computational-cell-analytics / dl-for-micro

Course and exercises on deep learning for microscopy image analysis
MIT License
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Possible improvement course #22

Open manerotoni opened 8 months ago

manerotoni commented 8 months ago

Show mask data on the first exercise, cell classification, in addition of the bounding boxes

manerotoni commented 8 months ago

Add in between some task for the students. For instance plot an additional image for looking at the data

manerotoni commented 8 months ago

Resize and padding. A resize of images is probably not a good idea if a phenotype makes very obligated cells instead of round. this could be a small idea of thinking about it for the students

manerotoni commented 8 months ago

May be a little confusing on how training loss and validation loss plot. One is running average per iteration the other is per epoch

manerotoni commented 8 months ago

The weight exercises should be more explained. Also the syntax on how to do something like w1 =1 w2 =1 torch.tensor([w1, w2]) The student should modify w1 and w2 in a meaningful way.

manerotoni commented 8 months ago

Exercise for the segmentation with self-trained model could be to adapt image size to match the network

manerotoni commented 8 months ago

Exercise of the U-Net receptive field could be to input a pixel and look how it propagates

constantinpape commented 8 months ago

Add more image analysis to exercise 3: also apply classification model and measure the serum intensities of infected and non-infected cells.

manerotoni commented 8 months ago

Make listing of files OS independent. For instance do not use ls but more os or glob