Posts Tagged ‘jimmy’

Intel Video Featuring the HR-OS1

Thursday, October 30th, 2014

intel video HR-os1

Check out this Intel video featuring the HR-OS1 Humanoid Endoskeleton and our Own Andrew Alter. Andrew talks about the different things that the HR-OS1 can do and how its designed to interact with the world.

Jimmy in the Press

Wednesday, May 28th, 2014

Earlier today Jimmy walked onto stage at the Re/Code conference and he’s been showing up over the media ever since! From Gizmdodo to The Wall Street Journal, Jimmy is everywhere.

Intel CEO Brian Krzanich also talked a little bit about our next Jimmy related project – a smaller version of Jimmy. We’ll have more details on this AX-12 based robot soon, but in the mean time check out the smaller Jimmy on CNBC

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Introducing the Jimmy Research Humanoid!

Wednesday, May 28th, 2014

the jimmy research humanoid

For the last several months we’ve been working tirelessly on a secret project, and we’re finally ready to share it with the world! Today at the Re/code conference we’ll be unveiling the Jimmy Research Robot. Jimmy is the first robot platform to be released by the 21st Century Robot Project.

The 21st Century Robot project is the brainchild of Intel’s Futurist Brian David Johnson and is the result of the collaboration of developers from USC, Olin College, and Trossen Robotics.

The 21st Century Robot Manifesto:

A Robot Is: Imagined first. Easy to build. Completely open source. Fiercely social. Intentionally iterative. Filled with humanity and dreams. Thinking for her/him/itself.

The 21st Century Robot Project aims to imagine a radically different kind of robot. A robot that is designed, constructed and programmed like never before. We can imagine and build a far more amazing future than we have today, a much more creative and rich tomorrow for robots and their relationship to humans. It’s time for a 21st Century Robot

Hardware

Jimmy’s internal endoskeleton is manufactured from 5052 aircraft aluminum, and is completely modular and expandable. The outer shell of the robot is designed to be 3D printed, which means modifications and aesthetic tweaks are very easy and affordable. The robot features 12 MX-106T, 6 MX-64T, and 2 MX-28T DYNAMIXEL servos from Robotis. The on-board CPU is comprised of an Intel NUC D54250WYK, which features an Intel Core i5-4250U 4th Generation Haswell chipset, 4GB of DDR3 RAM (up to 16gb expansion), and a 32GB SSD for internal storage. Wireless connectivity options are available in Xbee, Wifi 802.11N, and Bluetooth. Onboard IO for expansion and development include 4x USB 3.0 & 2x USB 2.0 ports, HDMI & Display Port video output, Gigabit Ethernet, SATA port, 2x mini-PCIe slots (used for SSD & Wifi/Bluetooth), and up to 8-channel audio. The sub-controller used to communicate with the Dynamixels is the Robotis CM-730 Cortex-M3 based microcontroller, which will eventually be replaced by our own Arbotix-PRO (currently in development, scheduled release is Q4 2014). Onboard LiPo batteries provide 4S 14.8v 4000mAh of power, which produces approximately 30-60 minutes of runtime per charge.

Software

The humanoid robot platforms of the 21st Century Robot project aim to run a unified software framework. The robot is offered in two flavors of Linux- Ubuntu 14.04 LTS for developers who wish to take advantage of a full-featured desktop OS, or Yocto Project Poky distribution OpenEmbedded Linux which has a custom 21C Robots layer to allow for unified support across many different CPU configurations and hardware.

This framework is being actively developed, and is based upon the open-source and highly featured Darwin-OP framework from Robotis and Virginia Tech University. We will continue to refine and expand this software, providing multiple control interface solutions as well as a REST based API so that the robot can be connected to ROS & the Intel XDK for cross-platform application development, as well as a variety of different software environments. The goal of the API is to easily expose higher level functions of the robots, so that developers can bring the robots to life without having an in-depth knowledge of the more advanced lower level functions that make the robot move and walk. Like the hardware, all of the software will be available completely open-source and available for anyone to download.


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