Abstract
In the realm of Human-Computer Interaction, cognitive load plays a crucial role in determining user satisfaction, product acquisition, and user retention. We are introducing a new type of interface - Infinite Interfaces, that dynamically adapts to user inputs and, therefore, offers personalized and efficient user experiences. However, the novelty of such interfaces may lead to increased cognitive effort, as most users are accustomed to traditional predetermined interfaces. This study evaluates the cognitive load associated with Infinite Interfaces using two approaches: subjective user ratings, which are simple and accessible, and EEG technology, providing an objective measure. The research compares cognitive load in Infinite Interfaces versus traditional interfaces, using both methods to identify any similarities or differences in the results. Results indicate that while novel interfaces like Infinite Interfaces initially induce higher cognitive load, they offer long-term potential for improving user efficiency in complex tasks.
Presenters
Anastasiia SatarenkoSenior Design Researcher | HCI UX Lab Lead, R&D, MacPaw, Kyïv, Ukraine
Details
Presentation Type
Paper Presentation in a Themed Session
Theme
2025 Special Focus—Thinking, Learning, Doing: Plural Ways of Design
KEYWORDS
EEG, Usability Testing, Natural Language Interfaces
