Abstract
3D Isodoselines innovation with Interior Optimization (IO) for prostate tumor BED model hyperfractionated Treatment Planning Optimization (TPO) application is further demonstrated. The implemented data was got with additional-dual constrained evolutionary algorithm for BED-LQ model (Biological Effective Dose) in this cancer type. Results for TPO with 3D IO-Graphical Optimization show a number of surfactal IO 3D Isodoselines with proven accuracy-feasibility of the novelty of the technique. Programming software for surfactal-isodoselines methods solutions show a series of 3D IO graphs for TPO. Applications for prostate tumors radiotherapy and stereotactic radiosurgery treatments are briefed.
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