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Cutting-Edge Ubiquitous Computing for Better Living

Explore user-centered computing, health monitoring, indoor navigation, and privacy-respecting RFID ecosystems with practical sensor-based models in a research-focused environment at the University of Washington. Discover innovative hardware with new capabilities and real-world sensing applications. Learn from leaders like Richard Anderson, Gaetano Borriello, and James Landay.

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Cutting-Edge Ubiquitous Computing for Better Living

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  1. Department of Computer Science and Engineering University of Washington UbiCompEdTechDevWorld

  2. User Centered Computing II • Richard Anderson • Tom Anderson • Gaetano Borriello • James Fogarty • James Landay • Ed Lazowska • Steve Tanimoto • David Wetherall

  3. Ubiquitous Computing • Gaetano Borriello • David Wetherall • Deiter Fox • James Landay • James Fogarty

  4. Hardware with New Capabilities

  5. Personal Monitoring Health and fitness

  6. Persuasive Technology Information where and when you need it to help you make better choices

  7. Indoor Navigation

  8. RFID Ecosystem Privacy-respecting,RFID-based, scalablesmart spaces

  9. Practical Sensor-Based Models of Office Worker Interruptibility James FogartyReal World Sensing Practical Sensor-Based Models Interruptibility Unobtrusive and Low-Cost Home Activity Sensing • Real World Deployment and Evaluation of Sensing-Based Applications • Human-Understandable Machine Learning • Privacy-Appropriate Sensing

  10. Intel Research Seattle (IRS) • Roughly 20 person research lab, located off the edge of campus, part of a larger Intel Research • Focus is on computing systems that function as part of everyday environments (ubicomp) • Tied to UW CSE, and EE, iSchool, etc., via students and faculty

  11. MSB iMote ISRB IRS research mix HCI Statistical reasoning Systems Hardware

  12. Educational Technology • Richard Anderson • Steve Tanimoto

  13. Classroom Presenter Richard Anderson

  14. Distance EducationRichard Anderson

  15. Transparent design tools – T-STAR. 2. Transparent programming environments: “Data Factory” – by default, all data is visible. Teaching and Learning with “Transparent” SoftwareSteve Tanimoto

  16. 3. Transparent image processing: “Pixel Calculator” -- Mathematical representations are not hidden away. 4. Transparent educational assessment: Computers can help students learn by recognizing their conceptions and misconceptions. Making assessment transparent to students is a current focus. “Transparent” Software(continued)

  17. Computing for the Developing World • Richard Anderson • Tom Anderson • Gaetano Borriello • Ed Lazowska

  18. Digital Study Hall • Participants • Richard Anderson • Tom Anderson • Paul Javid • Randy Wang (MSRI) • Facilitated Video instruction for primary education

  19. Appropriate Computing Technologies for Rural Development - Tapan Parikh

  20. Where is this work heading in the next five years?

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