Innovations Volume 5, Issue 9, November 2011 Archive
Dean’s messageExpanding the reach of roboticsFrom flying and crawling through quake-ravaged wreckage to performing dexterous feats of minimally invasive surgery and enabling paraplegics to walk, the vision of what robots and intelligent machines can do has come a long way since I first began the robotics effort at Berkeley in 1983. At that time, we were programming robot manipulators to stack blocks. With the recruitment of Jitendra Malik, John Canny and Ron Fearing, the Robotics and Intelligent Machines Lab was founded, and we set about adding vision and tactile sensing. We were soon joined by Ken Goldberg, Homayoon Kazerooni, Kris Pister, Ruzena Bajcsy, Karl Hedrick, Raja Sengupta, Claire Tomlin, Alex Bayen, Pieter Abbeel and others who expanded our efforts in many new and groundbreaking directions. All these accomplishments were on display recently as a panel of College robotics faculty reported on the leading advances in the field. A short video featuring the researchers and their remarkable inventions is now posted to our Berkeley Engineering YouTube channel. Panelist Ron Fearing speaks about being inspired by biology to miniaturize his “roach-bots” and teach them to crawl and fly. Claire Tomlin describes how to engage the “embedded human” in the midst of unmanned automated vehicles and aircraft, while Kris Pister speaks of making “smart dust” more mobile and multi-sensory. Homi Kazerooni, known widely for the robotic exoskeleton that enabled paraplegic Cal student Austin Whitney to walk at graduation last May, explains where prosthetics research is headed. Also featured in our video, Ken Goldberg connects robotics to social networks and describes his role in catalyzing the rollout of a new National Robotics Initiative, which will hasten the translation of robotics research into commercial applications. This initiative was announced by President Obama as part of the new public-private Advanced Manufacturing Partnership (AMP) in June. Berkeley is one of five academic institutions leading this AMP initiative, and will be co-hosting a regional AMP meeting with Stanford here on December 5. Meanwhile, the new issue of Forefront highlights Professor Stuart Russell’s pioneering A.I. work for the United Nations’ Comprehensive Nuclear-Test-Ban Treaty Organization in the cover story, “Artificial intelligence outsmarts the bomb.” As always, I welcome your suggestions and comments on this topic and on the entire scope of our teaching, research and service mission. S. Shankar
Sastry Upcoming events December 5: Advanced Manufacturing Partnership Regional Meeting The President’s Council of Advisors on Science and Technology Working Group on Advanced Manufacturing is holding its western regional meeting at UC Berkeley. December 6: Swarm Lab Inauguration The exciting new Swarm Lab invites you to its opening celebration and ribbon cutting. Master of Engineering Info Sessions: The Berkeley Engineering M.Eng. program develops leaders who will be able to draw equally on their managerial and technical strengths. Attend an infosession in December or January. |
In this issue:The Memorial Stadium seismic retrofit project necessitates boring some 40,000 holes into concrete foundations with drills weighing up to 45 pounds—potentially exposing drill operators to the harmful effects of muscle injury, dust, and vibration exposure. “These workers typically have pain and fatigue in the wrists, shoulders and back; some have also experienced damage to the nerves in the fingers,” says David Rempel, bioengineering professor and director of the Ergonomics Program in UC’s Center for Occupational and Environmental Health. The Ergonomics Program has been designing ways to minimize the adverse health effects of such labor on workers. In the fall of 2008, Jack Kang (B.S.’04 EECS) was settling into a new marketing position at Marvell, a Santa Clara-based semiconductor company, when Microsoft came knocking with a mysterious assignment for the company. Working on an undisclosed product, the computing giant needed a team to design a complex chip for manufacture on a massive scale. “This project was very secretive,” recalls Kang. Many months into the development of a specialized microprocessor, he got his answer. The mystery chip was destined for Kinect, Microsoft’s controller-free and immensely popular electronic game sensor device. For the first time since its founding in 1990, CalSol, Berkeley Engineering’s solar car team, competed in the international World Solar Challenge (WSC). Held in October in Australia, the WSC drew 37 solar-powered cars to a weeklong “rayce” crossing 3,000 kilometers of the barren Outback from Darwin to Adelaide. CalSol’s Impulse team members posted these reports from the field. |
Innovations is published online by the Marketing and Communications
Office of the UC Berkeley College of Engineering. Innovations is a monthly online update featuring timely reports on groundbreaking
research and other innovative projects done by Berkeley engineers.
Innovations Editors: Karen Rhodes, Kap Stann
Writers: Kate Rix, Abby Cohn, CalSol Bloggers
Web Manager & Designer: Susanna Spiro
Subscribe or send comments to the Engineering Marketing and Communications Office: innovations@coe.berkeley.edu
© 2011 UC Regents