📜 The Story of OpenTPS
A journey through the evolution of open-source treatment planning systems for radiation therapy and proton therapy
IMREviewer
Development of IMREviewer by John Lee, a software implemented in MATLAB for PET segmentation and image processing. This pioneering work laid the foundation for advanced medical image analysis.
View Publication →TomoPen
Edmond Sterpin develops the TomoPen model during his Ph.D., the first Monte Carlo treatment planning for Tomotherapy based on PENELOPE. A breakthrough in dose calculation accuracy.
View Publication →OpenReggui
Development of OpenREGGUI by Guillaume Janssen. A MATLAB-based software dedicated to advanced image processing and image registration for radiotherapy research.
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MCsquare
Development of a fast Monte Carlo dose calculation engine: MCsquare. Developed by Kevin Souris, it simulates proton pencil beam scanning treatments with exceptional speed—10^7 protons in under one minute.
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MIROpt
MIROpt is a MATLAB-based robust optimization package for treatment planning. It integrates with MCsquare for dose calculation and uses C++ Ipopt libraries for optimization. Available as a plugin within OpenREGGUI.
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OpenTPS
OpenTPS is an open-source treatment planning system for research in radiation therapy and proton therapy. Developed in Python with a focus on simplifying contributions to core functions. It inherits the power of MCsquare and image processing capabilities from OpenReggui.
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