Ovary–PTV distance defined where ovarian dose prediction became unreliable
Random forest best predicted ovarian dose after transposition, but all models deteriorated sharply when ovaries lay within approximately 17 mm of the PTV.
Random forest best predicted ovarian dose after transposition, but all models deteriorated sharply when ovaries lay within approximately 17 mm of the PTV.
Patient-specific feasibility guidance improved target homogeneity and reduced rectal low-dose exposure after automated RapidPlan optimization.
A shared-source Eclipse toolkit unified lattice generation, position-aware optimization, and peak-valley dose ratio evaluation for spatially fractionated radiation therapy.
K-means matched hybrid optimization for margin volume while reducing median computation time from 306.9 seconds to 0.19 seconds.