Company Filing History:
Years Active: 2019
Title: Ned C. Rouze: Innovating in Shear Wave Estimation
Introduction
Ned C. Rouze is an accomplished inventor based in Durham, NC, who has contributed significantly to the field of engineering and physics through his innovative ideas. With a focus on estimating shear wave speed, his work combines advanced methodologies and statistical inference to address challenges in mechanical parameter determination.
Latest Patents
Ned C. Rouze holds a patent titled "Methods, systems and computer program products for estimating shear wave speed using statistical inference." This patent describes a comprehensive method and system for determining a mechanical parameter for a sample with a target region. The process involves several steps, including the development of a prior probability density function that characterizes physical properties, generating a shear wave through displacement, and utilizing echo signals for estimating propagation parameters. The innovation lies in the utilization of statistical inference to accurately derive mechanical parameters from the estimated propagation data.
Career Highlights
Currently, Ned C. Rouze is associated with Duke University, where he continues to engage in cutting-edge research and development. His work demonstrates a profound understanding of mechanical systems and the innovative application of statistical methods to improve measurements of physical phenomena.
Collaborations
Throughout his professional journey, Ned has collaborated with notable colleagues, including Stephen J. Rosenzweig and Brett C. Byram. These collaborations enhance the research environment, bringing diverse expertise and significant insights to their shared projects in the realm of engineering and statistical analysis.
Conclusion
Ned C. Rouze stands out as a key player in the innovation landscape of shear wave estimation, actively contributing to advancements that push the boundaries of what is possible in mechanical analysis. His patent showcases his ingenuity and expertise, solidifying his role in the scientific community at Duke University.