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Satellite: Sentinel-2. Sensor: MSI (MultiSpectral Instrument).
Visualization RGB: bands 12 (red), 11 (green), 4 (blue). False color urban.
Guayaquil es la ciudad más grande de Ecuador y ocupa un lugar primordial en la economÃa nacional. Gran parte de este avance económico se debe a su ubicación geográfica, pues se encuentra en la convergencia de dos grandes rÃos: el Daule y el Babahoyo, a sólo 70 km del océano PacÃfico. (www.ecuadorexplorer.com/es/html/la-ciudad-de-guayaquil.html)
Población: 2.700.000 habitantes
Esta imagen ha sido procesada con el navegador EO Browser (apps.sentinel-hub.com/eo-browser) de Sentinel Hub. Sentinel Hub es un motor de procesamiento de datos satelitales, dentro del programa de observación de la Tierra Copernicus (copernicus.eu) de la Unión Europea, operado por la empresa Sinergise. EO Browser es gratuito y fácil de usar. El norte siempre está arriba.
This image has been processed using the EO Browser (apps.sentinel-hub.com/eo-browser) by Sentinel Hub. Sentinel Hub is a satellite data processing engine, within the European Union's Earth observation programme Copernicus (copernicus.eu), operated by the Sinergise company. EO Browser is free and easy to use. North is always up.
A few pix from the traveling hyperwall exhibit. Images provided by Winnie Humberson from NASA's Science Program Support Office. Many of visualizations on the hyperwall were provided by our partners at the Scientific Visualization Studio.
This is a visualization of the HTML tags that make up my site bitdepth.org.
Key to the coloured dots:
blue: for links (the A tag)
red: for tables (TABLE, TR and TD tags)
green: for the DIV tag
violet: for images (the IMG tag)
yellow: for forms (FORM, INPUT, TEXTAREA, SELECT and OPTION tags)
orange: for linebreaks and blockquotes (BR, P, and BLOCKQUOTE tags)
black: the HTML tag, the root node
gray: all other tags
It was created with the nifty bit of code that lets you view websites as graphs made by Sala.
Visualization of an email list. Each picture reprensents one Month. A Sediment is an author, the height
Visualization of an email list. Each picture reprensents one Month. A Sediment is an author, the height represents the length of teh body, each hair is a word. Answers are red lines.
Visualization of an email list. Each picture reprensents one Month. A Sediment is an author, the height represents the length of teh body, each hair is a word. Answers are red lines.
This movie was done as part of a presentation for the Schiphol Group in an effort to show how Cleveland Hopkins Airport might be revitalized into a contemporary, navigable design.
Visualization of every keytweeter tweet since the beginning of the project. The horizontal axis is on the scale of a year, the vertical axis is over each day, starting with midnight at the top and moving on to noon in the middle. Some of this comes from Twitter directly and thus has a fixed timezone, while the most recent data comes from personal logs which compensates for my time zone.
Keytweeter will be complete at the end of this month.
Some of the biggest shifts come from switching time zones temporarily or staying up late working on projects. But you can also see a general downwards trend corresponding either to laziness or perhaps an unusually long circadian rhythm.
The data will be publicly available soon. Please contact me if you're interested in visualizing it.
Each pixel represents a number from 1 to 250,000. The display wraps horizontally (that is, the first pixel of the second row is 501, the first pixel of the third row is 1001, etc). Black pixels represent prime numbers.
Julia Kaganskiy (@juliaxgulia) organizes Arts, Culture and Technology meetups in NYC. This event on 27th April 2010 was on Data Mining & Visualization: www.meetup.com/Arts-Culture-and-Technology/calendar/13144...
"T O P O L O G Y" is a meditation of the word visualized in three dimensions in a tangible form. The form is constructed with a Z-Corp CNC prototyping machine and isosurf. "T O P O L O G Y" is the first in a series of 3-D forms created from the orientation of the letters.
I mainly uploaded these to submit to the 'Backgrounds App' group for use for cell phone backgrounds on android devices.
if they aren't accepted, I'll be deleting them.
xox
iPlant Collaborative members discuss an example shown on the TACC Visualization Wall.
