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README.md
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## 🧠 Training Configuration
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This model was trained using the
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### ⚙️ Model Architecture
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| Parameter | Value | Description |
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| **Platform** | Google Colab Pro+ |
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| **GPU** | NVIDIA A100 (80 GB) |
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| **Runtime** | PyTorch 2.x |
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| **Training time** | ~
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| **Mixed precision** | Enabled (AMP) |
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### 🧩 Summary
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Scraps-LLM is a **
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The model learns via **causal language modeling (next-token prediction)** on RecipeNLG data, producing structured, human-readable recipes that include titles and numbered steps.
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It was later exported to **ONNX** for lightweight CPU inference and integrated into a Hugging Face Space demo.
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| `export/scraps.onnx` | ONNX-optimized inference graph |
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| `tokenizer/bpe.json` | BPE vocabulary used for encoding/decoding |
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| `best_model.pt` | PyTorch checkpoint (~136 M parameters) |
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## 🧠 Training Configuration
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This model was trained using the model architecture:
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### ⚙️ Model Architecture
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| Parameter | Value | Description |
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| **Platform** | Google Colab Pro+ |
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| **GPU** | NVIDIA A100 (80 GB) |
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| **Runtime** | PyTorch 2.x |
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| **Training time** | ~18-22 hours |
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| **Mixed precision** | Enabled (AMP) |
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### 🧩 Summary
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Scraps-LLM is a **138 M-parameter decoder-only Transformer** trained to generate complete cooking recipes from a list of input ingredients.
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The model learns via **causal language modeling (next-token prediction)** on RecipeNLG data, producing structured, human-readable recipes that include titles and numbered steps.
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It was later exported to **ONNX** for lightweight CPU inference and integrated into a Hugging Face Space demo.
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|------|-------------|
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| `export/scraps.onnx` | ONNX-optimized inference graph |
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| `tokenizer/bpe.json` | BPE vocabulary used for encoding/decoding |
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| 105 |
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| `best_model.pt` | PyTorch checkpoint (~138 M parameters) |
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