Novel device developed can read human muscle's electrical activity and convert them into signals, an approach that can be used to create smart clothes as well as bionic prostheses.
The device named "Myo Interface" is a project of a human-computer interface that reads the arm muscles' electric activity, recognizes gestures and translates them into commands for devices, Bulat Aitbayev, a student at the National Research Nuclear University MEPhI in Moscow, Russia, was quoted as saying by Sputnik news agency.
Reflex Linking Taste And Muscle Activity Discovered
Swirling around a carbohydrate solution in your mouth can make you feel stronger, even before it reaches the bloodstream
Advertisement
‘Myo Interface will be used to control bionic arm prostheses, smart clothes for athletes that can take ECG as well as monitor other indicators and design exercise equipment for those in rehabilitation.’
Tweet it Now
"Myo comes from 'muscle' in Greek".
"The electrodes read the electromyographic signals of the muscles, while the interface uses special algorithms to recognize movement patterns and translate them into device commands," Aitbayev explained.
![Electronic Patch To Monitor Nerve And Muscle Activity]( "Electronic Patch To Monitor Nerve And Muscle Activity")
US engineers have developed an ultrathin skin-like patch to monitor nerve and muscle activity.
Myo Interface will be used to create exercise equipment for those in rehabilitation, smart clothes for athletes that can take electrocardiograms as well as monitor other indicators, and a system to control bionic arm prostheses.
It can also be used for remote control of smartphones and Smart House systems.
The device has higher accuracy and lowers device recognition delay rate. It also allows the use of a wider range of various recognition algorithms, Aitbayev noted.
The team is now planning to use the laboratory prototype to create a system for controlling the upper limbs' bionic prostheses and update the virtual and augmented reality movement tracking system.
Source: IANS
Electronic Patch To Monitor Nerve And Muscle Activity
US engineers have developed an ultrathin skin-like patch to monitor nerve and muscle activity.
Advertisement
Myo Interface will be used to create exercise equipment for those in rehabilitation, smart clothes for athletes that can take electrocardiograms as well as monitor other indicators, and a system to control bionic arm prostheses.
It can also be used for remote control of smartphones and Smart House systems.
The device has higher accuracy and lowers device recognition delay rate. It also allows the use of a wider range of various recognition algorithms, Aitbayev noted.
The team is now planning to use the laboratory prototype to create a system for controlling the upper limbs' bionic prostheses and update the virtual and augmented reality movement tracking system.
Source: IANS
Regeneration Of Skeletal Muscle Tissue Takes A New Approach
The outline of an innovative strategy for regenerating skeletal muscle tissue using cells derived from the amniotic fluid is mentioned in new research.
Advertisement
 Tweaks Made To The Fitness App Can Add Real Muscle To Workout CommitmentTweaks made to the fitness app can inspire a deeper commitment to a fitness routine, finds a new study. | Advertisement
|
Advertisement
Recommended Readings
Latest Medical Gadgets
The Apple Watch monitors heart rate, VO2 Max (oxygen intake during exercise), and ECG, warning users globally of cardiac abnormalities.
Apart from monitoring basic health, the new apple watch series 9 features a new double tap gesture to control apps without touching the watch.
Our artificial olfactory system combines sensing and processing efficiently, mirroring the biological olfactory system's function for energy and space savings.
A portable, lightweight, and affordable exoskeleton designed for stroke patients promises expanded accessibility, particularly in areas with limited resources.
A textile-based wearable device that 'taps' a user's wrist with pressurized air, silently guides the person finding their way to their destination.
