2019 SIAM Conference on Applications of Dynamical Systems

Courses
2019 SIAM Conference on App...

2019 SIAM Conference on Applications of Dynamical Systems

44 Course items

The application of dynamical systems theory to areas outside of mathematics continues to be a vibrant, exciting, and fruitful endeavor. These application areas are diverse and multidisciplinary, covering areas of applications that include biology, chemistry, physics, finance, industrial mathematics, data science, and more. This conference strives to amass a blend of application-oriented material and the mathematics that informs and supports the discipline. The goals of the meeting are a cross-fertilization of ideas from different application areas and increased communication between those who develop dynamical-systems techniques and the mathematicians, scientists, and engineers who use them.

A Topological View of Collective Behavior Models

Section: 1 Presentation 1 Document

Advanced Data-Driven Techniques and Numerical Methods in Koopman Operator Theory - Part I of II

A Topological View of Collective Behavior Models

Advanced Data-Driven Techniques and Numerical Methods in Koopman Operator Theory - Part I of II

Advanced Data-Driven Techniques and Numerical Methods in Koopman Operator Theory - Part II of II

Advances in Infectious Disease Modeling - Part I of II

Advances in Infectious Disease Modeling - Part II of II

Beyond the Kuramoto Model

Biological Fluid Mechanics: Hydrodynamically-coupled Oscillators

Collective Behavior of Living Things

Coupling Marine Ecosystem Dynamics to Environmental Change - Part II of II

Data and Dynamics

Data and Dynamics: Dynamical Systems Techniques in Data Assimilation - Part I of II

Data and Dynamics: Dynamical Systems Techniques in Data Assimilation - Part II of II

Dynamic Mode Decompositions and Koopman Analysis

Dynamics of Democracy - Part I of II

Dynamics of Democracy - Part II of II

Entropy and Information

Epidemiology

Feedback Mechanisms in Climate: The Maths and the Consequences - Part I of II

Feedback Mechanisms in Climate: The Maths and the Consequences - Part II of II

Human Dynamics

Hybrid Forecasting of Complex Systems: Combining Machine Learning with Knowledge-based Models

Inference in Dynamical Systems: The Thermodynamic Formalism and Bayesian Inference

Juergen Moser Lecture: Vocal Development in Marmoset Monkeys: Neuromechanics and Social Interactions

Koopman Operator Techniques in Dynamical Systems: Theory

Localized Pattern Formation

Modeling Female and Minority Representation in Society

Modeling Water Flowing over the Landscape: Evolution, Form and Impact

Modern Approaches to Understanding Bridge Instabilities

Networks Thinking Themselves

Nonlinear Decision-Making Dynamics

Nonsmooth Dynamical Systems: From Nodes to Networks

Numerical Measures of Chaos and Regularity

On the Impact of Dynamics on Ensemble Data Assimilation

Planetary Motion and its Effects on Climate - Part I of II

Planetary Motion and its Effects on Climate - Part II of II

Rare Events in Complex Systems - Part I of II

Rare Events in Complex Systems - Part II of II

Starbursts and Flowers: When Spreading Droplets Break Bad

Stochastic Population Dynamics in Continuous Time: Persistence, Extinction, and Quasi-Stationarity

Stochastic Population Dynamics: Persistence, Extinction, and Quasi-stationarity

Theoretical Aspects of Spiral Waves and Traveling Waves in a Cardiac or Neuroscience Context - Part I of II

Theoretical Aspects of Spiral Waves and Traveling Waves in a Cardiac or Neuroscience Context - Part II of II

Topological Data Analysis and Applications in Dynamical Systems - Part I of II

Topological Data Analysis and Applications in Dynamical Systems - Part II of II