All Work Published on Machine Learning
Stanford Ethicists Developing Guidelines for the Safe Inclusion of Pediatric Data in AI-Driven Medical Research
AI algorithms often are trained on adult data, which can skew results when evaluating children. A new perspective piece lays out an approach for pediatric populations.
AI algorithms often are trained on adult data, which can skew results when evaluating children. A new perspective piece lays out an approach for pediatric populations.
More people feel comfortable outsourcing important projects to AI; new research shows why we shouldn’t.
More people feel comfortable outsourcing important projects to AI; new research shows why we shouldn’t.
Stanford education researchers collaborated with teachers to develop classroom-ready AI resources for high school instructors across subject areas.
Stanford education researchers collaborated with teachers to develop classroom-ready AI resources for high school instructors across subject areas.
New research using artificial intelligence suggests that number sense in humans may be learned, rather than innate. This tool may help us understand mathematical disabilities.
New research using artificial intelligence suggests that number sense in humans may be learned, rather than innate. This tool may help us understand mathematical disabilities.
Understanding the physics of wind currents above forest canopies may help wildfire managers forecast the flight paths of dangerous burning embers, or firebrands, which are responsible for most home destruction during wildfires.
Understanding the physics of wind currents above forest canopies may help wildfire managers forecast the flight paths of dangerous burning embers, or firebrands, which are responsible for most home destruction during wildfires.
A Stanford team has developed Sophia, a new way to optimize the pretraining of large language models that’s twice as fast as current approaches.
A Stanford team has developed Sophia, a new way to optimize the pretraining of large language models that’s twice as fast as current approaches.
