granny car old
Tuesday 30 June 2015
15 High Tech Keyboards
We all know this is the world of computer and in the world of
computer technology changes so quick that’s it difficult to analyze. The
computer main part is keyboard, well many have you seen the keyboards
in fact most of you are using, but the keyboards I am about to share
with you are not the ordinary one .They are high tech and pretty rare so
I have made a collection of pictures in my tech blog which will force
you to have one of those, watch and have fun.
SCROLL KEYBOARD
UNIQUE KEYBOARD
INVISIBLE KEYBOARD
TRANSPARENT KEYBOARD
CLEAN SLIMY MAGIC
SCRABBLE KEYBOARD
CYBORG KEYBOARD
LARGE KEYBOARD
FLEXIBLE KEYBOARD
BENDABLE KEYBOARD
NEZL KEYBOARD
CELLUON KEYBOARD
MAGIC KILLER KEYBOARD
GRASSY KEYBOARD
WIRELESS MINI KEYBOARD
James Law’s High Tech ‘Cybertecture Egg’ for Mumbai
James Law Cybertecture International
brings high-tech solutions to large scale structures through innovative
ideas for intelligent living. The latest future forward design from
this firm is the Cybertecture Egg,
commissioned by Vijay Associate (Wadhwa Developers) for Mumbai, India.
The 32,000 sq m egg-shaped building will combine “iconic architecture,
environmental design, intelligent systems, and new engineering to create
an awe-inspiring landmark in the city.”
Monday 29 June 2015
Future Technology 500
This site features predictions of future
technology based upon current emerging tech and inventions plus trends.
Emerging tech is exciting in and of itself, but it is nothing compared
to future technology 5, 10, 50 and 100 years from now.
One can only envision the future technology that our kids and
grandkids will be able to use on a daily basis. Future technology will
allow the generation of today to live longer due to advances in
medicine, use more high tech computers and electronics than we can now
imagine, and drive future cars with no emissions and zero carbon
footprints.
Not only that but our grandchildren will take advantage of future energy, smart homes and cars, robots and bionics to serve them and make life easier. Future weapons will actually be smarter, more precise and reduce the need for machismo among countries and will encourage non-proliferation.
Future space technology will bring spacecraft to the far reaches of this solar system and beyond. Space tourists will actually get to fly to Mars as in the movie Total Recall. Future education technology will mean students will learn faster, retain information longer, process information and retain memory like we can now not even imagine.
Future electronics will go way beyond the iPad using holograms and other virtual reality technology. What once was believed to be science fiction will simply be known as science. Future robotic surgery will mean more precision, less complication and faster healing. Medical databases will interact at light speed to give the utmost in patient care for disease and injuries.
Future Bionics
Future homes will not only be smart in a green and energy conservation sense but they’ll also be empowered with robotics, food supply management, facial recognition security, resource and energy management plus so much more.
Cities of the future will efficiently move people are cargo around with leading edge public and private transportation. Food crops will be grown inside large cities and distributed locally. Solar panels and other technology will provide future distributed energy resources to power cities locally.
These pages may hold product and tech reviews of emerging technology but then they’ll be followed by future technology predictions based upon this technology. See for yourself. Then use your third eye and see beyond what your eyes and imagination now tell you is possible
Candida
Vitale and the other fellows at MD Anderson’s leukemia treatment center
had known one another for only a few months, but they already were very
tight. The nine of them shared a small office and were always hanging
out on weekends.
But she wasn’t quite sure what to make of the new guy.
Above:
Watson, the computer brain of “Jeopardy!” fame, is training to be the world’s first artificial-intelligence expert in cancer. This is the program’s physical embodiment in an IBM server room in New York City. (Andrew Spear for The Washington Post)
The Human Upgrade:
Using their ideas and their billions, the visionaries who created Silicon Valley’s biggest technology firms are trying to transform the most complicated system in existence: the human body.
