This repository contains the code for the paper "Intuitive Fine-Tuning: Towards Simplifying Alignment into a Single Process".
The code is based on the eric-mitchell/direct-preference-optimization repository.
pip install -r requirements.txtbash commands/run_mistral_ift.shTemporal Residual Connection:
lambda_schedule: The schedule mode of lambda. The default value is set to null, which means the static mode. linear mode is also provided for the dynamic mode.min_lambda & max_lambda: The minimum value of lambda. The default value of both is set to 0.2, which means the static mode. If the lambda_schedule is set to linear, the min_lambda and max_lambda will be used to control the start and end value of lambda during training.lambda_disturb: The disturbance distribution of lambda. The default value is set to null, which means no disturbance. normal mode is also provided for the disturbance distribution.disturb_std: The standard deviation of the lambda_disturb. This hyperparameter is only worked when the lambda_disturb is not null.Relation Propagation:
gamma: The decay factor of the Relation Propagation. The default value is set to 0.95.propagation_type: The variable attribute to Relation Propagation. The default value is set to loss. mask and logps are also provided for the variable attribute.propagation_side: The side of the Relation Propagation. The default value is set to left. right is also provided for the side of the Relation Propagation.propagation_norm: The normalization mode of the Relation Propagation. The default value is set to L1. L2, softmax and log are also provided for the normalization mode.If you find IFT useful in your research, please consider citing the following paper:
@article{
hua2024intuitive,
title={Intuitive Fine-Tuning: Towards Simplifying Alignment into a Single Process},
author={Hua, Ermo and Qi, Biqing and Zhang, Kaiyan and Yu, Yue and Ding, Ning and Lv, Xingtai and Tian, Kai and Zhou, Bowen},
journal={arXiv preprint arXiv:2405.11870},
year={2024}
}