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Self-Supervised Preference Optimization

A framework for improving model alignment without expensive manual annotations using dual learning and self-supervised feedback.

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Benefits and Implications

1.  **Scalability**: Training can scale with compute rather than human labor.
2.  **Consistency**: Self-supervised signals are deterministic and free from human inter-rater variability.
3.  **Domain Adaptation**: Models can be aligned in specialized domains (e.g., coding, law) where finding qualified human annotators is difficult.
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