AIMC Topic: Motor Neurons

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Learning to Produce Syllabic Speech Sounds via Reward-Modulated Neural Plasticity.

PloS one Jan 25, 2016
At around 7 months of age, human infants begin to reliably produce well-formed syllables containing both consonants and vowels, a behavior called canonical babbling. Over subsequent months, the frequency of canonical babbling continues to increase. H...
Laryngeal Muscles Lip Jaw Motor Cortex Language Development Auditory Perception Motor Neurons Feedback Nerve Net Infant Phonetics Neuronal Plasticity Reward Models, Neurological Dopamine Humans Neural Networks, Computer Machine Learning Computer Simulation
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Improved system identification using artificial neural networks and analysis of individual differences in responses of an identified neuron.

Neural networks : the official journal of the International Neural Network Society Dec 9, 2015
Mathematical modelling is used routinely to understand the coding properties and dynamics of responses of neurons and neural networks. Here we analyse the effectiveness of Artificial Neural Networks (ANNs) as a modelling tool for motor neuron respons...
Reaction Time Movement Motor Neurons Grasshoppers Animals Algorithms Male Female Neural Networks, Computer
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Robot-assisted gait training improves motor performances and modifies Motor Unit firing in poststroke patients.

European journal of physical and rehabilitation medicine Jan 30, 2014
BACKGROUND: Robotics and related technologies are realizing their promise to improve the delivery of rehabilitation therapy but the mechanism by which they enhance recovery is still unknown. The electromechanical-driven gait orthosis Lokomat has demo...
Exercise Therapy Adult Male Aged Orthotic Devices Electromyography Motor Neurons Middle Aged Humans Aged, 80 and over Gait Robotics Paresis Female Stroke Rehabilitation
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Integrating Motor Unit Activity With Deep Learning for Real-Time, Simultaneous and Proportional Wrist Angle and Grasp Force Estimation.

IEEE transactions on bio-medical engineering Dec 1, 2025
OBJECTIVE: Myoelectric prostheses offer great promise in enabling amputees to perform daily activities independently. However, existing neural interfaces generally cannot simultaneously and proportionally decode kinematics and kinetics in real time, ...
Humans Deep Learning Female Hand Strength Young Adult Biomechanical Phenomena Electromyography Signal Processing, Computer-Assisted Adult Male Motor Neurons Wrist
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Brain-machine interfaces: assistive, thought-controlled devices.

Lab animal Sep 21, 2016
Humans Brain-Computer Interfaces Motor Cortex Animals Robotics Paralysis Macaca Electrodes, Implanted Motor Neurons
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