Audio and acoustics

Head-related transfer functions (HRTFs) represent the acoustical transfer function between a sound source and the entrance of the blocked ear canal. Imposing HRTFs onto a non-spatial audio signal and playing back the result over headphones…

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Publication

Algorithm-driven Architectural Design Space Exploration of Domain-specific Medical-sensor Processors

Shuayb Zarar, Niraj K. Jha, Naveen Verma

IEEE Trans. Very Large Scale Integration (VLSI) Systems | September 2013, Vol 21: pp. 1849-1862

Publication

Design of Energy-efficient Sensing Systems with Direct Computations on Compressively-sensed Data

Shuayb Zarar

September 2013

PhD Thesis: Princeton University, Princeton NJ | September 2013

Audio and Acoustics Research Group

CoVoMix: Advancing Zero-shot Speech Generation for Human-like Multi-talker Conversation

What’s Your Story: Ivan Tashev

TransVIP: Speech to Speech Translation System with Voice and Isochrony Preservation

Daredevil: Indoor Location Using Sound

Signal Processing With Direct Computations on Compressively Sensed Data

HRTF Phase Synthesis via Sparse Representation of Anthropometric Features

A 0.6–107 µW Energy-Scalable Processor for Directly Analyzing Compressively-Sensed EEG

Head-related transfer function interpolation in azimuth, elevation, and distance

Efficient Implementation of the Spectral Division Method for Arbitrary Virtual Sound Fields

Gentle Acoustic Crosstalk Cancelation Using the Spectral Division Method and Ambiophonics

HRTF Personalization using Anthropometric Features

Algorithm-driven Architectural Design Space Exploration of Domain-specific Medical-sensor Processors

Design of Energy-efficient Sensing Systems with Direct Computations on Compressively-sensed Data

Audio and acoustics

Highlights