Modeling Finds Strategies to Eradicate the Coffee Berry Borer Across Multiple Seasons ResearchInsightsCommentarysiam.org FeedsDynamical Systems, Nonlinear WavesGeosciences and Math of Planet EarthLife Sciences Amitabha Bose mapped the dynamics of coffee berry borers in order to find pest management strategies at DS23.
Autocatalytic Network Captures Cooperative Learning in the Classroom ResearchInsightsCommentaryCareersStudents and Educationsiam.org FeedsEducationApplied Mathematics EducationDynamical Systems, Nonlinear Waves At DS23, Meilin Huang used modeling and empirical investigation to examine cooperative networks among students.
Connecting Atmospheric Structures with the “Godzilla” Dust Storm ResearchInsightsCommentarysiam.org FeedsDynamical Systems, Nonlinear WavesGeosciences and Math of Planet Earth Albert Jarvis uncovered the dominant atmospheric structures that caused the dust plume’s evolution at DS23.
The Dynamics of Rhythm Synchronization in Acorn Ants ResearchInsightsCommentarysiam.org FeedsDynamical Systems, Nonlinear WavesImaging ScienceLife Sciences At DS23, Grant Doering investigated the heterogeneity in the rhythm synchronization of ant activity.
Model Investigates the Widespread Underestimation of Public Support for Climate Policies ResearchInsightsCommentarysiam.org FeedsDynamical Systems, Nonlinear WavesGeosciences and Math of Planet Earth Ekaterina Landgren explored a social network model that depicts public perception of climate policy support at DS23.
Open-road Testbed Explores Effect of Automated Vehicles on Traffic ResearchInsightsCommentarysiam.org FeedsControl and Systems TheoryData ScienceDynamical Systems, Nonlinear Waves At DS23, Sean McQuade detailed an experiment with automated vehicles on the I-24 MOTION open-road testbed.
Speeding Up Solar Wind Forecasts with Reduced-order Modeling ResearchInsightsCommentarysiam.org FeedsComputational Science & Numerical AnalysisData ScienceDynamical Systems, Nonlinear WavesGeosciences and Math of Planet EarthUncertainty Quantification Shifted operator inference is a data-driven, projection-based, reduced-order model that predicts the solar wind near Earth.
Project INSIGHT: Developing Novel Epidemiological Models with Human Behavior, Interaction, and Collaboration ResearchInsightsCommentaryCareersStudents and Educationsiam.org FeedsEducationStudentApplied Mathematics EducationData ScienceLife Sciences Project INSIGHT aims to improve understanding of the COVID-19 pandemic and its effects on society through math modeling.
The Argument for Mandatory Vaccinations: A Game Theory Approach to Mpox ResearchInsightsCommentarySIAM Newssiam.org FeedsLife Sciences A game theoretical perspective helps understand vaccination strategies in the context of human behavior.
Some Shallow Observations ResearchInsightsCommentarySIAM Newssiam.org FeedsApplied GeometryImaging ScienceClassical Applied Mathematics Mark Levi investigates the disparity between the true and apparent depths of an underwater object, which can be quite striking.
Scientific Uses of Automatic Differentiation ResearchInsightsCommentarySIAM Newssiam.org FeedsComputational Science & Numerical AnalysisDynamical Systems, Nonlinear WavesMathematical Aspects of Materials ScienceOptimizationAnalysis and Partial Differential EquationsClassical Applied Mathematics The widespread, open-source deployment of effective software tools for automatic differentiation presents new opportunities.
Gene Drives and Population Suppression: Addressing Mosquito-Borne Disease ResearchInsightsCommentarysiam.org FeedsControl and Systems TheoryGeosciences and Math of Planet EarthLife Sciences Mathematical models are critical for the development of gene drives, which could turn the tables on mosquito-borne disease.
Rare Event Sampling for the Earth and Planetary Sciences ResearchInsightsCommentarysiam.org FeedsComputational Science & Numerical AnalysisData ScienceGeosciences and Math of Planet Earth A computational approach uses “survival of the fittest” to steer simulations toward the exhibition of extreme events.
Changing Temperatures, Changing Risks: Modeling Dengue Transmission in the Context of Climate Change ResearchInsightsCommentarysiam.org FeedsDynamical Systems, Nonlinear WavesGeosciences and Math of Planet EarthLife Sciences A new SEIR model captures the nonlinear effects of changing temperatures on mosquito dynamics and dengue transmission.
Optimization in Machine Learning and Data Science ResearchInsightsCommentarySIAM Newssiam.org FeedsComputational Science & Numerical AnalysisData ScienceOptimization Optimization plays a central role in machine learning by providing tools that formulate and solve computational problems.