Click to read Part I: Tech titans’ latest project: Defy death
Click to read Part II: The revolution will be digitized
Watson, the computer brain of “Jeopardy!” fame, is training to be the world’s first artificial-intelligence expert in cancer. This is the program’s physical embodiment in an IBM server room in New York City. (Andrew Spear for The Washington Post)
The Human Upgrade:
Using their ideas and their billions, the visionaries who created Silicon Valley’s biggest technology firms are trying to transform the most complicated system in existence: the human body.
Click to read Part I: Tech titans’ latest project: Defy death
Click to read Part II: The revolution will be digitized
Rumor had it that he had finished med school in two years and had a
photographic memory of thousands of journal articles and relevant
clinical trials. When the fellows were asked to summarize patients’
records for the senior faculty in the mornings, he always seemed to have
the best answers.
“I was surprised,” said Vitale, a 31-year-old who received her MD in Italy. “Even if you work all night, it would be impossible to be able to put this much information together like that.”
The new guy’s name was a mouthful, so many of his colleagues simply called him by his nickname: Watson.
Four years after destroying human competitors on “Jeopardy!” to win a suspense-filled tournament watched by millions, the IBM computer brain is everywhere. It’s done stints as a call center operator and hotel concierge, and been spotted helping people pick songs. It’s even published its own cookbook, with 231 pages of what the company calls “recipes for innovation.” (The reviews haven’t been flattering — one foodie declared one of Chef Watson’s creations “the worst burrito I’ve ever had.”)
But these feats were essentially gimmicks.
“I was surprised,” said Vitale, a 31-year-old who received her MD in Italy. “Even if you work all night, it would be impossible to be able to put this much information together like that.”
The new guy’s name was a mouthful, so many of his colleagues simply called him by his nickname: Watson.
Four years after destroying human competitors on “Jeopardy!” to win a suspense-filled tournament watched by millions, the IBM computer brain is everywhere. It’s done stints as a call center operator and hotel concierge, and been spotted helping people pick songs. It’s even published its own cookbook, with 231 pages of what the company calls “recipes for innovation.” (The reviews haven’t been flattering — one foodie declared one of Chef Watson’s creations “the worst burrito I’ve ever had.”)
But these feats were essentially gimmicks.
IBM is now training Watson to be a cancer specialist. The idea is to
use Watson’s increasingly sophisticated artificial intelligence to find
personalized treatments for every cancer patient by comparing disease
and treatment histories, genetic data, scans and symptoms against the
vast universe of medical knowledge.
Such precision targeting is possible to a limited extent, but it can take weeks of dedicated sleuthing by a team of researchers. Watson would be able to make this type of treatment recommendation in mere minutes.
Such precision targeting is possible to a limited extent, but it can take weeks of dedicated sleuthing by a team of researchers. Watson would be able to make this type of treatment recommendation in mere minutes.
The IBM program is one of several new aggressive health-care projects
that aim to sift through the huge pools of data created by people’s
records and daily routines and then identify patterns and connections to
predict needs. It is a revolutionary approach to medicine and health
care that is likely to have significant social, economic and political
consequences.
Lynda Chin, a physician-scientist and associate vice chancellor for the University of Texas system who is overseeing the Watson project at MD Anderson Cancer Center, said these types of programs are key to “democratizing” medical treatment and eliminating the disparity that exists between those with access to the best doctors and those without.
“I see technology like this as a way to really break free from our current health-care system, which is very much limited by the community providers. If you want expert care you have to go to an expert center,” she said, “but there are never enough of those to go around.”
Instead of having to find specialists in a different city, photocopy and send all the patient’s files to them, and spend countless hours researching the medical literature, a doctor could simply consult Watson, she said.
