A Radiation Treatment Planning System From a Browser
Adrian Khlim
Treatment Planning Systems (TPS) are essential software tools used for radiation and proton therapy, which allow for radiation simulation, image processing, segmentation, plan optimization, and treatment plan assessment. OpenTPS is a Python-based, open-source TPS designed for innovation and acceleration in the fields of proton therapy and cancer research, available as a desktop application. However, existing TPS solutions, including OpenTPS, lack browser-based and implementations with cloud-access, limiting accessibility.
This project aims to adapt OpenTPS into a web-based application while maintaining, updating, or adding to its core functionalities and also providing a friendly user interface for researchers and users. The goal of the web application is to provide remote access, cloud accessibility and enhance collaboration with other software, products, and researchers. Using modern web frameworks, tools, and libraries, we will provide a user friendly interface for all users to explore treatment planning without installing extra software. Browser-based medical imaging software exists, thus a browser-based TPS will allow for ease of operations between software, pushing the potential for innovation in radiation therapy and TPS software.
The result of the project will be a scalable, accessible, and optimized web application that functions similar to the GUI from OpenTPS, and enables treatment planning systems and powerful simulations and calculations to be performed on any modern computer.
Yonghong Yan
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