The device will detect small finger movements and even just trying to move a finger.
Facebook introduced a concept for a smart bracelet designed to “read your thoughts”, allowing the user to interact with augmented reality objects or write texts on a virtual keyboard.
Mix different input sources for virtual reality glasses, developers FRL ResearchFacebook’s augmented and virtual reality technologies section, they choose wrist Because it is where we wear the watch, which means that it can reasonably fit into everyday life and social contexts, given its proximity to scorpions that allows us to interact with the world.
Belt operation is supported by Electromyography, Which converts electrical signals from the motor nerve traveling to the hand into digital commands that can be used to control the device’s functions. This provides a high degree of control Customizable and adaptable For many situations.
The signals are so clear that the system can detect the movement of one finger Millimeter Or even just Try to move Finger, they explained in FRL Research.
In the early stages, the bracelet will detect simple commands, such as pressing the thumb against the index finger. However, due to finely tuning the system, the controls will get more complex, so you can work with it User interfaces And virtual objects in augmented reality and even control virtual objects from a distance.
The company expects that at a later time we will be able to Press the buttons that are not present Virtual keyboard, Quickly write text on the table or on your lap.
The concept is also considering merging Smart clicks Interfaces that adapt to the user’s context in real time. For example, if a user tries to run, the AI builds on Previous behaviorYou can suggest to the person that they may want to listen to music, so a menu on the glasses will appear asking if they want to activate their music list. The user will simply have to accept or reject the suggestion.
“The goal of neural interfaces is to reverse the long history of human-computer interaction for the benefit of humans who have more control over machines than they have over us,” says Thomas Reardon, director of motor neuron interfaces at FRL Research. “We want computing experiences where That the human being is the absolute center From the whole experience. “
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