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AI-driven tool developed for Kenya offers governments and decision-makers critical lead time to save lives by forecasting malnutrition up to six months in advance with up to 89% accuracy
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Fontaine hopes that his work in algorithmic scenario generation will make robotics and AI systems safer before they are deployed.
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A BME graduate student having her first baby inspired the research group to work on technology gaps in lactation health.
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A major transition in the evolution of life on Earth can be traced to how ciliates have adapted to maximize nutrient intake.
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135 student presentations address health, security, sustainability and how to enrich life
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From planning creatively to aligning AI with human values, USC ISI researchers push the boundaries of natural language processing.
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A look at different approaches by USC Viterbi and School of Advanced Computing faculty
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USC ISI showcases new research to safeguard online discourse, mitigate polarization, evaluate LLMs, and more
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USC researchers present cutting-edge advances in AI and machine learning at ICLR 2025, highlighting breakthroughs in 3D vision, decision-making, and deep learning
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Biomedical engineering research at USC has unraveled a mystery of motor control that could be a game-changer for disorders like Parkinson’s and could aid in the development of bio-inspired systems.
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USC ISI researchers develop a novel mathematical model that helps explain why we’re polarized
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After a whirlwind year advising the White House Office of Science and Technology Policy (OSTP), USC researcher Kelly Sanders returns to campus with new knowledge and experience to share with her students.
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Biomedical engineers at USC Viterbi have created a new biocompatible material that is safe for marine life and avoids harmful microplastics.
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New method by USC SAIL Lab and USC School of Advanced Computing Unveiled at ICASSP is 2X as effective as previous model.
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How USC’s prestigious summer internship is transforming lives and advancing engineering excellence.
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New research from Kanso Bioinspired Motion Lab at USC uses on-board flow sensors to enable robots to learn, adapt and move fluidly in underwater environments.
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A groundbreaking study by USC Kanso Bioinspired Motion Lab reveals fundamental insights into the selective forces favoring the early evolution of multicellular organization.
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Computational materials research offers a breakthrough in our understanding of the superconducting behavior of metals with a woven-basket-like atomic structure that houses electrons with exotic properties.
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New paper from the ValeroLab shows that tactile sensors are less important than the order of learning experiences for embodied artificial intelligence.
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USC Viterbi researchers have engineered a new immune cell that when activated by ultrasound can continuously sense and destroy cancer cells for extended periods.
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Two leading researchers at the USC Viterbi School of Engineering join the ranks of AAAS fellows, one of the most prestigious honors in academia.
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A technique based on new physics enables robust, scalable control over quantum information, potentially enabling more reliable quantum computing
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New undergraduate research from biomedical engineering student Arjun Karnwal is being used by Children’s Hospital Los Angeles to improve cancer radiation treatments.
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Two-day event brought together visionary leaders from academia and industry to explore the future of computing across the full computing stack.
