Structure Mapping in Autism Spectrum Disorder: Levels of Information Processing and Relations to Executive Functions.
Kids with autism can see patterns fine until a bright distractor appears—then they need executive-function support or a cleaner page.
01Research in Context
What this study did
Stewart et al. (2018) asked kids to pick the picture that "goes with" a target picture.
Sometimes the match was only about the pattern (structure). Other times a shiny distractor was added.
All kids had autism; a comparison group had typical development. The team also gave short tests of executive function.
What they found
Without distractors, both groups picked the pattern match equally well.
When the bright distractor appeared, the autism group fell to chance level.
Kids with stronger executive-function scores resisted the distractor better.
How this fits with other research
Lindor et al. (2019) extend this picture. They show the distractor problem is not true for every child with autism—only for those who also have motor difficulties.
Pellecchia et al. (2016) and Cramm et al. (2009) find similar relational-processing gaps in adults, so the trouble seems to stay across age.
Sapey-Triomphe et al. (2018) add that adults with autism can learn hidden rules if you tell them the rule exists—mirroring the need here to either remove distractors or teach inhibition.
Why it matters
When you teach matching, sorting, or analogies, strip flashy visuals first. If you must keep them, add quick impulse-control trials or model looking away from the distractor. Check the child’s motor skills—if clumsy, expect extra trouble and give more support. These small tweaks can keep the lesson on pattern learning instead of on battling shiny objects.
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02At a glance
03Original abstract
Analogical reasoning was investigated among children with autism spectrum disorders (ASD) without intellectual disabilities and typical development (TD). Children were asked to select one of two targets in two conditions: (1) with and without spatial structure similarity; (2) with and without a perceptual distractor. Results demonstrate that children with ASD were able to select targets based on structural similarity, but this ability decreased to chance level when presented with a perceptual distractor. Everyday executive functions were positively correlated with structural selections among children with ASD. Results suggest that although children with ASD were able to select based on systematicity principle, perceptual distractor decreased their selection so that their cognitive system produced less structure similarities, that negatively affects spatial analogical reasoning.
Journal of autism and developmental disorders, 2018 · doi:10.1007/s10803-017-3376-x