Brain machine interface

Kinetic Trajectory Decoding Using Motor Cortical Ensembles

Algorithms / Biomedical Engineering / Skeletal muscle biology / Kinetics / Electroencephalography / Neurophysiology / Movement / Brain Computer Interfaces / Kinematics / Brain machine interface / Animals / Motor Cortex / Motor Evoked Potentials / Neuronal Activity / Muscle contraction / Macaca Mulatta / Torque / Primary Motor Cortex / Linear Filtering / Electrical And Electronic Engineering / Neurophysiology / Movement / Brain Computer Interfaces / Kinematics / Brain machine interface / Animals / Motor Cortex / Motor Evoked Potentials / Neuronal Activity / Muscle contraction / Macaca Mulatta / Torque / Primary Motor Cortex / Linear Filtering / Electrical And Electronic Engineering

Kinetic Trajectory Decoding Using Motor Cortical Ensembles

Algorithms / Biomedical Engineering / Skeletal muscle biology / Kinetics / Electroencephalography / Neurophysiology / Movement / Brain Computer Interfaces / Kinematics / Brain machine interface / Animals / Motor Cortex / Motor Evoked Potentials / Neuronal Activity / Muscle contraction / Macaca Mulatta / Torque / Primary Motor Cortex / Linear Filtering / Electrical And Electronic Engineering / Neurophysiology / Movement / Brain Computer Interfaces / Kinematics / Brain machine interface / Animals / Motor Cortex / Motor Evoked Potentials / Neuronal Activity / Muscle contraction / Macaca Mulatta / Torque / Primary Motor Cortex / Linear Filtering / Electrical And Electronic Engineering

Ultra-miniature ultra-compliant neural probes with dissolvable delivery needles: design, fabrication and characterization

Polymer Chemistry / Traumatic Brain Injury / Brain-computer interfaces / Biotechnology / Neural Interfacing / Brain Computer Interface / Polymers / MEMS sensor / Microelectrode array / Microfabrication / Brain-Machine Interfaces / Brain machine interface / Brain Computer Interfacing / Dissolved organic matter / Lithography / Brain injury / MEMS design: Sensors and Actuators / Microneedles / Flexible Electronics / Bio-implantable Circuits and Neural Signal Processing / Cortical Implant / Micromotion / Dissolved Component / Brain Computer Interface / Polymers / MEMS sensor / Microelectrode array / Microfabrication / Brain-Machine Interfaces / Brain machine interface / Brain Computer Interfacing / Dissolved organic matter / Lithography / Brain injury / MEMS design: Sensors and Actuators / Microneedles / Flexible Electronics / Bio-implantable Circuits and Neural Signal Processing / Cortical Implant / Micromotion / Dissolved Component

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