source URL: www.ch2011.ch

• Climate change
• Climatology
• Global warming
• Physical geography
• Climate forcing
• Climate modeling
• Computational science
• General circulation model
• Climate change scenario
• Climate change in Japan

A computational model of bilingual inhibitory control in a lexical decision task Andrew P. Valenti () Department of Computer Science, 161 College Avenue Medford, MAUSA Matthias J. Scheutz

Source URL: hrilab.tufts.edu

ALISA: An Automatic Lightly Supervised Speech Segmentation and Alignment ToolI A. Stana,1 , Y. Mamiyab , J. Yamagishia,c , P. Bellb , O. Wattsb , R.A.J. Clarkb , S. Kingb a Communications

Source URL: www.cstr.ed.ac.uk

• Computational linguistics
• Humancomputer interaction
• Artificial intelligence
• Speech recognition
• Software
• Natural language processing
• Computer accessibility
• Speech synthesis
• Acoustic model
• Speech segmentation
• Language model
• Image segmentation

MODELLING ACOUSTIC FEATURE DEPENDENCIES WITH ARTIFICIAL NEURAL NETWORKS: TRAJECTORY-RNADE Benigno Uria1 1 Iain Murray1

Source URL: www.cstr.ed.ac.uk

• Computational linguistics
• Speech recognition
• Acoustic model
• Artificial neural network
• Time series
• Speech synthesis
• Pattern recognition
• Machine learning
• Deep learning

Wed.P7b.02 Gaussian Map based Acoustic Model Adaptation Using Untranscribed Data for Speech Recognition in Severely Adverse Environments

Source URL: www.utdallas.edu

• Computational linguistics
• Automatic identification and data capture
• Computer accessibility
• Speech recognition
• Mixture model
• Hidden Markov model
• Speech corpus