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I've recently come across your paper detailing the impressive capabilities of the Multimodal-CoT Large 738M model, particularly its performance across various metrics (95.91, 82.00, 90.82, 95.26, 88.80, 92.89, 92.44, 90.31, and 91.68).
I am writing to inquire about the possibility of its public release because we have noted that the GitHub version, which shows a performance score of 90.45, differs from the one reported in your paper (91.68 performance score). Access to this model could significantly aid in ongoing research and development efforts in our field.
Thank you for your time and your contributions to the field. I look forward to your response and the opportunity to work with this innovative model.
The text was updated successfully, but these errors were encountered:
Hi. Can you reproduce the 91.68% accuracy using T5-large model ?
I tried to reproduce the experiments with "declare-lab/flan-alpaca-large" model, but only got ~90.5% accuracy for the test set of ScienceQA.
First of all thanks for the authors for such an innovative idea, it'll be great if the authors can release the model weights which will be very beneficial for people like us
Hi guys, thanks for your interest. The released models are my reproduced ones using a limited computation resource after my internship finishes. It is possible to obtain better results with more hyper-parameter searching.
BTW, we are inspired by an increase in the base model compared with the original one. We will update the paper with the latest results based on our released models for consistence.
I've recently come across your paper detailing the impressive capabilities of the Multimodal-CoT Large 738M model, particularly its performance across various metrics (95.91, 82.00, 90.82, 95.26, 88.80, 92.89, 92.44, 90.31, and 91.68).
I am writing to inquire about the possibility of its public release because we have noted that the GitHub version, which shows a performance score of 90.45, differs from the one reported in your paper (91.68 performance score). Access to this model could significantly aid in ongoing research and development efforts in our field.
Thank you for your time and your contributions to the field. I look forward to your response and the opportunity to work with this innovative model.
The text was updated successfully, but these errors were encountered: