Fine-Tuning Image-to-Text algorithms with LORA

In the field of large language models, the challenge of fine-tuning has long perplexed researchers. Microsoft, however, has unveiled an innovative solution called Low-Rank Adaptation (LoRA). With the emergence of behemoth models like GPT-3 boasting billions of parameters, the cost of fine-tuning them for specific tasks or domains has become exorbitant. LoRA offers a groundbreaking approach by freezing the weights of pre-trained models and introducing trainable layers known as rank-decomposition matrices in each transformer block. This ingenious technique significantly reduces the number of trainable parameters and minimizes GPU memory requirements, as gradients no longer need to be computed for the majority of model weights.

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In this project, a model has been generated in which this technique has been applied to retrain an Image-to-Text model based on the Stable Diffusion database. The number of downloads of this model is growing at a frenetic pace. It also has an interactive drop-down where you can see how the model works.

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On the other hand, a space has also been created where you can interact freely with the model. If you want more information on how to implement and retrain your Image-to-Text model applying LORA, you can take a look at the article I have published in Medium, where everything necessary for the implementation is written step by step.
Medium article

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