Cyberdyne’s robotic exoskeletal suits are designed for use at rehab centers by patients building strength. The company is also pitching them to hospitals and nursing homes in Japan, where people older than 65 already make up a quarter of the populace.
“Other than a living, breathing caddie, it doesn't get much easier than that. For just $2,500, you have a robot that shadows you and an adult version of a remote-controlled car.
And let's face it: You'll need that second feature more than the first. The follow function is great for the fairways, but aren't the weeds/rocks/trees where we really spend most of our time? Venture into the rough stuff on your own and just have the X9 meet you where it's safe.”
“That does not bother the tunnel-detecting robots. They have cameras that look up, down and sideways, in front of them and behind them. Controlled remotely by joysticks, they glide, bump and scrape along dark, cramped areas, where the air is not safe for humans to breathe for long. One model sounds and looks like the remote-controlled Humvees sold in toy stores. The other, with its bullet-shaped body and shiny blue and silver shell, seems as if it had been pulled right off a sci-fi movie set.
Among the daily duties shared by Mr. Pittman and a small group of agents certified to search confined spaces is to comb through Nogales’s drainage lines, which the smugglers often tap into to push their loads north. The agents look for signs of disturbance, like a patch of plastic on a steel pipe or scarring where the metal should be smooth.”
You could see Paro as a very well-designed $5,000 pet that will never turn on the person holding it, and will never be hurt if its master flies into a rage. It is as happy in one lap as the next, needs no house-training, can be easily washed and will not die. This makes it a much more practical proposition to have in a nursing home or hospital than a live pet. It is used in such homes in Japan, in parts of Europe and in America. As well as simply making people happy—no mean goal—it can act as a source of reassurance and calm. People with Alzheimer’s often suffer from “sundowning”—a distressed urge to wander that comes on towards the end of the afternoon. Mr Shibata has found that a seal in the arms tends to reduce such wandering, which means fewer falls. Experience in Italy, Denmark and America indicates that care homes equipped with Paro need less medication for their residents. Larger trials now under way in Australia should establish whether this and other benefits can be provided simply by a soft toy, or whether Paro’s ability to interact with the world makes a clinical difference.
“Anderson laughs easily and readily, often at himself. Make no mistake, he's a voluble Renaissance man who's fully aware of his accomplishments as a particle physicist (at Los Alamos National Lab) turned magazine chief (with The Economist and then Wired, which he edited for the past 12 years).
But he'd rather talk about how he's the dumbest guy in the room at 3D Robotics, a mushrooming year-old garage-based operation that — thanks to some $37 million in venture capital infusions — is poised to be a leader in the coming drone economy.
"Being a journalist and being a CEO are similar, because as a journalist you're writing about the do-ers, and as a CEO you're empowering them and taking delight in their success," says Anderson. "I'm the worst programmer and electrical engineer here. And I should be."”
“The Canadian Space Agency’s robotic Canadarm boom and manipulator has been used for decades to snatch satellites and move astronauts around during spacewalks. Some of that same technology is now being applied for surgeries on Earth.
NeuroArm and the Image Guided Automatic Robot (IGAR), two examples of robotic arms on Earth based upon space technologies, are examining tricky tumors and helping patients battling conditions like breast cancer. And slowly, with doctors directing the robots’ every move, they are moving through clinical trials in Canada to find wider use.”
“The customer drives up to the ARS and either uses a payment card or a smartphone app to purchase fuel. The Fuelmatics robot then looks for the refueling flap and opens it using a suction arm. It then inserts a hose into the refueling line and either fills the tank or dispenses the amount requested. With the app, opening the window isn't necessary and the receipt is sent by email or text. According to Fuelmatics, the whole operation takes 30 percent less time than conventional pumping.
Husky’s contribution to the system was through using venturi components to create a spout that could extend through a cap-less insert, which is becoming increasingly common on cars and is necessary for the system to work. Fuelmatics offers such inserts to purchasers of the system to sell to their customers and says it takes only a few seconds to install in place of the old fuel cap.
According to Fuelmatics, the ARS is vapor and spill free and is designed to work on all passenger cars and 4 x 4s that can receive fuel on either the left or right of the vehicle. The system is also equipped with a set of three nozzles, so it can pump petrol, diesel, or an alternative fuel. Its robotic design makes it compatible with unmanned mini-stations, traditional fueling stations, and hypermarkets.”
"Looking back, Google’s emergence as a robotics powerhouse seems obvious—and inevitable. First came the scattered hires of roboticists and the release of self-driving cars into Bay Area traffic. Then, the search giant reportedly bought two humanoid HUBO robots from South Korean university KAIST. But it wasn’t until December’s revelation that Google had acquired eight robotics companies—including Boston Dynamics, maker of BigDog, WildCat and a stable of other astonishing Pentagon-funded bots—that it became clear: Google means to build robots."
The new computing approach, already in use by some large technology companies, is based on the biological nervous system, specifically on how neurons react to stimuli and connect with other neurons to interpret information. It allows computers to absorb new information while carrying out a task, and adjust what they do based on the changing signals.
In coming years, the approach will make possible a new generation of artificial intelligence systems that will perform some functions that humans do with ease: see, speak, listen, navigate, manipulate and control. That can hold enormous consequences for tasks like facial and speech recognition, navigation and planning, which are still in elementary stages and rely heavily on human programming.
Designers say the computing style can clear the way for robots that can safely walk and drive in the physical world, though a thinking or conscious computer, a staple of science fiction, is still far off on the digital horizon.