The video was created by Corridor Digital and labeled "Bosstown Dynamics." The original can be found on the company's YouTube channel! Videos for Does A Video Show An Armed Robot 5:33 AMAZING ROBOTS THAT REALLY EXIST YouTube!! It shows some men at a gun range who appear to be testing out a very human-like robot by arming it with a gun and then hitting it and knocking it down. The robot continues to shoot, until a man orders it to shoot a robot dog. The human robot instead shoots at the man, takes the dog, and runs away.
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While some on social media complimented the video makers on their skill at creating a realistic-looking computer graphic, others like gun advocate Chris Loesch appeared to be alarmed by it, at least initially (Loesch later noted he knew the video was fake).
This is truly astonishing and frightening. Think I'm gonna keep my guns, all of them. pic.twitter.com/6CZDiwFJLu
But Corridor posted an explainer video to a separate YouTube account ("Corridor Crew") that explained the video was made using motion capture! 7:41 Mr. Robot | Final Season: Sam Esmail Recaps Everything You Need To Know | USA Network YouTube!! In other words, it was a (human) actor playing the part of the robot, and the robot was digitally edited in later.
This may worth something:
Would you let a robot mow your lawn? | Fox News
The Husqvarna Automower is the latest evolution of a robotic lawnmower that was first developed by the company a quarter-century ago. Since 1995, it’s sold more than 1 million robotic mowers worldwide.
Even though they may remind you of a household Roomba, don’t compare them because these Automowers are vastly different and far more advanced, Husqvarna said.
“We [Husqvarna] use AI, GPS and cellular data connectivity along with other proprietary technologies to not only triangulate the best possible cut of your lawn but to minimize the risk of loss of product or danger to the environment or end-users,” Cooley stated.
The mower works inside of an electronic fence that’s created by a boundary wire connected to the charging station! 33:01 Morphle | Mila The Robot | Animals for Kids | Learning for Kids | Kids Videos YouTube!! Three blades cut the grass so finely that the clippings don’t need to be raked up and collected! 11:06 War Robots: How to Move Like a Pro (9 Must Know Moves) [Guide by Kitty WR] YouTube!! The idea is to cut the grass early and often, rather than letting it grow too tall. This leads to healthier grass and a more perfect looking lawn, Husqvarna said.
The 3D Printers, Scanners, And Art Robots Of Maker Faire Rome | Hackaday
How is it possible that a robot can sketch both better and worse than I can at the same time, and yet turn out an incredible work of art? Has 3D-scanning really come so far that a simple camera and motorized jig can have insane resolution? These are the kinds of questions that were running through my mind, and being answered by the creators of these brilliant machines, at Maker Faire Rome.
There was a high concentration of robots creating art and 3D printing on display and the Faire, so I saved the best examples just for this article! Does video show armed robot performing military exercises ...www.thatsnonsense.com/ does - video - show - armed - ...military...A series of videos spreading on social media show what appears to be an artificial intelligence robot being trained in military combat. In many of the videos , the robot is seen shooting targets while being distracted or physically hit by the people operating what appear to be training drills. FALSE While the video is rather […]!! But you’ll also find hacks from a few groups of clever students, and hardware that made me realize industrial controllers can be anything but boring. Let’s take a look--
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Can robots be artists too? This project is a compelling argument that it’s possible. Patrick Tresset was exhibiting his Human Study #1, 5RNP at the Faire. It’s a set of old wooden drawing tables with robot arms made of multiple servos and a webcam on a stick. Over about twenty minutes the robot will sketch a person’s portrait, but instead of typical CNC precision, the brilliance here is in the random scribbles that turn into spectacular images. Everything is being driven by recycled laptops running Linux which command the servo motors via a USB to Serial cable.
Does the Future of Robots Get You Excited, or Fill You With Dread? - The New York Times
Last week, a robotic hand successfully solved a Rubik's Cube. While that feat might seem like a fun parlor trick, it's a sign that robots are being programmed to learn and not just memorize.
Robots are already playing important roles inside retail giants like Amazon and manufacturing companies like Foxconn by completing very specific, repetitive tasks. But many believe that machine learning will ultimately allow robots to master a much wider array of more complex functions .
When you imagine the future of robots and artificial intelligence, do you get excited? Do you envision a world of benefits for humankind? Or does an automated future fill you with concern and fear?
In " If a Robotic Hand Solves a Rubik's Cube, Does It Prove Something? " Cade Metz writes about how this five-fingered feat could show important progress in A.I. research:
While you're here, how about this:
Self-transforming robot blocks jump, spin, flip, and identify each other | MIT News
Swarms of simple, interacting robots have the potential to unlock stealthy abilities for accomplishing complex tasks. Getting these robots to achieve a true hive-like mind of coordination, though, has proved to be a hurdle.
In an effort to change this, a team from MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL) came up with a surprisingly simple scheme: self-assembling robotic cubes that can climb over and around one another, leap through the air, and roll across the ground.
Six years after the project's first iteration, the robots can now "communicate" with each other using a barcode-like system on each face of the block that allows the modules to identify each other. The autonomous fleet of 16 blocks can now accomplish simple tasks or behaviors, such as forming a line, following arrows, or tracking light.
Humanoid Robots | Human Faces on Robot Bodies
Geomiq, an additive manufacturing and machining startup based in London, is looking for a person to fork over their face for a new line of human-looking robots. Full stop.
"A few weeks ago we were approached by a robotics company asking if we could help it with the finishing touches of a state-of-the-art humanoid robot it’s been working on," the company wrote. "Details of the project are scarce due to a non-disclosure agreement we’ve signed with the designer and his investors, but this is what we do know."
While the details are tight under wraps, we do know there's potential for said face to be mass produced on thousands of robots. In terms of the client, little was disclosed outside the fact that the company is privately funded and has taken investments from venture capitalists and a fund in Shanghai.
The robot is meant to work as a "virtual friend" for elderly people, so there's a good chance this client works in the medical field. The project has been underway for five years and is expected to go into production next year.
MIT's new robot blocks self-assemble just like a transformer
When we watched the first Transformers movie, most of us wanted our toasters and washing machines to turn into cool robots. Now, MIT has developed a set of self-assembling robot blocks that can identify each other.
These robots, called M-Blocks 2.0, have a barcode-like system on each face that helps them recognize and communicate with other blocks. Right now, these 16 blocks can perform tasks such as forming a line, following arrows, tracking light, and traversing down a path of arrows.
These blocks can travel along other blocks, climb up or down each other, and even jump. Check out their slick moves in the video below.
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Each M-block has a flywheel that rotates at 20,000 revolutions per minute (RPM), and uses angular momentum from a break to move around. These blocks use a built-in magnet to stick to each other and form a robust structure.
MIT’s self-propelled block robots can now manage basic swarm coordination – TechCrunch
MIT’s Computer Science and Artificial Intelligence Laboratory has come up with a clever way for its small cube-like robots, which can move on their own, to communicate and coordinate with one another for self-assembly. The behavior is described by MIT researchers as somewhat “hive-like;” in the video above you can see what they mean by that.
These cube bots can roll across the ground, navigate up and across each other and even jump short distances. And thanks to recent improvements made by the team working on the project, they also can communicate in a basic way using unique barcode identifiers on the faces of the blocks to allow them to identify one another. These 16 blocks can now use their communication system and their ability to move themselves around to perform tasks including producing various shapes, or even following arrows or light signals.
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