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💻IT & 소프트웨어 엔지니어링✓ 검증 완료: 전문 연구진 감수

Predictive Coding in Neuroscience & Generative AI Cognitive Architecture: Bayesian Brain Models, Active Inference, and Neural Networks Parallelism

A comprehensive systems neuroscience and machine learning comparative study on Predictive Coding, Karl Friston Free Energy Principle, top-down perceptual hallucination, Bayesian brain dynamics, and parallels with Next-Token Generative AI transformers.

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사냥개 인공지능 & 뇌인지과학 연구팀

사냥개 IT & 소프트웨어 아키텍처 연구팀

📅 2026-09-02⏱️ 26 min read
Predictive Coding in Neuroscience & Generative AI Cognitive Architecture: Bayesian Brain Models, Active Inference, and Neural Networks Parallelism
# Predictive Coding in Neuroscience & Generative AI Cognitive Architecture: Bayesian Brain Models, Active Inference, and Neural Networks Parallelism

An exhaustive theoretical and computational breakdown of the predictive brain hypothesis: Helmholtz's unconscious inference, Karl Friston's Free Energy Principle and variational Bayesian mechanics, laminar cortical circuitry (layers 1-6), deep structural parallels with autoregressive Next-Token transformers and diffusion latent spaces, the neurobiology of illusions and dreams as controlled hallucinations, and future implications for ultra-low-power neuromorphic active inference robotics.

태그:#예측부호화#뇌과학#생성형AI#베이지안뇌#인지과학#딥러닝#트랜스포머#인공지능#신경망#자유에너지원리
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