Faculty

Institution

Unit

Venue

Robert LeMoyne

Adjunct Professor

Northern Arizona University

Affiliations

College of Social and Behavioral Sciences

Department of Psychological Sciences

Robert Lemoyne is currently serving as a College Of Social And Behavioral Sciences Adjunct Professor at Northern Arizona University.

Honors

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Experiences

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Education

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Robert LeMoyne

Northern Arizona University

Adjunct Professor

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wearable technology rehabilitation machine learning instrumentation neuroscience biomechanics gait analysis neurology physiological measurements human movement movement analysis mobile computing physiology parkinson's disease assistive technology health technology motor control prosthesis sensor technology accelerometers wearable electronics ehealth applied physiology vehicular technology movement disorders activity recognition physical medicine wireless communications orthopedic biomechanics biomedical informatics motion analysis health monitoring brain stimulation wearable sensors hemiplegic gait powered prosthesis human-computer interaction classification method mobile sensing medical technology virtual proprioception active control embedded sensing classifier systems gait characteristics wireless inertial sensor musculoskeletal disorders medical image computing motion detection musculoskeletal science rehabilitation robotics biomedical technologies biomedical research perspective review wireless gyroscope platform machine vision asic implementation mobile health spinal biomechanics positioning systems mobile interaction embedded machine learning medical image analysis wireless accelerometer application wireless accelerometer wireless inertial sensors force plate portable media device wireless accelerometer system reflex response quantified disparity machine learning classification mechanical science diabetes technology human monitoring bioinstrumentation neurorehabilitation neural engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Adaptive Deep Brain Stimulation. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

sensorscomputer scienceneural computationautomatic controldeep learningneurostimulationmeasurementneuroscienceprecision engineeringintelligent computingbiomedical engineeringphysiological measurementsbrain stimulationsensor technologyneurorehabilitationinstrumentationsmart sensorsstimulation device

Advanced Concepts. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

advanced concepts

Advent of Conformal Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

mobile computingwireless accesscomputer sciencesystems engineeringwireless sensor networks5g systemoptoelectronicsenergy harvestingmicrofabricationsensorsactive controlofdm systemreal-time protocolreliability engineeringwireless systemshealth technologyinterference cancellationvehicular technologymaterials science

Assessment of Machine Learning Classification Strategies for the Differentiation of Deep Brain Stimulation “on” and “Off” Status for Parkinson’s Disease Using a Smartphone as a Wearable and Wireless Inertial Sensor for Quantified Feedback. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

neurologywireless inertial sensorwearable technologyparkinson's diseaseneurosciencedeep brain stimulationclassification strategiesquantified feedbackinstrumentationmachine learning

Deep Brain Stimulation for the Treatment of Movement Disorder Regarding Parkinson’s Disease and Essential Tremor With Device Characterization. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

neurologydevice characterizationparkinson's diseaseneurosciencemovement disordersdeep brain stimulationessential tremorinstrumentation

Deep Brain Stimulation With Machine Learning Classification Through Conformal Wearables. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

conformal wearablesneurosciencerobot learningbrain-like computingbiomedical imagingstimulation devicesensor designcomputer sciencedeep learningintelligent computingneural engineeringbrain stimulationwearable technologydeep brain stimulationsmart sensorsneural computationautomatic controlmeasurementprecision engineeringbiomedical engineering

Deep Learning and Spiking Neural Networks for Neuromorphic Applications for Classifying Health Status Using Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

neuroinformaticsneurosciencemonitoring technologyhealth statusdeep learningmachine intelligencephysiological measurementshealth sciencesbiomedical informaticssmart computingcomputational neuroscienceneuroimagingmedical image computingwireless systemsinstrumentation engineeringneural networksbiomedical engineeringneuromorphic applicationssensor technologyinstrumentation

Evolutions for Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

wireless systemswearable technologyinstrumentation engineeringtechnologyengineeringevolutionary roboticselectrical engineeringsensor technologyinstrumentation

Future Perspectives for Wearable and Wireless Systems for Healthcare. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

health carefuture perspectiveswireless systemswearable technologymedical technologyhealth technologyhealth sciencesinstrumentation

Gait Analysis With Advanced Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

systems engineeringgait analysiswireless systemscomputer visionwearable technologyinstrumentation engineeringtechnologyhuman movementkinesiologyphysiological measurementsmovement analysismotion analysissensor technologyinstrumentationbiomechanics

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Robert LeMoyne

Adjunct Professor

Northern Arizona University

Affiliations

College of Social and Behavioral Sciences

Department of Psychological Sciences

Robert Lemoyne is currently serving as a College Of Social And Behavioral Sciences Adjunct Professor at Northern Arizona University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert LeMoyne

Northern Arizona University

Adjunct Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Adaptive Deep Brain Stimulation. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

Advanced Concepts. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

advanced concepts

Advent of Conformal Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

neurologywireless inertial sensorwearable technologyparkinson's diseaseneurosciencedeep brain stimulationclassification strategiesquantified feedbackinstrumentationmachine learning

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

neurologydevice characterizationparkinson's diseaseneurosciencemovement disordersdeep brain stimulationessential tremorinstrumentation

Deep Brain Stimulation With Machine Learning Classification Through Conformal Wearables. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy MastroianniDonald WhitingNestor Tomycz

Deep Learning and Spiking Neural Networks for Neuromorphic Applications for Classifying Health Status Using Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

Evolutions for Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

wireless systemswearable technologyinstrumentation engineeringtechnologyengineeringevolutionary roboticselectrical engineeringsensor technologyinstrumentation

Future Perspectives for Wearable and Wireless Systems for Healthcare. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

health carefuture perspectiveswireless systemswearable technologymedical technologyhealth technologyhealth sciencesinstrumentation

Gait Analysis With Advanced Wearable and Wireless Systems. Smart sensors, measurement and instrumentation (2024)

Robert LeMoyneTimothy Mastroianni

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