In a new paper, David Rolnick and colleagues argue that problem-oriented AI research will help increase the long-term effectiveness of AI.
The AI Policy Compass program is designed to provide decision-makers, policymakers and professional working in policy with a foundational understanding of AI technology.
Studying at Mila means joining a dynamic community at one of the world's leading AI research institutes.
Innovative artificial intelligence (AI) advances in healthcare can improve the lives of humans throughout the world and speed up research in key areas. Through the thoughtful and sensitive use of AI, medical practitioners can make better decisions for their patients, healthcare management can be streamlined, and lives can be saved.
With AI, doctors can make better-informed decisions, and patients can receive highly personalized treatments based on their unique medical histories. AI can provide early diagnosis for neurodegenerative conditions such as Alzheimer’s disease and multiple sclerosis, while also improving outcomes for patients with chronic illnesses such as cancer, arthritis and diabetes.
From exploring antibiotic resistance, to discovering new targets and drugs, to developing new forms of medical imaging and diagnostic methods, Mila’s researchers are building responsible and inclusive AI tools, ensuring a healthier future for all. Several of our experts also work in collaboration with hospitals to better integrate AI tools within the healthcare system.
This project aims to develop modern deep learning frameworks that accurately predict future patient outcomes and the effects of individual treatments, by asking them to overcome the challenges presented by real-world data.
Mila has joined forces with Helmholtz Munich and the Max Planck Institute for Intelligent Systems to form an international lab that will use big data and AI to shed light on the role of cellular processes in the development of diseases.
As a member of the Acuité Québec consortium, Mila plays a key role in developing cutting-edge technologies to better predict and image drug action.
AI presents an extraordinary opportunity to improve human health, by helping doctors make better and faster decisions, facilitating the discovery of new drugs, providing personalized treatments, and improving how we detect, track, and treat diseases.
Mila professors exploring the subject as part of their research.
