A 3D gamma-index provides an acceptance criterion for forecasts by checking agreement within explicit spatial, temporal, and intensity tolerances instead of exact matches.
Medical Physics 25, 656–661
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
years
2026 3verdicts
UNVERDICTED 3representative citing papers
Cohort analysis of planned vs delivered dose and constant vs variable RBE differences for base-of-tongue cancer patients receiving IMPT.
Upgrades beam model with double-Gaussian distributions for spatial and angular particle distributions to improve phase space accuracy in a GPU-based proton therapy Monte Carlo engine.
citing papers explorer
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A Tolerance-Based Framework for Spatio-Temporal Forecast Validation Using the gamma-Index
A 3D gamma-index provides an acceptance criterion for forecasts by checking agreement within explicit spatial, temporal, and intensity tolerances instead of exact matches.
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Planned, delivered and variable RBE dose difference analysis for a patient cohort with base-of-tongue cancer treated with IMPT
Cohort analysis of planned vs delivered dose and constant vs variable RBE differences for base-of-tongue cancer patients receiving IMPT.
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Beam modelling of Hitachi PROBEAT proton therapy system for a GPU-based Fast Monte Carlo dose engine
Upgrades beam model with double-Gaussian distributions for spatial and angular particle distributions to improve phase space accuracy in a GPU-based proton therapy Monte Carlo engine.