India to get first robotic training centre for doctors

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Promising a new dimension to the future of robotic surgery in the country, India will soon be getting its first training centre for the technique, a robotic surgery firm said here Saturday.”India has immense scope for robotic surgery. What we need is skilled manpower for doctors who can conduct the surgery. Vattikuti Foundation will open the first such training centre in Chennai by the end of this year for doctors from all over India,” said Mahendra Bhandari, CEO of the Vattikuti Foundation, at the ongoing global robotics conference here.”It will be our first step to help overcome the shortage of high-quality training on robotic surgery in India. The centre will provide services of skilled surgeons at affordable costs. By 2016, we expect 30,000 surgeries to be done annually with the new technology,” Bhandari added.The foundation has collaborated with hospitals in Delhi, Mumbai, Kolkata and other cities to provide robot-assisted surgeries. among the government hospitals, All India Insitute of Medical Sciences (AIIMS) conducted the first such surgery in 2008.while the surgery is conducted by a four-armed robot, the movements of the robot are controlled by a trained doctor. an arm of the robot controls the camera and the other three hands manipulate the surgical instruments. The entire surgical process is observed via a high-definition 3D vision system known as the Da Vinci surgical robotic system.according to experts, the surgery is expected to find more takers when the cost comes down in the times to come.”Till now, the robot is manufactured by California-based Intuitive Surgical. One particular company maintains monopoly in the market, competetion could help us bring down the cost,” said Gagan Gautam, senior consultant and head of uro-oncology and robotic surgery at the Medanta Kidney and Urology Institute.”Robotic surgery cannot replace conventional surgery. but it has many advantages over traditional surgery since it is minimally invasive, reduces hospital stay of the patient by initiating a quick recovery, reduces blood loss and helps with greater precision and visualisation,” Gautam said, adding that “there are lesser complication”.Robotic surgery is available for a range of conditions such as thoracic (throat), cardio-vascular (heart), urology, gynaecological surgery, and cancer surgeries among others. 

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CES 2012: Robotic Bunny Shows Kitschy Side of Tech

Feeling lonely while surfing the Internet? The Karotz Smart Rabbit Robotic companion can help.

The cute, customizable device, created by Violet, uses Web-connected voice recognition technology to read and upload messages, take photos with a built-in camera, send notifications, and even function as a friendly alarm clock, while talking aloud and wiggling its ears.

The Smart Rabbit is another entry in the growing market of technology kitsch, as mobile devices and social networking sites increasingly become part of everyday life.

The robotic buddy is heavily integrated with Facebook and Twitter, notifying users of wall posts and messages from their social networking sites by lighting up, moving its ears, and reading them aloud.

Smart Rabbit has proven popular among teens and tweens, and 157 million Facebook users worldwide share their desktops with the mechanical pal. Friends can click on another user’s rabbit to make its ears move and light up with different colors.

Customizable options include Skinz tattoos, detachable USB tails in several colors, and matching Flatnanoz key ring tags embedded with RFID chips. The key rings can trigger apps and send alerts, automatically notifying users when the kids get home from school, for example.

The Karotz Smart Rabbit certainly isn’t a necessity, but it does allow humans to wander at least a few feet away from their computers and smartphones, calling them back when receiving notifications. there is no need to stay glued to a screen waiting for an email when a friendly, hairless bunny can chirp upon its arrival and then read it to you out loud.

Technology has carved out a permanent presence in modern life, and more products like the Smart Rabbit will likely appear going forward, allowing consumers to tailor their tech the way they do their wardrobes.

The Karotz Smart Rabbit retails for $130 and requires free corresponding apps available for iOS and Android.

Want the scoop on mobile news? Subscribe to our Facebook or Twitter page. this post originally appeared at Mobiledia.

