Back to Results
First PageMeta Content
Anxiety / Neuroscience / Immune system / Neuroendocrinology / Stress / Allostasis / Motor learning / Brain / Neuroplasticity / Anatomy / Biology / Mind


1 Performance augmentation in hybrid bionic systems: techniques and experiment. Keywords: Environmental Physiology, Human-Machine Interaction, Human Adaptability, Computational Modeling, Neuromechanics
Add to Reading List

Document Date: 2013-01-31 20:48:26


Open Document

File Size: 1,28 MB

Share Result on Facebook

City

Dockendorf / /

IndustryTerm

space travel / aerospace medicine paradigm / neuromuscular systems / hybrid bionic systems / hybrid biological-technological systems / gene products / physical hybrid systems / portable devices / aerospace and environmental medicine approaches / sensorimotor systems / prosthetic devices / technological device / biological systems / bionic systems / human biological systems / supply energy / physiological systems / brain network / interface technology / hybrid systems / aerospace and environmental medicine / human-machine systems / wearable devices / neural systems / wearable device / technological systems / brain networks / teleoperation17 systems / prosthetic device / peripheral systems / physical systems / food / remote device / energy / /

MedicalCondition

muscle fatigue / disease / fatigue / muscle contraction / muscle twitches / spinal cord injury / phantom limb / /

MedicalTreatment

cochlear implants / surgery / /

Person

Lesion / Roland et.al / Martin et.al / R UP / R UP AK NA TH / R UP NA TH / R UP AK / R UP NA / Diaz / R UP NA TH JI / /

Position

driver / motion controller / manual controller / walker / e.g. feed-forward / naked controller / loaded controller / operative / /

Product

iPod / /

Technology

related technology / virtual reality / cell phones / simulation / animation / genotype / recombination / MRI / interface technology / /

SocialTag