Mon 21 Nov 2022 18:57 - 19:10 at Rutherford House Mezzanine - Posters, Demos, Doctoral Symposium Evening Session Chair(s): Rachel Blagojevic, Steven Houben, Rafael Kuffner, Jason Leigh, Can Liu, Daniel Medeiros, Aaron J. Quigley, Anne Roudaut
The advantages of additive manufacturing technology combined with recent research in material sciences has led to the development of programmable matter- objects that can change their form or
function or both in a pre-decided manner based on the user input or the environmental stimuli. Programmable matter is allowing us to develop a new paradigm of interactive and smart products. While
these products are functional, they may or may not incorporate cues in their form that conveys information about how to interact with the product – a property termed as perceived affordance. Research on perceived affordances of programmable matter is lacking. We wish to bridge that gap by understanding what perceived affordance means in the context of programmable matter, and how to design products to create better perceived affordances.
| Poster (iss22-priya.pdf) | 2.54MiB |
Sun 20 NovDisplayed time zone: Auckland, Wellington change
09:00 - 10:30 | Session 1Doctoral Symposium at Workshop Room - RHMZ05 Chair(s): Aaron J. Quigley University of New South Wales | ||
09:00 30mTalk | Welcome and Introduction Doctoral Symposium P: Aaron J. Quigley University of New South Wales, P: Rachel Blagojevic Massey University, P: Jason Leigh Laboratory for Advanced Visualization and Applications, University of Hawai‘i at Mānoa, P: Anne Roudaut University of Bristol | ||
09:30 30mTalk | Perceived Affordances in Programmable Matter Doctoral Symposium Khyati Priya IIT Bombay DOI File Attached | ||
10:00 30mTalk | XR for Improving Cardiac Electrophysiology Training Doctoral Symposium Nisal Manisha Udawatta Kankanamge Don Victoria University of Wellington; University of Kelaniya DOI File Attached | ||