Advancing Brain Tumor Classification Using the Explainable CerebriNet Model
摘要
Multi-level brain tumor identification stands crucial for medical image diagnostics as it enabled clinicians to deliver exact diagnosis and treatment development. The research presents CerebriNet as an explainable deep learning framework which executes multiclass brain tumor classification by analyzing MRI scans. CerebriNet demonstrates exceptional accuracy of 99.24% in classifying four categories: glioma, meningioma, pituitary tumors, and non-tumorous cases. The interpretability abilities represent a main advantage of CerebriNet. Internal brain regions where tumors exist that shape predictions can be shown through the combination of Grad-CAM and Grad-CAM++ visualization functions in the model. The visual insights help professionals understand clinical decisions which leads to strong hospital staff trust as well as medical facility feasibility. CerebriNet provides trustworthy diagnostic support for healthcare professionals through its reliable tumor detection system that offers minimal misdiagnosis possibilities along with explainable features.