Everyday social activities such as toy play with parents are the context for learning as it unfolds in real time. A well coordinated child-caregiver interaction seems likely to lead to better learning while a decoupled or non-coordinated interaction may disrupt learning and development. Both parent and child play an active role in early communication and word learning as children """"""""signals"""""""" their choices of communication and also determine what environmental information is most relevant to their own developmental needs, and as parents react to those signals in a sensitive manner and provide relevant information to ease the challenge of children's matching linguistic symbols to their referents. The goal of the proposed research is to achieve a deeper understanding of the sensorimotor basis of early social coordination and its potentially critical roles in later language learning an other development milestones. Toward this goal, the proposed research has three key components: 1) a set of longitudinal and cross-sectional experiments will collect multiple streams of sensorimotor data from child-parent toy play to discover fine-grained patterns characteristic of early developmental changes in child-parent social interactions which will provide new evidence on the developmental origins of these skills;2) we will link sensorimotor dynamics in child-parent interaction with standardized, highly reliable behavioral measures that have been widely used, with the goal to understand how children's moment-to-moment social interactions with social partners may build generalizable word learning skills;3) we will link social coordination in toy play with parental responsiveness and individual differences in development milestones, which will provide deeper insights into the consequential and longer-term role of early parent-child interactions in developmental process.
Early social coordination in child-parent interaction plays an important role in child development by establishing a social-interactive foundation for smooth child-parent interaction through which children learn about the world. Therefore, the proposed research has significant relevance for the early detection of early social communication problems based on quantitative behavioral patterns, for understanding individual differences in social interaction and word learning, for studying their cascading consequences in social, cognitive and linguistic development, and for developing new therapies and interventions that generalize to the complex natural environment.
|Chen, Chi-Hsin; Zhang, Yayun; Yu, Chen (2018) Learning Object Names at Different Hierarchical Levels Using Cross-Situational Statistics. Cogn Sci 42 Suppl 2:591-605|
|Chen, Chi-Hsin; Yu, Chen (2017) Grounding statistical learning in context: The effects of learning and retrieval contexts on cross-situational word learning. Psychon Bull Rev 24:920-926|
|Kachergis, George; Yu, Chen; Shiffrin, Richard M (2017) A Bootstrapping Model of Frequency and Context Effects in Word Learning. Cogn Sci 41:590-622|
|Yu, Chen; Smith, Linda B (2017) Multiple Sensory-Motor Pathways Lead to Coordinated Visual Attention. Cogn Sci 41 Suppl 1:5-31|
|Yu, Chen; Smith, Linda B (2017) Hand-Eye Coordination Predicts Joint Attention. Child Dev 88:2060-2078|
|Chen, Chi-Hsin; Gershkoff-Stowe, Lisa; Wu, Chih-Yi et al. (2017) Tracking Multiple Statistics: Simultaneous Learning of Object Names and Categories in English and Mandarin Speakers. Cogn Sci 41:1485-1509|
|Clerkin, Elizabeth M; Hart, Elizabeth; Rehg, James M et al. (2017) Real-world visual statistics and infants' first-learned object names. Philos Trans R Soc Lond B Biol Sci 372:|
|Yu, Chen; Smith, Linda B (2016) The Social Origins of Sustained Attention in One-Year-Old Human Infants. Curr Biol 26:1235-40|
|Xu, Tian Linger; Zhang, Hui; Yu, Chen (2016) See You See Me: the Role of Eye Contact in Multimodal Human-Robot Interaction. ACM Trans Interact Intell Syst 6:|
|Suanda, Sumarga H; Smith, Linda B; Yu, Chen (2016) The Multisensory Nature of Verbal Discourse in Parent-Toddler Interactions. Dev Neuropsychol 41:324-341|
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