Mikael Rousson

Title: Mikael Rousson: Innovator in Medical Imaging Technology

Introduction

Mikael Rousson is a prominent inventor located in Trenton, NJ, known for his significant contributions to the field of medical imaging technology. With a portfolio that includes 12 patents, Rousson demonstrates a commitment to innovation that addresses critical challenges in medical imaging and data processing.

Latest Patents

Among his latest patents, Rousson has developed a "System and method for global-to-local shape matching for automatic liver segmentation in medical imaging," which provides a streamlined approach for automatically segmenting the liver in digital images. This method utilizes a 3-dimensional digital image alongside a training set of liver shapes, allowing precise segmentation through the application of shape parameters and local deformations.

Another notable invention is the "Method and system for histogram calculation using a graphics processing unit." This patent focuses on optimizing the calculation of image histograms using GPUs, which enhances performance by processing image data in a parallel computing environment. By subdividing 2D texture domains into independent regions and summing tile histograms, this method significantly accelerates histogram generation.

Career Highlights

Throughout his career, Mikael Rousson has worked with leading organizations such as Siemens Medical Solutions USA, Inc. and Siemens Corporate Research, Inc. His experience in these companies has equipped him with the expertise to develop cutting-edge technologies that contribute to advancements in medical imaging and computational methods.

Collaborations

In his innovative journey, Rousson has collaborated with esteemed colleagues including Nikolaos Paragios and Daniel Cremers. These partnerships have further enriched his work, fostering an environment where groundbreaking ideas and expertise can flourish.

Conclusion

Mikael Rousson stands out as a dedicated inventor whose work in medical imaging technology continues to impact the field significantly. His 12 patents not only highlight his innovative thinking but also represent advancements that can improve patient outcomes through better diagnostic tools and imaging techniques.