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Julia set for f(z)=z^2+c/z^3 with preimages of zero (white circles), fixed points (red crosses), and critical points (black squares).
Topography maps of Titan based on the data in Lorenz et al. "A global topographic map of Titan" Icarus 225 (2013) 367–377.
The maps are based on small strips of Cassini radar observations that have been interpolated with splines; the real topography is of course more fractal. The elevations are fairly flat, with higher regions at the sub- and anti-saturnian points.
El jueves 17 de octubre, de 10 a 13.30 horas, en la Escuela de IngenierÃa de Telecomunicación y Electrónica de la ULPGC, se va a celebrar un Seminario de Matlab, a cargo de Loren Shure, coautora de varios productos de MathWorks donde ha trabajado en los últimos 30 años.
Más información: www.ulpgc.es/noticia/seminario-matlab-cargo-loren-shure-c...
Julia set for f(z)=z^2+c/z^3 with preimages of zero (white circles), fixed points (red crosses), and critical points (black squares).
Tiling of Baravelle spiral generated in MATLAB.
Inspired from www.flickr.com/photos/41595523@N02/sets/72157627242502323/
Use BAR(EDGES,N,'histc') to plot the histogram.
histogram of time to travel to work
the data table can be found here :
en.wikipedia.org/wiki/Histogram => en.wikipedia.org/wiki/File:Travel_time_histogram_total_n_...
Matlab code :
clear;clc; clf;
y=[836 2737 3723 3926 3596 1438 3273 642 824 613 215 57 ];
x= [0 5 10 15 20 25 30 35 40 45 60 90];
bar(x,y,'histc');
xlim([min(x),max(x)+20])
set(gca,'xtick',x)
title('continous histogram')
xlabel('x label')
ylabel('y label')
Reaction-diffusion pattern and the amplitude of its Fourier transform.
Based on code in www.stats.ox.ac.uk/__data/assets/file/0015/3327/brooks.pdf
Julia set for f(z)=z^2+c/z^3 with preimages of zero (white circles), fixed points (red crosses), and critical points (black squares).
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Basins of attraction for the three periodic solutions to Duffing's equation x'' +fx' - Kx + x^3 - Asin(t/p)=0, with parameters f=0.1, K=2, A=0.4, p=0.6. The dark green and yellow basins correspond to the orbits deep in the left or right potential well respectively, with a tangled boundary reminiscent of the lakes of Wada. The yellow-green basin belongs to the orbit that jumps between the two wells. It looks like it doesn't have a fractal boundary.
El jueves 17 de octubre, de 10 a 13.30 horas, en la Escuela de IngenierÃa de Telecomunicación y Electrónica de la ULPGC, se va a celebrar un Seminario de Matlab, a cargo de Loren Shure, coautora de varios productos de MathWorks donde ha trabajado en los últimos 30 años.
Más información: www.ulpgc.es/noticia/seminario-matlab-cargo-loren-shure-c...
Lego mosaic of composer and keyboard player Jon Lord (1941-2012). Created using software I have developed, originally prototyped using Matlab. This mosaic uses 11 colours and is realised by 109 x 128 bricks which in standard Lego has dimensions 874 x 1024 mm.
Always proud of his home town, a blue plaque now adorns his childhood home in Averil Road, Humberstone, Leicester (see map).
Matlab's version of the Rubik's Cube is insanely tough to master, unlike their excellent scripting language.
Same photo as
www.flickr.com/photos/thomasfournier/243209821
but reprocessed by some homemade effects that I tried to implement with Matlab and that works surprinsingly good. If you're interested in these effects (it basically increases the contrast), please contact me...
Matching points between 2 views in different angle of a Rubik Cube after SIFT algorithm. (Matlab Capture)
El jueves 17 de octubre, de 10 a 13.30 horas, en la Escuela de IngenierÃa de Telecomunicación y Electrónica de la ULPGC, se va a celebrar un Seminario de Matlab, a cargo de Loren Shure, coautora de varios productos de MathWorks donde ha trabajado en los últimos 30 años.
Más información: www.ulpgc.es/noticia/seminario-matlab-cargo-loren-shure-c...
Curated by Mark Macek
Photographed by School of Architecture Visual Resources Collection Photography TA, Katie Slusher
Turn any PC into a powerful electrical engineering workstation! The USB-powered Analog Discovery lets you measure, visualize, analyze, record, and control mixed analog and digital signal circuits of all kinds. It's small enough to fit in your pocket, but powerful enough to replace a stack of lab equipment. Driven by the free original WaveForms software, the Analog Discovery digital oscilloscope lets you build and test analog and digital circuits in virtually any environment, in or out of the lab.
store.digilentinc.com/analog-discovery-100msps-usb-oscill...
Dry season and brick factories in distance in Matlab area.
Photo credit: Alex Fischer/REACH
If you use one of our photos, please credit it accordingly and let us know. You can reach us via Flickr or at reach@water.ox.ac.uk
Curated by the Materials Lab
Photographed by June Jung, UT Austin School of Architecture Visual Resources Collection GRA
One 3d object casting three different shadows when light is incident from three different direction.
Generated in MATLAB by voxelizing three images.And rendered in SunFlow.
matlab-recognition-code.com/svd-based-face-recognition/
Abstract
One of the demanding duties in face recognition is to deal with illumination and expression variations. A lot of analysis is in progress to beat such issues. This paper addresses the preprocessing technique that’s composed of grouping SVD perturbation and DWT. The proposed method additionally performs nicely underneath one image per individual situations. The ensuing picture of this technique is fed in to the straightforward SVD algorithm for face recognition. This paper performs its accuracy check on ORL, Yale, PIE and AR databases and focuses on the illumination issues.
Keywords: Eigen face, Singular worth decomposition (SVD), Discrete wavelet transforms (DWT), SVD perturbation.
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Section through the Mandelbrot-Julia set, defined as the points (z,c) in C^2 where z_{n+1}=z_n^2+c does not diverge for z_0=z. This section corresponds to c=0.4*i+a real number. The color denotes the magnitude of the smallest iterate.
...of getting all this working:
I've got Windows Vista on my laptop connecting by bluetooth to my mobile phone, and using it as a modem via its GPRS connection.
On the top of that, I'm running a VPN tunnel to the Physics department to allow MATLAB to access the license server.
All so I could do some work while I waited for the gas man to show up (he never did).