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System: Unix, X Windows, 20 Meg Disk space.
Available : ftp://ftp.inria.fr/INRIA/Projects/Meta2/Scilab

   StdMap
Iterates Area Preserving Maps, by J. D. Meiss. Iterates 8 different maps. It 
will find periodic orbits, cantori, stable and unstable manifolds, and allows 
you to iterate curves.
System: Macintosh
Available: http://amath.colorado.edu/faculty/jdm/stdmap.html

   STELLA
Simulates dynamics for Biological and Social systems modelling. Uses a 
building block metaphor constructing models.
System: Macintosh and Windows PC
Available: $$ http://www.hps-inc.com/edu/stella/stella.htm

   Time Series Tools
An extensive list of Unix tools for Time Series analysis
System: Unix
For more info: http://chuchi.df.uba.ar/guille/TS/tools/tools.html (Link 
down??)

   Time Series Analysis from Darmstadt
Four prgrams Time Series analysis and Dimension calculation from the Institute 
of Applied Physics at Darmstadt.
System: OS2 or Solaris/Linux/Win9X/NT + Fortran source
For more info: http://www.physik.tu-darmstadt.de/nlp/distribution.html

   Time Series Analysis from Kennel
The program mkball  finds the minimum embedding dimension using the false 
strands enhancement of the false neighbors algorithm of Kennel & Abarbanel.
System: any C compiler
Available: ftp://lyapunov.ucsd.edu/pub/nonlinear/mbkall.tar.gz

   TISEAN Time Series Analysis
Agorithms for data representation, prediction, noise reduction, dimension and 
Lyapunov estimation, and nonlinearity testing. By Rainer Hegger, Holger Kantz 
and Thomas Schreiber
System:  C, C++ and Fortran Codes for Unix,
Available: http://www.mpipks-dresden.mpg.de/~tisean/

   Tufillaro's Programs
From the book Nonlinear Dynamics and Chaos by Tufillaro, Abbot and Reilly 
(1992) (for a sample section see 
http://www.drchaos.net/drchaos/Book/node1.html). A collection of programs for 
the Macintosh.
System: Macintosh
Available: http://www.drchaos.net/drchaos/bb.html

   Unified Life Models (ULM)
ULM, by Stephane Legendre, is a program to study population dynamics and more 
generally, discrete dynamical systems. It models any species life cycle graph 
(matrix models) inter- and intra-specific competition (non linear systems), 
environmental stochasticity, demographic stochasticity (branching processes), 
and  metapopulations, migrations (coupled systems).
System: PC/Windows 3.X
Available: from http://www.snv.jussieu.fr

   Virtual Laboratory
Simulations of 2D active media by the Complex Systems Group at the Max Planck 
Inst. in Berlin.
System: Requires PV-Wave by Visual Numerics 
$$http://www.vni.com/products/wave/
Available: $$ http://w3.rz-berlin.mpg.de/~mik/oertzen/vlm/m_contents.htm

   VRA (Visual Recurrence Analysis)
VRA is a software to display and Study the recurrence plots, first described 
by Eckmann, Oliffson Kamphorst And Ruelle in 1987. With RP, one can 
graphically detect hidden patterns and structural changes in data or see 
similarities in patterns across the time series under study. By Eugene Kononov
Stystem: Windows 95
Available: http://pweb.netcom.com/~eugenek/download.html

   Xphased
Phase 3D plane program for X-windows systems (for systems like Lorenz, 
Rossler). Plot, rotate in 3-d, Poincaré sections, etc. By Thomas P. Witelski
System: X-windows, Unix, SunOS 4 binary
Available: http://www.alumni.caltech.edu/~witelski/xphased.html

   XPP-Aut
Differential equations and maps for x-windows systems. Links to Auto for 
bifurcation analysis. By Bard Ermentrout
System: X-windows, Binaries for many unix systems
Available : ftp://ftp.math.pitt.edu/pub/bardware/tut/start.html

   XSpiral
Simulate pattern formation in 2-D excitable media (in particular 2 models, one 
of them the  FitzHugh-Nagumo). By Flavio Fenton.
System: X-windows
Available : (Missing??)




[6] Acknowledgments

    Alan Champneys a.r.champneys@bristol.ac.uk
    Jim Crutchfield chaos@gojira.Berkeley.EDU
    S. H. Doole Stuart.Doole@Bristol.ac.uk
    David Elliot delliott@isr.umd.edu
    Fred Klingener klingener@BrockEng.com
    Matt Kennel kennel@msr.epm.ornl.gov
    Jose Korneluk jose.korneluk@sfwmd.gov
    Wayne Hayes wayne@cs.toronto.edu
    Justin Lipton JML@basil.eng.monash.edu.au
    Ronnie Mainieri ronnie@cnls.lanl.gov
    Zhen Mei meizhen@mathematik.uni-marburg.de
    Gerard Middleton middleto@mcmail.CIS.McMaster.CA
    Andy de Paoli andrea.depaoli@mail.esrin.esa.it
    Lou Pecora pecora@zoltar.nrl.navy.mil
    Pavel Pokorny pokornp@tiger.vscht.cz,
    Leon Poon lpoon@Glue.umd.edu
    Hawley Rising rising@crl.com,
    Michael Rosenstein MTR1a@aol.com
    Harold Ruhl hjr@connix.com
    Troy Shinbrot shinbrot@bart.chem-eng.nwu.edu
    Viorel Stancu vstancu@sb.tuiasi.ro
    Jaroslav Stark j.stark@ucl.ac.uk
    Bruce Stewart bstewart@bnlux1.bnl.gov
    Richard Tasgal tasgal@math.tau.ac.il

Anyone else who would like to contribute, please do! Send me your comments: 
http://amath.colorado.edu/appm/faculty/jdm/ Jim Meiss at 
jdm@boulder.colorado.edu

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