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Explore cutting-edge applications of geometry and algebra through expert seminars covering computational methods, optimization, and real-world problem-solving techniques.
Master mathematical modeling fundamentals through MATLAB programming, data analysis, disease spread models, probability, regression, and effective writing practices.
Explore advanced numerical methods through expert lectures on sparse solvers, matrix equations, eigenvalue problems, and matrix functions from SIAM's prestigious summer school.
Explore mixed precision arithmetic in numerical linear algebra, balancing performance gains with accuracy while analyzing error sources in scientific computing applications.
Explore optimal transport computations with Marco Cuturi, focusing on parameterizing OT problems with elastic costs that combine Euclidean distance with regularizers like L1 norm, and learn methods for computing and adaptively learning these parameters.
Discover how to improve smartphone features like auto-complete while protecting user privacy through mathematical guarantees and machine learning algorithms that learn from aggregate data without compromising individual information.
Discover how Haberdashers' Boys' School Team used mathematical modeling to predict heatwave temperature changes and develop resource allocation plans to minimize effects of heat waves and power grid failures.
Discover how North Carolina School of Science and Mathematics team modeled temperature changes during heatwaves and developed resource allocation plans to minimize effects of heat waves and power grid failures in their award-winning M3 Challenge presenta…
Discover how Flint Hill School's team used mathematical modeling to predict heatwave temperature changes and develop resource allocation plans to minimize effects of heat waves and power grid failures in this M3 Challenge finalist presentation.
Discover how St. John's School team modeled temperature changes during heatwaves and developed resource allocation plans to minimize effects of heat waves and power grid failures in their award-winning M3 Challenge presentation.
Explore the foundations of benchmark science in machine learning with Moritz Hardt, examining annotator errors, model ranking validity, and multi-task benchmarks that challenge traditional perspectives.
Explore social choice theory with Moon Duchin as she examines how different voting rules impact electoral outcomes, analyzes representation goals, and introduces new tools for modeling electoral data to address democratic reform challenges.
Discover how Rye Country Day School's team used mathematical modeling to predict heatwave temperature changes and develop resource allocation plans to minimize effects of heat waves and power grid failures in this M3 Challenge finalist presentation.
Discover how Winchester College Team used mathematical modeling to predict heatwave temperature changes and develop resource allocation plans to minimize effects of heat waves and power grid failures in their award-winning M3 Challenge presentation.
Discover how William Mason High School's team used mathematical modeling to predict heatwave temperature changes and develop resource allocation plans to minimize effects of heat waves and power grid failures in their championship M3 Challenge presentati…
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