The University of Florida's AI minute is a weekly one-minute broadcast featuring research developments in artificial intelligence at the University of Florida, as well as explanations of AI terminology. The AI minute is sponsored by the AI2 Center (Artificial Intelligence Academic Initiative Center) in production with WUFT-FM, an NPR member radio station owned by the University of Florida.
Latest Episodes
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Today, with generative AI, instructors and employers are questioning if content was written by a human or machine. At UF, researchers are developing a digital, invisible watermark that can detect AI-generated text to verify who is the content creator.
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AI is transforming the sports industry, and UF's College of Health and Human Performance has launched a sports analytics program to prepare students for a future where technology will shape the future of sports.
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At the University of Florida, Dr. Aprinda Indahlastari Queen is using AI to analyze differences in brain anatomy to determine which patients will benefit the most from certain dementia therapies.
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HiPerGator, one of the most powerful supercomputers in higher education, now is seven to ten times faster than its predecessor, thanks to a $33 million upgrade at the University of Florida.
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At UF, AI-powered avatars are helping health science students learn from simulations that bridge the gap between classroom learning and real-world practice.
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Modern farming is high tech. At the University of Florida, students are learning technologies such as computer vision and systems modeling to boost farmers' profits and preserving the environment.
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UF is set to lead one of the seven regional hubs for a groundbreaking $285 million nationwide semiconductor research institute called Smart USA.
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A researcher in UF's College of Veterinary Medicine is leading innovating research to measure pain in animals by using AI.
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Researchers from the University of Florida's Department of Electrical and Computer Engineering are advancing robotic-assisted surgery through AI. By analyzing vast data from past surgeries, they aim to improve precision and safety in surgical procedures.
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UF researchers have developed an AI-powered weed sprayer that uses sensors to target weeds with 85% accuracy while protecting crops 98% of the time. This prototype reduces herbicide use, cutting costs and environmental impact, and could be in use on farms within a year, marking a major AI advancement in agriculture.