Search and Rescue Dog Deploys Robot Snake via Bark Control

Many animals, including some humans, seem to have an instinctual aversion to snakes. Many animals, including some humans, also seem to have an instinctual aversion to robots. Couple that with a (totally understandable) instinctual aversion to running around in disaster zones, and it's remarkable that this robosnake-deploying disaster dog even shows up for work in the mornings. 

Disaster areas offer some of the trickiest types of terrain for anyone (robots or humans) to safely navigate. Quadrupeds are one of the most adaptable platforms in situations like these, which is one reason why we use trained dogs to search for earthquake survivors. Problem is, while dogs are great at getting around over the top of rubble and finding places where humans might be buried, they're too big to get down into nooks and crannies, and even if they could fit down in there, for their sake you probably wouldn't want to send them.

this kind of dangerous work is just exactly what robots are around for, and by giving them rides on trained disaster dogs, they can get exactly where they need to go quickly and safely. Watch a dog deploying a tethered snake robot in a disaster training exercise in the video below:

Carnegie Mellon University's Biorobotics Lab teamed up with Ryerson University's Network-Centric Applied Research Team (NCART) Lab and a (very well trained) dog named Freitag for this demo. While Freitag was lucky enough to be running around with a robot snake this time, the system can be adapted to deploy just about anything, and apparently, deployment is controlled by the dog: whenever it starts to bark (which it does when it smells a human), the robot jumps out of the dog's chest-pack and starts exploring. cool!

For more information on the CARD (Canine Assisted Robot Deployment) system, you can check out a 2010 paper on IEEE Xplore at the link below.

[ Canine Assisted Robot Deployment for Urban Search and Rescue ] via [ CMU ]

Chennai to Get India’s First Robotic Training Centre for Doctors

Promising a new dimension to the future of robotic surgery in the country, India will soon be getting its first training centre for the technique. Vattikuti Foundation will open the first such training centre in Chennai by the end of this year for doctors from all over India.The foundation has collaborated with hospitals in Delhi, Mumbai, Kolkata and other cities to provide robot-assisted surgeries. Among the government hospitals, all India Insitute of Medical Sciences (AIIMS) conducted the first such surgery in 2008.while the surgery is conducted by a four-armed robot, the movements of the robot are controlled by a trained doctor. an arm of the robot controls the camera and the other three hands manipulate the surgical instruments. The entire surgical process is observed via a high-definition 3D vision system known as the Da Vinci surgical robotic system.Robotic surgery is available for a range of conditions such as thoracic (throat), cardio-vascular (heart), urology, gynecological surgery, and cancer surgeries among others.

Wild ocean journey all for the good of science

As they dropped robotic devices into the middle of the Indian Ocean, the closest people to the crew of sailboat Lady Amber were on the international space station.

This week, the self-described “rough group of sailors” arrived in Fremantle after a four-month journey from the boat's South African base during which they battled 7m seas, dodged cyclones and evaded pirates in the name of science.

The crew of five dropped the 2m Argo floats in seas so remote that research and cargo ships seldom go there. While deploying floats off the east coast of Africa, they were warned about pirates but on the way to Fremantle, they went 30 days without seeing another boat.

In all, they dropped 55 robotic floats, costing up to $20,000 each.

The robots feed data to satellites on water temperature, oxygen concentration and salinity in the top 2km of the ocean, used to inform sectors including agriculture, fisheries, oil and gas, and meteorology.

Capt. Peter Flanagan, along with partner and first mate Rika Botha, volunteered for the voyage out of passion for the marine environment. Ms Botha was so dedicated to the expedition that when she had to be taken ashore in Mauritius with a broken leg, she refused to hand over computer passwords so she wouldn't be left behind.

“I have been at sea for 48-odd years, so this (research) is the way we can give something back after what it has done for us,” Capt. Flanagan said. “That's the message: one person, even one rough group of sailors, can make a difference.”

Over 10 years, more than 3000 floats have been placed.

The CSIRO-funded Lady Amber project was part of the research by UNESCO's Intergovernmental Oceanographic Commission, which has a base in Perth.

