Jack Neylon, PhD, DABR

ABSTRACTS

• 2019-09 » ASTRO: 60th Annual Meeting

• Biology-Guided Radiotherapy for Lung SBRT Reduces Target Volume and Organs at Risk Doses
• Dosimetric Comparison of Multiple vs Single Isocenter Technique for Lienar Accelerator-Based Stereotactic Radiosurgery - The Importance of the Six Degree Couch
• Dosimetric Evaluation of Intracranial Stereotactic Radiosurgery Treatment Plans for a Prototype Biology-Guided Radiotherapy System
• Residul Setup Errors in Cranial Stereotactic Radiosurgery without 6DoF Robotic Couch
• Increased Physician Discussion of Radiation Oncology Topics on Social Media Correlates with Increased Patient Engagement - Elevating the Profile of the Field

• 2019-07 » AAPM: 61st Annual Meeting & Exhibition

• *BEST IN PHYSICS* Geometric Risk Index - Quantifying Plan Robustness with Respect to Geometric Uncertainty and DVH Objectives

• 2018-07 » AAPM: 60th Annual Meeting & Exhibition

• Diffusion-Prepared Multi-Shot BSSFP Imaging with Gradient Stabilizer for High-Resolution and Distortion-Free Diffusion Imaging
• A Machine Learning and Biomechanical Approach for Generating Lung 4DCT from a Breath-Hold 3DCT
• Distributed Multi-GPU Photon Beamlet Dose Calculation for Efficient Radiation Treatment Planning
• Novel Optical Whole-Body Patient Surface Mapping for Robust Personalized Collision Modeling and Prevention in External Beam Radiotherapy
• Quantifying the Dose to Functional Lung Regions Using Patient-Specific Elasticity Distrubitions Estimated from a Deep Learning Approach
• On the Systematics Feasibility Analysis of Performing Lung Elastography Using Low-Dose 4DCT Imaging

• 2017-07 » AAPM: 59th Annual Meeting & Exhibition

• Clinical Assessment of Spatial Uncertainty for a Combined 0.35T MR and EBRT Treatment Machine
• A Deep Neural Network Approach for Near Real-Time Lung Tissue Elasticity Estimations from 4DCT Imaging
• Dosmetric Impact of Air Cavities in Gastrointestinal Tract for MR-Guided Stereotactic Body Radiotherapy of Pancreas Cancers
• Initial Investigations of 4D Dose Calculations Based on 4D-MRI
• MRI-Guided Soft Tissue Alignment Improved Dose Delivery Accuracy for Head-and-Neck Radiation Therapy
• Post Treatment Dosimetry Using Applicator-to-Applicator Rigid Registration Followed by Adaptive Contouring in Intra-Vaginal HDR Brachytherapy
• Characterizing and Validating Patient-Specific High-Resolution Lung Elasticity from 4DCT Imaging

• 2016-09 » ASTRO: 58th Annual Meeting

• Magnetic Resonance Imaging Guided Soft Tissue Alignment for Head-and-Neck Radiation Therapy - Margin Reducction and Its Clinical Feasibility

• 2016-07 » AAPM: 58th Annual Meeting & Exhibition

• Characterization of a Parameterized Image Similarity Cost Function for Automated Patient and Site Specific DIR Accuracy Optimizations
• Feasibility and Quantitative Analysis of 4DCT-Based High Precision Lung Elastography

• 2016-06 » 18th International Conference on the use of Computers in Radiation Therapy

• MRI-Guided Soft Tissue Alignment for Head-and-Neck Radiotherapy and Margin Adaption Assessed by a GPU-Based Dose Deformable Regsitration Framework
• Real-Time Hyper-Elastic Biomechanical Models of Head-and-Neck Anatomy for Model-Guided Multi-Modal Deformable Image Registrations

• 2016-04 » NVIDIA's GPU Technology Conference

• Graduate Fellow Fast-Forward Session - Interactive, Patient-Specific Hyper-Elastic Biomechanical Models in Radiotherapy
• Patient-Specific Hyper-Elastic Biomechanical Models for Clinical DIR Confidence Quantification

• 2015-07 » AAPM: 57th Annual Meeting & Exhibition

• Sysetmatic Assessment of a Novel Image Similarity Parameterization Metric for Fully Automated Quantification of Deformable Image Registration Accuracy
• Systematic Feasibility Analysis of a Quantitative Elasticity Estimation for Breast Anatomy Using Supine/Prone Model Postures

• 2015-05 » UCLA Biomedical Physics Symposium

• Applications of Biomechanical Modeling in Adaptive Radiotherapy

• 2014-09 » ASTRO: 56th Annual Meeting

• A Systematic ASssessment of Head-and-Neck Deformable Image Regsitration Using High Resolution Biomechanical Models

• 2014-07 » AAPM: 56th Annual Meeting & Exhibition

• A GPU Framework for Developing Interactive High-Resolution Patient-Specific Biomechanical Models
• A GPU-Based Bethod for Validating Deformable Image Registration in Head-and-Neck Radiotherapy Using Biomechanical Modeling
• Investigating the Minimum Scan Parameters Required to Generate Free-Breathing Fast-Helical CT Scans Without Motion Artifacts
• Magrin Reduction of Level II/III Planning Target Volumes for Image-Guided Simultaneous Integrated Boost Head-and-Neck Treatment
• MRI-Based Treatment Simulation and Patient Setup for Radiation Therapy of Brain Cancer
• Real-Time Dosimetric Assessment for Adaptive Head-and-Neck Treatment Via a GPU-Based Deformable Image Registration Framework

• 2014-05 » NIH NIBIB Training Grantees Meeting

• A Systematic Quantification of Image Registration Accuracy Using High-Resolution Patient-Specific Biomechanical Head-and-Neck Models

• 2014-02 » NextMed / Medicine Meets Virtual Reality

• A Multi-GPU Framework for Simulating High-Resolution Biomechanical Head-and-Neck Deformations

• 2013-09 » ASTRO: 55th Annual Meeting

• Feasibility of Margin Reduction for Level II and III Planning Target Volume in Head-and-Neck Image Guided Radiation Therapy
• Real-Time Assessment of Dosimetric Variations in Head-and-Neck Radiation Therapy

• 2013-08 » AAPM: 55th Annual Meeting & Exhibition

• Documenting Dose Delivery for Head-and-Neck Radiotherapy Using a GPU-Based Framework
• Establishing a Quantitative Relation Between the Spectrum-Sampling Rate on the Dose Distrubtion Accuracy Using a GPU-Based Convolution/Superposition Algorithm