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Laura A. Hallock

2 accepted papers

2018

Empirical Quantification and Modeling of Muscle Deformation: Toward Ultrasound-Driven Assistive Device Control

ICRA 2018poster

Surface electromyography is currently the sensing modality of choice for control of biosignal-driven prostheses and exoskeletons; however, the sensor's noisy and aggregate nature inhibits collection of distinguishable signal streams to robustly manipulate multiple device degrees of freedom (DoF). We…

Cited by 19SourceScholar
2018

Empirical Quantification and Modeling of Muscle Deformation: Toward Ultrasound-Driven Assistive Device Control * This work was supported by the NSF National Robotics Initiative (award no. 81774), Siemens Healthcare (85993), and the NSF Graduate Research Fellowship Program

ICRA 2018

Surface electromyography is currently the sensing modality of choice for control of biosignal-driven prostheses and exoskeletons; however, the sensor's noisy and aggregate nature inhibits collection of distinguishable signal streams to robustly manipulate multiple device degrees of freedom (DoF). We

Cited by 10SourceScholar