ABSTRACT
In order to improve pictorial information for human understanding and to process picture data for transmission, storage, and retrieval of meaningful information, the intriguing and inspiring discipline of Image Processing was developed. Raw data from cameras and sensors, such as those used in everyday life, can be processed using a method called “image processing.” In order to do image analysis, it is necessary to analyse the images and divide them into meaningful segments, a process known as image segmentation. Anatomical and physiological structures of the human body can be studied with the aid of medical picture segmentation. Multiple high-resolution photographs of the human brain are created using cuttingedge technology, allowing researchers to track its development and spot a wide range of disorders. Brain cancer is the most common malignant disease to strike children and young people. This study will aid the public in determining whether or not a brain tumour is present in an MRI of the brain. Other researchers’ ground-breaking efforts have served as inspiration for this investigation. As a result, their work has been a major inspiration for this study. In addition, I want to get involved in the medical domain by learning about and eventually analysing brain tumours.
Data transmission, Tumor, Processing, MRI, Image segmentation
