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Part I Welcome and Introduction to the Workshop Dr. Thomas Watteyne

Prof. Kristofer S.J. Pister’s team Berkeley Sensor and Actuator Center University of California, Berkeley. Part I Welcome and Introduction to the Workshop Dr. Thomas Watteyne. Prof. Kristofer S.J. Pister’s team Berkeley Sensor and Actuator Center University of California, Berkeley.

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Part I Welcome and Introduction to the Workshop Dr. Thomas Watteyne

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  1. Prof. Kristofer S.J. Pister’s teamBerkeley Sensor and Actuator Center University of California, Berkeley

  2. Part I Welcome and Introduction to the Workshop Dr. Thomas Watteyne Prof. Kristofer S.J. Pister’s teamBerkeley Sensor and Actuator Center University of California, Berkeley

  3. Workshop Team Prof. Kris Pister Dr. Anita Flynn Ankur Mehta Fabien Chraim Dr. Thomas Watteyne Leonid Keselman Michael Lorek Richard Su Travis Massey wsn.eecs.berkeley.edu wsn.eecs.berkeley.edu

  4. Acknowledgements • BSAC team • John Huggins, Kim Ly, Richard Lossing, Alain Kesseru • GINA manufacturers • Boardworks • Digicom • GINA enthusiasts • Daedalus Flight Systems: Dr. Paul Samuel • Georgia Tech: Prof. Mark Costello, Derya Aksaray, Jessica Newman, Kyle French, Sam Zarovy • University of Maryland: Prof. Sean Humbert, Badri Narayanan Ranganathan • Monash University, Australia: Prof. Hoam Chung, Ryland Hodgson • Lawrence Berkeley Labs: Dr. Steven Lanzisera, Prof. Thomas Budinger • UC Berkeley: Alex Sun, Boyang Zhang*, Chris Jian*, Florian Kehl*, James Peng, Kevin Peterson, Nahira Sarmicanic* • BSAC Industry Members wsn.eecs.berkeley.edu *graduated

  5. Practical Issues • Workshop kit • Workshop hardware • Workshop software • Third party software • Update your workshop directory • 8 backup computers • Workshop support team • Charging station • Food & drinks wsn.eecs.berkeley.edu

  6. Goal GINA hardware and ecosystem http://warpwing.sourceforge.net/ OpenWSN protocol stack http://openwsn.berkeley.edu/ BSAC Industrial members http://wsn.eecs.berkeley.edu/workshop wsn.eecs.berkeley.edu

  7. Outline • 01.15-01.45: Part II. GINA Hardware and the WARPWING Platform (A. Flynn) • What is GINA? How did it originate, what can it do, and why? How does that relate to me? • 01.45-02.00: Part III. Take-home Kit and Development Environment(F. Chraim) • What is in my kit? What can I do with it? Where do I get help? • 02.00-02.45: Part IV. Robotics on the WARPWING Platform(A. Mehta) • What are the components on GINA? How can I use them to accomplish common robotics tasks? • 02.45-03.15: Coffee Break • 03.15-03.45: Part V. The OpenWSN Protocol Stack (T. Watteyne) • Latest standardization trends and implementation details • 03.45-04.15: Part VI. Integration into the Internet (T. Watteyne) • Communicating between a network of GINA motes and the Internet • 04.15-04.45: Part VII. Integrated Demonstrations • Flying a helicopter, opening web pages, and other demonstrations

  8. Prof. Kristofer S.J. Pister’s teamBerkeley Sensor and Actuator Center University of California, Berkeley

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