GUR Archives - HCI Games

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Collection Interfaces for Digital Game Objects

Written by Gustavo Tondello. The HCI Games Group collaborated with a research project that also involved the Play & Interactive Experiences for Learning Lab at the New Mexico State University and the University of California at Irvine to investigate player behaviour regarding the collection of digital objects in games . . . (Read More)

Creatures of Habit — Examining Automatic Behaviour in Online Games

Written by Mike Schaekermann. In everyday life, we seldom do things for the first time. Instead, a large part of our behaviour is determined by habits rather than conscious motivation [1]. Therefore, it is not unreasonable to assume that habitual behaviour may also be a strong determinant for what we do as players in online gaming environments . . . (Read More)

What is Gamification anyway?

You may have heard of word Gamification. It’s as much a buzzword as it is a new academic field. Many people are interested in what it is and how to use it effectively, but don’t know why it works. It’s clear why, since games excite us by driving our curiosity to discover something new. They make us feel accomplished when we overcome a difficult challenge or reach personal objectives . . . (Read More)

Biosignal Datasets for Emotion Recognition

Written by Mike Schaekermann. At the HCI Games Group, we love looking at emotion as a core driver of gameplay experience. One common technique used to find out how players experience a game prototype and what affective responses in-game interaction triggers, is to ask players how they feel after playing the game . . . (Read More)

15 Ways Gamification Can Be Applied to Education

Written by Melissa Stocco. A big challenge teachers face is presenting course material in a way that peaks their students’ interest and engages them to participate. Gamification is a technique teachers can use to get students involved in classroom activities and encourage them to learn course material . . . (Read More)

Repidly: A Lightweight Tool for the Collaborative Analysis of Biosignals and Gameplay Videos

Written by Mike Schaekermann of the HCI Games Group Analysing physiological biodata is often cumbersome, does often not have a fast turnaround and does not allow for collaborative annotation. In this blog post, I would like to present a lightweight collaborative web application that enables games user researchers, designers, and analysts to easily make use of biosignals as metrics for the evaluation of video games . . . (Read More)