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TinyTorch/modules/source
Vijay Janapa Reddi 074fbc70ec Comprehensive TinyTorch framework evaluation and analysis
Assessment Results:
- 75% real implementation vs 25% educational scaffolding
- Working end-to-end training on CIFAR-10 dataset
- Comprehensive architecture coverage (MLPs, CNNs, Attention)
- Production-oriented features (MLOps, profiling, compression)
- Professional development workflow with CLI tools

Key Findings:
- Students build functional ML framework from scratch
- Real datasets and meaningful evaluation capabilities
- Progressive complexity through 16-module structure
- Systems engineering principles throughout
- Ready for serious ML systems education

Gaps Identified:
- GPU acceleration and distributed training
- Advanced optimizers and model serialization
- Some memory optimization opportunities

Recommendation: Excellent foundation for ML systems engineering education
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