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About

Douglas Stanton is a biomedical engineer whose research focuses on advancing image-guided interventions through the development and validation of electromagnetic tracking technologies. His major contributions center on characterizing the accuracy and reliability of AC electromagnetic tracking systems within the challenging environment of a CT scanner—critical work for enabling precise, real-time instrument guidance during minimally invasive procedures. His most cited paper, "Tracking and Characterization of Fragments in a Beating Heart Using 3D Ultrasound for Interventional Guidance" (2011, 9 citations), demonstrates his innovative application of tracking to dynamic, moving targets like cardiac tissue. Stanton’s foundational studies, including "Quantification of AC electromagnetic tracking system accuracy in a CT scanner environment" (2007, 8 citations) and "Effects of sensor orientation on AC electromagnetic tracking system accuracy in a CT scanner environment" (2008, 4 citations), systematically quantified how scanner-induced interference and sensor orientation impact positional accuracy. By using a three-axis positioning robot to rigorously test the NDI Aurora system, he provided essential data that helps clinicians and engineers optimize tracking performance. Stanton’s work is a cornerstone for safer, more accurate navigation in interventional radiology and surgery.