The Marines Are Building Robotic War Balls
A research team from Stamford, Conn. has developed an amphibious drone that they are currently testing with the Marines. The GuardBot is a robot ball that swims over water at about 4 miles per hour and then rolls along the beach, at as much as a 30-degree incline and 20 miles per hour.
'Are we becoming too reliant on computers?' by Nicholas Carr [The Guardian]
Do Androids Dream of Electric Authors? [NYTimes.com] "So who was Lambert M. Surhone? Just looking at the numbers, you could argue that he’s one of the most prolific creators of literature who ever lived. But was he even human? There are now software programs — robots, if you will — that can gather text and organize it into a book. Surhone might be one of them."
“Well you know boys, a nuclear reactor is a lot like women. You just have to read the manual and press the right button.”
Robots Guarding US Nuclear Stockpile "The US National Nuclear Security Administration recently announced that it has started using autonomous robot vehicles to patrol the vast desert surrounding its Nevada National Security Site (NNSS). The 1360+ square miles of territory is home to millions of tons of low grade nuclear waste, as well as Cold War Era nuclear weapons, and cutting edge nuclear testing research. Guarding those precious nuclear materials is the Mobile Detection Assessment Response System (MDARS) robot, which is essentially a camera on a mini-Hummer. The MDARS can roam and scout the desert on its own, alerting a remote operator when it encounters something that shouldn’t be there (two headed coyote?). Human controllers get real time video feed form the bot and can communicate with trespassers using speakers and a microphone. There’s just one MDARS robot on patrol now, but NNSA plans on adding two more in the next six months." Via: [Singularity Hub]
How to Train Your Robot (to Lie). "A military base has just fallen to enemy fighters. A robot containing top-secret information has to escape detection by the invading army. The robot is facing three corridors: right, center, and left. It could randomly pick a corridor and hope the enemy soldiers pick a different one. Or it could leave a false trail—assuming robots can be trained to lie. A new study using this scenario suggests that they can be. 'Those lying toasters.' click for picture (Georgia Tech's Decepticon) knows how to mislead pursuers to shake them off." Also, worth checking out is a video that can be viewed from the main link which demonstrates the robots in a game of hide-and-seek.
Swarming spacecraft to self-destruct for greater good. "Future space probes that operate in cooperative swarms must commit hara-kiri if they begin to fail and risk damaging their comrades, says a recent patent application by NASA. The agency foresees a day when space missions are undertaken not by one large spacecraft but by swarming formations of much smaller, cheaper ones. Such craft could collectively provide a "floating optics" system for a space telescope comprising separate craft flying in formation, for instance. However, should one spacecraft in such a swarm begin to fail and risk a calamitous collision with another, it must sense its end is nigh and put itself on a course that takes it forever away from the swarm – for the greater good of the collective."