By Gary Robbins for the San Diego Union Tribune: UC San Diego is creating a robotics institute that will develop machines that can interpret everything from subtle facial expressions to walking styles to size up what people are thinking, doing and feeling.
The “See-Think-Do” technology is largely meant to anticipate and fulfill people’s everyday needs, especially the soaring number of older Americans who want to live out their lives in their own homes.
Engineers envision robots that are so good at sizing up people, places and situations that they could help evacuate crowds from dangerous areas and pick through the rubble of an earthquake to look for survivors.
The newly created Contextual Robotics Institute will be formally announced on Friday when some of the nation’s top scientists meet at UC San Diego to discuss the future of robotics. The campus has already lined up support from such San Diego companies as Qualcomm, which needs new markets for its computer chips, and Northrop Grumman, which develops unmanned aerial vehicles.
“Our plan is to do the research and development that’s needed to realize robots of the future — robots that are safe, useful and autonomous in any environment,” said Albert Pisano, dean of UC San Diego’s Jacobs School of Engineering. Cont'd...
Suryansh Chandra claims the affordable robotic arm his company Automata is developing could lead to robots becoming as ubiquitous as desktop 3D printers.
"Today, every design studio has a 3D printer," Chandra says. "Soon, we hope to get to the point where every design studio has a robotic arm."
Chandra founded Automata together with Mostafa Elsayed five months ago, after they became frustrated by the expense and complexity of industrial robots while working at the research division at Zaha Hadid Architects.
"If you're out to get a robot today, you'd have to spend 50 or 60 thousand dollars," Chandra explains. "Our goal is to democratise robotics through a low cost hardware platform and easy to use software."
Automata's first product is a plastic six-axis robotic arm called Eva, which weighs 2.3 kilograms and will cost $3,000 (£2,000).
"Unlike industrial robots that are heavy and expensive, Eva is low cost and lightweight," Chandra says. "She can pick up 750 grams when fully outstretched and about a kilogram in a more recessed position." Cont'd...
Dutch Design Week 2015: Delft University of Technology graduate Rob Scharff has created a soft robotic limb that can shake hands with people.
The hand was created as part of Scharff's Soft Robotics research project – which focuses on the ways robots can be integrated with more tactile materials, and so improve robot-human interactions. Cont'd...
By Chloe Olewitz for Digital Trends: Most people don’t know a whole lot about the city of Leeds other than its distinct regional accent, but believe it or not, local Leeds University is actually known for being a pioneering research leader in the field of robotics. The university’s School of Civil Engineering has put together a key research team that is currently developing a fleet of civil service robots and drones that would effectively turn Leeds into a self-repairing city.
The robotics research project is funded with £4.2M ($6.5M) of national funds, focusing on autonomous machines that would fix infrastructure issues across the city of Leeds, and perhaps, eventually, beyond. Leeds’ robot fleet will focus on robotic fixes for citywide issues like burst or damaged utility pipes, broken or nonfunctional street lights, and road fractures that disturb drivers on their way to anywhere.
Three main branches of the project cover the functions of the Leeds robots: Perch and Repair; Perceive and Patch; and Fire and Forget. The Perch and Repair segment covers research into robotic drones that can land, or “perch” like birds atop tall structures like street lamps or building-mounted civil structures. The Perceive and Patch team leads research into drones that can survey popular roads or even particularly dangerous ones in order to identify and repair potholes where they exist, and in the future, even prevent them before they occur. Cont'd...
A robotics breakthrough by product design and development firm Cambridge Consultants is set to boost productivity across the food chain – from the field to the warehouse. It paves the way for robots to take on complex picking and sorting tasks involving irregular organic items – sorting fruit and vegetables, for example, or locating and removing specific weeds among crops in a field.
“Traditional robots struggle when it comes to adapting to deal with uncertainty,” said Chris Roberts, head of industrial robotics at Cambridge Consultants. “Our innovative blend of existing technologies and novel signal processing techniques has resulted in a radical new system design that is poised to disrupt the industry.”
