LMU Adaptive Radiation Therapy Lab


The LMU Adaptive Radiation Therapy Lab of the Department of Radiation Oncology, LMU University Hospital, led by Prof. Guillaume Landry, is active at the intersection of imaging and radiation therapy; we aim at exploiting the latest developments in artificial intelligence and imaging to improve radiation therapy.

Latest News

AI models for motion management in MRgRT
Oct 24, 2024
AI models for motion management in MRgRT
Ventilation imaging at the MR linac
Sep 11, 2024
Ventilation imaging at the MR linac
Top cited and read paper
Jul 11, 2024
Top cited and read paper
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Latest Publications

Perspectives for using artificial intelligence techniques in radiation therapy
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A direct comparison of multi-energy x-ray and proton CT for imaging and relative stopping power estimation of plastic and ex-vivo phantoms
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Artificial intelligence for treatment delivery: image-guided radiotherapy
Radiation therapy (RT) is a highly digitized field relying heavily on computational methods and, as such, has a high affinity for the …
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Our Research

Active Areas

4DCBCT Scatter Correction
Classical and AI Methods
4DCBCT Scatter Correction
Advanced CBCT Imaging
Robotic CBCT
Advanced CBCT Imaging
AI Dose Calculation
Millisecond Computation
AI Dose Calculation
CBCT Dose Reduction with AI Super-Resolution
Projection Based Methods
CBCT Dose Reduction with AI Super-Resolution
CBCT Dose Reduction with Generative AI
Image Based Methods
CBCT Dose Reduction with Generative AI
Clinical Use of AI
Automatic Segmentation
Clinical Use of AI
Dose Accumulation
Truly Delivered Dose
Dose Accumulation
Imaging biomarkers
0.35 T imaging
Imaging biomarkers
Markerless Tumor Tracking
Fluoroscopic Imaging
Markerless Tumor Tracking
Motion Modelling
3D+t Imaging
Motion Modelling
MRgRT AI-based Target Tracking
Real Time Motion Management
MRgRT AI-based Target Tracking
Outcome Modelling
Deep Learning Based
Outcome Modelling
Patient Specific Auto-Segmentation for MRgRT
Personalization and Prior Knowledge
Patient Specific Auto-Segmentation for MRgRT