🏛️ AITL-Strategy-Proposal
⚠️ Note:
This proposal is currently at the v4.0 draft stage, and its contents are under review.
The detailed execution plan and policy roadmap will be updated based on future discussions.
National Strategy Proposal × Integrated Educational Package via AITL
National Strategy & Educational Framework Based on AITL (AI × Control × Physical Systems)
📄 Read the Proposal (MD)
⬇️ Download PDF
🔗 Official Links
| Language | GitHub Pages 🌐 | GitHub 💻 |
|---|---|---|
| 🇯🇵 Japanese |  |
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| 🇺🇸 English |  |
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🧭 Overview
EN: This repository presents a national-level architecture proposal based on AITL, along with a validated integrated package centered on Edusemi, expanded to cover control systems (AITL-H) and intelligent integration for deployable PoC models.
🧠 What is AITL?
- Logic Layer — AI inference, anomaly detection, hypothesis generation
- Control Layer — Explainable control integrating PID / FSM
- Physical Layer — Sensors, actuators, and real-world constraints
🎯 Goal: Real-time or quasi-real-time design, fault-time redesign, and physical constraint-aware SoC integration.
📂 Repository Contents
-
Proposal (Markdown):
Read on GitHub Pages ｜ View on GitHub -
Proposal (PDF):
Download from GitHub Pages ｜ View on GitHub
💡 PoC examples and SystemDK integration cases will be added in future updates.
🔗 Linked Projects
-
Edusemi-v4x (Foundational Materials)
🌐 GitHub Pages ｜ 📦 GitHub -
Edusemi-Plus (Applied Materials)
🌐 GitHub Pages ｜ 📦 GitHub -
EduController (Control Systems Materials)
🌐 GitHub Pages ｜ 📦 GitHub -
AITL-H (FSM × PID × LLM Integration)
🌐 GitHub Pages ｜ 📦 GitHub -
SamizoGPT (Prompt & GUI Support)
🌐 GitHub Pages ｜ 📦 GitHub
✍️ How to Use
- Read the proposal → Draft v4.0 (MD/PDF)
- Design PoC → Implement integrated control using AITL-H / EduController templates
- Field Verification → Evaluate using PoC implementation models
- Collaboration → Promote through regional cooperation with technical colleges, universities, and companies
📄 License
MIT License — Free to reuse & modify for educational and non-profit purposes.
👤 Author
Shinichi Samizo — M.Eng., Shinshu Univ. / ex-Seiko Epson
Domains: Logic/Memory/HV-AMS, thin-film piezo, productization/BOM/ISO
📧 Email ｜ X ｜ 🌐 Website