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Interactive audio spatialization technology previously developed for videogame authoring and rendering has evolved into an essential component ofplatforms enabling shared immersive virtual experiences for future co-presence,remote collaboration and entertainment applications. New wearable virtual andaugmented reality displays employ real-time binaural audio computing enginesrendering multiple digital objects and supporting the free navigation ofnetworked participants or their avatars through a juxtaposition ofenvironments, real and virtual, often referred to as the Metaverse. Theseapplications require a parametric audio scene programming interface tofacilitate the creation and deployment of shared, dynamic and realistic virtual3D worlds on mobile computing platforms and remote servers.  We propose a practical approach for designing parametric 6-degree-of-freedomobject-based interactive audio engines to deliver the perceptually relevantbinaural cues necessary for audio/visual and virtual/real congruence inMetaverse experiences. We address the effects of room reverberation, acousticreflectors, and obstacles in both the virtual and real environments, anddiscuss how such effects may be driven by combinations of pre-computed andreal-time acoustic propagation solvers. We envision an open scene descriptionmodel distilled to facilitate the development of interoperable applicationsdistributed across multiple platforms, where each audio object represents, tothe user, a natural sound source having controllable distance, size,orientation, and acoustic radiation properties.

Rendering Spatial Sound for Interoperable Experiences in the Audio Metaverse