System for remote management in ambient intelligence environments using electromyographic signals

A system for remote management in ambient intelligence environments comprising:

• an interface (1) further comprising:
• an earphone or a microphone,
• at least one electromyographic signal-capturing electrode, wherein the electromyographic signal is generated by voluntary movement of a muscle or a muscle group,
• and a means for calibration, encoding and interpretation of a plurality of electromyographic signals, determining a Myogenic Language based on three parameters,
• the first two parameters being an amplitude (A) and a duration (D) of an electromyographic signal, the amplitude is categorized into a (AS) variable or a (AL) variable, wherein the (AL) variable represents an electromyographic signal having a larger amplitude than an amplitude of a designated electromyographic signal, and the duration is categorized into a (DS) variable or a (DL) variable, wherein the (DL) variable represents an electromyographic signal having a longer duration than the designated electromyographic signal, such that a combination of these variables is used to generate at least one myogenic four letter code including “AS/DS”, “AS/DL”, “AL/DS” and “AL/DL”,
• the third parameter being defined as a time lapse interval between a generation of one myogenic four letter code and a next myogenic four letter code;
• a nexus module (2), an input of which is connected to the interface (1), and an output of which is a wireless transmitter-receiver;
• a controller (3) comprising means for controlling and managing a plurality of devices comprising an ambient intelligence environment, an input of the controller is wirelessly connected to the output of the nexus module (2).