A Momentary Flow

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216 posts tagged robots

Want a dog but don’t want to deal with dog poop or allergies or fleas? The Omnibot Hello! Zoomer Dog Robot is the robotic pet you’re looking for.

This man-made version of a dalmatian recognizes over 45 words (English and Japanese), has voice recognition, and can be trained to perform a variety of tricks, including shake, roll over, and play dead. Of course, unlike a dog, Zoomer also comes with a USB cord and needs to be charged for an hour to get twenty minutes of use. Just think of it as a nap… that includes electricit (via Omnibot Hello! Zoomer Dog Robot | GeekAlerts)

Want a dog but don’t want to deal with dog poop or allergies or fleas? The Omnibot Hello! Zoomer Dog Robot is the robotic pet you’re looking for.

This man-made version of a dalmatian recognizes over 45 words (English and Japanese), has voice recognition, and can be trained to perform a variety of tricks, including shake, roll over, and play dead. Of course, unlike a dog, Zoomer also comes with a USB cord and needs to be charged for an hour to get twenty minutes of use. Just think of it as a nap… that includes electricit (via Omnibot Hello! Zoomer Dog Robot | GeekAlerts)

#SelfieBot by Orbotix

#SelfieBot is fully autonomous and capable of flight. Forged from cutting-edge technology and programmed with advanced artificial intelligence, #SelfieBot hovers at your side and records your life in high definition. Free yourself from smartphone #selfie limitations. Reserve yours before it sells out.

#SelfieBot. Always watching… for life’s most precious moments.

(by Go Sphero)

If you want to trust a robot, look at how it makes decisions 
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Robots, and autonomous systems in general, can cause anxiety and uncertainty, particularly as their use in everyday tasks becomes a more immediate possibility. In order to lessen at least some of that anxiety, we should shift our focus from the decisions robots could make on our behalf to how they actually make them in the first place. In some ways, they may be more trustworthy than a human. Like it or not, autonomous systems are here and here to stay. By “autonomy” we mean the ability of a system to make its own decisions about what to do and when to do it. So far, most of the examples you might have come across, such as robot vacuum cleaners, aircraft autopilots and automated parking systems in your car, are simple and not even particularly autonomous. These systems adapt to their environment, responding automatically to environmental changes. They are pre-programmed to adapt to environmental stimuli. But old science fiction stories warn us about systems that go further. What worries us is what happens when a human pilot, driver or operator is replaced by software that makes its own choices about what to do. In air travel, an autopilot system can keep an aircraft flying on a certain path, but there is a human pilot deciding which path to take, when to divert, and how to deal with unexpected situations. Similarly, cruise control, lane control and soon convoying will allow our cars to carry out path following activities though drivers will continue to make the big decisions. But once we move to truly autonomous systems, software will play a much bigger part. We will no longer need a human to decide when to change the route of an aircraft or when to turn off the motorway onto a side road. (via If you want to trust a robot, look at how it makes decisions)

If you want to trust a robot, look at how it makes decisions
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Robots, and autonomous systems in general, can cause anxiety and uncertainty, particularly as their use in everyday tasks becomes a more immediate possibility. In order to lessen at least some of that anxiety, we should shift our focus from the decisions robots could make on our behalf to how they actually make them in the first place. In some ways, they may be more trustworthy than a human. Like it or not, autonomous systems are here and here to stay. By “autonomy” we mean the ability of a system to make its own decisions about what to do and when to do it. So far, most of the examples you might have come across, such as robot vacuum cleaners, aircraft autopilots and automated parking systems in your car, are simple and not even particularly autonomous. These systems adapt to their environment, responding automatically to environmental changes. They are pre-programmed to adapt to environmental stimuli. But old science fiction stories warn us about systems that go further. What worries us is what happens when a human pilot, driver or operator is replaced by software that makes its own choices about what to do. In air travel, an autopilot system can keep an aircraft flying on a certain path, but there is a human pilot deciding which path to take, when to divert, and how to deal with unexpected situations. Similarly, cruise control, lane control and soon convoying will allow our cars to carry out path following activities though drivers will continue to make the big decisions. But once we move to truly autonomous systems, software will play a much bigger part. We will no longer need a human to decide when to change the route of an aircraft or when to turn off the motorway onto a side road. (via If you want to trust a robot, look at how it makes decisions)

A Telepresence RoboCop Piloted by Oculus Rift and Sensored Gloves 

A student at the Florida International University (FIU) dons a sensor-laden pair of gloves and vest and an Oculus Rift virtual reality headset. He lifts his arm, makes a fist—and across the room a robot awakens and mimics his movements.

Using a potent cocktail of new technologies and $20,000 from a private contributor, Jeremy Robins, a team of FIU researchers and students says they’ve engineered a telepresence robot suitable for law enforcement—a real telepresence RoboCop.
(via A Telepresence RoboCop Piloted by Oculus Rift and Sensored Gloves | Singularity Hub)

A Telepresence RoboCop Piloted by Oculus Rift and Sensored Gloves

A student at the Florida International University (FIU) dons a sensor-laden pair of gloves and vest and an Oculus Rift virtual reality headset. He lifts his arm, makes a fist—and across the room a robot awakens and mimics his movements.

Using a potent cocktail of new technologies and $20,000 from a private contributor, Jeremy Robins, a team of FIU researchers and students says they’ve engineered a telepresence robot suitable for law enforcement—a real telepresence RoboCop.
(via A Telepresence RoboCop Piloted by Oculus Rift and Sensored Gloves | Singularity Hub)

Prosthesis human-piloted racing robot aims to usher in a new sport

Who wouldn’t want to slip into Iron Man’s armor or try out the gigantic Jaegers that saved the world in the movie Pacific Rim? Wearable exoskeletons currently being built, from the military-based TALOS, XOS 2 and HULC to rehabilitative models like the ReWalk, MindWalker and X1, all have one thing in common; they are all robotic automated body suits designed to enhance or assist people. Is there a place for a skill-oriented, non-robotic walking exoskeleton, that a person would have to master physically by feel, much like how one might master riding a bicycle or using a skateboard? Jonathan Tippet thinks so. He and his team of volunteers are building Prosthesis, claimed to be the world’s first human-piloted racing robot. It’s a 5-meter (16-ft) tall behemoth that will rely entirely on the pilot’s skill to balance itself or walk or run. (via Prosthesis human-piloted racing robot aims to usher in a new sport)