Evaluating Interactional Synchrony in Full-Body Interaction with Autistic Children

Abstract

Interactional synchrony, the spontaneous coordination of movements during interaction, is increasingly considered important in research on the development of non-verbal communication by autistic children. There is evidence that interventions using embodiedinteraction technologies to support interactional synchrony are possible, but we do not have a shared framework in Human-Computer Interaction (HCI) for designing and evaluating such systems. We discuss existing measurement and evaluation tools used in experimental psychology and consider how the prevalent approach could be adapted to naturalistic HCI study contexts, with input from domain experts. We report on an exploratory case study evaluating a full-body interactive musical system with a group of ten autistic children. We provide methodological recommendations for the evaluation of future systems focusing on interactional synchrony, highlight limitations of current measurement tools and suggest mitigations. CCS CONCEPTS• Human-centered computing → Human computer interaction (HCI); HCI design and evaluation methods.

BreatheWithMe: Exploring Visual and Vibrotactile Displays for Social Breath Awareness during Colocated, Collaborative Tasks

“…3(c). Sliding-window correlation measures are common in brain imaging dynamic functional connectivity research [18] as well as in HCI research (e.g., synchrony in EDA measures [49]), though more advanced methods exist (e.g., windowed cross-correlation [45]). To test this, we ran a gaussian Generalized Linear Model for modality as predictor and mean correlation as response variable, 0 + 1 (Modality) + , however we did not fnd any signifcant efects.…”