
Gifting Made Simple
Give the Gift of ChoiceClick below to purchase a Prairie Mall eGift Card that can be used at participating retailers at Prairie Mall.Buy Gift CardHome
Adaptive Techniques for Brain Tumor Detection in MRI
Coles
Loading Inventory...
Adaptive Techniques for Brain Tumor Detection in MRI
By None
Current price: $98.00

Coles
Adaptive Techniques for Brain Tumor Detection in MRI
By None
Current price: $98.00
Loading Inventory...
Size: Paperback
*Product information and pricing may vary - to confirm current pricing, availability, shipping, and return information please contact Coles. In the event of a pricing discrepancy, the retailer's price will apply.
This book deals with adaptive techniques that proposed to detect and extract the tumor regions in MRI brain images for different patient cases. As well as, many adaptive techniques were proposed to extract the brain tissues from other extra cortical tissues by a process called skull stripping. Many segmentation methods are adopted in this book to segment the MRI brain images in order to extract the tumor regions, some of these methods are adaptive ones. In addition, three dimensions image of the extracted tumor regions of many successive sliced images was constructed. Besides rendered images of two patients' head, that the MRI brain images belong to, was generated by utilizing simple functions. All the algorithms that implemented in this work are built in MatLab. The MRI brain images that adopted in this work are acquired from local hospitals in Iraq and from internet websites
This book deals with adaptive techniques that proposed to detect and extract the tumor regions in MRI brain images for different patient cases. As well as, many adaptive techniques were proposed to extract the brain tissues from other extra cortical tissues by a process called skull stripping. Many segmentation methods are adopted in this book to segment the MRI brain images in order to extract the tumor regions, some of these methods are adaptive ones. In addition, three dimensions image of the extracted tumor regions of many successive sliced images was constructed. Besides rendered images of two patients' head, that the MRI brain images belong to, was generated by utilizing simple functions. All the algorithms that implemented in this work are built in MatLab. The MRI brain images that adopted in this work are acquired from local hospitals in Iraq and from internet websites




