Jho Low, the 33-year-old billionaire who is bankrolling the $50 million MD Anderson project with Watson, said the effort grew out of his grandfather’s treatment for leukemia in Malaysia. Low said that he felt fortunate to be able to connect his grandfather’s doctors remotely with MD Anderson specialists to devise the best treatment plan. He believes everyone, rich or poor, should have the same access to that kind of expertise.
Lynda Chin, a physician-scientist and associate vice chancellor for the University of Texas system who is overseeing the Watson project at MD Anderson Cancer Center, said these types of programs are key to “democratizing” medical treatment and eliminating the disparity that exists between those with access to the best doctors and those without.
“I see technology like this as a way to really break free from our current health-care system, which is very much limited by the community providers. If you want expert care you have to go to an expert center,” she said, “but there are never enough of those to go around.”
Instead of having to find specialists in a different city, photocopy and send all the patient’s files to them, and spend countless hours researching the medical literature, a doctor could simply consult Watson, she said.
Jho Low, the 33-year-old billionaire who is bankrolling the $50 million MD Anderson project with Watson, said the effort grew out of his grandfather’s treatment for leukemia in Malaysia. Low said that he felt fortunate to be able to connect his grandfather’s doctors remotely with MD Anderson specialists to devise the best treatment plan. He believes everyone, rich or poor, should have the same access to that kind of expertise.
“This is very personal to my family. It is really something we have
gone through and seen what kind of difference it can make,” said Low,
who is a graduate of the Wharton School at the University of
Pennsylvania and runs one of Asia’s most successful investment firms.
Low is part of an influential new movement in scientific research driven by young philanthropists and tech titans who have faith that the chips, software programs, algorithms and big data that powered the information revolution can also be used to understand, upgrade and heal the human body.
But the Watson project and similar initiatives also have raised speculation — and alarm — that companies are seeking to replace the nation’s approximately 900,000 physicians with software that will have access to everyone’s sensitive personal health information.
While there’s much debate about the extent to which technology is destroying jobs, recent research has driven concern. A 2013 paper by economists at the University of Oxford calculated the probability of 702 occupations being automated or “roboticized” out of existence and found that a startling 47 percent of American jobs — from paralegals to taxi drivers — could disappear in coming years. Similar research by MIT business professors Erik Brynjolfsson and Andrew McAfee has shown that this trend may be accelerating and that we are at the dawn of a “second machine age.”
Scientists are already testing baker bots that can whip up pastries, machines that can teach math in the classroom and robot anesthesiologists.
Many physicians and academics in medicine have come to view Watson’s work with reservation, despite reassurances from IBM officials that they are trying not to replace humans but to help them do their jobs better.
“I think a lot of folks in medicine, quite frankly, tend to be afraid of technology like this,” said Iltifat Husain, an assistant professor at the Wake Forest School of Medicine.
Husain, who directs the mobile app curriculum at Wake Forest, agrees that computer systems like Watson will probably vastly improve patients’ quality of care. But he is emphatic that computers will never truly replace human doctors for the simple reason that the machines lack instinct and empathy.
“There are a lot of things you can deduce by what a patient is not telling you, how they interact with their families, their mood, their mannerisms. They don’t look at the patient as a whole,” Husain said. “This is where algorithms fail you.”
Low is part of an influential new movement in scientific research driven by young philanthropists and tech titans who have faith that the chips, software programs, algorithms and big data that powered the information revolution can also be used to understand, upgrade and heal the human body.
But the Watson project and similar initiatives also have raised speculation — and alarm — that companies are seeking to replace the nation’s approximately 900,000 physicians with software that will have access to everyone’s sensitive personal health information.
While there’s much debate about the extent to which technology is destroying jobs, recent research has driven concern. A 2013 paper by economists at the University of Oxford calculated the probability of 702 occupations being automated or “roboticized” out of existence and found that a startling 47 percent of American jobs — from paralegals to taxi drivers — could disappear in coming years. Similar research by MIT business professors Erik Brynjolfsson and Andrew McAfee has shown that this trend may be accelerating and that we are at the dawn of a “second machine age.”
