Enhancing In-game Immersion Using BCI-controlled Mechanics
summary
An escape-room VR prototype maps EEG from an Emotiv Insight to game mechanics so focus triggers telekinesis and relaxation triggers alternative vision; built for HTC Vive Pro, calibrated with Kong et al.’s protocol and piloted on six users, then evaluated in a between-subjects study with 28 participants (baseline controller vs EEG). Immersion (IEQ) increases significantly overall and on temporal presence and enjoyment with large effect sizes, while NASA‑TLX shows no added workload, though some tech and mapping glitches break immersion.
AI-written summary · about
related talks
19mConceptual Priming for In-game BCI Training
19mNeuro Game Experience: Your Thought Takes Control!
08mFrom Novelty to Clinical Practice: Exploring VR Exergames with Physical Therapists
06mPlayful User-Generated Treatment: A Novel Game Design Approach for VR Exposure Therapy
03mTowards Co-Creative Interdisciplinary Exergame Design Processes: A Theory-Based Approach of a...
03mThe Untapped Potential of Escape Rooms as Gamified Research Environments
18mAdding Human Learning in Brain--Computer Interfaces (BCIs): Towards a Practical Control Modality
01h 00mRT3D: The bridge to healthcare innovation