The Identification Of Cartoon Face Eyes And Mouth Spatial Displacement In Children With Autism

In recent years,research on face recognition in autism spectrum disorders,has introduced the study of the cartoon characters face recognition.Previous studies found that autistic people,when identified the cartoon face,the same strategy was used with normal people,and not as identified in the real face,expressively extraordinary.In this study,children with autism spectrum disorders,and normal development children for the study,are testde related reactions of cartoon face mouth,eyes spatial displacement,In order to test for cartoon face identification characteristics of autism.Experiment 1: The experiment consists of two sub-experiments:1a using a 2(group:autism vs.control group)× 5(eye space displacement: 4pixels vs.8pixels vs.10 pixels vs.12 pixels vs.16pixels)mixed design,to explore the diffrence in identifing the eye of cartoon face spatial displacement in autism and a control group of normal development children.The results show:Whether on the accuracy or the reaction time,there was no significant difference between autistic and control groups,that means autism and a control group showed a consensus on identifying eye space displacement.At different levels of spatial displacement of the eye.For each group,the identification of moving 10 pixels,12 pixels and 16 pixels,performance more well than 4pixels and 8pixels;1b using 2(group: autism vs.control group)× 5(mouth spatial displacement: 2 pixelsvs.4 pixelsvs.6pixels vs.8pixels vs.10pixels)mixed design,to explore the diffrence in identifing the mouth spatial displacement of cartoon face in autism and a control group of normal development children.The results showed that:There is a significant difference between autistic and control groups.In other words,At the mouth recognition,autism performance is better than the normal group,At different levels of mouth spatial displacement.For each group,the identification of moving 6 pixels,8 pixels,10 pixels is better than 2 pixels and 4 pixels.Experiment 2: The experiment consists of two sub-experiments:2a 2(group: like groupvs.disgust group)×5(eye space displacement:4pixelsvs.8pixelsvs.10 pixels vs.12 pixels vs.16pixels)mixed design.To explore whether preference influnces on the identification of cartoon eye space displacement in autism.The results showed that: Compared with disgust group,when autism showed preference,whether on the on the accuracy or the reaction time,like group performed better than disgust group.For each group,the identification of moving10 pixels,12 pixels and 16 pixels,performance more well than 4pixels and 8pixels.At each level,the like group perform more accurate anf faster than the disgust group;2b using 2(group: like group vs.disgust group)× 5(mouth spatial displacement: 2 pixels vs.4pixelsvs.6 pixels vs.8 pixels vs.10pixels)mixed design.To explore whether preference influnces on the identification of cartoon mouth space displacement in autism.The results showed that: Compared with disgust group,when autism showed preference,whether on the on the accuracy or the reaction time,like group performed better than disgust group.For each group,the identification of moving 6 pixels,8 pixels and 10 pixels,performance more well than 2pixels and 4pixels.At each level,the like group perform more accurate anf faster than the disgust group;...