RHU is proud to announce the groundbreaking publication of a research study that marks a significant advancement in the early detection of Parkinson’s disease. Conducted by Ms. Milana Kasab, alumna and lecturer in the RHU College of Engineering, alongside senior biomedical engineering students Ms. Nadine Al Masri and Ms. Razan Al Moughrabi, the study utilizes cutting-edge methodologies to enhance diagnostic precision.
Titled "Detection of Parkinson's Disease through Spiral Drawings Using Convolutional Autoencoders," the study leverages the power of advanced AI-driven techniques to improve diagnostic accuracy and support more informed clinical decision-making. The findings, published in IEEE Xplore, offer valuable insights that could revolutionize early intervention and lead to improved treatment strategies for patients with Parkinson’s disease.
The research was presented at the International Conference on Smart Systems and Power Management (IC2SPM), organized by IEEE on November 29, 2024, highlighting the global recognition and impact of the work.
RHU extends its congratulations to Ms. Milana Kasab, Ms. Razan Al Moughrabi, and Ms. Nadine Al Masri for their exceptional achievement and looks forward to their continued contributions to the fields of medical innovation and AI-driven research.