Scientists are already testing baker bots that can whip up pastries, machines that can teach math in the classroom and robot anesthesiologists.
Many physicians and academics in medicine have come to view Watson’s work with reservation, despite reassurances from IBM officials that they are trying not to replace humans but to help them do their jobs better.
“I think a lot of folks in medicine, quite frankly, tend to be afraid of technology like this,” said Iltifat Husain, an assistant professor at the Wake Forest School of Medicine.
Husain, who directs the mobile app curriculum at Wake Forest, agrees that computer systems like Watson will probably vastly improve patients’ quality of care. But he is emphatic that computers will never truly replace human doctors for the simple reason that the machines lack instinct and empathy.
“There are a lot of things you can deduce by what a patient is not telling you, how they interact with their families, their mood, their mannerisms. They don’t look at the patient as a whole,” Husain said. “This is where algorithms fail you.”
Articles on new technology are always updated, if we browse on the {future technology}, so that we can find quickly. Every internet competes to give {future technology}
that makes us like to read. In internet also give knowledge of update
technology. Maybe we are talking about OS in our hand phone, we can
update that OS because sometimes there is update that OS. Article also
gives new technology with detail, maybe specification and the price. The
price can be display if the goods second. New technology is not always
giving the price that new technology, but sometimes the price according
to condition.
In the internet articles on new technology
also give the news when that technology will be show maybe next year.
Not always news about technology is there. Articles also give the news
just give high technology and sometimes most of people is not always
will buy it. We just know about it, maybe the technology is not useful
to us, so we don’t have to buy it. The technology can be something
dangerous if we always follow that news, because news is always give {future technology}
and not show bad thing, except you especially looking for bad and good
thing. Technology is not always gadgets; technology can be making us
doing something according to technology. Although the technology is
growing but the technology is not always use many people to their life.
Maybe they josh have hand phone, in home technology just limited that.
Even rich people just buy the technology what they need. Rich people
also buy the technology that popular. Article about technology in this
during always make us want to have, but because of high price we just
awaiting the price until low, and then we can buy it. Sometimes we just
know and never buy those gadgets.
Some articles we can read that
technology is always favorite many people, it means that we need
technology, even we can looking for what we want. The technology in
articles sometimes give bad news that update application. Application in
hand phone for example, sometimes make our hand phone will be error,
and maybe our data will lost because of that application, so we have to
be careful to new application. Sometimes we just look at advanced
application but in fact that application more dangerous than application
that we have before. Articles on new technology have to detail if we want to read it.
Thursday 25 June 2015
Monday 22 June 2015
Get Ready for the Future Computer in Your Life
future computer technology is looking for and awaiting public, maybe production of computer also making and thinking about {future technology}. {future technology} is very difficult to make something new, because the component of computer have to best quality, but sometimes new computer with high technology lost some old to show new technology. For the {future technology} we want the computer is not dangerous for our health, although is very difficult. When the production making the best computer they don’t think about health, they are just think this computer is really the best of choice. Maybe, we have to take care of myself from bad radiation.
Future computer technology can we see from now. Now so many computers which is we can using to watch with dvd application, and music also. We can chat with messenger, with internet we can do anything. New technology also using touch screen like handphone do that. This is interesting choice, although not many yet people using it.
Touch screen computer still be seeing and still expensive, but to the future we need easy to make computer, maybe we need safe computer to our body and health. Future computer technology will be our assistant if that needed to support our job.
Newesttechno.com – Future computer give us a hope to get the better technology of computer in our life. You have to be very thankful for all people that have been invented the future technology for computer. They are a kind of people that will never stop to search more innovation and creativity just for develop {future technology} of computer. In the {future technology}, people have to know that the technology computer will not be the same with the old technology in the past. If it is the same with the technology in the past, you will get hard to follow the rapid movement of the global life in the world.
image by custom-build-{future technology}.com
Let’s start from now, to develop the technology and make it getting better day by day. Please do not just use your technology today without any ideas to develop the technology. You have to play a role to increase your own technology. It will be a reciprocal action, when your technology of computer gives you a facility to work then you give a better future for your technology of computer. It is just as simple as that.
