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.
Join our live training sessions to get up to speed on how to best use Treble Acoustic Simulation Suite for your acoustic projects.
Learn how to create amazing acoustic simulations with Treble
Jesper will go through all the steps involved in the modeling workflow and creating acoustic simulations for in-depth analysis. Amongst other things, you will learn:
- How our simulation engine works
- How to import your geometries into Treble
- How to assign materials to your geometry
- How to input sources and receivers
- How to set up surface receivers
- How to analyze acoustic parameters for your simulations
- How to hear your designs in the Auralizer
September 19th at 1.00pm UTC -
Duration: 1h
Follow in real-time
In order to follow along in real-time, you will need to be a paying customer or an active Trial user. You can sign up for a free trial with the link below.
The training sessions will also include a live Q&A session for you to ask any questions you may have along the way.
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.
