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Hi! I'm a 2nd year PhD student in the Audio Signal Processing team at Aalto University. My research is centered on artificial reverberation, using delay-line-based reverb and machine learning optimization. Hope to see you at DAFx24!

Here you'll find some of my projects related to artificial reverb, and ASP. Feel free to explore, fork, and contribute:)

  • I'm currently working on a library for differentiable LTI filters. More about that (hopefully) soon!

I'm always open to collaboration, discussing ideas, or chatting about any of my passions. Reach out if you want to connect!

Things I love to do while I'm not doing research

  • 🏃🏼‍♀️‍➡️ I’m an avid runner, training to stay in shape while gathering the courage to sign up for my next marathon.
  • 🎧 I'm passionate about electronic music. I'm involved with the entropy collective and IDARADIO. Feel free to check out my mixes and tracks on SoundCloud.

Gloria Dal Santo's Projects

aec-evaluation icon aec-evaluation

modules for the evaluation of acoustic echo cancellation systems

aspl-polito-2020 icon aspl-polito-2020

Applied Signal Processing Laboratory - Spring 2020 at Politecnico di Torino

diff-delay-net icon diff-delay-net

Implementation of the differentiable Delay Network presented by Sungho Lee et al. in their paper "Differentiable Artificial Reverberation"

diff-fdn-colorless icon diff-fdn-colorless

Companion code of DAFx23 "Differentiable Feedback Delay Network for Colorless Reverberation"

dns-challenge icon dns-challenge

This repo contains the scripts, models, and required files for the Deep Noise Suppression (DNS) Challenge.

fdntoolbox icon fdntoolbox

Matlab Toolbox for Feedack Delay Networks (FDNs)

ism-rir-dataset icon ism-rir-dataset

Code for the generation of a dataset of synthetic RIRs with image-source method

rir2fdn icon rir2fdn

Companion code for the DAFx24 paper RIR2FDN

two_stage_filter icon two_stage_filter

Companion code for publication: Vesa Välimäki, Karolina Prawda, and Sebastian J. Schlecht, "Two-Stage Attenuation Filter for Artificial Reverberation", Submitted to IEEE Signal Processing Letters

wr-epfl-2020 icon wr-epfl-2020

Wireless Receivers: Algorithms and Architectures - Fall 2020 at EPFL

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