The Future Is Here Today...Robots, Genetics, AI, Longevity, Singularity

by Aaron Saenz on February 15th, 2010
graffiti robot

Carnegie Mellon students got this ABB robot to tag a wall using the new Graffiti Markup Language.

Dang-blasted kids with their music, and their clothes, and no respect for authority. They’ve gone and corrupted law-abiding robots, teaching them how to graffiti! Students at Carnegie Mellon University’s new Fabrication Lab programmed an ABB robot (4400 model) to graffiti using a two inch black marker. The ‘tags’ were downloaded from #000000book, a website where graffiti artists can record digital copies of their signature work. The CM students then converted those digital records into motion controls for the robot and – bam! – instant robot delinquent. Check out the video after the break to see the ‘Robotagger’ robot mark its turf.

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ABB's Super Fast Industrial Robots Perform the Fanta Challenge

ABB's Super Fast Industrial Robots Perform the Fanta Challenge

Humans may still be king when it comes to creativity or reasoning, but when it comes to raw speed, precision, and repetition, its all about the robots.  To prove this point, and to showcase its robotic prowess, ABB robotics has released an impressive pair of promotional videos (embedded below) that you don’t want to miss.  In these “Fanta Challenges” ABB’s robots move metal rods in between six packs of Fanta soda cans at a blistering pace with only 1 millimeter of clearance between the metal rod and the cans.  The feat would already be impressive if the 6 pack of cans was stationary, but then ABB ups the ante by putting the cans on a tray and programming another robot to rapidly move the tray around.

When first viewing the videos the achievement may seem too incredible to believe.  Can robots really move a metal rod in between this rapidly moving maze of cans without collapsing into a confused pile of metallic mess?  The path, although intricate and moving, is a fixed path that changes in a predictable, spatially consistent pattern.   As such, no artificial intelligence or complex programming is required to get the ABB robots to perform their impressive trick.  Success simply requires the robots to plot out their respective paths with the proper speed and precision, skills that robots, especially those from ABB, are particularly good at.  By synchronizing the speed adjustment of each of the robots, the speed of the entire exercise can be slowed or sped up as desired with a simple control pad, as shown in the videos.  The first video is the original Fanta Challenge released by ABB in February 2009.  Lets check it out:

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Seen here next to its controller, the ABB IRB 120 is the world's smallest industrial robot.

Seen here next to its controller, the ABB IRB 120 is the world's smallest industrial robot.

The world of industrial robots has welcomed the next master manipulator, the IRB20. From ABB (NYSE: ABB), the people who brought you the Flexpicker, IRB20 is not only deft, it’s also small. Weighing just 25kg, it still has a reach of more than half a meter and will likely function as an assembly line sorter and assembler. While the IRB20 sounds good on paper, it looks really cool in video. Check out the clip after the break, and I apologize, again, for the robotics industry’s obsession with pairing robot videos with bad techno music.

As robots move firmly into every aspect of manufacturing human concerns are being replaced by engineering restrictions. Look at a human worker and you have to consider experience, salary, and expectations. Look at a robotic worker and you have to consider space, weight, and versatility. In these realms the IRB20 really stands out. It has a small footprint, weighs little, and has a huge range of motion and applications. All that and it looks good dancing (check the video). It’s the robotic equivalent of a recent college graduate eager to please around the office.

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