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MATLAB code for real-time, direct diaphragm tracking during image-guided radiotherapy

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Image-X-Institute/DiaphragmTracking

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DiaphragmTracking

Official code for the diaphragm tracking algorithm

Following the workflow depicted below:

  • segmentDiaphragm.m performs diaphragm segmentation using the peak-exhale 4D-CT
  • getDph3DShift.m computes the principal motion vector by rigid registration to the peak-inhale 4D-CT
  • get2DDiaphragmModel.m forward projects the 3D diaphragm model to the 2D projection space
  • trackDiaphragm_max.m tracks the diaphragm on each candidate 2D projection using a maximal gradient algorithm
  • the Include directory contains code used as dependencies

For details please see Hindley, N., Keall, P., Booth, J. and Shieh, C.‐C. (2019), Real‐time direct diaphragm tracking using kV imaging on a standard linear accelerator. Med. Phys., 46: 4481-4489. doi:10.1002/mp.13738

Proposed clinical workflow for the diaphragm tracking algorithm

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MATLAB code for real-time, direct diaphragm tracking during image-guided radiotherapy

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