Hind Oulhaj

Title: Hind Oulhaj: Pioneering Innovations in Surgical Guidance Systems

Introduction

Hind Oulhaj, based in Strasbourg, France, is an innovative inventor with a remarkable portfolio of five patents. Her work focuses primarily on artificial intelligence technologies that enhance surgical procedures, marking her as a significant contributor to the medical technology landscape.

Latest Patents

Among her latest patents, she has developed an artificial intelligence intra-operative surgical guidance system. This system consists of a computer executing various automated artificial intelligence models trained on extensive data sets to assess surgical decision risks and offer intra-operative guidance. This technology also includes a display that provides visual assistance to users during procedures.

In addition to this, she has another patent focused on a computing platform that utilizes automated artificial intelligence models, specifically a neural network. This innovation is capable of analyzing a range of radiographic images to identify multiple anatomical structures, such as the pelvic teardrop and symphysis pubis joint. The system classifies the radiographic images by comparing them to a reference image of the subject's healthy side, thus constructing a subject-specific functional pelvis grid. This grid is generated based on the detected anatomical structures and varies according to the specific situation encountered in the radiographic image.

Career Highlights

Hulhaj has made significant strides in her career by collaborating with notable organizations such as Orthogrid Systems Holdings and Orthogrid Systems, Inc. Her contributions in these companies have strengthened the integration of artificial intelligence in surgical applications.

Collaborations

Hind has worked alongside talented professionals, including Richard Boddington and Joshua Cates. Their collaborative efforts have further propelled advancements in surgical guidance technologies.

Conclusion

Hind Oulhaj's innovative spirit and dedication to enhancing surgical procedures through artificial intelligence demonstrate her crucial role in the evolution of medical technology. With her impressive patent portfolio and collaborative achievements, she continues to inspire advancements within the field.