Bayesian Optimization Library for Medical Image Segmentation.

Overview

bayesmedaug: Bayesian Optimization Library for Medical Image Segmentation.

bayesmedaug optimizes your data augmentation hyperparameters for medical image segmentation tasks by using Bayesian Optimization.

bayesmedaug is currently in beta release and still in development.

Authors

  • M. Şafak Bilici
  • Onur Boyar
  • Enes Sadi Uysal
  • Alara Hergün

Simple Usage

import torch
import bayesmedaug
from bayesmedaug import VanillaUNet, Trainer, Listed, BOMed
from bayesmedaug import Rotate, ZoomOut, Gamma

device = torch.device("cuda" if torch.cuda.is_available() else "cpu")

auglist = [
    Rotate,
    ZoomOut,
    Gamma
]

params = {
    'angle': (0,2),
    'zoom_amount': (0.5,0.9),
    'gamma': (0.5,1.5),
}

auglist = Listed(augmentations = auglist)

trainer = Trainer(
    model = VanillaUNet,
    model_args = {"n_channels": 1, "n_classes": 2},
    optimizer = torch.optim.Adam,
    optimizer_args = {"lr": 0.0005},
    device = device,
    epochs = 1,
    train_dir = "/home/safak/Desktop/drive/train/",
    eval_dir = "/home/safak/Desktop/drive/test/",
    augmentations = auglist,
    batch_size = 1
)


optimizer = BOMed(
    f = trainer.train,
    pbounds = params,
    random_state = 1,
)

optimizer.maximize(
    init_points = 15,
    n_iter = 15,
)
Owner
Şafak Bilici
NLP & Bayesian ML.
Şafak Bilici
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