WA Science Minister John Day said the Government recognised the Indian Ocean's importance and had provided $2 million to IOC in Perth.

‘Open-source’ robotic surgery platform going to top medical research labs

[ Back to EurekAlert! ]Public release date: 12-Jan-2012 [ | E-mail | Share Share ] Contact: Tim Stephensstephens@ucsc.edu831-459-2495University of California – Santa Cruz

SANTA CRUZ, CA–Robotics experts at the University of California, Santa Cruz and the University of Washington (UW) have completed a set of seven advanced robotic surgery systems for use by major medical research laboratories throughout the United States. after a round of final tests, five of the systems will be shipped to medical robotics researchers at Harvard University, Johns Hopkins University, University of Nebraska, UC Berkeley, and UCLA, while the other two systems will remain at UC Santa Cruz and UW.

“We decided to follow an open-source model, because if all of these labs have a common research platform for doing robotic surgery, the whole field will be able to advance more quickly,” said Jacob Rosen, associate professor of computer engineering in the Baskin School of Engineering at UC Santa Cruz and principal investigator on the project.

Rosen and Blake Hannaford, director of the UW Biorobotics Laboratory, lead the research groups that developed the Raven II robotic surgery system and its predecessor, Raven I. A grant from the National Science Foundation funded their work to create seven identical Raven II systems. Hannaford said the systems will be shipped out from UW by the end of January. after they are delivered and installed, all seven systems will be networked together over the Internet for collaborative experiments.

Robotic surgery has the potential to enable new surgical procedures that are less invasive than existing techniques. for some procedures, such as prostate surgery, the use of surgical robots is already standard practice. in addition, telesurgery, in which the surgeon operates a robotic system from a remote location, offers the potential to provide better access to expert care in remote areas and the developing world. Having a network of laboratories working on a common platform will make it easier for researchers to share software, replicate experiments, and collaborate in other ways.

Even though it meant giving competing laboratories the tools that had taken them years to develop, Rosen and Hannaford decided to share the Raven II because it seemed like the best way to move the field forward. “These are the leading labs in the nation in the field of surgical robotics, and with everyone working on the same platform we can more easily share new developments and innovations,” Hannaford said.

According to Rosen, most research on surgical robotics in the United States has focused on developing new software for various commercially available robotic systems. “Academic researchers have had limited access to these proprietary systems. we are changing that by providing high-quality hardware developed within academia. each lab will start with an identical, fully-operational system, but they can change the hardware and software and share new developments and algorithms, while retaining intellectual property rights for their own innovations,” Rosen said.

The Raven II includes a surgical robot with two robotic arms, a camera for viewing the operational field, and a surgeon-interface system for remote operation of the robot. the system is powerful and precise enough to support research on advanced robotic surgery techniques, including online telesurgery.

In addition to Rosen and Hannaford, UCSC postdoctoral researchers Daniel Glozman and Ji Ma, along with a group of dedicated undergraduate students working in Rosen’s Bionics Lab, played a key role in developing the Raven II. Rosen and Glozman have also developed a Raven IV surgical robotics system, which includes four robotic arms and two cameras. the system enables collaboration between two surgeons working from separate locations and connected over the Internet.

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CES 2012 preview – robotic blocks and the show’s new spotlight on startups

Blogger’s note: The 2012 International Consumer Electronics Show starts Tuesday. I’ll have stories in Sunday’s and Monday’s papers highlighting the companies, gadgets and trends to watch for at the four-day event. and I’ll update this blog from Las Vegas early and often throughout the week.

Here’s a look at one of the new elements organizers are adding to this year’s CES.

It’s called Eureka Park and will showcase about 100 startups from across the country, including Boulder-based Modular Robotics.

“They’re all startups, entrepreneurs, new companies looking to make it big on the stage showing their next-generation products and hoping to get financing and retailers to buy their stuff,” said Jason Oxman, senior vice president of industry affairs at the Consumer Electronics Association, which produces CES. “It’s a new, interesting area.”

