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Hello TUX!
A reminder that tomorrow we will have a member presentation by Dr. David Holman. The details of the talk are below. *Please note that his talk will be at the Bahen Centre at U of T, room 5166 on the 5th floor*. Some other important announcements:
1)Our website is live at: http://www.tux-hci.org/ http://www.tux-hci.org/
2)We are looking for a volunteer to help with the website – please let us know if you’d like to get involved.
3)We have set up a Google Calendar that you can import into your email client. The address for the calendar is:
https://calendar.google.com/calendar/ical/un3lidp8potad9jqb66c3i942g%40group...
Most email clients will allow you to import an “internet” calendar so that you can view its events. For example, in Outlook right click “My Calendars”, select “Add Calendar” -> “From Internet” and then paste in the above URL.
We look forward to seeing you tomorrow!
Ali, Daniel, and Tovi
Tuesday, November 10 at 12:30pm, Tux Proudly Presents: Dr. David Holman
*Bahen Centre ***room 5166, *University of Toronto @ **40 St. George St* https://www.google.ca/maps/place/Bahen+Centre+for+Information+Technology/@43.6595981,-79.3970185,15z/data=%214m6%211m3%213m2%211s0x0:0x6459384147b4b67b%212sBahen+Centre+for+Information+Technology%213m1%211s0x0:0x6459384147b4b67b*.*
Lunch reception begins at 12:30pm. Presentation begins at 1pm.
http://www.tux-hci.org/wp-content/uploads/2015/11/holman-david-forweb.jpg
*David Holman: In a world where objects of any shape can be interactive, how do we design effectively?*
*Abstract* Organic User Interfaces blend industrial design with interactive experiences, and demonstrate how user interfaces are no longer limited to flat displays. This transformation makes it necessary for designers to move beyond planar interfaces and to contextualize interaction in an object’s physical shape. Designers of multi-shaped and deformable devices face a complex interplay of variables. Materials, shapes, sensors, actuators, and user experience are all entangled. In this context, design explorations can easily become time consuming, tedious, and cost prohibitive. In this talk, I will discuss the need for new interactive materials in early design, akin to an industrial designer’s mockups with clay, foam core, and ceramics—materials that are critical for sketching and exploration, but not for application in a final product.
I will also discuss a new approach with the potential to help designers simulate and evaluate designs before construction. The level of complexity encountered when designing an organic user interface is not unique. It exists in other design fields, such as automotive, architectural, and aerospace, and is often managed by using advanced simulation software. In other words, “interaction” could be represented as a new abstraction in multi-physics and simulation software, enabling a device’s design to be critiqued long before any fabrication or prototyping is executed. This approach of simulating interaction via computer-aided interaction design (CAID) is in development, and early examples of its problem space will be presented.
*Bio* Dr. David Holman designs and prototypes next generation product concepts at Intel Corporation. His early research in digital-paper interaction led to the development of Organic User Interfaces, a new paradigm in Human-Computer Interaction, and the world’s first interactive paper-like computer. He has worked extensively with flexible display technology and categorized the emergence of a new type of interface, one that has three-dimensional interactive shape. He holds a PhD in Computing from Queen’s University and was a member of the Human Media Lab, one of Canada’s premier multidisciplinary media laboratories.
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*OUR SPONSORS:*
*TUX is made possible by the support of our sponsors, Steven Sanders, Autodesk, *
*University of Toronto Department of Computer Science, and MaRS*.
*/About MaRS:/*/MaRS is the one of the world’s largest urban innovation hubs—a place for collaboration, creativity and entrepreneurship. Located in the heart of Toronto’s research district, MaRS provides the space, training, talent and networks required to commercialize important discoveries and launch and grow Canadian startups./