By Evan Ackerman for IEEE Spectrum: The best and worst part of the DARPA Robotics Challenge Finals waswatching all of those huge expensive humanoids topple over in a series of epic faceplants. Faceplants are called faceplants because you’re planting your face into the ground as a means of breaking your fall, which usually also breaks your face, among other things. This tends to happen when you’re unprepared for falling, which with most robots, is 100 percent of the time. Now researchers at Georgia Tech want to teach humanoid robots to fall more safely with techniques adapted from judo, which might protect them enough to actually be able to get up again.
Falling safely (or, as safely as you can), assuming that you have very little control over the nature of your fall, is all about controlling exactly when and how your body crashes down. During a fall, your body is busy converting potential energy to kinetic energy, all of which has to go somewhere when you hit the ground. If your face hits the ground first, then that’s where all the energy goes at once, but if you can manage to contact the ground with a bunch of different parts of your body at different times on the way down, the energy will be spread out. Ideally, the energy gets spread out to the point where each individual impact doesn’t do enough damage to hurt you in a permanent sort of way. Cont'd...
Great Rock Development's (OTC: GROC) wholly owned subsidiary Cyberworks Robotics announces a return to the Robotic Industrial Cleaning market.
As the world's oldest autonomous mobile robotics engineering company, with over 30 years of pioneering experience, Cyberworks has again revolutionized autonomous robotic vision and guidance systems, this time redefining the way industrial space will be cleaned.
"We were the pioneers in this massive market decades ago" explained Vivek Burhanpurkar, President of Great Rock. "Some 25 years ago Cyberworks worked with major companies in this industry to manufacture and sell Autonomous Robots for Industrial cleaning" added Burhanpukar. In the United States alone, commercial cleaning is a $25 billion dollar a year "invisible niche industry" where 50% of costs are attributable to labor. Said Burhanpurkar, "We are not interested in the consumer market where products like Roomba dominate. The industrial market is a totally different animal and we know the major multinational players within it."
"We created this market, in partnership with leading industrial companies, when we developed the world's first industrial robotic sweeper and the technology we have today is once again years ahead of the competition. Industry participants will now be able to retro-fit the Cyberworks Guidance System into existing fielded equipment, creating an inexpensive robotics machine" explained Burhanpurkar. Full Press Release:
Lately we see more and better DIY 6DOF platforms being build. The community is growing strong and the interest in 6DOF systems is bigger than ever. Its the only way to provide full immersion for motion simulation at the moment, that combined with other new technologies like the oculus rift or fully enclosed detailed cockpits can really make the difference. The times that desktop racers or flight enthusiasts were enjoying their simulation games or training for the real thing is past without return. Even older motion systems that provide 2DOF (seat movers) or 3DOF platforms are now the past, offering too little to the immersion of gaming... (more projects)
By tech2 News Staff: Earlier this year, Google had released an interesting video of Spot, a 160-pound dog robot navigating an office and then heading outside on its own. It is a smaller version of the Big Dog that first popped its head when Google acquired Boston Company. As the new changes come into effect, Boston Company is now Alphabet-owned and not a part of Google.
It will continue to build robots, and falls under Google X Projects (for now), a subsidiary of Alphabet. The other subsidiaries include Google, Nest Labs, Google X, Calico, Google Ventures, Google Capital and Google Life Sciences.
A new report says that the “company will create a separate division for robotics within the renamed umbrella entity Alphabet”, citing a person related to the matter. Google has acquired roughly eight companies related to robotics including military grade robotics company Boston Dynamics. It will likely allow Boston Dynamics to operate with some independence. Cont'd...
By Steve Brachmann for IPWatchDog: More and more, the agricultural world is looking towards the mechanization of labor processes through robotics as a way of potentially increasing their productivity. Robotics was identified as a sector of investment growth in agricultural tech by an April 2014 white paper on agriculture technologies published by the entrepreneurship and education non-profit Kauffman Foundation. Robotics is a regular focus of ours here on IPWatchdog, most recently visited in our coverage of the incredible advancements in walking and jumping robotics pioneered by Boston Dynamics, a Google Inc. (NASDAQ:GOOG) subsidiary. With American farmers already heavily involved in the regulatory conversation involving the commercial use of unmanned aerial vehicles (UAVs), or drones, we thought that it would be interesting to delve into the world of farming robotics and see the recent advances in that particular field.
