Cognitive communications, collaboration, consultation, and instruction with adaptive agentic ai, augmented generative intelligence and neurosynaptic cognition networks

Abstract

A cognitive communications system and method enabling synchronous and asynchronous multichannel multiplexed communications, collaboration, consultation, and instruction with multimodal media and augmented generative intelligence among heterogeneous networked teams of human and machine collaborants, including agentic AI algorithms, models, and systems. The system establishes neurosynaptic network connectivity via modular clini-docks, clini-pods, and clini-ports for acquisition, transmission, and concurrent viewing of streaming imagery data at variable resolutions and frame rates. Participant cognitive collaborants recursively enrich collaboration sessions through curation, annotation, telestration, and tagging with colorized attention masking for explainable AI, encapsulating collaborated imagery, metadata, semantic annotations, and provenance into packetized vismemes stored in clinical and non-clinical knowledge repositories, vismeme vaults, and security metadata repositories. The system supports agentic task allocation, autonomous sub-agent spawning, Graph RAG retrieval, cybernetic closed-loop resilience, and tokenized vismeme workflows across clinical (computer-assisted drug design (CADD) and treatment, theranostics, digital twins, precision-guided surgery) and non-clinical (finance, defense, education, creative) domains with operational analytics for outcomes, performance, resource utilization, and cost-curve optimization.