Cryptos Control of Humanoid Intelligent Digital Twin Based on Spectral and Holographic Approaches

Abstract

A person perceives his environment through the influence of various complexes of conjugated vibrations on the eyes, ears and other sensitive components of the body. The psyche and neural systems of a person form the impression of vibration impact. The mind creates a language equivalent and connects it with the impression that has formed. Communication links are formed between impressions and language equivalents. Live vibrational information involves a person in a communicative creative process. In the creative communicative process, human intelligence develops. The combination of modern interdisciplinary technologies can contribute to the creation of an intelligent digital twin, similar to humans on spectral and holographic principles, relying on achievements in the field of artificial intelligence. The digital twin fixes the effects of the environment in the form of a spectrogram, and stores the effect result in the form of a hologram. Multilayer neural network systems with additional training work with spectra and holograms and their communications. Language communications are associated with spectra, holograms and their communications. A humanoid digital twin with an ensemble of intellectual agents will be able to form and develop intelligence in interaction with similar digital twins and people.

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“…Physical operations are carried out by robotic systems and digital twins. [4,5] Psychological actions are implemented by bioinformation systems [6]. Cognitive functions are performed by ensembles of intelligent agents [7].…”

“…The ensemble of sc-agents with AGI and cognitive control of robots contains multimodal smart communication agents (scagents) for perceiving tasks in the canonical form of various formats: gestures, signs, pictures, speech, texts and other information [4][5][6][7]. To implement control, two groups of sc-agents are needed.…”

“…Copyright © Evgeny Bryndin COJRA.000573. 3 (5).2024 solve control problems. These classes of sc-agents include: a class of sc-agents for synthesizing fragments describing the elements of a task, a class of sc-agents that control the execution process, a class of sc-agents that verify the result of solving a task, a class of sc-agents that allow viewing stages of task execution, a class of sc-agents that allow you to build cognitive illustrations and graphs that clearly demonstrate the process of completing the stages of a task.…”

Robotics by multimodal self-organizing ensembles of software and hardware agents with artificial intelligence

“…The lower level is responsible for physical operations, the middle level for psychological actions, and the upper level for cognitive functions. Physical operations are carried out by robotic systems and digital twins [4,5]. Psychological actions are implemented by bioinformation systems [6].…”