This work explored effective strategies to automatize radiotherapy planning for whole breast irradiation, mimicking the classical tangential fields (TF) technique. An original arc technique (named Virtual Tangential-fields Arc Therapy, ViTAT) was first optimized to mimic TF. Then, using the commercial software RapidPlan (Varian Medical System, Inc), dose distributions of past clinical plans were used to train Knowledge-Based models: after proper validation, models were translated into individually-optimized templates for automatic plan optimization: ViTAT clinically replaced manual TF, also replacing the manual choice of beam angles. This approach was extended to the TomoDirect approach, delivering TF-like treatments with the Tomotherapy ma...
Breast conserving radiotherapy uses tangential fields and compensating wedges. This conventional app...
Globally, cancer rates are on the rise, especially in low- and middle-income countries (LMICs). Howe...
Purpose The use of dynamic arcs for delivery of stereotactic body radiation therapy (SBRT) on Cyberk...
PurposeTo implement Knowledge Based (KB) automatic planning for right and left-sided whole breast tr...
PurposeTo evaluate the performance of eleven Knowledge-Based (KB) models for planning optimization (...
Purpose: To develop an automated treatment planning approach for whole breast irradiation with ...
Background and Purpose: Dose homogeneity is one of the objectives during computer planning of postop...
To evaluate the performance of a model-based optimisation process for volumetric modulated arc thera...
Background : Published treatment technique comparisons for postoperative left-sided whole breast irr...
The main objective of this thesis is to present a full Monte Carlo (MC)-based inverse treatment plan...
External beam radiotherapy is the most often used radiation therapy method in curative and palliativ...
Intensity-modulated radiotherapy treatment planning is an inverse problem that typically includes nu...
Objectives To reduce treatment planning times while maintaining plan quality through the introductio...
PurposeNon-coplanar 4π radiotherapy generalizes intensity modulated radiation therapy (IMRT) to auto...
Purpose: Breast cancer patients who require locoregional lymph node (LLN) irradiation can be treated...
Breast conserving radiotherapy uses tangential fields and compensating wedges. This conventional app...
Globally, cancer rates are on the rise, especially in low- and middle-income countries (LMICs). Howe...
Purpose The use of dynamic arcs for delivery of stereotactic body radiation therapy (SBRT) on Cyberk...
PurposeTo implement Knowledge Based (KB) automatic planning for right and left-sided whole breast tr...
PurposeTo evaluate the performance of eleven Knowledge-Based (KB) models for planning optimization (...
Purpose: To develop an automated treatment planning approach for whole breast irradiation with ...
Background and Purpose: Dose homogeneity is one of the objectives during computer planning of postop...
To evaluate the performance of a model-based optimisation process for volumetric modulated arc thera...
Background : Published treatment technique comparisons for postoperative left-sided whole breast irr...
The main objective of this thesis is to present a full Monte Carlo (MC)-based inverse treatment plan...
External beam radiotherapy is the most often used radiation therapy method in curative and palliativ...
Intensity-modulated radiotherapy treatment planning is an inverse problem that typically includes nu...
Objectives To reduce treatment planning times while maintaining plan quality through the introductio...
PurposeNon-coplanar 4π radiotherapy generalizes intensity modulated radiation therapy (IMRT) to auto...
Purpose: Breast cancer patients who require locoregional lymph node (LLN) irradiation can be treated...
Breast conserving radiotherapy uses tangential fields and compensating wedges. This conventional app...
Globally, cancer rates are on the rise, especially in low- and middle-income countries (LMICs). Howe...
Purpose The use of dynamic arcs for delivery of stereotactic body radiation therapy (SBRT) on Cyberk...