A GPU-accelerated Software Platform for Adaptive Radiation Therapy based on CT-CBCT (cone-beam CT) Registration with Iterative CBCT Intensity Correction, Automatic Segmentation, and Daily/Accumulated Dose Computation

Case ID:
C13850

Technology Overview

A critical requirement of successful adaptive radiotherapy (ART) is the knowledge of anatomical changes as well as actual dose delivered to the patient during the course of treatment. While cone-beam CT (CBCT) is typically used to minimize the patient setup error and monitor daily anatomical changes, its poor image quality impedes accurate segmentation of the target structures and the dose computation. We developed an integrated ART software platform that combines fast and accurate image registration, segmentation, and dose computation/accumulation methods. The developed platform automatically links patient images, radiotherapy plan, beam and dosimetric parameters, and daily treatment information, thus providing and efficient ART workflow.

 

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For Information, Contact:
Lisa Schwier
lschwie2@jhu.edu
410-614-0300
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