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SFC Chris Vanslambrouck (lt) from the Illinois Army National Guard, 1Lt Marcin Wilga (ctr), from the Polish Land Forces and 1Lt Matthew Morris (rt) analyze data during Bagram XI, the joint Polish and U.S. exercise running 7-15 March 2012. This is the 11th rotation of Bagram, a biannual exercise, to certify the Polish Land Forces Task Force White Eagle members for their mission in Afghanistan in support of the International Security Assistance Force (ISAF). US Army Europe and Illinois Army National Guard are supporting Bagram XI with approximately 77 U.S. military and civilian participants working alongside their Polish counterparts in areas like command post management, battlefield and network operations, computer simulations, and key leader engagements. Photo by Richard Bumgardner, US Army Europe Public Affairs.
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The analysis of statistical data about cancer occurence is an essential task in epidemiology. It is considerable to identify risk factors in the early stage of occurrence. For this task the German Centre for Cancer Registry Data is collecting the cancer occurrence in Germany. The effort to collect cancer registry data is important to investigate shot-, mid- and long-term effects of cancer occurrence and the evaluation of health care policy measures targeting cancer prevention, early tumor detection, cancer treatment and care.
The challenge is that every cancer occurence must be analysed under different perspectives. Every occurence contains information about the age, gender, localization of the cancer (e.g. lung) and implication. Through this multidimensional view the visualization of cancer statistics must cover these properties simultaneously. The choice was to visualize the cancer occurence along these properties to allow the user a discovery process. If you have a massive data set it es necessary to recognize patterns or intersting relationships. The flow visualization helps you to identify cancer occurence of specific groups and to see the value distribution along the other properties.
The analysis of statistical data about cancer occurence is an essential task in epidemiology. It is considerable to identify risk factors in the early stage of occurrence. For this task the German Centre for Cancer Registry Data is collecting the cancer occurrence in Germany. The effort to collect cancer registry data is important to investigate shot-, mid- and long-term effects of cancer occurrence and the evaluation of health care policy measures targeting cancer prevention, early tumor detection, cancer treatment and care.
The challenge is that every cancer occurence must be analysed under different perspectives. Every occurence contains information about the age, gender, localization of the cancer (e.g. lung) and implication. Through this multidimensional view the visualization of cancer statistics must cover these properties simultaneously. The choice was to visualize the cancer occurence along these properties to allow the user a discovery process. If you have a massive data set it es necessary to recognize patterns or intersting relationships. The flow visualization helps you to identify cancer occurence of specific groups and to see the value distribution along the other properties.
Try out the visualization at www.visual-telling.com.
Eighth grade students analyzed two Edgar Allen Poe poems and a short story to examine the writer’s techniques for establishing tone and mood.
Someone has found the 'Master Equation for All Life Processes':
I = i0* M^(3/4)*e^(–E/(k*T))
I is an individual's metabolic rate, i0 is a normalization constant, M is mass, E is the activation energy, k is Boltzmann's constant, and T is body temperature in kelvins
Nothing in the manifest universe is permanent. It is merely that some things are more temporary than others. Nothing in life is still or frozen. Life is defined by movement itself.
It is incorrect to assume a photograph "freezes" a moment in time. Indeed, we often describe a photograph as a "still life". But nothing in life is truly still. It is more accurate to describe a photograph as a drastic slowing down-- imperceptibly even-- but never an utter stillness. Even as we are not perhaps aware, the atoms in that photograph, whether analog or digital, are dancing about and that fantastic dancing will continue right through until various modes of decay or the total universal death known as thermodynamic equilibrium silences it forever.
The frantic tides and currents of the internet realm move at a polarizing contrast to this slowing down of a single captured moment in time. A photo allows one to linger over a bygone moment, patiently, leisurely and with an attitude potentially unrushed by the clock on the wall. The internet world has only seemingly embraced the photo. In reality it is fundamentally at odds with the soul of a photo in this specific regard.
