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Hi. I'm trying to do some segmentation tasks on FCN32s on some 25000*25000 RGB RS images. In your paper of "Welder: Scheduling Deep Learning Memory Access via Tile-graph", you mentioned that your work supports handling DNN models with large input (e.g. high-resolution images). But I still get "CUDA out of memory" ERROR following the instruction How to use NNFusion Python interface for inference/training here. I guess it comes from "PTTrainer(model, loss_func, "cuda:0")". How should I set the args of the trainer to achieve the goal? Thanks for your help.
The text was updated successfully, but these errors were encountered:
Hi. I'm trying to do some segmentation tasks on FCN32s on some 25000*25000 RGB RS images. In your paper of "Welder: Scheduling Deep Learning Memory Access via Tile-graph", you mentioned that your work supports handling DNN models with large input (e.g. high-resolution images). But I still get "CUDA out of memory" ERROR following the instruction How to use NNFusion Python interface for inference/training here. I guess it comes from "PTTrainer(model, loss_func, "cuda:0")". How should I set the args of the trainer to achieve the goal? Thanks for your help.
The text was updated successfully, but these errors were encountered: