Given the name Cheetah 3 by its developers, the robot, which weighs less than 100 pounds, is roughly the size and shape of a medium-sized dog. It's the ideal solution for crawling through narrow spaces, traversing dangerous obstacles and inspecting inaccessible areas.
We have created electronic circuitry that is soft and stretchable and capable of spontaneously reforming electrical connections when the material is cut, torn, or punctured. It is made of microscopic droplets of liquid metal that are suspended in a soft silicone rubber.
Stairs are still unsurmountable obstacles for many robots. Yet a young team at ETH Zurich is building a vehicle designed to negotiate steps with ease - by hopping.
Amazon has created more than 3,500 full-time jobs in Massachusetts and invested over $400 million in the state since 2011, from customer fulfillment infrastructure to research facilities
We picture a reality where they have safe robots in the home to help lift heavy pots off the stove or heavy baskets off the floor, or walking robots that can carry groceries home or carry luggage.
Can a robot have a better bedside manner than a doctor? Perhaps. But a humanoid robot packed with the latest technology can certainly spend more time with a child in the hospital, become his or her confidant and utilize technological abilities that exceed humans.
A self-contained soft actuator three times stronger than natural muscle, without the need of externals, signals a breakthrough in soft robotics.
Reuters: The Siemens research center at Beijing's Tsinghua University would focus on combined mechanics and electronics, human-robot collaboration and the application of artificial intelligence in robotic controllers, the German firm said.
Jason Maderer for Georgia Tech: Researchers can write their own computer programs, upload them, then get the results as the Georgia Tech machines carry out the commands. They also receive video evidence and data of the experiment.
By continuing to add more computing capabilities for AI on edge devices with NVIDIA Jetson, and more tools and platforms to accelerate robotics development, like Isaac and the Jetson robotics reference platforms, we can help researchers and companies build robots that are more capable, less expensive, and safer to deploy.
Excellent Videos of five things to look for at Festo's Hannover Messe booth - BionicCobot, BionicMotionRobot, OctopusGripper, Motion Terminal, SupraMotion
UCSD: Underwater robots developed by researchers at Scripps Institution of Oceanography at the University of California San Diego offer scientists an extraordinary new tool to study ocean currents and the tiny creatures they transport. Swarms of these underwater robots helped answer some basic questions about the most abundant life forms in the ocean—plankton. Scripps research oceanographer Jules Jaffe designed and built the miniature autonomous underwater explorers, or M-AUEs, to study small-scale environmental processes taking place in the ocean. The ocean-probing instruments are equipped with temperature and other sensors to measure the surrounding ocean conditions while the robots “swim” up and down to maintain a constant depth by adjusting their buoyancy. The M-AUEs could potentially be deployed in swarms of hundreds to thousands to capture a three-dimensional view of the interactions between ocean currents and marine life. Cont'd...
Ford, U-M Accelerate Autonomous Vehicle Research with Ford Researchers In-House at New Robotics Lab on U-M Campus
Ford and the University of Michigan today announce they are teaming up to accelerate autonomous vehicle research and development with a first-ever arrangement that embeds Ford researchers and engineers into a new state-of-the-art robotics laboratory on U-M's Ann Arbor campus. While the new robotics laboratory opens in 2020, by the end of this year Ford will move a dozen researchers into the North Campus Research Complex (NCRC). The announcement is the latest in a series of actions by Ford as it moves toward having fully autonomous SAE-defined level 4-capable vehicles available for high-volume commercial use in 2021. Autonomous vehicles are part of Ford's expansion to be an auto and a mobility company. Full Press Release:
Joshua Swingle for Android Headlines: LG is certainly no stranger when it comes to robotics and smart appliances, but until now, such products have had limited use. With the company’s latest announcement, this will change. The electronics giant has confirmed that it’s currently investing a lot of resources into robots in the hope of capitalizing on advanced AI, which could eventually be implemented into products that combine hardware with artificial intelligence in order to work with smart home appliances as well as to develop machines that could perform everyday tasks. “We will prepare for the future by aggressively investing in smart home, robots and key components and strengthen the home appliances business’s capabilities,” said Jo Seung-jin, head of LG’s appliances business. As of now, there’s no time frame for when we’ll see the results of these investments on the shelves, but LG already has plans for products that will work with air conditioners and washing machines, though combining AI with self-driving cars is also something the company is researching. Although such plans aren’t exactly detailed, the investment does hint at a change in the way LG is treating robotics. Up until now, the company has only experimented with products of limited use, but the new change in focus hints at robotics becoming one of LG’s main focus points, meaning that, for consumers, having a robot in their homes could become the norm. Currently, LG has not confirmed the amount of money it plans to invest in robotics. Cont'd...
Cecilia Laschi for IEEE Spectrum: The sun was sparkling on the Mediterranean Sea on the afternoon when a graduate student from my lab tossed our prize robot into the water for the first time. I watched nervously as our electronic creation sank beneath the waves. But the bot didn’t falter: When we gave it the command to swim, it filled its expandable mantle with water, then jetted out the fluid to shoot forward. When we ordered it to crawl, it stiffened its eight floppy arms in sequence to push itself along the sandy bottom and over scattered rocks. And when we instructed it to explore a tight space beneath the dock, the robot inserted its soft body into the narrow gap without difficulty. As a professor at the BioRobotics Institute at the Scuola Superiore Sant’Anna, in Pisa, Italy, I lead a team investigating soft robotics. This relatively new field of research has the potential to upend our ideas about what robots are capable of and where they can be useful. I chose to build robots that mimic the form of the octopus for two reasons. First, because they’re well suited to demonstrate the many advantages that come when a machine can flex and squish as needed. Also, it’s an excellent engineering challenge: An octopus with eight wiggly arms, which must work together in the face of complex hydrodynamic forces, is very difficult to design and control. Cont'd...
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The NEW Collaborative Robot Vacuum Tool (CRVT) from Bimba adds unparalleled flexibility to your collaborative robot. The standard CRVT is highly configurable to meet your application needs, but simple to install and operate. This fully integrated tool means all you need to supply is compressed air and a signal to control the valve. A variety of standard and custom options make the Bimba CRVT the perfect tool for your next collaborative robot project.