#SoundScapes #Ambisonics #VirtualAuditoryEnvironments #Perception #SpatialHearing #OpenScience #JASA #SpecialIssue #FirstFirstAuthor

the AudioDome Python module and our Head-And-Torso Simulator recordings used in estimating localization cues publicly available.
🖥️ GitHub – AudioDome Module & Tutorial: github.com/NimaZN/Audio...
🔓 HATS data on OSF: osf.io/k9684
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This project was part of my MSc thesis at @westernu.bsky.social, aiming to clarify the strengths and limitations of the AudioDome, laying the foundation for future experiments at @westernuwin.bsky.social. To support continued work in this area, we’ve made both
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We found that low-frequency sounds are reproduced with high focality, accurately simulating location. However, spectral distortions in higher frequencies disrupt elevation cues, leading to misperceived sound source position. /3

In this study we investigated how well the ninth-order ambisonics algorithm, implemented via the AudioDome (a loudspeaker array at the Center for Brain and Mind), can reproduce spatial soundscapes for human perception research. /2

Turing Sour Snakes on Bluesky!
@zrmor.bsky.social @thoughtdrifter.bsky.social