ACM ISS 2022
Sun 20 - Thu 24 November 2022 Wellington, New Zealand
Tue 22 Nov 2022 11:00 - 11:22 at Rutherford House Lecture Theatre 2 - Session 4: Mobile Chair(s): Ahmed Arif

Many interaction techniques have been developed to best support mobile gaming – but developed gestures and techniques might not always match user behaviour or preferences. To inform this design space of gesture input for co-located mobile gaming, we present insights from a gesture elicitation user study for touch and mid-air input, specifically focusing on board and card games due to the materiality of game artefacts and rich interaction between players. We obtained touch and mid-air gesture proposals for 11 game tasks with 12 dyads and gained insights into user preferences. We contribute our classification and analysis of 622 elicited gestures (showing more collaborative gestures in the mid-air modality), resulting in a consensus gesture set, and agreement rates showing higher consensus for touch gestures. Furthermore, we identified interaction patterns – such as benefits of situational awareness, social etiquette, gestures fostering interaction between players, and roles of gestures providing fun, excitement, and suspense to the game – which can inform future games and gesture design.

Tue 22 Nov

Displayed time zone: Auckland, Wellington change

11:00 - 12:30
Session 4: MobilePapers at Rutherford House Lecture Theatre 2
Chair(s): Ahmed Arif University of California, Merced
11:00
22m
Talk
Eliciting User-Defined Touch and Mid-air Gestures for Co-located Mobile Gaming
Papers
Chloe Ng University College London, Nicolai Marquardt University College London
DOI Media Attached
11:22
22m
Talk
Leveraging Smartwatch and Earbuds Gesture Capture to Support Wearable Interaction
Papers
Hanae Rateau University of Waterloo, Edward Lank University of Waterloo; Inria; University of Lille, Zhe Liu Huawei
DOI Media Attached
11:45
22m
Talk
NoteWordy: Investigating Touch and Speech Input on Smartphones for Personal Data CaptureHonourable Mention
Papers
Yuhan Luo City University of Hong Kong, Bongshin Lee Microsoft, Young-Ho Kim NAVER AI Lab, Eun Kyoung Choe University of Maryland
DOI Media Attached
12:07
22m
Talk
TetraForce: A Magnetic-Based Interface Enabling Pressure Force and Shear Force Input Applied to Front and Back of a Smartphone
Papers
Taichi Tsuchida Tohoku University, Kazuyuki Fujita Tohoku University, Kaori Ikematsu Yahoo Japan Corporation, Sayan Sarcar Birmingham City University, Kazuki Takashima Tohoku University, Yoshifumi Kitamura Tohoku University
DOI Media Attached