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CANCELLED: Supercomputers for Audio Research and Development

THIS EVENT HAS BEEN CANCELLED

 

Supercomputers with mind-boggling speeds and mathematics with machine-learning sophistication are introduced to research and development for creating groundbreaking audio products by joint efforts of applied mathematicians, musicians and industrial partners. One of our models will map the frequency spectra of the modulator instrument to the carrier instrument, creating an expressive instrument synthesizer. The state-of-the-art audio synthesis and modeling will not only revolutionize the modern commercial music industries with the highest quality of synthesizers as a musical instrument but also lift the standards of forensic audio and medical applications of audio as well as restoration and preservation of legendary audio, nurturing a multi-billion dollar market.

Bio

Alex Nodeland is a student in the Applied Mathematics and Statistics department. For the latter half of his undergraduate career, he worked under Professor Yuefan Deng and Łukasz Orłowski on applying graph theory to discover optimal supercomputer interconnects. Interests also include biomedical engineering, artificial neural networks, and phenomenology. In the Fall of 2015 he coordinated Stony Brook's involvement in the worldwide InfiniCortex project. Alex has advanced to the Ph.D program in Computational Applied Mathematics at Stony Brook University.

Speaker

Alexander Nodeland

Date

Wednesday, April 20, 2016

Time

1:15 pm - 2:15 pm

Location

IACS Seminar Room