Phase Space and Chaotic Systems
|
| Books (and e-books) |
| Chaos: classical and quantum |
| Chaos and Time-Series
Analysis, J.
C. Sprott |
| Practical
implementation of nonlinear time series methods: The TISEAN package,
Rainer Hegger, Holger Kantz |
| Systèmes dynamiques
et chaos, CEL |
The
Maintenance of Uncertainity, Leonard A. Smith, LSE
CATS  |
| The
Statistical Analysis Of Dynamics And Complexity In Psychology: A Configural
Approach, Thèse, Philippe
Lemay |
| Time-frequency
representation and parametrisations: Elements of monography, Christian
Demars |
| Papers |
| A
New Temporal Pattern Identification Method for Characterization and Prediction
of Complex Time Series Events, Richard J. Povinelli,
Xin Feng |
| A
practical method for calculating largest Lyapunov exponents from small data
sets, Michael T. Rosenstein, James J. Collins, and Carlo
J. De Luca |
| Audio
Visualization in Phase Space, David Gerhard |
| Basic Concepts
in Nonlinear Dynamics and Chaos, Keith Clayton |
| Chaos
in two-loop negative feedback systems, J. C. Bastos
de Figueiredo, L. Diambra, Leon Glass, and C. P. Malta |
| Detemining
the fractal dimension of a time series with a neural net, Mark
J. Embrechts and Yaron Danon |
| Numerical
Methods for Phase Plane and Phase Space Plots, ESG,
the Experimental Study Group at MIT |
| Performance
of Nonlinear Speech Enhancement using Phase Space Reconstruction, Michael
T. Johnson , Andrew C. Lindgren, Richard J. Povinelli, Xiaolong Yuan |
| Phoneme
Classification over the Reconstructed Phase Space using Principal Component
Analysis, Jinjin Ye, Michael T. Johnson, Richard J.
Povinelli |
| Reconstructing
the Phase Space with Fractional Derivatives, B. F. Feeny,
G. Lin, and T. Das |
| Simple
Mathematical Models With Very Complicated Dynamics,
Robert M. May |
| Speech
Recognition using Reconstructed Phase Space Features, Andrew
C. Lindgren, Michael T. Johnson, Richard J. Povinelli |
| Presentations |
| Articulatory
Speech Processing, Sam
Roweis |
| Non-Linear Time Series Analysis and Processing, part
A, part
B, Léonard Studer |
| Time
Series Analysis: Dynamical Systems, Luis Diambra |
| Time
Series Analysis: Acquisition and Analysis of Data, Luis
Diambra |
| Software |
| ASTSA, nice
data files |
| Dataplore |
| MUSTIG
(Multidimensional Signals Tools for Interactive and Graphics) |
| TISEAN (Nonlinear
Time Series Analysis) |
| TSTOOL |
| Visual
Recurrence Analysis |
| Web pages |
| A Chaotic
Pendulum in Phase Space with Java, Rubin
H. Landau |
| Chaos Research Group |
| Chaosforum |
| Chaotic Dynamical Systems,
Victor J. Donnay |
| Chaotic
Time Series Analysis, Eric R. Weeks, University of Texas
at Austin |
| Dynamical Systems Web Portal |
| Glossary
of Terms Used in Time Series Analysis of Cardiovascular Data |
| Introduction
to Chaos and Nonlinear Dynamics |
| Inverse Problems |
| New England Complex Systems Institute
|
| Nonlinear
dynamics and chaos, Eli Tziperman, Jeremie Charles Korta,
Harvard College |
| Physics 505, Topics
in Physics, Chaos and Time-Series Analysis, Clint
Sprott, University of Wisconsin |
| Society for Chaos Theory
in Psychology and the Life Sciences |
| Systèmes
Dynamiques et Chaos, SAYRAC
|
| Technical
Reports by Andreas Weigend, University of Colorado at
Bulder |
| The
Pendulum Lab, Franz-Josef
Elmer |
| The
Wavelet Tutorial, Robi
Polikar |
| Théorie
du Chaos |
| Visual Complexity, Manuel
Lima |
| Visualization
of Complex Dynamical Systems, T U Wien |
| Data sources |
| Sistema Nacional de Informação
de Recursos Hídricos |
| DATA.GOV |
| Search and reference |
| ACM Computing Research Repository
|
| CiteSeer, Scientific Literature
Digital Library |
| Wolfram Research, Eric
Weisstein's World of Mathematics,
Applied
mathematics |
| DATA.gov |
| Who's who |
| Andreas S. Weigend, Ph. D. |
| Eric R. Weeks,
Assistant Professor, University of Texas at Austin
|
| Floris Takens, Rijksuniversiteit
Groningen |
| Jean-Paul Delahaye,
Professeur, Université des Sciences et Technologies de Lille |
| John W. Milnor, Institute
for Mathematical Sciences, Stony Brook |
| Richard J. Povinelli,
Assistant Professor and Director of Computer Engineering
Laboratories, Marquette University |
| Thomas Schreiber,
Dynamical
systems group, Wuppertal |
| Warwick Tucker, Research
Fellow, KVA, Uppsala |