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Robotics Hardware Hacking Intel Printer Ubuntu Build Linux Science

Intel Demos A New Robotics Controller Running Ubuntu (hackerboards.com) 21

Intel demoed their new robotics compute module this week. Scheduled for release in 2017, it's equipped with various sensors, including a depth-sensing camera, and it runs Ubuntu on a quad-core Atom. Slashdot reader DeviceGuru writes: Designed for researchers, makers, and robotics developers, the device is a self contained, candy-bar sized compute module ready to pop into a robot. It's augmented with a WiFi hotspot, Bluetooth, GPS, and IR, as well as proximity, motion, barometric pressure sensors. There's also a snap-on battery.

The device is preinstalled with Ubuntu 14.04 with Robot Operating System (ROS) Indigo, and can act as a supervisory processor to, say, an Arduino subsystem that controls a robot's low-level functions. Intel demoed a Euclid driven robot running an obstacle avoidance and follow-me tasks, including during CEO Brian Krzanich's keynote (YouTube video).

Intel says they'll also release instructions on how to create an accompanying robot with a 3D printer. This plug-and-play robotics module is a proof-of-concept device -- the article includes some nice pictures -- but it already supports programming in Node.js (and other high-level languages), and has a web UI that lets you monitor performance in real-time and watch the raw camera feeds.
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Intel Demos A New Robotics Controller Running Ubuntu

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  • Cool! Maybe we need to install these all over Washington.

  • by Anonymous Coward

    This is my dream computer. I've proposed it to a few companies that I've worked for, glad someone's finally making it. Where do I buy?

  • When I think Intel, I believe that their robotics introduction should be a little bit more than some chinese knock off of a toy. Try this out for a robotic controller design. 128 motors asynchronously; with position feed back for each. 1024 16-bit input asynchronous sensors. Maybe, just maybe, the H1B's at Intel should learn to start eating red meat. And if this is the best they can come up with, maybe retraining is in order here?
    • 128 motors asynchronously; with position feed back for each. 1024 16-bit input asynchronous sensors. Maybe, just maybe, the H1B's at Intel should learn to start eating red meat.

      Maybe, just maybe, they want to sell more than 3 of them?

      • Maybe, just maybe there are more than 3 people willing to do more than be amused by some blinking moving light can. Think 3 Laws.
        • Because of course those are the only two choices -- "some blinking moving light can" or some massively overengineered boondoggle that has zero real-world applications.

          • I was thinking of harvesting water melons. Even those who do would not mind this kind of help. Maybe you at your job could use some help picking up the grass?
            • Oh, wow. Dude. You can throw out incoherent insults. Everything else you said must be right 'n' stuff.

              That being the case, here's what you should do immediately if not sooner: Design it yourself, sell hundreds of thousands, and retire a billionaire by age 17. I'll be looking for the Kickstarter project for a 128-axis motion controller any day now. LOLOLOLOL

              • In order to do that, I would need a prototype. If I had a prototype, then all I would have to do is demo it in a Mellon field. If I demo'ed it in a Mellon field, then I would get advertising via the various news outlets. I would then have more investors contacting me than all the VC's of FaceBook. Why do I need to share any future funds with Kickstarter? And why would I consider selling a tool I made for myself? I could use my prototype to build prototypes, and with the funds generated harvesting Water Melo
  • by Anonymous Coward

    Wow. I really thought this was a prime /. topic. Was expecting to see people either talk about how they might use it or how they had built their own using toothpicks and solder. 9 posts. Just wow.

    --XYZZY--

    • Eh.

      It's just not that exciting, really. People who work on robots already have control systems. Often those take the form of low level MCUs for the timing sensitive stuff and a bigger, faster processor for everything else, such as a small form factor PC of some sort. The thing is, small form factor PCs already exist in quantity. Other than that it's got an IMU (useful but not rare), a bunch of peripherals like bluetooth and wifi, which are again useful but not rare. And it runs ROS which runs on any old PC

    • Love your Adventure reference. :) Perhaps these controllers could help explore the Colossal Cave. :)
       

  • Seems like Ubuntu is becoming the cockroach of Linux. They don't care about security, do crazy crap, it's junk. Why are companies using it when they know places like the Government and companies can't use it for that reason?

    Yea, I'm a bit bitter because some good stuff is out there, only on Ubuntu though. For that reason I can't use it.

  • How long until this makes it to the systemd feature list?

It isn't easy being the parent of a six-year-old. However, it's a pretty small price to pay for having somebody around the house who understands computers.

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