1 Testing for Long Range Dependence in Banking Equity Indices Daniel O. Cajueiro and Benjamin M. Tabak Abstract— This paper presents empirical evidence of long

Source URL: www.mssanz.org.au

• Rescaled range
• American wine
• Dispersion
• Jewish population of South Africa
• Statistics
• Fractals
• Hurst exponent

The Quintessence of Fractals (avoiding the mathematical intricacies) The standard way to produce a Fractal on a PC is to use an IFS or Iterated Function System. This is just a jargonised way of saying, in essence, that y

Source URL: www.tonytooth.co.uk

• Mathematical analysis
• Fractal
• Iterated function system
• Hausdorff dimension
• Fractals
• Dimension
• Mathematics

The Mandelbrot Set And Its Associated Julia Sets If one wants to study iterations of functions or mappings, f ◦n = f ◦ . . . ◦ f , as n becomes arbitrarily large then Julia sets are an important tool. They show up

Source URL: www.math.uni-bonn.de

• Mandelbrot set
• Julia set
• Attractor
• Fixed point
• Orbit
• Periodic points of complex quadratic mappings
• Complex quadratic polynomial
• Fractals
• Mathematical analysis
• Complex dynamics

Controlled Procedural Terrain Generation Using Software Agents Jonathon Doran∗ Ian Parberry† Dept. of Computer Science & Engineering University of North Texas January 19, 2010

Source URL: larc.unt.edu

• Multi-agent systems
• Fractal landscape
• Science
• Intelligent agent
• Random walk
• Agent-based model
• Terrain
• Procedural generation
• Pseudorandomness
• Fractals
• Heightmap
• Artificial intelligence

Introduction This manual contains complete documentation for Ultra Fractal 4 in printer-friendly format. All information in this manual is also accessible from the Help menu in Ultra Fractal. You can also get context-sen

Source URL: www.ultrafractal.com

• Visual arts
• Digital art
• Graphics software
• Complex dynamics
• Dimension
• Ultra Fractal
• Fractal art
• Mandelbrot set
• Fractal
• Fractals
• Computer art
• Mathematical analysis

Chaos and Predictability of Internet Transmission Times

Source URL: www.complex-systems.com

• Dimension
• Structure
• Dimension theory
• Fractals
• Attractor
• Lyapunov exponent
• Correlation dimension
• Butterfly effect
• Attractor network
• Chaos theory
• Dynamical systems
• Mathematics

Circulation Transport Phenomena Involving the Interaction between Arterial and Venous Vessel Systems Based on a Simulation Using Fractal Properties

Source URL: www.complex-systems.com

• Mathematics
• Chaos theory
• Structure
• Dynamical systems
• Digital art
• Fractal
• Diffusion-limited aggregation
• Circulatory system
• Blood
• Fractals
• Dimension
• Dimension theory

FRACTAL PROPERTIES OF PERIODIC PLASMA WAVEGUIDES V.I. Lapshyn, G.I. Zaginaylov1, V.I. Tkachenko, I.V. Tkachenko NSC KIPT, Kharkov, Ukraine, E-mail 1 V.N. Karazin Kharkov National University,

Source URL: www.kipt.kharkov.ua

• Geometry
• Dimension theory
• Wave mechanics
• Metric geometry
• Waves in plasmas
• Dispersion
• Hausdorff dimension
• Plasma
• Wave
• Physics
• Dimension
• Fractals

Fractals Patterns in Nature: self-similarity & scale • Exact self-similarity: identical at all scales; e.g. Koch snowflake • Quasi self-similarity: approximates the same pattern at different scales; may contain smal

Source URL: atelier.aardwerk.org

university of copenhagen department of mathematical sciences Faculty of Science

Source URL: projects.au.dk

• Modular forms
• Kleinian groups
• Fractals
• Hyperbolic geometry
• Fuchsian group
• Automorphic factor
• Orbifold
• Congruence subgroup
• Geometry
• Abstract algebra
• Riemann surfaces