Google To Build Robotic Surgery Platform With Johnson & Johnson. Google and Johnson & Johnson have announced that the will team up to develop an advanced, robot-assisted surgery platform.
The team effort will involve “capabilities, intellectual property and expertise” from both companies, and will involve Johnson & Johnson subsidiary Ethicon, maker of medial devices. All of the language in the announcement of the partnership suggests that the companies will be using robotics to supplement, not replace human surgeons, at least in this stage of the partnership. The passage below perhaps best illustrates the intent of the collaboration: Robotic-assisted surgery is a type of minimally invasive surgery that uses technology to give surgeons greater control, access and accuracy during the surgical procedure while benefitting patients by minimizing trauma and scarring, enabling accelerated post-surgical healing. Robot-assisted surgery generally involves a human surgeon controlling instruments via a computer or a remote manipulator.
Tiny robotic hands could deliver drugs, assist surgeons. Robots are getting more nimble and clever all the time, but the fundamental difficulty in creating robotic hands has kept them from being useful on the small scale.
To operate in confined spaces, you need a machine to be less clunky and more flexible than current mechanical constructs. That’s where the emerging field of soft robotics comes in. Scientists at Johns Hopkins University have created a new type of microscopic gripper from flexible materials that could one day aid in drug delivery or surgical procedures. Rise of the robots: how long do we have until they take our jobs?
They have mastered the art of poker, helped write a cookbook and can cope with a basic conversation.
The decision by a Japanese bank to staff their frontdesk with a bevy of robots is just the latest in a series of advances and predictions that at times appear to suggest we will all be replaced, professionally and socially, by automatons. Ray Kurzweil, director of engineering at Google, has estimated that robots will reach human levels of intelligence by 2029, purportedly leaving us about 14 years to reign supreme.
So, how far are we along this trajectory? The increase in computing prowess during the past decade has expanded the kinds of tasks computers can undertake independently. IBM’s Watson computer, which won the US quiz show Jeopardy! Nautical Robot. The modular design of our robot allowed the parallel assembling of many parts.
Separate sub teams were created to construct the base unit, the fin cases, the fins themselves and an outer shell to provide sufficient buoyancy. For multiple parts, such as attaching the bevel gears to the respective shafts we used previously designed holders to simplify the process. We're Sexist Toward Robots. Last month, Toshiba unveiled a prototype robot capable of sign language.
Automata Trailer Shows Off A Robot Action Movie That Gets Robots Right. Over 1,000 robots swarm together in Harvard lab. Ants, schooling fish and flocking birds all have something in common – they can achieve things by working together that they could never do on their own.
With that in mind, researchers are now looking into ways of allowing "swarms" of communicating robots to accomplish tasks that are difficult or even impossible for single robots. Harvard University recently performed an unprecedented demonstration of that behavior, in which a batch of over 1,000 tiny Kilobots arranged themselves into a variety of pre-assigned two-dimensional shapes. Each individual Kilobot is only about the diameter of a US quarter-dollar coin, and moves via three rigid legs that are vibrated by two motors, allowing it to move left, right or straight forward. A bottom-mounted wide-angle infrared transceiver shoots a light beam down at the smooth surfaces that the robot shimmies across, that beam reflecting up to be received by other nearby Kilobots. Should Robotics Companies Help The Workers They Displace? "The company recognizes that when a restaurant brings in its system, jobs will be eliminated; it wants the men and women who lose their jobs to become engineers and work to design more automated systems.
" Yes, but how many engineers can an economy support? I've got a lot of friends who are engineers (Aeronautic, civil, electrical, mechanical, etc.) and they all told me it's a bit like the profession of law: sometimes there is an oversupply and that makes it harder to distinguish yourself in the job hunt. Self-Assembling Robots Are Here, And They Are Awesome.
Bla, it doesn't really assemble itself. looks more like it just gets up and starts walking.
Whats the point of that? Think of how hard it is for you to do that every morning. I don't get what you are saying. Are you trying to call me fat or something. Velociraptor-inspired robot can run almost as fast as DARPA's Cheetah. There's a new robot that's almost matched Cheetah's speed record, but it wasn't designed after another speedy cat.
Instead, it takes cues from something more terrifying: a velociraptor. The two-legged machine named Raptor was created by scientists from the Korea Advanced Institute of Science and Technology, who've even outfitted it with a tail like the extinct reptile's for balance. In its current form, it can go as fast as 28.58 mph (46 km/h), just a bit slower than the famous mechanical cat's max speed of 29.2 mph (47 km/h). New video shows range and versatility of professional service robots. Robot Reads Novels, Writes Songs About Them. If a robot read a novel, how would it feel?
You might get a sense from these little jingles. Below are some songs that were automatically created by a series of algorithms that turn the emotions in novels into short pieces of music. If the songs remind you, traumatically, of your untalented little sister practicing piano… well, you can't say I didn't warn you. Actually, the origins of the songs are pretty cool, as the Physics arXiv Blog reports. They start with sentiment analysis, a field in computer science that got hot not long after Twitter did. The same techniques computer scientists use to analyze Twitter are also able read the feels in any text. Ultra-fast, the robotic arm can catch objects on the fly. 12.05.14 - A robot developed by EPFL researchers is capable of reacting on the spot and grasping objects with complex shapes and trajectories in less than five hundredths of a second.
