'Strange attractor' presentation slideshows

Models for turbulence

1.73k views • 156 slides

Models for turbulence

1.58k views • 156 slides

EG4508: Issues in environmental science

679 views • 59 slides

A creative apologetics about our eternal destiny based on chaos theory

THE GEOMETRY OF EVANGELII GAUDIUM. A creative apologetics about our eternal destiny based on chaos theory. Carlos E. Puente University of California, Davis. Ateneo Ponti?cio Regina Apostolorum Rome, March 2014. Thesis We humans, with a soul, may learn from recent advancements

617 views • 55 slides

Neural Network to solve Traveling Salesman Problem

Neural Network to solve Traveling Salesman Problem. Amit Goyal 01005009 Koustubh Vachhani 01005021 Ankur Jain 01D05007. Roadmap. Hopfield Neural Network Solving TSP using Hopfield Network Modification of Hopfield Neural Network

828 views • 47 slides

Recall: Pendulum

Recall: Pendulum. Unstable Pendulum. Exponential growth dominates. Equilibrium is unstable. Recall: Finding eigvals and eigvecs. Nonlinear systems: the qualitative theory Day 8: Mon Sep 20. Systems of 1st-order, linear, homogeneous equations. How we solve it (the basic idea).

604 views • 43 slides

Recall: Finding eigvals and eigvecs

461 views • 38 slides

Multistability and Hidden Attractors

Multistability and Hidden Attractors. Clint Sprott Department of Physics University of Wisconsin - Madison Presented to the UW Math Club in Madison, Wisconsin on February 24, 2014. Types of Equilibria. Attractor. Repellor. Dynamics near Attractor. Phase Space. v. v. x. x. Focus.

549 views • 37 slides

Chaos Theory

Chaos Theory. Seyed Ehsan Safavieh Computer Science Department Amirkabir University of Technology Apr-08. Chaotic Systems. Black Box. The game of Pinball. Black Box. Chaotic Specifications. Nonlinear, Deterministic, Iterative function Self similarity Strange Attractors

1.97k views • 37 slides

Role of the Annular Modes in Climate Variability

461 views • 36 slides

Emerging Complexity: order at the edge of chaos

467 views • 34 slides

Dynamical Systems Approach to Space Environment Research

Dynamical Systems Approach to Space Environment Research. Chian, A. C.-L. 1,2 and Rempel, E. L. 1,2 1 WISER-World Institute for Space Environment Research U. of Adelaide, Australia 2 INPE, Brazil.

422 views • 31 slides

High Dimensional Chaos

High Dimensional Chaos. Tutorial Session IASTED International Workshop on Modern Nonlinear Theory (Bifurcation and Chaos) ~Montreal 2007~ . Zdzislaw Musielak, Ph.D. and Dora Musielak, Ph.D. University of Texas at Arlington (UTA) Arlington, Texas (USA). Lecture 3.

605 views • 26 slides

High Dimensional Chaos

High Dimensional Chaos. Tutorial Session IASTED International Workshop on Modern Nonlinear Theory (Bifurcation and Chaos) ~Montreal 2007~ . Zdzislaw Musielak, Ph.D. and Dora Musielak, Ph.D. University of Texas at Arlington (UTA) Arlington, Texas (USA). Lecture 3.

388 views • 26 slides

High Dimensional Chaos

High Dimensional Chaos. Tutorial Session IASTED International Workshop on Modern Nonlinear Theory (Bifurcation and Chaos) ~Montreal 2007~. Zdzislaw Musielak, Ph.D. and Dora Musielak, Ph.D. University of Texas at Arlington (UTA) Arlington, Texas (USA). Lecture 3.

408 views • 26 slides

Complex Behavior of Simple Systems

Complex Behavior of Simple Systems. J. C. Sprott Department of Physics University of Wisconsin - Madison Presented to International Conference on Complex Systems in Nashua, NH on May 23, 2000. Lorenz Equations (1963). d x /d t = s y - s x d y /d t = - xz + rx - y d z /d t = xy - bz

340 views • 20 slides