And as we can photographically stretch out a moment in time we can also stretch out a moment of space. I find myself particularly interested in this concept. I frequently rearrange, dismantle, disassemble and reassemble. This captured moment in time slowed to an imperceptible crawl can now be hovered over leisurely to dissect and rearrange. This spatial rearrangement could be considered more in line with the rushing-at-you-nonstop firehose of the internet, of massive real-time content frequently pushing us into information overload-- disjointed, distracted, busy, fractured, multifaceted and endlessly multitasking. Superficiality is easily the result of all this frenetic rushing about, but if it is possible to slow down even here, to combine the spatially multidimensional with the temporally leisurely, perhaps something new and interesting can be born in the resulting new-found balance...perhaps even some form of order pulled from the all the chaos.
Analysis by microscopy
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Custom modular building with a pharmacy on the first floor, a medical practioner on the second floor and a dentist on the top floor.
www.flickr.com/photos/palixa_and_the_bricks/sets/72157639...
Waves weekly market overview for waves news and premium bitcoin market analysis. Waves coin announcement from Sasha brings crypto news like Waves Community Token and all its blockchain benefits. Sasha Inovov also highlights his work on Waves Bitcoin gateways for the latest Decentralized Exchanges in this waves update.
Animation showing the fundamental mode of vibration for a given stair configuration. Actual vibration is multiplied tens of to amplify the effect.
Caliper Studio 2009
The University of Salford has secured £300,000 from the European Union to take technology widely used in the games and movie industries to the health care professions, by developing an MSc in Clinical Gait Analysis.
www.abmegypt.com/web-tools/integrated-analysis.html
أداة التحليل المتكامل من ABM تمكنك من فحص pagerank الخاص بموقعك، ترتيب أليكسا، دليل Dmoz، دليل Yahoo، عمر الدومين، والارتباطات الخلفية (Backlinks)، (أداة مجانية متكاملة لاختبار Page Rank, Backlinks).
Lab technician Delmy Diaz uses colorimetric analysis to determine protein content of fermented sorghum samples. Fermentation increases protein content and also makes it more available for digestion in animal feed.
As of 9/7/07, 98 / 100 of the first Google results for 'Kent Bye' (without quotes) are actually relevant to me.
That's quite different from just a few years ago where searching for my name would yield a ton of non-relevant results including lots of tournament brackets w/ players of last names of "Kent" getting bye rounds as well as people saying bye bye to a person named Kent in their salutation.
Now I'm posting this here because every now and again I do an egosearch. And I've noticed how it's changed a lot almost every time I look at it. Stuff that is at the top I wouldn't have thought of -- like the vlog post on the five things people don't know about me.
Who knows, this picture could get a ton of links and all of a sudden this could be the number one slot. I'll never be able to predict it.
But I think it's an interesting testament to three things.
1.) How Google's search has gotten so much better over the last 5 years -- I'm surprised w/ how many one-off comments I've made show up in the results.
2.) How I've increased the amount of information I've put out there associated w/ my name.
3.) How SEO-friendly my name is. As far as I can tell, there's not a lot of other "Kent Bye's" out there
What will this look like in 5 years? I have no idea. But maybe I'll do this every so often to keep a visual record of it to be able to quickly look back on it.
There's archive.org to look at old websites, but there's no Google Search archive where you can do a Google search and look at the results from 3 years ago. I'm still waiting for The Google Search Archive.
METHODOLOGY:
* I changed my Google search preferences to show the first 100 results instead of 10
* I saved the HTML file of the first 100 results to my desktop.
* Then I opened file:///Users/kent/Desktop/search.html in Paparazzi! screencap program
Statistical analysis is fundamental to all experiments that use statistics as a research methodology. Most experiments in social sciences and many important experiments in natural science and engineering need statistical analysis. Statistical analysis is also a very useful tool to get approximate solutions when the actual process is highly complex or unknown in its true form.