Brain-computer interface with emergent emotional expression in an armored fractal membrane architecture, based on electroencephalography, interpretation of emotional states using a multilayer intention engine, and interspecies correlation with an animal biosensor

Abstract

The subject of the application is a brain-computer interface with emergent emotional expression in a fractal membrane armor architecture, based on electroencephalography, interpretation of emotional states by a multi-layer intention engine, and interspecies correlation with an animal biosensor. The emotional expression system based on the brain-computer interface is characterized in that the user's electroencephalographic (EEG) signals recorded by a multi-channel (at least 14 channels), wireless EEG headset are processed by a multi-layer emotional intention interpreter (MEOW-Neuro Engine) to identify the user's emotional state and communicative intention, and the identified intention is rendered as a personalized graphic symbol (emoticon), generated emergently based on: (a) the emotional intention vector from the EEG signals, (b) the user's individual personality profile, including at least 17 behavioral parameters and a neural imprint,(c) relational context between the user and the recipient, where the graphic form of the sign is NOT selected from a predefined catalog of signs, but generated uniquely for each user-emotion-recipient-moment combination, and the sign is distributed using a distributed peer-to-peer protocol with a post-quantum cryptographic signature.,