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具身认知打破了经典认知科学中根深蒂固的身心二分,进而主客二分的二元论传统,开辟了对认知进行理论解释的新道路,而其深厚的生态心理学渊源,则有力地促进了具身认知领域内"认知生态"这一观念的发展,进而在教育学的层面上,推动了具身认知视角下学习环境之生态隐喻的建立。基于这一生态隐喻,学习者与学习环境的交互就不再是一个纯思维的线性模式,即"输入—存储—再现"模式,而是一个基于"感知—行动"循环的动态耦合机制。理解这一机制有三个关键之处:环境的给养与学习者的效能;客体探测的不变性与主体意图的动态性;学习者与学习环境之间基于"感知—行动"调适机制的耦合性交互。在"感知—行动"的循环中,学习者与学习环境建立了一种互利共生的关系。这种关系主要体现在以下三个方面:学习环境构建的观念共同决定论;学习者与学习环境之间的内共生关系;学习者与学习环境之间的互惠式发展。
Abstract：Embodied cognition broke the deep-rooted phenomena of the standard cognitive science, the traditional dualism between body and mind, subject and object, and then explored a new approach to explain cognition. Based on the ecological psychology, embodied cognition effectively promotes the development of idea of "cognitive ecology". From this point of view, the interaction between learner and learning environment is no longer a linear model or an "input-store-output" model which only involves thinking, but a dynamic coupling mechanism based on a circulation of "sense-act". There are three crucial points to understand this mechanism: environment's affordance and learner's efficiency, the invariance of object's probe and the dynamic of subject's intention, and the coupling interaction between learner and learning environment based on "sense-act" adaptation mechanism. In the circulation of "sense-act", learners and the learning environment construct a relationship of mutualism through interaction. The relationship is mainly reflected in the following three aspects: common determination of concepts in learning environment's construction, an endosymbiotic relationship between learner and learning environment, and the reciprocal development between learner and learning environment.
[1]Walberg,H.J.Psychology of learning environments:Behavioral,structural,or perceptual?[J].Review of research in education,1976,(4):142-178.
[2]王建中,曾娜,郑旭东.理查德?梅耶多媒体学习的理论基础[J].现代远程教育研究,2013,(2):15-24.
[3]李海峰,王炜.基于具身认知理论的教育游戏设计研究--从EGEC框架构建到“环卫斗士”游戏的开发与应用[J].中国电化教育,2015,(5):50-57.
[4]Garbarini,F.,Adenzato,M.At the root of embodied cognition:Cognitive science meets neurophysiology[J].Brain and cognition,2004,56(1):100-106.
[5]Sporns,O.Embodied cognition[A].Carpenter G A,Grossberg S,Arbib A M.Handbook of brain theory and neural networks[C].Cambridge,MA:The MIT Press,2003.395-398.
[6]Rosch,E.,Thompson,E.,Varela,F.J.The embodied mind:Cognitive science and human experience[M].Cambridge,MA:MIT press,1992.172-173.
[7]谭支军.智慧学习环境下教师隐性知识转化螺旋模型设计研究--基于具身认知理论的视角[J].中国电化教育,2015,(10):116-119.
[8]Hirose,N.An ecological approach to embodiment and cognition[J].Cognitive Systems Research,2002,3(3):289-299.
[9]郑旭东,杨九民,苗浩.反思性实践的认识论:教学设计实践审视与教学设计人员成长的新视角[J].中国电化教育,2015,(5):25-29.
[10]Wilson,M.Six views of embodied cognition[J].Psychonomic bulletin&review,2002,9(4):625-636.
[11]Riener,C.R.,Stefanucci,J.K.Perception and/for/with/as action[A].L.A.Shapiro.The Routledge Handbook of Embodied Cognition[C].New York:Routledge Press,2014.99-107.
[12]Calvo,P.,Gomila,T.Handbook of cognitive science:An embodied approach[M].San Diego,CA:Elsevier,2008.161-187
[13]Shapiro,L.The Routledge handbook of embodied cognition[M].New York:Routledge,2014.19.
[14]Hutchins,E.Cognitive ecology[J].Topics in Cognitive Science,2010,2(4):705-715.
[15]Smart,Paul R.Embodiment,Cognition and the World Wide Web[A].Shapiro,Lawrence A.The Routledge Handbook of Embodied Cognition[C].New York:Routledge,2014.326-334.
[16]Damasio,A.R.Descartes'error and the future of human life[J]Scientific American,1994,271(4):144.
[17]Rathunde,K.Nature and embodied education[J].The Journal o Developmental Processes,2009,4(1):70-80.
[18]Calvo,P.,Gomila,T.Handbook of cognitive science:An embodied approach[M].San Diego CA:Elsevier,2008.355.
[19]Rathunde,K.Nature and embodied education[J].The Journal o Developmental Processes,2009,4(1):70-80.
[20]郑伟.教育生态学[M].台北:新锐文创,2012.28.
[21]Jonassen,D.,Land,S.Theoretical foundations of learning environments[M].New York:Routledge,2012.216.
[22]Nú?ez R.E.,Edwards L.D.,Matos J.F.Embodied cognition as grounding for situatedness and context in mathematics education[J]Educational studies in mathematics,1999,39(1-3):45-65.
[23]Brown J.S.Growing up:Digital:How the web changes work education,and the ways people learn[J].Change:The Magazine o Higher Learning,2000,32(2):11-20.
[24]John Seely Brown.Re-Imagining Dewey for the 21st Century Learning in/for the Digital Age[EB/OL].http://www.johnseelybrown com/Re-Imagining%20Dewey.pdf,2014-02-23.
[25]Gibson J.J.The theory of affordances[A]R.E.Shaw,J.Bransford Perceiving,acting and knowing:Toward an ecological psychology[C]Hillsdale NJ:Lawrence Erlbaum Associates,1977.127-143.
[26]Young M.F.Instructional design for situated learning[J].Educational Technology Research and Development,1993,41(1):43-58.
[27]Dawson,M.R.W.Embedded and situated cognition[A].L.A.Shapiro.The Routledge Handbook of Embodied Cognition[C].New York:Routledge,2014.59-67.
[28]Warren E.H.,Wang S.Visual guidance of walking through apertures:Body-scaled information specifying affordances[J].Journal of Experimental Psychology:Human Perception and Performance,1987,(13):371-383.
[29]Schank R C,Abelson R P.Scripts,plans,goals,and understanding:An inquiry into human knowledge structures[M].New York:Psychology Press,2013.36-67.
[30][33]戴维·H·乔纳森.学习环境的理论基础[M].上海:华东师范大学出版社,2002.138.
[31]Turvey M.T.,Shaw R.E.Toward an ecological physics and a physical psychology[A].R.L.Solo,D.W.Massaro.The science of the mind:2001 and beyond[C].New York,YN:Oxford University Press,1995.144-169.
[32]Greeno J.G.Gibson’s affordances[J].Psychological Review,1994,101(2):236-342.
基本信息:
中图分类号:G420
引用信息:
[1]郑旭东,王美倩.“感知—行动”循环中的互利共生:具身认知视角下学习环境构建的生态学[J].中国电化教育,2016,No.356(09):74-79.
2016-09-07
2016-09-07
2016-09-07