Introducing FFASR Leaderboard with Hugging Face
Sign up for the on-demand webinar celebrating the launch of the Far Field ASR Leaderboard (FFASR) on Hugging Face, a new benchmark designed to move audio AI evaluation beyond near field assumptions.
audics sets new standards for precision, efficiency and human-centered acoustic design with Treble Technologies.
audics is an audio and acoustics engineering company specializing in innovative solutions for room acoustic planning, 3D soundscapes and spatial computing. With the cloud-based Acoustic Simulation Suite from Treble Technologies, audics is able to analyze and optimize sound propagation in rooms based on wave theory.
This paper is the first in a three-part case study to demonstrate the accuracy and benefits of wave-based 3D simulation of a small voice production studio.
Optimization of a small room for critical listening using Treble
Part 1
The study shows:
- How the simulation can capture the room modes and the interference with the boundary surfaces over the entire area of the room.
- How the positioning of the loudspeakers and the acoustic measures can be planned and validated with the simulation.
- This makes it possible for the first time to avoid high measurement costs and position room acoustics measures with pinpoint accuracy.
Recent posts
The launch of the Far-Field ASR Leaderboard
Treble Technologies and Hugging Face address voice AI’s unspoken dilemma with groundbreaking benchmark of ASR models
On-demand webinar: The Next Era for the Treble Web App
Sign up for our on-demand webinar focused on the latest advancements in the Treble Web Application, covering new features that improve analysis workflows, visualization, and overall usability. The session includes live demonstrations of upcoming capabilities, a brief overview of Revit and Rhino integrations to streamline design processes, and the introduction of a new materials initiative aimed at improving simulation accuracy and industry alignment. Attendees will gain a clear understanding of how these updates enhance efficiency, reduce setup time, and enable more reliable acoustic design decisions within modern, cloud based simulation workflows.
