esp32-ai
A 28.9 million parameter language model runs on an $8 ESP32-S3 microcontroller entirely on-device, generating simple stories at about 9.5 tokens per second.
它没有使用单一描述分数,而是把覆盖率和精确率分开度量,同时提供公开数据集、评测代码、排行榜和下游评测集成,是描述感知模型评估的实用资源。
A Decoupled Caption Evaluation across Understanding and Generation
🏆 Leaderboard · 🤗 Hugging Face · 🔗 Downstream · 📄 Paper
A checklist-based benchmark that decouples caption quality into Coverage (C) and Precision (P) (0–100), and studies how each profile transfers to VLM understanding and T2I generation.
git clone https://github.com/liuzhipenggg/CAPEval.git
cd CAPEval
pip install -r requirements.txt
requirements.txt pins light deps and keeps transformers 4.x with `huggingface-hub/
caption/prompt.json
metrics/metrics.json
metrics/results_summary.json
```python
from capeval import CAPEval
score = CAPEval().evaluate_map({"SO001.jpg": "A detailed caption..."})
print(score["C"], score["P"])
print(score["per_category"])
300 images · 14,965 atomic checklist items · data/ (image/, gt_caption.jsonl, checklist.jsonl; join key img_path) · Hugging Face
Per-category C / P use the filename prefix (SO / PA / TI / DK). Optional tables in data/meta/ list category / subcategory labels (not required by the scorer).
Super-category Prefix Images Checklist items Avg. / image
Scene & ObjectSO1487,03947.6 People & ActivityPA603,16452.7 Text & InterfaceTI402,14653.6 Design & KnowledgeDK522,61650.3 Total30014,96549.9
Paper downstream numbers use official stacks:
CAPEVAL: A DECOUPLED CAPTION EVALUATION ACROSS UNDERSTANDING AND GENERATION
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