Eureka Park’s presence at a show generally dominated by tech titans is a reflection of the nation’s growing focus on fostering entrepreneurship and innovation, a movement that includes initiatives such as President Obama’s Startup America Partnership.

CES is operating Eureka Park in conjunction with the Startup America initiative and the National Science Foundation.

Futuristic Toy

Now on to Modular Robotics and its cubelets, a product that mixes a little bit of “The Jetsons” with LEGOs and blocks.

“It’s a toy comprised of a bunch of 40 millimeter cubes of magnetic connectors,” said Eric Schweikardt, design director for Modular Robotics. “they all do different things, and depending on how you snap them together you can build robots without any wires, without any programming, without any of the traditional robot media that you might think about.”

There are three types of cubelets: action, sense and think. Stacking three together in one way will allow you push the blocks forward by just moving your hand behind the stack without actually touching it, as shown in the video. Restack the cubelets in another way to push the cubelets backwards or to have them rotate on their own.

“We’re trying to see how that’s going to change the way that kids play and the way that kids think about the world,” Schweikardt said.

He said the company has sold about 7,500 kits online since late 2010.

The price, though, could be a roadblock to widespread adoption: $160 for a kit with six cubelets.

The kits are produced at Modular’s headquarters in downtown Boulder. The bootstrapped company is operating off a grant from the National Science Foundation and employs 14.

What if the bank tried to take away your robot best friend?

Nimrod Antal’s Predators was a surprisingly fun movie about badass fighters trapped on an alien planet and hunted by monsters. So we’re stoked to see the noir-tinged concept art for his next film project — about a man trying to repossess your robot friend. Spoilers ahead…

According to Quiet Earth, Antal is shopping around a film project called the Repossession of Max the Companion Robot, with concept art that gives a slight Blade Runner feel. only with less neon and more dirt. In theory, it sounds somewhat similar to Repo Men, except with cute robots instead of organs. but it might give rise to some fascinating opportunities for exploring the real-world problem of banks taking away your home, and by extension, your sense of belonging someplace.

Here’s the synopsis and a better look at the concept art:

Set in a future in which robots are as ubiquitous as pets are today. and if you don’t make your robot loan payments, your mechanical best friend will be repossessed by people like Lee, a repo agent who refuses to see robots as sentient individuals and has built up large debts betting on robo-races.

Lee’s latest repo job takes him to the doorstep of Mike and Max, the former a man who has lost everything in a tragedy, and the latter an adorable companion robot who would do anything to stay with his master. With the help of the little robot, the two men end up joining forces to take down the repo business, discovering brand-new destinies along the way.

I’m basically a sucker for any pictures showing a man in a trenchcoat with a gun holding hands with a robot.

Robotic Surgery with One Small Incision, U.S. First

Newswise — on Tuesday, December 20th, Santiago Horgan, MD, chief of minimally invasive surgery at UC San Diego Health system was the first surgeon in the United States to remove a diseased gallbladder through a patient’s belly button with the aid of a new FDA-approved da Vinci Si Surgical system. with one incision, Horgan removed the gallbladder in 60 minutes. The patient returned home five hours after the groundbreaking surgery and reported minimal pain.

“Our goal is to offer surgery options that reduce discomfort, shorten hospital stays and minimize scarring,” said Horgan, a robotic surgery expert and director of the UC San Diego Center for the Future of Surgery. “With the aid of this robotic system, we can accomplish all three. This is a significant advancement for the 750,000 patients who need gallbladder removal each year.”

Intuitive Surgical, inc. received FDA-approval on the new operating platform specifically for cholecystectomy procedures, the surgical removal of the gallbladder. The system enables surgeons to reduce the traditional number of incisions from 4-6 down to one incision that is less than an inch in length.

