<--- Back to Details
First PageDocument Content
Structure / Joseph Fourier / Digital art / Integral transforms / Fractal / Topology / Fourier analysis / Mathematical analysis / Michael Barnsley / Mathematics / Fractals / Dimension
Date: 2015-04-16 23:23:43
Structure
Joseph Fourier
Digital art
Integral transforms
Fractal
Topology
Fourier analysis
Mathematical analysis
Michael Barnsley
Mathematics
Fractals
Dimension

Finding the simple patterns in a complex world

Add to Reading List

Source URL: phys.org

Download Document from Source Website

File Size: 42,68 KB

Share Document on Facebook

Similar Documents

Fractals / Mathematical analysis / Mathematics / Dynamical systems / Analysis / Iterated function system / Chaos theory / Fractal / Attractor / Iterated function / Fractal compression / Collage theorem

ERGODIC THEORY, FRACTAL TOPS AND COLOUR STEALING MICHAEL BARNSLEY Abstract. A new structure that may be associated with IFS and superIFS is described. In computer graphics applications this structure can be rendered usin

DocID: 1r0E2 - View Document

The Life and Survival of Mathematical Ideas Michael F. Barnsley N

DocID: 1c1uW - View Document

Structure / Joseph Fourier / Digital art / Integral transforms / Fractal / Topology / Fourier analysis / Mathematical analysis / Michael Barnsley / Mathematics / Fractals / Dimension

Finding the simple patterns in a complex world

DocID: ZJYV - View Document

Structure / Fractal / Iterated function system / Michael Barnsley / Fractals / Mathematics / Dimension

Graphics Commands FRACTAL PLOT FRACTAL PLOT PURPOSE

DocID: sdW2 - View Document