View allAll Photos Tagged Visualization
At a concert.
Because of the age of the subjects I have not identified a location for this photo - If you can guess, please keep it to yourself - I will remove any comment that contains a guess about location.
Thanks!
Today I launched the tech tool support web site for our Bachelor study program and still needed a header photo.
Having done a visualization with Lego building blocks once, I wanted to do something similar. I got the Lego blocks out and put my ideas into this visualization.
For an explanation, see Visualization for "Support in Using ICT".
A visualization of the 2013 Super Bowl between Baltimore and San Francisco.
Screenprints available @ shop.infojocks.com/products/2013-baltimore-ravens
Video walkthrough @ vimeo.com/72186160
Visualizing the chemical composition of the Sun's photosphere, which is possible to measure mainly through spectroscopy, is difficult, because it is mostly made of hydrogen (73.7%) and helium (24.9%) by mass, 92% and 7.8% by the number of atoms respectively.
Here, instead of showing it in a logarithm scale, I chose to scale the volume of each sphere according to the number of atoms of each element relative to the total number of atoms. This way it is still possible to show the least abundant elements compared to hydrogen.
The number of atoms of each element in the Sun's photosphere is printed in the bottom right corner in parts per billion.
Source: Asplund et al. 2009
Plotting the Rhythm of Female Fertility.
seen on Dutch Design Week 2010.
Design student Brigitte Coremans has developed a pair of clocks [brigittecoremans.com] that visualize the female reproductive cycle. The pieces titled 'Life Clock' and 'Menstruation Clock' question how much women should naturally know, understand, and feel still of their own menstrual cycle.
'Menstruation Clock' plots the woman's daily body temperature value unto a scrolling roll of paper, similar to those found in lie detectors and those old-fashioned ambient temperature monitoring devices. This clock aims to reconnect a woman with her own personal rhythm, which itself is sensitive to various factors, including stress, exercise, under- or overweight and artificial lighting. Naturally, one can easily imagine other usage scenarios for such a device as well, ranging from communicating fertility chances to providing men some insight into eventual mood swings.
The 'Life Clock' counts down 500 ceramic beads, which represents the average amount of chances a woman can conceive. Each 28 days, the clock counts down 1 bead from the necklace. The colors of the beads vary according to the age and quality of the egg. For instance, the dark beads show the amount of deviated eggs when a women turns 40.
Via Fastcodesign.
The preliminary script & visualization I put together back in September are surprisingly still running. I know, strange. It even held up against a 400e-mail spike day that happened a bit over a week ago (it was CMU freezing old accounts that were on a mailinglist i manage). Anyway, this now needs to get re-written with a better visual, because in June, the June month bar will draw itself right on top of the all-time graph at the bottom. I would never have guessed it would have lasted this long.
You can see it live at tentaizu.com
This is a visualization of Moscow 2009 Eurovision Final votes. Each color represents a country and each link represents a vote. Color of the vote represents the awarded country and the weight of the link represents vote’s value.
Visualizing the various features of the SwiftRiver distributed reputation and veracity functionality. The most classic scenario of ‘gaming’, is spam, bots or human individuals who are trying to vote bogus content ‘up’ so it will be weighted higher than other content. Section “A” represents User 1. Section “B” represents the activity of User 2 (our spammer). Section “E” represents the community within this particular Swift instance. Section “F” represents the users of our distributed trust system River ID or the global SwiftRiver economy. Section “C” represents individual content items. Section “D” represents the source that content is coming from.
The thickness of the lines connecting the users to the content and the source, represents how they’ve voted on those particular things. The thickness of the line for User 2 tells us that he’s rating these things very highly. Perhaps they come from his blog, and he wants them at the top! The thickness of the lines from the local community of the SwiftRiver instance as well as the global users tells us that these content sources are suspect. We can see that User 1 (who represents our average, active user) is voting closer to the how the community is voting, in fact even harsher than the community votes both the content and the source (represented by thinner lines).
This dynamic relationship between users and their interactions with content (in contrast to the local and global community) is considered when scoring users, content, and the sources. In this case the person voting against the tide is actually damaging his or her own reputation both locally and globally. However, this isn’t the only thing we consider, otherwise it would encourage conformity which also isn’t good (sometimes the outlier knows something the rest don’t.)
rendered by frontop
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3d rendering, architectural rendering, architectural visualization ,architectural animation
A graph created with networkx and matplotlib using data from Freebase that shows the influence of programming languages within the object-oriented paradigm.
