Analysis of tumor detection using UNETS and VGG16 weights

V Kakulapati*, Vontela Sanjay kumar

Sreenidhi Institute of Science and Technology, Hyderabad, Telangana, India

ABSTRACT

Tumor detection from Brain MRI images Abstract: Detecting tumors in the human brain has become the most challenging medical science issue. Recognition of tumors in MRIs is vital as it offers the aberrant relevant data for therapeutic interventions. MRI includes details on malignant tissue. An abnormal tissue growing and multiplying in the brain is a brain tumor. Physical examination is the standard approach for brain tumor identification, which takes much time and is not accurate every time. So, automated brain tumor identification methods are establishing to save time. Image segmentation utilizes to detect the brain's abnormal portion, which gives the tumor's location. This work uses the UNETS with VGG16 weights model to see and segment tumors from the rest of the brain tissue. The accurate detection of the tumors helps reduce the delay between diagnostic testing and therapy. Therefore, there is a significant demand for computer algorithms to be precise, speedy, time-efficient, and dependable. The technology described relates to detecting and analyzing brain cancers automatically via U-Net and the VGG16 CNN.

Keywords:

UNETS, VGG, tumor, segmentation, detection, MRI, tissue