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  ## 📌 Model Overview
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- **TriCoAlign-1.5B** is a specialized Large Language Model fine-tuned from **Qwen2.5-1.5B** for **Network Intrusion Detection (NIDS)**. It implements the **TriCoAlign** framework proposed in the paper *"TriCoAlign: Cyclic Alignment for Stabilizing Large Language Models in Network Intrusion Detection"*.
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  Standard LLMs often suffer from **unstable reasoning behaviors** and **inconsistent decision outcomes** when analyzing network traffic (e.g., producing different labels for the same packet upon repeated inference). TriCoAlign addresses this by jointly aligning three complementary aspects in a cyclic manner:
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  1. **Format Alignment**: Enforces a structured `Question–Reasoning–Answer` output to decouple semantic roles.
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  Evaluated on standard NIDS benchmarks, TriCoAlign demonstrates superior accuracy and stability compared to baselines.
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- *> Note: Baseline numbers reflect the instability of raw LLMs as reported in the TriCoAlign paper. Our 1.5B variant maintains comparable robustness with lower computational cost.*
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  ## 💻 How to Use
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  ## 📌 Model Overview
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+ **TriCoAlign-0.5B** is a specialized Large Language Model fine-tuned from **Qwen2.5-0.5B** for **Network Intrusion Detection (NIDS)**. It implements the **TriCoAlign** framework proposed.
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  Standard LLMs often suffer from **unstable reasoning behaviors** and **inconsistent decision outcomes** when analyzing network traffic (e.g., producing different labels for the same packet upon repeated inference). TriCoAlign addresses this by jointly aligning three complementary aspects in a cyclic manner:
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  1. **Format Alignment**: Enforces a structured `Question–Reasoning–Answer` output to decouple semantic roles.
 
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  Evaluated on standard NIDS benchmarks, TriCoAlign demonstrates superior accuracy and stability compared to baselines.
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+ *> Note: Baseline numbers reflect the instability of raw LLMs as reported in the TriCoAlign paper. Our 0.5B variant maintains comparable robustness with lower computational cost.*
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  ## 💻 How to Use
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