Research Areas: Medical Data Analysis and Bioinformatics Disease Diagnosis and Prognosis Medical Device Evaluation and Augmentation Medical Scientific Visualizations Minimally Invasive Methodologies Medical Data Analysis and Bioinformatics Hybrid MALDI/Texture Characterized Tumor Imaging and Biomarker Identification for Prostate Cancer Biomarker identification for prostate cancer Denoising of Medical Data Hardware Enhanced Analysis and Visualization Demos: Prostate Cancer Classification Disease Diagnosis and Prognosis Predicting Brain Tumor Recurrence and Therapy Response Using Machine Learning Techniques Based on Multimodal Data Feature Extraction Labor & Delivery Analysis Radiation Beam Dosage Profiling Demos: Predicting Brain Tumor Growth Medical Device Evaluation and Augmentation Automated guidance for dental implant placement using digital panoramic bitewing x-rays Real-Time Virtual Heart Sound Pathology for Standardized Patients Near-Infrared Based SP-Tracking Augmented Fetal Sonography for Standardized Patients Demos: Cardiac & Fetal Ultrasound for SPs; Near-Infrared Stethoscope Tracking Medical Scientific Visualizations Validation of reconstruction methods for pectus patients’ rib cage using surface scan data Procedural Modeling of Wound Textures Diffusion Tensor Image Segmentation Robotic prostatectomy comparison with traditional open and laparoscopic surgical prostatectomy Medical Education Demos: Patient Specific Ribcage Segmentation; Prostate Visualization Minimally Invasive Methodologies Measuring in-vivo rib cartilage tissue parameters of pectus excavatum patients Minimally Invasive Surgical planning of the Nuss Procedure for pectus excavatum Demos: Pectus Excavatum Surface Scans
Research Areas:
Demos: Prostate Cancer Classification
Demos: Predicting Brain Tumor Growth
Medical Device Evaluation and Augmentation Automated guidance for dental implant placement using digital panoramic bitewing x-rays Real-Time Virtual Heart Sound Pathology for Standardized Patients Near-Infrared Based SP-Tracking Augmented Fetal Sonography for Standardized Patients Demos: Cardiac & Fetal Ultrasound for SPs; Near-Infrared Stethoscope Tracking Medical Scientific Visualizations Validation of reconstruction methods for pectus patients’ rib cage using surface scan data Procedural Modeling of Wound Textures Diffusion Tensor Image Segmentation Robotic prostatectomy comparison with traditional open and laparoscopic surgical prostatectomy Medical Education Demos: Patient Specific Ribcage Segmentation; Prostate Visualization Minimally Invasive Methodologies Measuring in-vivo rib cartilage tissue parameters of pectus excavatum patients Minimally Invasive Surgical planning of the Nuss Procedure for pectus excavatum Demos: Pectus Excavatum Surface Scans
Demos: Cardiac & Fetal Ultrasound for SPs; Near-Infrared Stethoscope Tracking
Demos: Patient Specific Ribcage Segmentation; Prostate Visualization
Demos: Pectus Excavatum Surface Scans
