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--- |
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license: apache-2.0 |
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language: |
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- en |
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tags: |
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- satellite |
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- communictions |
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pretty_name: satcom-mcqa |
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size_categories: |
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- n<1K |
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--- |
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# 🛰️ Satcom Multiple Choice Question-Answer Dataset |
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## Dataset Summary |
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**SATCOM-MCQA** is a **human-generated multiple-choice evaluation dataset** for Satellite Communications (SatCom). |
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* Around 1,000 questions with 3-4–5 answer options each |
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* Questions cover technical SatCom topics (e.g., link budget, BER, antenna gain, propagation) |
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* ~30% math-focused questions requiring quantitative reasoning |
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* Designed for evaluation |
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--- |
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## Key Features |
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* **Human-written multiple-choice questions** |
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* Covers core SatCom/NTN domains: |
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* Link Budget |
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* Bit Error Rate (BER) |
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* Antenna & Beamforming |
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* Propagation & Frequency bands |
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* Multi-layer NTNs (satellites, HAPS, UAVs) |
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* 6G integration |
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* Includes **reference links** where relevant |
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* No synthetic content or model-generated text |
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--- |
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## Intended Use |
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* Benchmarking LLMs or classifiers on technical SatCom MCQ reasoning |
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* Evaluating knowledge in satellite engineering, NTN design, and 6G research |
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* Testing quantitative reasoning in engineering tasks |
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--- |
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## Data Structure |
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### Fields |
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* `question` *(string)* — the question text |
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* `options` *(list of strings)* — multiple-choice options |
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* `answer` *(string)* — the correct option (e.g., `"Option 2"`) |
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* `topic` *(string)* — the domain/topic of the question |
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* `mathematical_reasoning_required` *(bool)* — if numeric/math reasoning is needed |
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* `raw_latex` *(string or null)* — optional LaTeX formulas |
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### Example |
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```json |
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{ |
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"question": "Antenna gain increases when the effective area of the antenna is:", |
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"options": ["Decreased", "Increased", "Constant", "None of these"], |
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"answer": "Option 2", |
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"topic": "Link Budget", |
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"mathematical_reasoning_required": false, |
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"raw_latex": null |
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} |
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``` |
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--- |
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## Source Material |
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Questions were crafted using academic and technical literature on SatCom: |
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* Link budget fundamentals |
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* Bit error rate calculations |
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* Antenna design and beamforming papers |
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* Publicly available academic reports |
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--- |
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## Example Usage in Python |
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```python |
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from datasets import load_dataset |
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ds = load_dataset("esa-sceva/satcom-mcqa") |
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test_ds = ds["train"] |
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sample = test_ds[0] |
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print("Question:", sample["question"]) |
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print("Options:", sample["options"]) |
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print("Answer:", sample["answer"]) |
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``` |
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