UF Unveils NaviGator AI, Higher Ed’s First Comprehensive, Self-Service AI Platform
University of Florida Information Technology has developed and released the first comprehensive, self-service AI platform among U.S. higher education institutions.
New HiPerGator Simulations “Solve Mother Nature” To Address Real-World Problems
In one of the most intensive uses yet of the University of Florida’s HiPerGator supercomputer, UF engineers have faithfully reproduced the turbulence and complexity of hot air rising along a wall — a previously impossible simulation with applications in home fire safety and heating and cooling.
How Florida Researchers Are Using UF’s Supercomputer
High-impact research is in full swing on the University of Florida’s powerful supercomputer, with faculty and students from across the State University System using HiPerGator — one of the smartest machines in the world — to advance critical work in areas including the environment, technology and medicine.
AI Future: Why the University of Florida Added 100 AI Faculty and the 22nd Fastest Supercomputer in the World
The University of Florida recently turned on the eighth most powerful supercomputer in higher education and 22nd most powerful supercomputer in the world. And added 100 new AI-focused faculty to the already several hundred who are engaged in AI.
1-2-3: UF Supercomputer No. 1 in U.S. for Energy Efficiency; No. 2 in U.S., No. 3 Worldwide in Higher Ed
The University of Florida’s HiPerGator AI supercomputer has been named one of the most powerful worldwide, according to rankings just released by TOP500, the most referenced global ranking of high-performance computing systems.
AI Model To Hasten Clinical Trials, Boost Medical Decision-Making, Thanks to UF Health, NVIDIA
Researchers with the University of Florida’s academic health center — UF Health — announced today that they have collaborated with NVIDIA researchers to create GatorTron™, an artificial intelligence transformer natural language processing model intended to accelerate research and medical decision-making by extracting insights from massive volumes of clinical data with unprecedented speed and clarity.
