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AS IF competes at CHI 2016 Student Game Competition as one of the Finalists Team

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AS IF competes at CHI 2016 Student Game Competition as one of the Finalists Team

Pain Lab Ph.D. students Xin Tong, Servet Ulas and Weina Jin demonstrated their empathy game AS IF in CHI 2016 Student Game Competition. As one of the finalists they earned a Certificate of Recognition and AS IF also drew a lot of attention from attendees at CHI during the 3-day game demo as well as the final presentation. The game, incorporated with patients embodied experience, puts players in the shoes of people with Chronic Pain to give them insight and have them experience what it may be like living even a single day with this long-lasting affliction.

The ACM Conference on Human Factors in Computing Systems (CHI) series of academic conferences is considered to be the most prestigious in the field of human–computer interaction (HCI) and is one of the top ranked conferences in computer science. The Student Game Competition is a juried track at CHI. Each game was reviewed by both academic and professional experts in game design and development, with emphasis on expertise in the entry categories. The student competitions at CHI continue to grow each year with increased international representation. The competition always draws a large audience at CHI and has also become a major recruiting opportunity for identifying talented students.

Related Publication:
Jin, W., Ulas, S., and Tong, X. AS IF: A Game As an Empathy Tool for Experiencing the Activity Limitations of Chronic Pain Patients. Proceedings of the 2016 CHI Conference Extended Abstracts on Human Factors in Computing Systems, ACM (2016), 172–175.

AS IF is picked up for the CHI Student Game Competition

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AS IF, a project realized by our graduate students, Weina Jin, Servet Ulas and Xin Tong has been chosen to compete at the CHI Student Game Competition. AS IF aims to foster empathy towards patients who suffer from Chronic Pain by putting the user in the shoes of a patient and simulating the physical hindrances Chronic Pain causes. The participant is asked to complete simple motor tasks which involve touching shapes in a given order to reveal a shape. The tasks and the interactions are tied together with a narrative from the Chronic Pain patients perspective. Our team will be demoing and presenting AS IF at CHI in May 2016, see you there!

We were at SPIE 2016

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Dr. Gromala, Dr. Shaw and our new member PhD. candidate Servet Ulas was at SPIE 2016, presenting. The paper presented in the panel chaired by Ian McDowall was Mobius Floe: an Immersive Virtual Reality Game for Pain Distraction. After a brief overview of our work and what Chronic Pain is and how Pain Distraction works explained by the attention capacity theory, Servet explained the game mechanics and the design decisions involved in the creation of Mobius Floe, how the metaphors employed in the conception of the gameworld may help with the explanation of a complex affliction that can only be managed with a biopsychosocial approach.

Pain Studies Lab at SPIE VR 2015 Conference

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Prof. Gromala, Prof Shaw, and Xin Tong showcased the Pain Studies Labs latest VR project and presented a research paper at this year’s SPIE VR conference in San Francisco. The conference is one of the important Virtual Reality conferences for scientists and artists.

Mobius Floe, a Virtual Reality game designed for pain distraction, was demonstrated in the exhibition session, attracting long lines of participants. In the paper presentation session, Xin presented the collaborative paper about Body Image Body Schema (BIBS) and Virtual Reality. In the paper, Pain Lab researchers Tong, Gromala, Williamson, Shaw and Ischen discussed the relationship between BIBS and VR, and its design implications for VR researchers.

[Paper Published]
Xin Tong, Diane Gromala, Owen Williamson, Chris Shaw, Ozgun Eylul Iscen (2015). Theory Review and Interaction Design Space of Body Image and Body Schema (BIBS) for Embodied Cognition in Virtual Reality,” in IS&T/SPIE Electronic Imaging 2015: The Engineering Reality of Virtual Reality. Vol. Number: 9013. Expected Date of Publication: 1 March 2015. (12 pages)