Pictured (left to right): Brandon Theis, Steve Goff
A 'lattice graph' encodes possible alternative English translations of a German input. The intensity of the blue background corresponds to the translation confidence in that word. Words that could not be translated are represented by photos from Flickr. More info: www.cs.utoronto.ca/~ccollins/research/latticeVis/index.html
I mainly uploaded these to submit to the 'Backgrounds App' group for use for cell phone backgrounds on android devices.
if they aren't accepted, I'll be deleting them.
xox
Every trace I've taken over the past few days, with width reflecting the impedance of the road to bicycle travel. It's interesting to note that the string of traffic lights on Westlake has a higher bicycle-impedance than riding uphill up Fremont Ave.
I haven't found a really good way to de-emphasize complete stops while still highlighting the impedance resultant from hills.
The zigzaggy bit at the bottom is the climb up 3rd through downtown, where the tall buildings render a GPS nearly unusable. Critics of odometry-based bus AVL take note!
First Hacks/Hackers Meetup held at Atherton Studio at HPR. Great presentations by Ben Trevino, Jared Kuroiwa and Misa Maruyama.
You might be familiar with Buza's amazing twitter visualizations from a few months ago. He recently invited me to test a system he has been putting together to let anyone generate the same kind of images based on their own web data.
The system works as follows: First, the user crawls the web and prepares some data ahead of time (images, graph structures, etc). Using a python script, the user feeds the data to an OpenGL context that is running an instance of the Bullet physics engine. Live interaction with the visualized data can happen there in a manner similar to E15,. When a desired view is produced or found, the system can generate a Sunflow scene file, that can be later used to render an image similar to the one featured here.
I haven't done much, just grabbed some data I harvested a while ago from openstudio and the tiny icon factory, and threw it in there to see how it looks. I hope to help Buza tweak some bugs and reach some design decisions while experimenting with Sunflow and rendering some coolness in the process.
Interactive Visualizations in the immersive fulldome environment
360° Fulldome.Laboratory at the University of Applied Sciences Potsdam;
FOTO:
Yvonne Dickopf | www.dickopf.org
a map of all the tags in my delicious listing. you can make your own here: meeech.github.com/delicious.html
Group members from the breakout group on Visualization at Queen's University (venue of MSR Vision 2020).
Julia Kaganskiy (@juliaxgulia) organizes Arts, Culture and Technology meetups in NYC. This event on 27th April 2010 was on Data Mining & Visualization: www.meetup.com/Arts-Culture-and-Technology/calendar/13144...
This interpretive piece was an attempt to visualize and convey some of the emotions experienced by paranoid schizophrenics, in response to one of my favorite novels, Martian Time Slip by Philip K. Dick. The piece is composed of a hexagonal box, with an inwards-facing mirror on five of the six walls, and a plaster mask imbedded in the sixth. One of the five mirrors is broken. Draped over the open top of the box is a piece of black burlap.
The Box of Mirrors is an experiential piece. To truly understand it you need to be able to put your face to the plaster mask and see your own reflection. What is reflected back to you is a shattered vision of yourself. Most people who have seen it experience a sense of being lost, trapped, or mesmerized in the reflection of their own eyes. It is an identity shaking experience.
From Isotype Revisited project (http://www.isotyperevisited.org) at the University of Reading. Reproduced with permission.
Essentially, to assemble something with a lining, you have to think of the object as if it is being assembled through a black hole: Everything inside out, and upside down, and backwards.
Then you sew it all together, turn it right side out, and hope you didn't screw up.
I read about this beautiful visualization site on this blog to which I was referred by @billives. The blog post describes it as "a tag based visualization using planetary constellations to playfully browse Flickr images with little related tags orbiting the center of the tag galaxy."
Check it out for yourself and see your tags in motion!
If you don't want your dashboards to be just another piece of art with little information, read on to learn about the data gurus' 7 data visualisation best practises. Dashboards have become ingrained in our daily routines. Data scientists are always trying to come up with new ways to make numerical and quantitative data more interesting and understandable. Unfortunately, a substantial number of images stand out as poor instances of data visualisation.