Learn from our experts
In this session, Ólafur Hafstein Pjetursson, Product Manager at Treble Technologies, explored the optimal level of geometric detail necessary for accurate and efficient hybrid acoustic simulations, combining wave-based and geometrical acoustics methods.
- Gain an understanding of how wave-based and geometrical acoustics methods are integrated in hybrid simulations.
- Learn how to determine the optimal level of geometric detail necessary for accurate simulations, balancing computational efficiency with precision.
- Learn how to effectively optimize hybrid simulation techniques within the Treble web app with a step-by-step guidance.
Hybrid Simulations: How much geometric detail is just right?
Meet our expert
Ólafur Hafstein Pjetursson, Product Manager at Treble Technologies
Ólafur Hafstein Pjetursson is a Product Manager at Treble Technologies with vast experience in Acoustic engineering and modeling.
Recent posts
Treble Technologies, a world leader in sound simulation and synthetic acoustic data generation, today announced that it has raised $18 million (approximately €15M) in its Series A-2 round to expand its innovative technology platform for enabling better and easier-to-develop audio-enabled systems. Paladin Capital Group led the round, with participation from existing investors KOMPAS VC, Frumtak Ventures, and the European Innovation Council (EIC) Fund. The latest round brings Treble’s total funding to date to €36M.
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.
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
