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IEEE Santa Clara Valley
Robotics & Automation Society (SCV/OEB/SF)


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February 2010 Meeting:
Thursday February 11, 2010

Date and Time

Thursday, February 11, 2010, 7:00PM Pacific at 7:00PM, 5-minute business meeting
at 7:05PM, speaker presentation

Location

Carnegie Mellon University, Silicon Valley (directions:   https://sv.cmu.edu/who_we_are/visitor)

Cost

FREE

Title

The PR2 Robot: A personal robot for software developers

Speaker

Keenan Wyrobek

Abstract

With ROS software and the PR2 robot, innovators can share code, build on each others' progress and develop applications that improve human quality of life and productivity in the home and at work.

Details

ROS, an open-source Robot Operating System

ROS (Robot Operating System) is a software platform that combines professional development practices with the latest research from the robotics community. The ROS library of developer tools and the libraries of robot functionality available from the ROS community make it easier and faster to write robot software.

With an open source, commercial-friendly license, ROS also makes it easier for both companies and researchers to share code and build on each others' work. The role ROS plays in the robotics community is similar to the role Linux plays for web start-up companies. It is a free and open platform for innovation.

Companies and universities in the ROS community already provide software libraries for everything from navigation to manipulation. By eliminating the need to re-implement basic functionality, ROS allows specialists to focus directly on innovative technologies and applications.

PR2, our Mobile Manipulation Platform

The PR2 is an open and robust robot platform designed from the ground up for software developers. By eliminating the need to first build a hardware system and then re-implement code, the PR2 allows software experts to immediately create new functionality on the robot.

Biography

Keenan Wyrobek:

Keenan Wyrobek is an experienced designer whose background includes a strong focus on engineering design -- specifically multi-objective optimization in the design of complex electro - mechanical systems. His design expertise also includes haptic, medical and personal robotic systems. While at Stanford, Keenan spent two years leading the mechanical development efforts on the Personal Robotics project, resulting in the development of the PR1.

Web Site

Willow Garage
ROS


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