Deformable image registration
Deformable image registration (DIR) is a rapidly evolving field in radiation therapy. It has several advantages over traditional image registration methods, being able to handle large and complex deformations in tissues caused by physiological processes, tumour growth and tissue response to radiation. In addition, DIR can integrate information from multiple imaging modalities, such as CT, MRI and PET, to improve the registration accuracy. Our DIR solution is fast with sub-voxel accuracy and aligned with AAPM TG-132 guidelines.
Deformable image registration
Deformable image registration features
Our DIR solution offers best-of-class performance.
A solution that achieves sub-voxel accuracy.
Allows for 30-second computational speeds, while future CUDA GPU implementation will offer higher rates.
By using a uniform deformation field, only sensible deformations are calculated.
Tested on all relevant clinical sites (pelvis, thorax, breast, head & neck).
Applicable for the following clinical applications:
- Adaptive therapy and deformation analysis
- Longitudinal analysis (e.g. disease progress tracking)
- Image fusion (data augmentation)
How deformable image registration benefits you
Best-in-class system for deformable image registration.
Applicable to all clinical applications.
Enables you to focus on your core competencies.
Developmentally open system towards new technologies.
Have a question?
Let's talk about how our deformable image registration system can help you.
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