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Rachee Singh, assistant professor of computer science, and Emaad Manzoor, assistant professor of marketing, will design light-based, optical network fabrics that enable faster communication between GPUs and bypass bottlenecks caused by slower electrical connections.
“When GenAI first came out a lot of discussion was around how students would use it to cheat and circumvent learning. This is a real concern. However, there is such a huge opportunity in using GenAI to improve and change what and how we teach. Recognizing that our students are going to live in an AI-enabled world, at Cornell we realized that we must change our curriculum to include GenAI in it.” – Kavita Bala, Ph.D., Cornell University, Dean Bowers College of Computing and Information Science and Lead Dean, Cornell AI Initiative
The AI for Sustainability (AI4S) Visiting Professorship has launched at Cornell, designed to bring faculty scholars from across the world to the university to tackle pressing global challenges in sustainability through the power of artificial intelligence.
In an era where digital threats are ever-evolving, the need for advanced education and research in cybersecurity, trust, and safety is paramount. Cornell Tech’s new Security, Trust, and Safety (SETS) Initiative, a cutting-edge program aimed at revolutionizing these fields, aims to address these challenges head-on. The director of the SETS program, Google alum Alexios Mantzarlis, brings a wealth of experience and a vision to this critical endeavor.
A multidisciplinary team aims to build a more inclusive AI shaped by global cultures and knowledge – one of three projects that make up Cornell’s new Global Grand Challenge: The Future.
A new program at Cornell will tackle critical environmental challenges by integrating advanced artificial intelligence (AI) tools with sustainability research across the campus, thanks to a grant from the National Science Foundation’s Research Traineeship Program.
Integrating artificial intelligence into today’s environmental control systems could reduce energy consumption for indoor agriculture by 25% – potentially helping to feed the world as its population rises, Cornell engineers have found.
Researchers found that cooperative partnerships seeking to spread the cost burden of water infrastructure projects often end up forcing local partners to bear the brunt of supply and financial risks.
