Reach out to Amanda Lind for Consulting in the field of acoustics, sound, noise, and vibration for scientific purposes:

Patents Granted:

{1} Granted: August 8, 2023 --- "Vehicle Surface Impact Detection" US11718292B2

{2} Granted: July 18, 2023 --- "Transducer-based structural health monitoring of autonomous vehicles" US8544328B2

{1} Granted: August 17, 2021 --- "Method for robotic vehicle communication with an external environment via acoustic beam forming" US11091092B2

{0} Granted: January 28, 2020 --- "Robotic vehicle active safety systems and methods" US10543838B2

Patents, Published and Pending:

{0} Published: November 17, 2022 "Autonomous vehicle that comprises ultrasonic sensors" US20220365210A1

Interactive:

{1} Edge Diffraction Sandbox

Conference:

{1} A. B. Lind, V.W. Sparrow, Application of the mirror source method for sonic booms outdoors, Volume 129, Graduate Program in Acoustics, Pennsylvania State University, 201 Applied Science Bldg., University Park, PA 16802, 2011. J.Acoust. Soc. Am.

{2} A. B. Lind, V.W. Sparrow, The impact of including diffraction when predicting the effect of listener environment on the perceived loudness of outdoor sonic booms, ICA 2013 Montreal, Volume Proc. Mtgs. Acoust. 19, Graduate Program in Acoustics, Pennsylvania State University, 201 Applied Science Bldg., University Park, PA 16802, June 2013. Acoustical Society of America, AIP.

Thesis / Dissertation:

{1} A. B. Lind, M.S. Thesis: Modeling specular reflections and post boom noise to augment synthesized outdoor sonic boom signatures Pennsylvania State Universtiy, 201 Applied Science Bldg., University Park, PA 16802, December 2016.

{2} A. B. Lind, Doctoral Dissertation: Auralizing impulsive sounds outdoors among buildings. , Pennsylvania State Universtiy, 201 Applied Science Bldg., University Park, PA 16802, December 2016.

Interactive web content: Edge diffraction sandbox http://www.amandalind.com/sandboxes/btm_diffractionsandbox.html

Indoor and outdoor acoustic modeling informing architectural design: Acoustic model for a flexible concert hall design competition for a Beethoven-focused centered hall in Bonn, Germany.

C++ code for acoustic simulation: A. B. Lind, Doctoral Dissertation: Auralizing Impulsive Sounds Outdoors Among Buildings, Pennsylvania State University, 201 Applied Science Bldg.

Purpose-built multichannel system design - event installation

Custom PCB for purpose-built audio systems

DSP programming for multichannel systems & effects

Purpose-built multichannel system design for communication

Microphone placement for live sound in high-pressure environments.

Chief audio engineering of an investment advice radio station - filtering of vocal talent to inspire confidence and trust.