You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Dear Author :
I really like your great contribution and try to utilize this framework to my task. But when I respectively train the local and global adapters, I do not know how to refer when the two training stages have converged? Since my sub-task needs pixel level performance, it is timely and have poor performance at two stages. So I would like to know what is the respective final performance of this two adapters before the joint inference?
The text was updated successfully, but these errors were encountered:
Dear Author : 亲爱的作者: I really like your great contribution and try to utilize this framework to my task. But when I respectively train the local and global adapters, I do not know how to refer when the two training stages have converged? Since my sub-task needs pixel level performance, it is timely and have poor performance at two stages. So I would like to know what is the respective final performance of this two adapters before the joint inference?我真的很喜欢你的巨大贡献,并尝试利用这个框架来完成我的任务。 但是,当我分别训练本地和全局适配器时,我不知道如何引用两个训练阶段何时收敛?由于我的子任务需要像素级的性能,所以它是及时的,并且在两个阶段的性能都很差。所以我想知道这两个适配器在联合推理之前各自的最终性能如何?
Hello, did you solve this problem? I would also like to know what the respective final performance of this two adapters looks like,my training loss is not decreasing.
Dear Author : 亲爱的作者: I really like your great contribution and try to utilize this framework to my task. But when I respectively train the local and global adapters, I do not know how to refer when the two training stages have converged? Since my sub-task needs pixel level performance, it is timely and have poor performance at two stages. So I would like to know what is the respective final performance of this two adapters before the joint inference?我真的很喜欢你的巨大贡献,并尝试利用这个框架来完成我的任务。 但是,当我分别训练本地和全局适配器时,我不知道如何引用两个训练阶段何时收敛?由于我的子任务需要像素级的性能,所以它是及时的,并且在两个阶段的性能都很差。所以我想知道这两个适配器在联合推理之前各自的最终性能如何?
Hello, did you solve this problem? I would also like to know what the respective final performance of this two adapters looks like,my training loss is not decreasing.
Not yet. I have moved back to original ControlNet. Maybe you could try some other new open-source works
Dear Author :
I really like your great contribution and try to utilize this framework to my task. But when I respectively train the local and global adapters, I do not know how to refer when the two training stages have converged? Since my sub-task needs pixel level performance, it is timely and have poor performance at two stages. So I would like to know what is the respective final performance of this two adapters before the joint inference?
The text was updated successfully, but these errors were encountered: