Proposes topology-optimized acoustic holograms and nonlinear acoustics methods for precise transcranial FUS focusing, alignment without MRI, and hydrocephalus monitoring.
A review of finite element methods for room acoustics
2 Pith papers cite this work. Polarity classification is still indexing.
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UNVERDICTED 2representative citing papers
A simulation-based inference method with neural networks estimates multiple frequency-dependent acoustic impedances in situ from interior measurements using a fractional damped oscillator model, validated on cuboid room and car cabin simulations.
citing papers explorer
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Transcranial FUS Therapy and Monitoring using Nonlinear Acoustics
Proposes topology-optimized acoustic holograms and nonlinear acoustics methods for precise transcranial FUS focusing, alignment without MRI, and hydrocephalus monitoring.
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In situ estimation of the acoustic surface impedance using simulation-based inference
A simulation-based inference method with neural networks estimates multiple frequency-dependent acoustic impedances in situ from interior measurements using a fractional damped oscillator model, validated on cuboid room and car cabin simulations.