Search Results - "Muñoz, Rhoddy Viveros"

Spatial Release from Masking under Different Reverberant Conditions in Young and Elderly Subjects: Effect of Moving or Stationary Maskers at Circular and Radial Conditions by Muñoz, Rhoddy Viveros, Aspöck, Lukas, Fels, Janina

“…Purpose: Normal-hearing and hard-of-hearing listeners suffer from reduced speech intelligibility in noisy and reverberant environments. Although daily…”
Get more information

Short-time acoustic indices for monitoring urban-natural environments using artificial neural networks by Espejo, Diego, Vargas, Víctor, Viveros-Muñoz, Rhoddy, Labra, Fabio A., Huijse, Pablo, Poblete, Víctor

“…•Urban ecosystems near cities offer key services, facing urbanisation threats.•Acoustic monitoring assesses habitat status, yet produces vast data.•Neural…”
Get full text

Assessing Ambisonics Sound Source Localization by Means of Virtual Reality and Gamification Tools by Medina, Esaú, Viveros-Muñoz, Rhoddy, Otondo, Felipe

“…Sound localization is a key area of interest in auditory research, especially in complex acoustic environments. This study evaluates the impact of…”
Get full text

Dataset of British English speech recordings for psychoacoustics and speech processing research: The clarity speech corpus by Graetzer, Simone, Akeroyd, Michael A., Barker, Jon, Cox, Trevor J., Culling, John F., Naylor, Graham, Porter, Eszter, Viveros-Muñoz, Rhoddy

“…This paper presents the Clarity Speech Corpus, a publicly available, forty speaker British English speech dataset. The corpus was created for the purpose of…”
Get full text

Dataset for polyphonic sound event detection tasks in urban soundscapes: The synthetic polyphonic ambient sound source (SPASS) dataset by Viveros-Muñoz, Rhoddy, Huijse, Pablo, Vargas, Victor, Espejo, Diego, Poblete, Victor, Arenas, Jorge P., Vernier, Matthieu, Vergara, Diego, Suárez, Enrique

“…This paper presents the Synthetic Polyphonic Ambient Sound Source (SPASS) dataset, a publicly available synthetic polyphonic audio dataset. SPASS was designed…”
Get full text

The SPASS dataset: A new synthetic polyphonic dataset with spatiotemporal labels of sound sources by Viveros-Muñoz, Rhoddy, Huijse, Pablo, Vargas, Victor, Espejo, Diego, Poblete, Victor, Arenas, Jorge P., Vernier, Matthieu, Vergara, Diego, Suárez, Enrique

“…•A novel synthetic polyphonic dataset featuring spatiotemporal labels of sound sources is presented.•The dataset aims to detect and classify sound sources…”
Get full text

Results of the second “clarity” enhancement challenge for hearing devices by Akeroyd, Michael A., Firth, Jennifer L., Naylor, Graham, Barker, Jon P., Culling, John, Cox, Trevor J., Bailey, Will, Graetzer, Simone, Viveros Muñoz, Rhoddy, Porter, Eszter, Griffiths, Holly

“…The clarity enhancement challenges (CECs) seek to facilitate development of novel processing techniques for improving the intelligibility of speech in noise…”
Get full text

Launching the first “Clarity” Machine Learning Challenge to revolutionise hearing device processing by Akeroyd, Michael A., Barker, Jon P., Cox, Trevor J., Culling, John, Graetzer, Simone, Naylor, Graham, Porter, Eszter, Viveros Muñoz, Rhoddy

“…Recent advances in machine learning raise the prospect of radically improving how hearing devices deal with speech in noise and so improve many aspects of…”
Get full text

Clarity: Machine Learning Challenges to Revolutionise Hearing Device Processing by Graetzer, Simone, Akeroyd, Michael, Barker, Jon P, Cox, Trevor J, Culling, John F, Naylor, Graham, Porter, Eszter, Muñoz, Rhoddy Viveros

“…In the Clarity project, we will run a series of machine learning challenges to revolutionise speech processing for hearing devices. Over five years, there will…”
Get full text