.In these work i do a classification of cerebral gliomas using deep learnig which several Convolutional Neural Network models were used
including ResNet50, VGG16 and Xception which were trained on the BraTS2018
dataset added to BraTS2019 in order to overcome the challenge of data scarcity. The
modeling architecture consists of the base models (ResNet50, VGG16, Xception)
with additional layers such as Dense Layers, Batch Normalization and Dropout that
was used to avoid overfitting. The Adam optimizer was used to train the models
while Sparse Categorical Crossentropy Loss and Accuracy metrics were used to
evaluate them.
i add also a user django interface to facilate the load of MRI image of the patient from button load and see the result of classification (HGG,LGG) with the percentage of each like in photos .