You can call it an evaluation. Yes, it is like a kind of evaluation to control the quality and the performance of a technology. You will never realize that technology is very helpful and meaningful for your life until technology can’t do anything for you anymore. So, to always can use technology for help your activity you have to play a role to think and prepare the future computer
Robotic Spider Dress Powered By Intel Smart Wearable Technology
In the latest project rolled out by German technology firm CURVED/labs, a refurbished MacBook Air morphs into a modernized version of Apple’s first desktop computers, the Macintosh 128k and the “Lisa.” The hybrid design was birthed to commemorate more than 30 years of Apple innovation and to critique a perceived deviation from the company’s roots. “When building new technology, Apple often unfortunately neglected their own design history,” the creators wrote on their site. “For us, [this was] a reason to go back to the future for a tribute to the first Apple computer.”
In the "Mac 2015" model, Lisa’s original boxy appearance melds with the slim profile characteristic of modern Apple computers. Don’t let the throwback theme fool you: This computer is fully equipped to handle the world of 2015. In place of the Macintosh 128's floppy disc drive beneath the screen, CURVED/labs inserted an SD card reader, a FaceTime camera, speakers and a microphone. The square, 11-inch screen can be navigated with keyboard commands, a mouse or the built-in touch screen. Although these fun prototypes were made in three colors, they are not currently for sale.
Robotic Spider Dress Powered By Intel Smart Wearable Technology
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Call it a smart cocktail dress with a kick, an outfit with built in self defense.
Experimental designer Anouk Wipprecht’s latest Spider Dress unabashedly blends beauty with a bite, or better said, a poke.
This creepy and captivating couture is her latest exploration into what can happen when the worlds of robotics, wearable technology and fashion collide. It made it’s public debut at the 2015 International Consumer Electronics Show in Las Vegas, NV today.
The Dutch designer is known for creations such as the brainwave-monitoring Synapse dress, Smoke Dress, Intimacy 2.0, 3D-printed outfits for Cirque du Soleil and the dress Fergie wore during the Black Eyed Peas live performance at Super Bowl 2011.
She came to Intel last fall to work on projects that inspire innovation in wearable technologies beyond wrist and eyewear. She calls her one-of-a-kind Spider Dress “badass” for how it pushes and bends the boundaries of social norms. In collaboration with architect Philip H. Wilck of Studio Palermo and the New Devices Group at Intel, this new design saw daylight last December.
“Fashion and tech are merging at the moment, beyond blinking dresses or cute skirts. I’m showing how fashion can be thought provoking, something that pushes people to think and share their feelings.”
Her latest creation is a 3D-printed experimental dress crowned at the collar with robotic spider legs.
It’s a violent thing of beauty, at once mesmerizing, provocative and intimidating. The legs constantly move, reacting to real-time biometrics based on pre-programmed social norms and violations.
“Spider Dress acts as the interface between the body and the external world,” said Wipprecht. “It uses technology and the garment as a medium of interaction.”
The so-called animatronic arachnid limbs on the Spider Dress know exactly when someone is invading the wearer’s personal space. The legs are driven by computer and sensor technologies that allow it to be autonomous, but assistive and adaptive to the owner’s emotions and desires.
“Since the system based with mechanic spider legs is literally hosted on the shoulders of the wearer and attacks using the same viewing angle as the wearer, the system knows how you feel and adapts to those feelings,” she said.
Using wireless biometric signals, the system makes inferences based on the stress levels in your body. It can differentiate between 12 states of behavior. Wipprecht calls it an interesting interplay between co-control and education of your own body and mind.
