Driving innovations that transform clinical decision-making and healthcare delivery: this research seeks to redefine the field of medical informatics to support AI-driven healthcare innovations.
Spearheading the construction of reliable and secure connected and autonomous vehicles (CAVs): this research aims to address numerous security weaknesses that expose systems to potential attacks, misuse, and safety threats.
Leveraging state-of-the-art machine learning technologies for biomedical data integration and exploration: this research will help to transform how clinicians treat patients with cancer using a data-driven, precision medicine approach.
Molecular mechanisms of cancer: this research will identify genetic and epigenetic drivers of cancer, the basis of mutagenesis and DNA repair, and their contribution to cancer etiology.
How could GPS technology revolutionize surgery? Dr. Gabor Fichtinger and Dr. Caitlin Yeo discuss how NaviKnife provides a more precise 3D image for removing cancerous tissues.
![[Child playing video games]](https://www.queensu.ca/research/sites/default/files/styles/3x2_cropped/public/assets/legacy/images/1000x667_kelly-sikkema-bUgaIaZysH0-unsplash.jpg?itok=8fYVGWEI "Staying safe in the new digital world")
![[Gabor Fichtinger and Caitlin Yeo]](https://www.queensu.ca/research/sites/default/files/styles/3x2_cropped/public/assets/bdwk/Fichtinger_Yeo-bdwk_0.jpg?itok=Y5-dv_8A "Photo by Barry Kaplan")