With its palm open, the robot is completely motionless. A split second later, it suddenly unwinds and catches all sorts of flying objects thrown in its direction -a tennis racket, a ball, a bottle-. This arm measures about 1.5 meters long and keeps an upright position. It has three joints and a sophisticated hand with four fingers. It was programmed at the Learning Algorithms and Systems Laboratory at EPFL (LASA) and designed to test robotic solutions for capturing moving objects. "Increasingly present in our daily lives and used to perform various tasks, robots will be able to either catch or dodge complex objects in full-motion, said Aude Billard, head of LASA.
The ability to catch flying things requires the integration of several parameters and reacting to unforeseen events in record time. Run, robot, run – here comes the OutRunner. So, you already own little remote-control cars, planes, boats and submarines ... what else could there be? Well, how about something that runs? That's just what the OutRunner does. It's being billed as "the world's first RC running robot," and hopefully you'll soon be able to get one for under $250.
The OutRunner was created by Robotics Unlimited, a spinoff company consisting of robotics, electronics and mechanical designers from the Florida Institute for Human & Machine Cognition. InMoov is an Open-Source Humanoid Robot You Can Make With a 3D Printer. Gael Langevin, a French sculptor and model-maker, is developing a design for an open-source humanoid robot that you can make with your own 3D printer.
Langevin calls his robot InMoov, and he is making plans and digital files publicly available as portions of the design come to completion. Google buys AI firm DeepMind to boost image search - tech - 27 January 2014. Google's shopping spree is far from over. Today the firm confirmed it has purchased DeepMind Technologies, a machine-learning company based in London, for $400 million. The acquisition of the AI firm follows Google's purchase of eight advanced robotics companies in December and the smart thermostat maker Nest Labs earlier this month. It is not hard to see why Google might be interested.
DeepMind Technologies employs machine-learning engineers led by Demis Hassabis, a former commercial video-game coder turned artificial-intelligence expert and neuroscientist. The firm is aiming to build general purpose artificial-intelligence systems. Last month, DeepMind revealed that it had developed an AI algorithm that was able to learn how to play iconic early video games like Breakout and Pong. A New Scientific Model that Defines Alien Intelligence. I have two thoughts in response to this: 1) This is interesting, but humans have enough trouble applying concepts of diverse intelligences and diverse personalities to other humans, let alone other species.
It'll be a while before we can easily interact with or understand actual aliens. 2) I still think this is interesting, but... really, it would save a lot of time and energy if we could all just agree that any form of life is an expression of some sort of intelligence; and that therefore, it's all uniquely valuable and worthy of our respect—we're not superior to any of it, in any sense. The universe is full of (made of) ambient intelligence. South Korea's plan for a robot-themed amusement park switches back on.
Since 2007, the South Korean government has dreamed of Robot Land, a robotics research park and themed destination with rides, exhibitions, shopping, and even housing. Although the originally planned open date of 2012 has come and gone, ground was officially broken for the 300-acre park last year and a new timeline seems to indicate that Robot Land may now be on target to deliver on its promise of a themed world dedicated to robots. View all To be located in the city of Incheon in northwestern South Korea, the massive plan promises “Fun and fantasy with robot!” Australian startups plan on using UAVs to deliver textbooks. A Flirtey UAV near the Sydney Opera House Image Gallery (3 images) University textbooks can be quite expensive to purchase, so Australian startup Zookal now offers an increasingly popular option – textbook rentals.
Gadgets to Help the Party Host. Artificial muscles could allow robots to lift 80 times their own weight. Lely Astronaut A4 milking robot lets cows milk themselves. Robots will make us sexist. Roblog: Robots are for Kids Too. Roblog is a weekly column dedicated to understanding the world of robotics. If science fiction comes true and an impending robot apocalypse is real, it can’t hurt to be prepared.
Personal Robots. How to build socially engaging robots and interactive technologies that provide people with long-term social and emotional support to help people live healthier lives, connect with others, and learn better. Meet the amazing robots that can move like animals, communicate with humans and even dance and draw. The International Living Machines conference showcases an array of machines that help scientists understand nature by trying to replicate itWhiskered touch systems, machines powered by slime and artistic humanoids are on display at the Science Museum todayBiological and artificial sciences are converging as technologists realise that natural and engineered systems share common principles.
© 2013 The Robot Report. RHex the Parkour Robot. RHex the Parkour Robot. OCTOPUS Integrating Project. Unleash the Kraken! Robot octopus learning to swim. OCTOPUS Integrating Project. Robotics forecast: cool with a chance of lost humanity. Want a Flying Drone? These Students 3D-Printed Their Own. Software adds joints for 3D printed figures. From Tweet to Street: Anti-Poverty Campaign Takes Supporters' Messages to Camp David - News. The Robotic Future is Fast, Cheap and Out of Control. GRASP: The Startup Incubator For Soccer-Playing, Synchronized Flying Robots. Print Your Own Robots.
Self-sculpting sand robots are under development at MIT. MIT's 'Smart Sand' Can Duplicate Any Object, Creep Out Any Blogger. Tek RMD – Videos. Print-your-own-robots developed in US. One Per Cent: Robot jellyfish sucks up power from the water. The Snails of War, and Other Robotics Experiments. SAFFiR robot could be putting out fires on Navy ships.