- Main README - English overview, top-level positioning, and navigation.
- Korean README - Korean overview with equivalent public positioning.
- 11_DEMO_READINESS_GUIDE.md - Short 2-minute walkthrough for reviewers, presentations, and demo settings.
- 00_CONCEPT.md - Core concept and project thesis.
- 01_ARCHITECTURE.md - System architecture and control layers.
- 10_NEUROMORPHIC_STRATEGIC_THESIS.md - Public strategy thesis for task-grounded neuromorphic AI, robotics as first constrained task-family, and safe AlexNet/ImageNet historical analogy.
- 06_NEURAL_MANIFOLD_ALIGNMENT.md - Neural-manifold geometry and ANN/SNN representation alignment framing.
- 07_TASK_FAMILY_RATIONALE.md - Why robotics is the first constrained task-family.
- 02_BIOLOGICAL_INSPIRATION.md - Biological inspiration and abstraction boundaries.
- examples/toy_cpg_controller/README.md - What the toy CPG example demonstrates, how to run it, expected output, and non-claims.
- examples/toy_cpg_controller/cpg_oscillator.py - Minimal anti-phase CPG rhythm sketch.
- examples/toy_cpg_controller/ - Toy CPG example directory and sample output.
- 03_BENCHMARK_PROTOCOL.md
- 04_EPFL_RRL_VALIDATION.md
- 05_ROADMAP.md
- 08_CONSORTIUM_ROLES.md
- 09_EPFL_RRL_EXTENSION_NOTE.md
10_NEUROMORPHIC_STRATEGIC_THESIS.md is the main explanatory document for these public-safe visual concept assets.
Current README logo asset: docs/assets/morphosnn/MorphoSNN_Logo_Final_1.png.
Concept-story images remain under docs/assets/morphosnn/ and are referenced from the neuromorphic strategic thesis.
- 001.png - Master concept overview for morphology-aware spiking intelligence.
- 002.png - Why centralized AI struggles under real-world physical conditions.
- 003.png - Biology-inspired design principles for efficient intelligence.
- 004.png - Research approach from biology to neuromorphic systems.
- 005.png - Robotics as the first constrained task-family and broader expansion path.
- 006.png - Open research platform and long-term impact direction.
MorphoSNN is a seed public research repository. It does not claim biological fidelity, production readiness, completed robotics validation, general SNN superiority, measured energy reduction, official institutional endorsement, or an AlexNet-level achievement.
- ADR-0001: Bio-Inspired, Not Biological Replication
- ADR-0002: Body-Near Control Layer
- ADR-0003: CPG / SNN Controller Abstraction
- ADR-0004: Forward Model and Reflex Loop
- ADR-0005: Neuromodulation as Global Coordination
- ADR-0006: Morphology-Aware Validation
- ADR-0007: Open-Core Boundary
These docs describe a seed reference stack and avoid validated-performance claims. Public claims should remain tied to reproducible evidence and clearly stated non-goals.