Join a comprehensive webinar featuring Prof. Marvin M. Doyley from the University of Rochester, hosted by the IEEE Signal Processing Society. Explore the fascinating world of elastography techniques in medical imaging. Delve into various methods including palpation, ultrasound, harmonic elastography, transient elastography, and quasistatic approaches. Learn about strain imaging, harmonic modeling, and boundary conditions. Discover the least square approach, camera lower bound, and the use of priors in elastography. Examine a case study and gain insights into subharmonic imaging and maximum principal stress analysis. This 1-hour 29-minute session offers a deep dive into cutting-edge elastography research and applications, providing valuable knowledge for professionals and students in the field of medical imaging and signal processing.