Listening in Motion: Beyond the Time-Invariant Room
Exploring dynamic acoustic simulation and why real environments are not time invariant. Learn how the Treble SDK models motion in sound scenes.
Abstract
Diffraction is a prominent low frequency phenomenon that is known to be difficult to simulate with traditional geometrical acoustics (GA) software even with some compensations. Treble outperforms the conventional GA software in simulating diffraction from a large barrier by directly solving the wave equation as shown in the BRAS (Benchmark for Room Acoustical Simulation) RS5 scene. This study compares Treble simulations and BRAS for the RS6 scene called finite diffracting body.
In this paper you can see how Treble's simulation validated against BRAS rs6 data on sound diffractions around a finite obstacle at low frequencies.
Recent posts
On-demand SDK Webinar: A new era for audio AI data
Watch the on-demand webinar unveiling new Treble SDK capabilities for advanced voice processing and audio AI, including dynamic scene simulation, a new source receiver device for own voice and echo cancellation scenarios, and powerful tools for large-scale synthetic data generation. Industry leaders in audio technology and voice AI also join the session to discuss how these advancements elevate product performance and accelerate research and development.
The Next Major Evolution of the Treble SDK
The release is centered around two main areas. First, a substantial expansion of our device modeling capabilities. Second, a new framework for large scale data workflows and acoustic scene generation. Together, these changes further position the Treble SDK as a core infrastructure layer for modern audio algorithm development and virtual prototyping.