“What we have here is a convergence of new technologies and advanced surgical skills,” said Mark Talamini, MD, professor and chairman of surgery at UC San Diego Health system. “Instead of multiple incisions, we can operate through one small cut with tools that function with great precision in a narrow space. This is a win-win for the surgeon and patients.”

Horgan and Talamini are pioneers in minimally invasive surgery at the UC San Diego Center for the Future of Surgery. together they have advanced single-site surgery as well as Natural Orifice Translumenal Endoscopic Surgery or NOTES. By operating through natural body openings, surgical teams at UC San Diego can remove diseased organs such as the gallbladder and appendix. Other options include esophageal surgery for achalasia and sleeve gastrectomy for obesity.

Surgeons at UC San Diego Health system utilize robotic surgical approaches for the treatment of bladder, colon, kidney, and prostate cancers, heart repairs, transplantation, heller myotomy, radical esophagectomy, hysterectomy and pelvic floor repairs for incontinence and prolapse.

Established in 1965, the Department of Surgery at UC San Diego represents more than 100 leading surgeons with specialties in open, minimally invasive, and scarless surgery techniques. The department is committed to advancing surgical education by teaching and training the next generation of innovators; researching, testing and developing groundbreaking surgical techniques; providing superior patient care and service; and attracting a world-class faculty.

NOTE: B-roll of this surgery is available for use by media.

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Why are humans scared of robots?

By Alex Hudson BBC News Composite image of robots It is said that humans are most scared of robots similar but not identical to them

"If popular culture has taught us anything, it is that someday mankind must face and destroy the growing robot menace."

Author and robotic engineer Daniel H Wilson’s description of How to Survive a Robot Uprising seems like it is straight out of a robot disaster movie.

From Terminator and Blade Runner to Transformers and Star Trek, robots are coming and the impending apocalypse is almost upon us.

THE UNCANNY VALLEY Graphic of the uncanny valley the uncanny valley is a graphical representation of the feeling of revulsion humans get when something looks similar but not quite the same as us First used by robotics professor Masahiro Mori, his hypothesis is that, as a robot looks more human, we will become more empathetic towards it when the appearance is "almost-human", that positivity changes to revulsion because of the strangeness felt when something is both familiar yet still alien as the robot moves towards looking truly human once more, empathy for it returns and increases, until it looks indistinguishable for a human

At least that’s what Hollywood would have you believe.

And theme parks around the world are spending billions of dollars hoping that the thrill of robots can entice tourists.

"the problem with tools – which is what robots are – is that we become dependent on them," says Wilson, whose new novel Robopocalypse is being made into a film directed by Steven Spielberg.

"That’s scary, so we contemplate the disaster scenarios that could come from being over-dependent on tools.

"It’s true – our tools could fail someday – but it doesn’t mean they’re malevolent or immoral or have an ethical bias."

While he writes about it, he does not really believe the end of the world is coming.

And developers are trying to turn the tide of robotic prejudice with a $1.3bn project in South Korea for Robot Land – a theme park and research institute not only using robots for ride technology but using them as waiters and ticket inspectors.

Its CEO says he hopes that the rides are a Trojan horse for greater understanding about robot technology.

But theme park experts see the robots themselves as a source of the horror that thrill-seekers are looking for.

Fast:track’s Rajan Datar looks at Asia’s next generation of hi-tech theme parks

"If you take a normal industrial robotic arm that can twist and throw you around in 3D, it can provide so many more movements and sensations than conventional rollercoasters," says thrill engineer Brendan Walker, director of Thrill Laboratory.

"Then you start thinking about controlling our experience through artificial intelligence and deciding how scared I should be feeling. Maybe I’m going to trust a ride operator to give me a good time but can I trust a computer?

"there is this idea of horror that is creeping into rides – darker themes of loss and power and control."

‘I’ll be back’

Theme parks can be scary places when robots get involved. the 1973 film Westworld depicts a fictional robotic tourist destination where, after a safety malfunction, the robots go on a killing spree.

