Performing an Efficient Architecture for Compressive Sensing Algorithms in CT Application, M.Sc. Thesis Sharif University of Technology ; Shabany, Mahdi (Supervisor) ; Kavehvash, Zahra (Co-Advisor)
Abstract
Computerized tomography (CT) is a powerful tool among existing bioimaging techniques for capturing bio-images. In fact, CT imaging systems have attracted great attention in the last decades, because of their fast and high-quality reconstruction, low complexity and low-cost hardware solutions. In a CT scan procedure, linear sensors receive x-ray radiations, passed through the patient’s body and The quality of the reconstructed image is essentially influenced by the number of captured line projections. Nevertheless, gathering the adequate amount of data requires the patient to being exposed to X-ray radiations for a long time. However, the intensification of x-ray radiations could lead to...
Cataloging briefPerforming an Efficient Architecture for Compressive Sensing Algorithms in CT Application, M.Sc. Thesis Sharif University of Technology ; Shabany, Mahdi (Supervisor) ; Kavehvash, Zahra (Co-Advisor)
Abstract
Computerized tomography (CT) is a powerful tool among existing bioimaging techniques for capturing bio-images. In fact, CT imaging systems have attracted great attention in the last decades, because of their fast and high-quality reconstruction, low complexity and low-cost hardware solutions. In a CT scan procedure, linear sensors receive x-ray radiations, passed through the patient’s body and The quality of the reconstructed image is essentially influenced by the number of captured line projections. Nevertheless, gathering the adequate amount of data requires the patient to being exposed to X-ray radiations for a long time. However, the intensification of x-ray radiations could lead to...
Find in contentBookmark
|
|