Update README.md
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README.md
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@@ -178,7 +178,7 @@ If you want to finetune a model to predict human preferences (e.g., for NLG eval
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2. **Use a sufficiently large model.**
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Finetuning a single FLAN-T5-xl model across all the training data should give you a test accuracy between 72-73% (across all domains on examples where the entire input fits within the token limit), ranging from 65-80% on individual subreddits.
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3. **Do in-domain prediction.** Out-of-domain performance will be poor if the subreddits are unrelated (e.g., if you fine-tune on `askculinary` preferences and test on `askcarguys` preferences).
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4. **Train for fewer epochs.** The
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Since the same comment appears in multiple preferences, it is easy to overfit to the data.
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5. **Training on less data may help.**
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Preferences with a large `score_ratio` (e.g., comment A having 2x the score of comment B) will provide a stronger signal for finetuning the model, so you may only want to consider preferences above a certain `score_ratio`.
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2. **Use a sufficiently large model.**
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Finetuning a single FLAN-T5-xl model across all the training data should give you a test accuracy between 72-73% (across all domains on examples where the entire input fits within the token limit), ranging from 65-80% on individual subreddits.
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3. **Do in-domain prediction.** Out-of-domain performance will be poor if the subreddits are unrelated (e.g., if you fine-tune on `askculinary` preferences and test on `askcarguys` preferences).
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4. **Train for fewer epochs.** The InstructGPT paper paper suggests training a reward model for only 1 epoch.
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Since the same comment appears in multiple preferences, it is easy to overfit to the data.
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5. **Training on less data may help.**
|
184 |
Preferences with a large `score_ratio` (e.g., comment A having 2x the score of comment B) will provide a stronger signal for finetuning the model, so you may only want to consider preferences above a certain `score_ratio`.
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