Find more programming paradigm influence graphs at:
visualizations/programming-language-influence-by-paradigm-gallery
North portal design concept for the State Route 99 tunnel, looking south. It shows on- and off-ramps at the tunnel's north end. This visualization is subject to change.
Visit www.alaskanwayviaduct.org for more information.
My infographics students are full of great ideas but they do have bad orthography. Is it necessary to have good orthography to make a good ifographic? Could you make a great infographic even if you dont know how to read and write?
David Cook, Chief Clinical and Operating Officer, Jiahui Health, People’s Republic of China capture during the Session: "Visualizing Disease" at the World Economic Forum - Annual Meeting of the New Champions in Dalian, People's Republic of China 2017. Copyright by World Economic Forum / Sikarin Fon Thanachaiary
Ascent Penthouse
Client: Mr Dung - IAM Architecture
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@ Long Nguyen & Thu Nguyen
Architecture - Interior Design & 3D Visualization
0979 962 864, Ho Chi Minh City
advlongnguyen@gmail.com
These visualizations show the top organizations and personalities for every year from 1985 to 2001. Connections between these people & organizations are indicated by lines.
Data is from the newly-released NYTimes Article Search API: developer.nytimes.com
For more information, and source code to access the NYTimes API, visit my blog: blog.blprnt.com
Archival-quality giclée prints of individual years are available at blprnt.etsy.com
Built with Processing v1.0 - www.processing.org
WGN TV crew visits Goddard; Interview with Dr. Jennifer Wiseman and Lori Perkins Scientific Visualization Studio
Cynap Presentation and Collaboration System from WolfVision. Can be used either with or without a connected Visualizer. www.wolfvision.com
An array of retina cells surrounds the lens during eye development in a zebrafish embryo. The image was taken at the embryonic developmental stage relevant to retina and lens development in zebrafish (Danio rerio) at 24 hours post-fertilization. Structures of the forebrain can also be seen in this image.
Newer, faster supercomputers have allowed scientists to create detailed models of blood flow that help doctors understand what happens at the molecular level and, consequently, how heart and blood diseases can be treated.
Above: A flow of healthy (red) and diseased (blue) blood cells with a Dissipative Particle Dynamics (DPD) method.
This image visualizes the discovery of asteroids from 1801 to 1900. The Solar System is shown in a logarithmic scale to allow both the main asteroid belt and Kuiper objects to be shown. Asteroids are shown in the position of their perihelion. This makes it easier to separate the various families.
I also plotted the histogram of how many minor planets were discovered each year, the semi-major axis, and excentricity on the right panels. The left panels show the excentricity and inclination as a function of semi-major axis, this is again to show how the various asteroid families were defined based on their orbits.
Data source: www.minorplanetcenter.net/
Youtube visualization: youtu.be/QOdrRX-IScc
Visualizing our bug system, using code_swarm with COLORS!
Red: Case opened
Green: Case closed
Blue: Talking about the case
Orange: Reassigned
All other actions show up as gray.
This image visualizes the discovery of asteroids from 1801 to 2000. The Solar System is shown in a logarithmic scale to allow both the main asteroid belt and Kuiper objects to be shown. Asteroids are shown in the position of their perihelion. This makes it easier to separate the various families.
I also plotted the histogram of how many minor planets were discovered each year, the semi-major axis, and excentricity on the right panels. The left panels show the excentricity and inclination as a function of semi-major axis, this is again to show how the various asteroid families were defined based on their orbits.
Data source: www.minorplanetcenter.net/
Youtube visualization: youtu.be/QOdrRX-IScc
Field curvature is an undesirable property of photographic lenses in which the center and borders can't be brought into sharp focus at a single focus setting. Lenses of simple design focus sharply onto a bowl-shaped surface. (See first comment below for an illustration.) They misbehave when we ask them to focus their images on a flat sensor or piece of film.
A lot of smart people, mostly with German and Japanese names, worked from the 1880s to the 1950s to perfect multi-element lenses that could project a sharp image onto a flat surface. We've now come to take flat-field lenses for granted.
I just posted an article at dpreview.com on field curvature with some images that demonstrate how it works. I did the experiments using a Fujian 35mm f/1.7 CCTV lens that exhibits the worst field curvature I've ever encountered. It's a $25 lens that makes dreamy-looking portraits with a sharp center frame. It's a huge bargain if you don't care about the borders being in focus.