Search Results - "Ungun, B."

Optimization of rotational arc station parameter optimized radiation therapy by Dong, P., Ungun, B., Boyd, S., Xing, L.

“…Purpose: To develop a fast optimization method for station parameter optimized radiation therapy (SPORT) and show that SPORT is capable of matching VMAT in…”
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Optimizing Stereotactic Radiosurgery Treatment of Multiple Brain Metastasis Lesions With Individualized Rotational Arc Trajectory by Dong, P, Ungun, B, Boyd, S, Locke, C, Bush, K, Xing, L

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Quantitative and Qualitative Evaluation of an Automated Planning Solution for Prostate Radiotherapy by Green, W., McBeth, R., Güngör, G., Moll, M., Cozzi, S., Gregoire, V.G., Ungun, B., Costea, M., Bus, N., Paragyos, N., Teo, K., Fenoglietto, P.

“…Volumetric modulated arc therapy (VMAT) is widely used in radiotherapy (RT) treatment planning, yet manual treatment planning (MP) remains labor-intensive and…”
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TH‐AB‐BRB‐02: Enabling Web‐Based Treatment Planning Using a State‐Of‐The‐Art Convex Optimization Solver by Ungun, B, Folkerts, M, Bush, K, Boyd, S, Xing, L

“…Purpose: To develop an ultra‐fast web‐based inverse planning framework for VMAT/IMRT. To achieve high speed, we investigate the use of a simple convex…”
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SU‐C‐BRD‐02: Monte Carlo Based VMAT Dose Re‐Optimization for Patient Specific Quality Assurance and Failed Plan Recovery Using Re‐Weighted Aperture MUs by Folkerts, M, Modiri, A, Ungun, B, Jia, X, Jiang, S, Sawant, A

“…Purpose: To offer an answer to the question: “What do we do if a treatment plan is shown to be sub‐optimal or unsafe after patient specific VMAT QA based on…”
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SU-F-T-340: Direct Editing of Dose Volume Histograms: Algorithms and a Unified Convex Formulation for Treatment Planning with Dose Constraints by Ungun, B, Fu, A, Boyd, S, Xing, L

“…Purpose: To develop a procedure for including dose constraints in convex programming-based approaches to treatment planning, and to support dynamic…”
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WE-AB-209-09: Optimization of Rotational Arc Station Parameter Optimized Radiation Therapy by Dong, P, Ungun, B, Boyd, S, Xing, L

“…Purpose: To develop a fast optimization method for station parameter optimized radiation therapy (SPORT) and show that SPORT is capable of improving VMAT in…”
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