Back to Results
First PageMeta Content
Hearing / Science / Artificial intelligence / Auditory scene analysis / Sound / Perception / Machine listening / Psychoacoustics / Independent component analysis / Waves / Statistics / Auditory perception


Redundancy Reduction for Computational Audition, a Unifying Approach Paris Smaragdis Bachelor of Music (magna cum laude) Berklee College of Music,1995 Masters of Science in Media Technology
Add to Reading List

Document Date: 2005-01-24 19:20:17


Open Document

File Size: 2,32 MB

Share Result on Facebook

Facility

Cognitive Sciences Massachusetts Institute of Technology / Massachusetts Institute of Technology June / Massachusetts Institute of Technology / Berklee College of Music / 1995 Masters / Media Technology Massachusetts Institute of Technology / /

OperatingSystem

Petros / /

Organization

Departmental Committee on Graduate Students Program / School of Architecture and Planning / Berklee College of Music / Michael A. Casey Research Scientist Mitsubishi Electric Research Labs Professor Whitman Richards Department of Brain / Massachusetts Institute of Technology / Contents Chapter / Gestalt School / /

Person

Keith Martin / Teddy D Dawg / Adam Lindsay / Maria Kartalou / Whitman Richards / Malcolm Slaney / Tony Bell / Barry Vercoe / Bill Gardner / Audition / Young-Moo Kim / Richard Boulanger / Michael A. Casey / Chai Wei / Mike Casey / Stephen A. Benton / Thesis Supervisor / Ricardo Garcia / Judy Brown / Connie Van Rheenen / Eric Scheirer / Petros Boufounos / Elias Vyzas / Jonathan Feldman / DAn Ellis / Joe Pompei / Rebecca Reich / Livadas Kartalou / /

Position

advisor / Professor / hairy bass player / General / trusty math advisors / All Rights Reserved Author / Supervisor / /

ProvinceOrState

Massachusetts / /

Technology

Amplitude Modulation / /

SocialTag