March 11- Wolfgang Stuerzlinger – Interactive Alternatives for Virtual Analytics

Interactive Alternatives for Virtual Analytics

This presentation starts with an overview of my past work. Then, I present recent work on a system to better support the design process through generative modeling. This system enables individual or parallel editing of alternatives, supports re-synchronization after individual changes, and provides for the quick generation of new alternatives.
Subsequently I describe a new project to enable interactive alternatives in Visual Analytics. The proposed solutions support the iterative and reflective nature of VA by enabling users to speculatively generate and evaluate many alternatives. Users can re-visit previously explored solutions and even import processes they have developed on other alternatives.
Finally, I discuss a project that investigates how users interact with imperfect systems. These systems build on technologies that are not always reliable. Good examples are speech recognizers and data mining methods. My research analyzes user reactions to such systems and progresses towards user interfaces that reduce the impact of technical limitations.
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Dr. Stuerzlinger is a leading researcher in spatial and three-dimensional user interfaces, virtual reality, and human-computer interaction with additional strengths in visual analytics.
Dr. Stuerzlinger has been programming computers since the age of 14. At the request of his father he began developing software for tax consultants soon after. By 1989 this family-run company was the market leader in his native Austria, a position it still retains. Dr. Stuerzlinger graduated with a Doctorate in Computer Science from the Technical University in Vienna, Austria in 1993. Supported by an Erwin-Schrödinger fellowship Dr. Stuerzlinger visited the Department of Computer Science at the University of North Carolina in Chapel Hill in 1997 (hosted by Prof. F. Brooks). While in Austria and at UNC,
Dr. Stuerzlinger’s research interests focused on various areas of computer graphics, distributed, and high-performance systems. Between 1998 and 2014, Dr. Stuerzlinger worked at the Department of Electrical Engineering and Computer Science at York University in Toronto, Canada. He is still an adjunct member of York’s interdisciplinary Centre for Vision Research (CVR). Since 2014, he is a full professor at the School of Interactive Arts + Technology at Simon Fraser University in Vancouver, Canada. His works aims to find innovative solutions for real-world problems and is often inter-disciplinary. Current research projects include better interaction techniques for spatial applications, new human-in-the-loop systems for big data analysis (visual analytics), the characterization of technology limitations on human performance, an investigation of human behaviors when interacting with unreliable technologies, user interfaces for versions and alternatives, and new virtual reality hardware and software.
Dr. Stuerzlinger is a member of two steering committees for scientific events (one of which he co-founded), has been program chair for seven scientific events, and has participated in more than 65 international program committees. He is a co-author of more than a dozen patents, published more than 100 refereed scientific papers, and has participated in multiple start-ups. Dr. Stuerzlinger has supervised almost 50 graduate students to completion, many of which now work in leading positions around the world.
More info:        http://ws.iat.sfu.ca

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Recommended Readings:

A. S. Arif, W. Stuerzlinger, User Adaptation to a Faulty Unistroke-Based Text Entry Technique by Switching to an Alternative Gesture Set, Graphics Interface 2014, 183-192, May 2014. http://ws.iat.sfu.ca/papers/faultygestures.pdf

A. S. Arif, W. Stuerzlinger, Predicting the Cost of Error Correction in Character-Based Text Entry Technologies, ACM CHI 2010, 5-14, April 2010. http://ws.iat.sfu.ca/papers/errorcostmodel.pdf

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When: Wednesdays from 12:30-2:20 pm, March 11
Where: SUR 5380.

All are welcome to attend!