Distributed Computing Prof. R. Wattenhofer Audio Source Separation with Deep Learning Source separation is an established research field in signal processing. Most people have

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• Educational technology
• Online education
• Open educational resources
• Education
• Technology
• Sound recording
• Cybernetics
• Learning
• Machine learning
• Stereophonic sound
• Andrew Ng
• Udacity

2003 IEEE Workshop on Applicalione o f Signal Pracessing lo Audio and Acoustics October 19-22, XM3,New Paltz, NY PERCEPTUALLY-BASED PROCESSING OF DIRECTIONAL ROOM RESPONSES FOR MULTICHANNEL LOUDSPEAKER REPRODUCTION

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A 6KBPS TO 85KBPS SCALABLE AUDIO CODER Tony S. Verma  Teresa H.Y. Meng Lab. of Acoustics and Audio Signal Processing

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IEEE TRANSACTIONS ON SIGNAL PROCESSING, VOL. 51, NO. 1, JANUARYHarmonic Decomposition of Audio Signals With Matching Pursuit

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• Digital signal processing
• Electrical engineering
• Electronics
• Electromagnetism
• Filter theory
• Electronic circuits
• Signal processing
• Digital audio
• Finite impulse response
• Digital filter
• Audio bit depth
• Filter

INTEGRATED CIRCUITS DATA SHEET TDA1543 Dual 16-bit DAC (economy version)

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• Electrical engineering
• Electromagnetism
• Engineering
• Electronic circuits
• Digital signal processing
• Integrated circuits
• Operational amplifier
• Digital-to-analog converter
• Amplifier
• Signal-to-noise ratio
• Total harmonic distortion
• Audio bit depth

1 Determining local transientness of audio signals St´ephane Molla and Bruno Torr´esani Abstract— We describe a new method for estimating the degree

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• Signal processing
• Statistics
• Mathematical analysis
• Probability
• Wavelet
• Normal distribution
• Matching pursuit

AUDIO COMPRESSION ATLO W BIT RATES USING A SIGNAL ADAPTIVE SWITCHED FILTERBANK Deepen Sinha James D. Johnston AT&T Bell Labs

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• Signal processing
• Electrical engineering
• Mathematical analysis
• Wavelets
• Audio codecs
• Image compression
• Digital signal processing
• Modified discrete cosine transform
• Sub-band coding
• Data compression
• Perceptual audio coder
• Filter bank

Subjective audio tests: quality of a selection of codecs when used in IP network Catherine COLOMES (*), Martin VARELA (**), Jean-Charles GICQUEL (*) (*) France Telecom R&D, DIH/EQS/MAI, 4 rue du Clos Courtel, 35512 Cesso

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• Electrical engineering
• Audio codecs
• Engineering
• Digital audio
• MUSHRA
• Psychophysics
• Signal processing
• Windows Media Audio
• Jitter
• Codec
• PSQM
• Comparison of audio coding formats

Proc. of of the the 77thth Int. Naples, Italy, October 5-8, 5-8, 2004

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• Mathematical analysis
• Audio codecs
• Fourier analysis
• Digital signal processing
• Mathematics
• Engineering
• Modified discrete cosine transform
• MPEG
• Audio engineering
• Advanced Audio Coding
• Fast Fourier transform
• Joint