@inproceedings{rank_physsigtk:_2015,
	title = {{PhysSigTK}: {Enabling} {Engagement} {Experiments} with {Physiological} {Signals} for {Game} {Design}},
	shorttitle = {{PhysSigTK}},
	url = {http://www.infomus.org/Events/proceedings/ACII2015/papers/Workshops/W4_ENHANCE2015/ENHANCE_2015_submission_7.pdf},
	abstract = {We demonstrate PhysSigTK, a physiological signals
toolkit for making low-cost hardware accessible in the Unity3D
game development environment so that designers of affective
games can experiment with how engagement can be captured
in their games. Rather than proposing a context-free way of
measuring engagement, we enable designers to test how affordable hardware could fit into the assessment of players’ states and progress in their particular game using a range of tools},
	urldate = {2015-11-03},
	author = {Rank, Stefan and Lu, Cathy},
	year = {2015},
	keywords = {Engagement, Game Design, Physiological Sensors, Physiological Signals}
}