Methods and Technologies of Internal Speech Recognition by Non-Invasive Neurointerfaces

Abstract

The brain coordinates the reproduction and understanding of internal speech. The processes of thinking are given in the form of internal speech. The perception of internal speech involves the primary and secondary crust centers of analyzers, which record the corresponding waves, signals and rhythms and qualify them as language. This is achieved in two ways: either use functional neuroimaging and other additional research methods that allow localizing the structures currently functioning, or select patients with damage to certain areas and conduct a detailed neurocognitive study in comparison with healthy people from the control group, determining which functions in this lesion fall out. The principal issue of internal speech research is languages. A more complex question is the study of the connection of thinking, memory with internal speech. Now, especially when neurologists take into account the plasticity of the brain, functional relationships, general principles, pathways of excitation are of greater interest. Technologists of non-invasive neurointerfaces use methods and technologies to localize structures that control the understanding and reproduction of internal speech, the communication between them, the stages of speech signal processing and the role of each structure at these stages. The introduction to the study highlights approaches and methods for identifying various functional speech aspects. The mental lexicon section discloses the semantic component and the syntactic component, as well as the perceived and reproducible forms of words of internal speech. The section holographic human consciousness describes aspects of storing life information. The hologram of consciousness is the main form of storage of information about human life. In the section, holographic fixation of internal speech presents functional magnetic resonance tomography focused on BOLD effect detection, which is today the optimal tool for mapping neuronal activity, more precisely, the functional state of neural networks - the basis for visualizing our holographic images in real time. Using nanoresonators with Fourier transducers, the brain activity of a human internal speech holographic image can fix mental noninvasive neurointerface in language form by mental lexicon.