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The former state of my infamously-decorated 1991 Pontiac Grand Am. When i bought the big, orange "Visualize Grilled Cheese" sticker at the 1997 HORDE festival, I did so because I thought it was completely random, stupendous and hysterical. but since then, I've broadened my horizons a bit. Now, I believe it's a direct response to another, equally anonymous bumper sticker, which reads "Visualize Whirled Peas."
This is an example of the processing done by my music visualizer for iTunes on the Mac
more at www.fraktus.com/exo/exo_flickr.php
Or download it at fraktus.com/exo/eXo_12.dmg
The picture processed is downloaded automaticaly from the Flickr web site and is not mine, so it's a collective piece of art :-)
This one is more absract. There is a procedural texture in the background with several transparent cubes having different sizes and displaying a Flickr picture. It's creating surprising textures!
Revolve's photo exhibition launch at the Halles Saint Gery in downtown Brussels on July 1, 2014. In the presence of the City of Brussels, the Brussels Environment Agency (IBGE) and REScoop.
First Hacks/Hackers Meetup held at Atherton Studio at HPR. Great presentations by Ben Trevino, Jared Kuroiwa and Misa Maruyama.
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...
Visualizing Patterns and Trends in Scientific Literature – What’s next? Chaomei Chen Many of us are interested in visualizing patterns and trends in scientific literature. It can be very exciting and revealing as well as challenging and frustrating. More often than not, a visualized ‘big picture’ of a scientific field invites more questions and more specific needs. Some may want to see more details; others may prefer a birds-eye view. There are quite a few unanswered questions. I’d like to line up a couple of them here. First of all, given any visualization of scientific literature, who would be able to understand what it is about? If there is such a thing as a typical viewer, what would be the viewer’s knowledge structure? The intended audience of the graphical message carried by the Pioneer spacecraft was aliens who would have competent knowledge of physics, at least as the way we understand it. If designers do not spell out their intent, where are the clues?
informationvisualization.typepad.com/sigvis/2005/02/visua...
Fixed long exposures of the iTunes visualizer fullscreen on Alma Monay (powerbook).
Playing: KT Tunstall
We proudly present the proposal for International Architectural Design Competition – Museum of Science Fiction in Washington.
Once again, our team cooperated with talented architect Lenka Petrakova. Our goal (as always) was to create persuasive visuals, that would represent the concept at its best. The final output is a result of neat work with specific location, competition requirements and the author’s vision and approach. The building design reflects it’s function and therefore it becomes a vessel of science fiction history and culture. The whole proposal visual idea was to create professional, yet visionary and non-traditional impression.
Facade is wrapped in metal panels and glossy glass, which creates a perfect environment for interior expositions. Exterior performances will be held in the inner area of the ring-like plan, under the open roof. Sitting area was specifically designed to match the overall futuristic design of the object. Exterior seating is designed to gather and handle larger groups of visitors, so they can comfortable watch either the circular LED screens wrapping the inner face, or hologram performances (coming in near future) – the proposal is that much visionary!
The competition entries evaluation was based on criteria such as ability to accommodate special events, concept and design creativity, feasibility to realize the project, including constructability, the ability to obtain permits and approvals, and budgetary restrictions.
www.connectedaction.net/2009/03/02/facebook-social-networ...
Here is a good example of an application of Bernie Hogan’s Facebook edgelist extractor. Alan Shussman used it on his own Facebook account and generated the following image: Alan Shussman's personal Facebook egonetwork visualization Alan Shussman's personal Facebook egonetwork visualization Alan used the NetworkX tool and python to build this image of his sub-groups in Facebook. It does work nicely to highlight the life-stage clusters of relationships that mostly stay inward focused, each school or work experience is a set of relationships that mostly link to themselves.
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
infosthetics.com/archives/2007/10/skyrails_network_inform...
Notes
a freely available social network visualization system that features a built-in programming language for configuring the visualization attributes of the graph. the added flexibility of the scripting language within Skyrails, accessible through scripting or via menus, allows lay users to change the interface or choose how to represent attributes (i.e. nodes can be bound to planes & spheres based on their attributes). 2 movies demonstrating the smooth dynamic character & interface of the visualization system is available after the break. [link: unsw.edu.au & flickr.com & flickr.com]
flowingdata.com/2008/03/12/17-ways-to-visualize-the-twitt...
and
www.visualcomplexity.com/vc/project_details.cfm?id=594&am...
A way to visualize the Twitter universe. More visualizations on this website.
Akshay Java, from ebiquity group, used the Large Graph Layout (LGL) tool to visualize a large social network on Twitter. The top graph shown here was built using contacts from about 25,000 users. Notice that there is a link connecting two users if either one has the other as a friend and hence it is an undirected graph (of about 250,000 edges). Compare this to the bottom graph that is constructed using only users who are mutually acquainted. i.e. A knows B and also B knows A. As Akshay reveals in his post: "I find that visualizing such large graphs is quite a challenge and to glean meaningful information from it is even more difficult". However, he goes further in explaining that some insights can still be gained from this project. Akshay points out that a number of users seem to be trying to win a popularity contest of some sort, while a number of bloggers and (perhaps fake) celebrity profiles have a huge fan following in Twitter. He also mentions how the two graphs look very different on account of the fact that users with public profiles get a lot of followers whom they might not really know and would hence never add them as an acquaintance. But to really understand what the differences are one would need to look at the community structure and properties of the two graphs. ebiquity group has also explored the Twitter API in other projects [1] [2] in order to get a better understanding of the microblogging trend.
from upper-left to bottom right:
start in Safeway parking lot. Slower uphill, then downhill. Slow to make a turn. Slow to pass through intersection, and stop at stop light. Quickly downhill, then slow slightly to move up the bike trail, then stop at Frontseat offices.
energy monitoring lamp; if you are using energy efficiently in your home, it fans out, gives more light and is far more attractive. It shrinks if you overuse your appliances and electronic devices.
On display were Fritz Kahn pieces from the Humantific collection of historical information design: original (and very rare) illustrations by artists who worked with Fritz Kahn, along with some of his books.