Master Thesis Motion Compensation in CBCT-imaging

This thesis project focuses on investigating and prototyping motion compensation methods for Cone-beam CT (CBCT) imaging in radiation therapy to improve image quality and treatment accuracy. The role involves developing a novel algorithm to mitigate patient motion artifacts, particularly respiratory motion, while maintaining computational efficiency and minimizing acquisition time and dose. The candidate will conduct literature reviews, implement the algorithm, and evaluate its performance against existing methods.