Major changes: - Update all MIR13 references to MIR14 throughout paper-a-mir13-ir-design/ - Add evolution history: 27 → 13 → 14 instructions (UnaryOp restoration) - Create new paper-d-ssa-construction/ for SSA implementation struggles - Add PAPER_INDEX.md consolidating ChatGPT5's 3-paper analysis MIR14 updates: - README.md: Add instruction evolution timeline - abstract.md: Emphasize practical balance over pure minimalism - main-paper*.md: Update titles and core concepts - MIR13_CORE13_SPEC.md: Add UnaryOp to instruction list - chapters/01-introduction.md: Reframe as "14-Instruction Balance" - RENAME_NOTE.md: Document folder naming consideration SSA paper structure: - README.md: Paper overview and positioning - current-struggles.md: Raw implementation challenges - technical-details.md: BuilderCursor, Sealed SSA, type normalization - abstract.md: English/Japanese abstracts LoopForm experiments continue in parallel (minor adjustments to detection). 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
870 B
870 B
Minimal Yet Practical: The MIR-14 Instruction Set and Everything-is-Box Philosophy
Authors
TBD
Abstract
[See abstract.md]
1. Introduction
[See chapters/01-introduction.md]
2. The Evolution of MIR: From 27 to 14
[TODO: Detail the systematic reduction and practical restoration process]
3. BoxCall Unification Architecture
[TODO: Explain how BoxCall absorbs array/field operations]
4. Optimization Strategies
[TODO: IC, AOT, TypedArray optimizations]
5. Implementation
[TODO: Compiler architecture and implementation details]
6. Evaluation
[TODO: Performance benchmarks and analysis]
7. Related Work
[TODO: Comparison with other minimal IRs]
8. Conclusion
[TODO: Summary and future directions]
References
[TODO: Add bibliography]
Note: This is the main paper structure. Detailed content is in individual chapter files.