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Solid mechanics / Continuum mechanics / Physical quantities / Elasticity / Elastography / Medical imaging / Deformation / Infinitesimal strain theory / Ultrasound / Physics / Mechanics / Materials science


In-vitro characterization of a cochlear implant system for recording of evoked compound action potentials
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City

Shenzhen / Raleigh / Burnaby / /

Company

DS Simulia Corporation / Ultrasonix Medical Corporation / Creative Commons / BioMed Central Ltd. / CIRS Inc. / MathWorks Corporation / /

Country

United States / Canada / /

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Facility

Johns Hopkins University / /

IndustryTerm

ultrasound imaging / reconstruction algorithms / clinical applications / mammographic imaging / magnetic resonance imaging / synthetic and real imaging data / medical imaging modality / material constitutive law / strain imaging / imaging / post-processing techniques / supersonic shear imaging / /

Organization

Health Science Research Ethics Committee / Key Lab for Health Informatics / Johns Hopkins University / Chinese Academy / /

Person

Abstract Background / Phantom / /

Position

author / Model 049 / model / as the target / representative / Model / /

Product

Kalman / /

ProvinceOrState

British Columbia / /

Technology

Model-based reconstruction algorithms / magnetic resonance imaging / Kalman filtering algorithm / ultrasound / http / simulation / medical imaging / /

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http /

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