Accuracy of Ultrasound Elastography Across 476 Trials

Abstract

ultrasound elastography is a central problem in biomedical engineering, yet standard techniques scale poorly in resource-constrained settings. We assemble a dataset of 708 observations and evaluate three competing models under matched conditions. Our measurements agree with theoretical predictions to within 19%, resolving an open discrepancy in the literature. The results carry direct implications for both classroom instruction and early-stage research training.