All conference submissions

To resolve the glycerol-CH2 resonance (≈4–4.4ppm) from that of water (≈4.7ppm) in 1H magnetic resonance spectroscopy (MRS) at 9.4T.

Discrepancy between the diaphragm position in PET and CT during PET/CT studies can lead to artifacts in the PET images due to improper attenuation correction. This artifact is an artificially depleted region at the liver dome tha...

Artificial intelligence (AI) is increasingly embedded across radiation medicine, with applications in clinical decision support, workflow efficiency, personalization of care, and quality assurance. Despite rapid technical advance...

To compare head-and-neck (HN) IMPT robustness using a conventional systematic setup uncertainty model versus a probabilistic random (interfractional) setup uncertainty model.

The NCI Pediatric Proton and Photon Therapy Comparison Cohort aims to compare the risk of second malignancies in patients treated with proton versus photon radiotherapy. Using Monte Carlo (MC) simulations, normal tissue dose esti...

With the number of proton centers increasing, each facing intermittent downtime or need for renovations. Developing optimal approaches to maintain uninterrupted treatment is essential to preserve clinical outcomes. This study out...

To develop "ROBot" (Radiation Oncology Bot), a unified plugin-based gateway for the Eclipse Treatment Planning System. The system consolidates disparate automation tools into a single interface, providing managed, role-based acce...

To establish a co-registration pipeline that achieves robust alignment of multiparametric breast MRIs acquired at multiple visits, improving accuracy in assessment of triple negative breast cancer (TNBC) response to neoadjuvant c...

MR-guided adaptive liver stereotactic body radiotherapy (SBRT) enables daily visualization of liver anatomy and facilitates functional liver–guided planning through online plan adaptation. Functional liver volume (FLV)–based dose...

To identify planning techniques that consistently result in robust VMAT-TBI plans for patients wider than 48cm that allow for patient setup uncertainty 5mm or more.

To evaluate the robustness and generalizability of Det2Prompt, a foundation-model driven framework for partially-label medical image segmentation, under various annotation conditions.

This study systematically evaluated the robustness of radiomics features derived from photon-counting detector CT (PCD-CT) and three dual-energy CT (DECT) platforms under different reconstruction strategies and scanning condition...

To quantify the impact of interfractional variations on the dosimetric quality of VMAT TBI plans, primarily caused by potentially inconsistent upper limb placement at treatment; and to determine a clinically optimal setup for pla...

Five years of field‑by‑field couch‑shift data recorded by radiation therapists on the ProteusONE™ proton system were analyzed to derive clinically relevant robust‑optimization margins and to evaluate the adequacy of existing marg...

This work demonstrates the use of a weighted expected Dice similarity coefficient (wDSC) for optimizing isocenter placement in single-isocenter multi-target (SIMT) LINAC-based stereotactic radiosurgery (SRS).

To evaluate the utility of clinical quality metrics as a means of distinguishing appropriate performance for the IROC Houston stereotactic radiosurgery (SRS) phantom.

Daily cone-beam CT (CBCT) is widely used in adaptive proton therapy; however, scatter artifacts can degrade image quality and introduce proton dose calculation inaccuracies. We developed a region-of-interest (ROI)–guided Swin-Tra...

Large-scale radiotherapy research increasingly relies on heterogeneous DICOM datasets containing complex cross-references across imaging and radiotherapy objects. Beyond ingestion, downstream preprocessing for analysis and machin...

The efficacy of stereotactic radiosurgery (SRS) and radiotherapy (SRT) for brain metastases is often compromised by tumor growth and soft tissue changes between simulation and treatment. To eliminate these latencies, we clinicall...

To evaluate neck CT image quality (IQ) and dose efficiency for lesion assessment across multiple scanners, identifying scanner-level differences and protocol optimization opportunities.

To evaluate and compare double-scattered 3D conformal (DS 3D-CRT) and pencil beam scanning (PBS) for ultra-high dose rate (UHDR) very high energy electron (VHEE) radiotherapy.

Reference beam data (RBD) is an efficient means to facilitate rapid and high quality linac and treatment planning system commissioning. We assessed the quality and reproducibility of the CyberComm™ RBD for CyberKnife® by creating...

This study demonstrates a robust scintillation imaging-based solution to robotic-arm linac automated quality assurance (AQA), including the translational targeting error verification that combines tracking and delivery discrepanc...

To develop and clinically deploy an open-source treatment plan review tool, PANORAMA, integrated with the treatment planning system (TPS) and oncology electronic medical record (EMR) to improve efficiency and standardization of e...