Robert S Stanson

Title: Innovative Contributions of Robert S. Stanson in Ultrasound Imaging

Introduction

Robert S. Stanson, an inventive mind based in Manitoba, Canada, has made significant contributions to the field of medical imaging. His expertise, particularly in ultrasound technologies, is highlighted by his patent that addresses a common challenge in maintaining accurate imaging during motion.

Latest Patents

Stanson holds a patent for a "Method and apparatus for locking sample volume onto moving vessel in pulsed doppler ultrasound imaging." This innovative method and apparatus automatically maintain the Doppler sample gate position on a selected vessel during tissue or probe motion. The system locks onto the selected vessel when its position changes, offering enhanced accuracy in B-mode or color flow images. Furthermore, the invention employs advanced techniques such as pattern matching and both spatial and frequency domain analysis to track the translation and rotation of vessels between image frames.

Career Highlights

Stanson is a part of GE Medical Systems Global Technology Company, where he continues to innovate and advance medical imaging technologies. His work not only showcases his engineering prowess but also highlights the importance of adapting imaging technologies to ensure reliability in clinical settings. His single patent stands as testimony to his capability to solve complex problems in technological applications.

Collaborations

Throughout his career, Stanson has collaborated with notable colleagues, including Lihong Pan and Larry Y.L. Mo. These collaborative efforts have undoubtedly contributed to the development and refinement of his innovations, fostering a team environment that thrives on shared knowledge and expertise.

Conclusion

Robert S. Stanson's contributions to ultrasound imaging reflect his commitment to innovation and problem-solving in the medical field. His patent serves as a significant advancement that supports clinicians in achieving precise imaging results, ultimately benefiting patient care and diagnostics.