20.01 Artificial Intelligence for Noise and Vibration Control

Hourly Schedule

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Abstract Title: Experimental force reconstruction on plates of arbitrary shape using neural networks

Tyler Dare

tpd10@psu.edu

Last Logged in: Jun 7, 2021 12:51 pm

Abstract ID: 2397


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Abstract Title: Investigating the relationship between train speed and ground vibrations using random forest machine learning models

Frank Klein Schaarsberg

frank.klein.schaarsberg@witteveenbos.com

Last Logged in: May 17, 2021 01:39 pm

Abstract ID: 2463


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Abstract Title: A Sound Insulation Prediction Model for Floor Structures in Wooden Buildings Using Neural Networks approach

Mohamad BADER EDDIN

Mohamad.bader-eddin1@uqac.ca

Last Logged in: May 20, 2021 03:24 pm

Abstract ID: 2619


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Abstract Title: Data-driven Frequency Response Function Super-resolution for improved Experimental Modal Analysis on violin plates

Raffaele Malvermi

raffaele.malvermi@polimi.it

Last Logged in: Mar 1, 2021 08:57 am

Abstract ID: 2881


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Abstract Title: Scalable Machine Learning Approach to Classifying Transportation Noise at Two Urban Sites in Greater Boston, Massachusetts

Tiange Wang

tiange.wang@tufts.edu

Last Logged in: Jun 10, 2021 04:45 pm

Abstract ID: 2907