It’s important to understand first that the robotics being developed for commercial use on farms won’t be stand-alone humanoid units ranging through fields to pick crops. Any piece of hardware implementing an algorithm which automates some of the manual work of farming falls under this heading. One good example of this is the LettuceBot, a precision thinning technology which works to visually characterize plants in a lettuce row, identify which plants to keep and eliminating unwanted plants to optimize yield. The unit doesn’t move by itself but is guided along by a tractor instead. The technology has been developed by Blue River Technology of Sunnyvale, CA, a company which has attracted $13 million in investment between 2011 and 2014 to commercialize this product. The LettuceBot’s creators hope toprovide the technology as a third-party service to farm owners before manufacturing the unit for commercial sale. Cont'd...
Sixth day of euRathlon 2015 - euRathlon 2015 Grand Challenge - Part 2
25 September 2015, Piombino, Italy.
By Corinne Iozzio for Scientific American: Hong Kong–based WowWee's success stems from bringing university research projects to life that might otherwise languish in the prototype stage. A licensing agreement with the Flow Control and Coordinated Robotics Labs at the University of California, San Diego, for example, provides WowWee with access to patents and the labs with a healthy cash infusion. The collaboration has already netted a series of toy robots that balance like Segways. More recently, the avionics lab at Concordia University in Montreal began working with the company to perfect flight algorithms for a four-rotor drone. Next, chief technology officer Davin Sufer says he has his eye on the Georgia Institute of Technology and its work with swarming behaviors, which would allow a group of robots to function in tandem.
In the case of Switchbot, WowWee adapted a locomotion system developed in part by former U.C. San Diego student Nick Morozovsky. The robot moves on tank-tread legs either horizontally to navigate uneven terrain or on end to stand and scoot fully upright. Morozovsky built his prototype with off-the-shelf parts, including a set of $50 motors. The motors were a compromise; each one had the size and torque he wanted but not the speed. Over the past few years he has worked with WowWee to customize a motor with the exact parameters needed and to cut the final cost of the part down to single digits.
That back and forth yields low-cost, mass-producible parts, which means university-level robotics could become available to everyday people. “One of the reasons I went into mechanical engineering was so I could create real things that have a direct impact,” Morozovsky says. “I didn't expect that to necessarily happen in the process of grad school.” Cont'd...
From 7Bot's Kickstarter campaign:
In 2014, two of us co-founded project uArm with other two makers. There we received a lot of feedback from our Angel backers:
- More axis for more powerful applications, and more controlling dimensions (force control, speed control and flexible-joint).
- More rugged material rather than Acrylic, muscular servos hardly to be burned out.
- More intelligent API. Better inverse kinematics and path planning algorithms to make the movement more precise and smooth.
- More accessories and various of end-effectors.
Our custom servos with precise position feedback allow you to quickly set it up and operate in teaching mode without any codes. In this mode, you can simply drag each joint of the robot to a serious of desired way points. The movements will be recorded, and could be replayed in an optimized path.
A multi-platform supported 3D visualization application will be provided for you to manipulate the 7Bot Arm intuitively. With our 3D visualization application, you can easily set and read the position of each joint separately with real-time graphic interface.
If you have two 7Bot Arms, you can build this amazing Humanoid robot -7Bot Arm Dual:
Estimated shipping date is January 2015... (7Bot's Kickstarter campaign)
From uBreakiFix's Youtube channel:
BY HANNAH ROSE MENDOZA for 3DPrint.com: Soft robotics is a relatively new field of research that aims to create flexible robots that are more easily adaptable to human interaction. Often, the forms of these creations and the mechanics of their movement are inspired by a close study of nature in an effort to ‘go organic’ with machines. 3D printing with flexible filament is one way in which this integration of robot and movement is taking on a flexible aspect.
For this particular installation, titled Exo-biote, the National Institute for Research in Computer and Control and the Department of Science and Visual Culture at the Imaginarium worked together, with support from Neuflize Bank, to create a robot organism that embodied the formal typologies and demonstrated the possibilities for movements in soft robots. After all, some of nature’s most amazing machines have nearly entirely soft bodies – think of the octopus, for example, able to lift, carry, walk, swim, shape change, camouflage itself, and fit through a tube no bigger than a quarter! Cont'd...
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