“When approached at an aggressive pace, the system answers in a territorial attack mode,” she said. “But when you walk up to the dress in a more cautious, friendly symbiotic way, you can almost get the dress to invite you closer, as if to ‘dance’ with you.”
She calls it her most complicated dress so far because of the depths she explored around human-system interactions.
It also brought out her rebellious side.
“This dress is created with the aim to give more power and ‘psychological thrill’ to the sugar sweet character that performative wearables often have,” she said.
“What is there to learn from a system that bows and agrees to everything we do?” she asked defiantly.
“Often you see electronic fashion that only bleeps and blinks. I like to think of creating intelligent agents that live with us, on the notion of extremes, in the hope we can find new ways of interfacing with the world around us.”
The embedded Intel Edison module brings computing intelligence the dress. Wipprecht said that she was originally measuring behaviors using external sensors, but embedding Edison in the dress has allowed her to store and measure data from anybody wearing the dress.
“Intel’s Edison technology allowed me to upgrade my [original prototype from 2013] design to a mature version, one that is fully 3D printed, mechatronic and extra sensory,” she said.
Today microprocessors, microcontrollers and other modules that bring computing, communications and Internet access to things are shrinking in size and can run on little power. Wipprecht said these kinds of technology allow her to rethink where, and in what situations, computing is possible and desirable.
“Now I can create designs that quickly compute complicated sets of signals, optionally store them and interconnect wirelessly to displays, and understand input data all at once in a more advanced and intelligent way.”
She said cool, new technologies come and go but the module she used is the ‘heartbeat’ of Spider Dress. It’s the central part that needs to lead and control everything fluidly, without delay.
“When my mechanics are responding a few seconds too late, it does not convey an engaging message.
Wipprecht, who has always been interested in robotics, says by using behavior adaptation, you’re essentially creating a robot that becomes a part of you, instead of something separate that stands beside you.
The technology gives Wipprecht a playful way to leverage personal data, according to Todd Harple, an experience engineer at Intel’s New Devices Group.
“Whereas the Synapse dress measured EEG brain activity and heart rate in real time, Spider Dress uses proximity and breathing,” said Harple. “It will almost immediately react differently when heavy breathing vs. calm.”
By understanding the body’s limits, the dress might be able to sense rising stress levels even before the wearer realizes what’s happening.
“It’s an interface that acts on behalf of the wearer but also considers its own opinion based on the logic and data programmed through social studies and environmental psychology,” explained Wipprecht.
She believes that if mechanics like this can challenge or prompt a person, it might bring healthcare benefits, such as alerting a person to sit down before vital signs reach heart attack levels.
“The position that technology has in our society — the role to please us — will get more and more intimate,” says Wipprecht, adding that technology can encourage interactivity and shouldn’t just be about people glancing at screens. “As technology crawls closer to the skin we will need to rethink and recreate the relation that we have towards technology.”
Details of the Design
The dress shoulder plates have nine degrees of freedom.
It’s equipped with 20 servos for movement.
The design uses proximity sensors that measure up to 23 feet around the body.
There’s a built-in respiration sensor that connects to the skin, which sets the programmed behavior to a ‘friendly fire’ mode.
The dress was digitally designed and 3D printed using a Selective Laser Sintering method.
It was created out of pearly white nylon and took more than 60 hours to print the complex geometries.
There are 40 parts that screw or press fit together.
Editor’s Note: For more on this and other stories from the 2015 International Consumer Electronics Show, watch the replay of Intel CEO Brian Krzanich’s keynote address.
Related Stories:
2015 Closer to the Year of the Robot
What Will Make 2015 the Year of Wearables?
The Drone Economy Prepares for Takeoff
Creating the World’s First Open Source 3D-Printed Dress
3D-Printed Dress Exposes Your Skin As It Shares Online Data
Designing Fashion Wear with Technology Hidden Inside
Body Artist Turns to Science and Technology to Shape the Future
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