In reality, statistics from the International Association of Amusement Park and Attractions show that there is a general trend towards increased safety as technology improves.

Rise of the Cybermen Robots are not said to be malicious, though don’t tell that to the Doctor

Similarly, automated public transport systems are believed to be a third more reliable than those in human control and robot-assisted surgery is more precise, with patients recovering quicker with fewer complications.

Removing humans from the process removes, by definition, human error.

And while automation as an idea is often worrying, experts think the reality is nothing like as dramatic.

"You can see your laptop or your mobile phone as autonomous – it is doing many things without you pressing buttons," says Dr Kerstin Dautenhahn, professor of artificial intelligence at the University of Hertfordshire.

"there is nothing scary about robots becoming autonomous, it is just a machine being programmed."

‘Tears in the rain’

But where does the idea of robots being evil come from?

"Robots were pop culture icons before they even existed," says Wilson.

"they were space creatures and monsters. when robots really started existing, they already had this whole image set up not based on reality.

"It’d be like if someone found a living mummy and he was actually a really nice guy but we’d only ever seen evil mummies in fiction. That’s exactly what happened – a movie monster became real."

'Evolution of Man ending with Artificial intelligence

But this rhetoric has continued, going as far as the president of the United States.

When announcing funding for the National Robotics Initiative, President Obama let those assembled in on a little secret:

"You might not know this, but one of my responsibilities as commander-in-chief is to keep an eye on robots," he said.

"and I’m pleased to report that the robots you manufacture here seem peaceful – at least for now."

‘Resistance is futile’

Despite the president’s joke about robotic peace, some of the media already believes that the fight has started.

Robopocoalypse cover a machine in Robopocalypse wants to burn civilization down to light the way

Recent reports from Sweden talked of a robot "attack" on a worker in a factory.

Even if these references to an attack rather than a malfunction are meant in jest, this – according to some – only makes the problem worse.

"We’re so enamoured with the robot-attack story line that it can skew the way real robot-safety issues are discussed," journalist Torie Bosch wrote in Slate.

But with robots becoming increasingly advanced, is there a line where an error could become a malicious attack?

"Robots are just a bunch of metal and silicon," says Prof Dautenhahn.

"they have no agenda – this is what’s different from the movies. they have no hideous plan.

"You should not be scared of robots. If you are scared, then you are scared of the people building them."

Robot Land Robot Land developers hope this represents the future of theme parks

And with the new creations comes something that engineers feel is often overlooked – the achievement of making life better.

"Any new ability that robots gain is a human triumph," says Wilson.

"There’s a lot of room in the universe. Having incredibly able machines is only ever going to be a good thing for people."

And both Hollywood and tourist companies are still pouring money into robotic entertainment.

Universal Studios, first in Singapore on December 3 and then LA in 2012, are hoping visitors will flock to the first ride based on the film Transformers. the promise of 3D video and audio-animatronics – where the robot make noise itself – is expected to be a spectacular ride.

‘Is that all you got, Megatron?’

So if robots are such a great thing, what do engineers think we should be afraid of?

Nanotechnology is the science of changing and developing new materials on a molecular and atomic level. the Center for Responsible Nanotechnology suggests that with these new developments comes "severe dangers" if used inappropriately.

Its theory goes that "the small size, portability, and rapid potential for proliferation will make nano-built weaponry difficult to control and hard to keep out of the hands of terrorists".

And this is a view that is shared by at least one artificial intelligence expert.

"I’m more afraid of things that can be manipulated that I cannot see," says Prof Dautenhahn.

"with robots, it is something I can see so, if it malfunctions, you can unplug it and shut it down. If you have billions of nano-particles, there is no way you can do the same thing."

Fast:track’s report from its visit to Robot Land in South Korea can be watched on the BBC World News channel on Saturdays at 0330, 1330 and 1830 GMT or Sundays at 0630 GMT