动物和人类空间定位系统比较研究综述

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摘要空间定位系统的基础有三个方面:路径整合、位置再认、再定位,该文试从此三个方面对动物和人类的空间定位加工进行比较,从而加深对人类空间定位系统的认识。

作者曹振华

机构地区浙江大学心理与行为科学系

出处《人类工效学》 2005年第4期70-71,F0003,共3页 Chinese Journal of Ergonomics

关键词空间定位系统路径整合位置再认再定位

参考文献14

1Tolman EC .Congnitive maps in rats and men [J].Psychological Review,1948,55(4):189-208.
2Hermer VL,Anne M,Paul M.Language,space,and the development of cognitive flexibility in humans:the case of two spatial memory tasks [J].Cognition,2001,79(3):263-299.
3Ranxiao FW,Elizabeth SS.Human spatial representation:insights from animals [J].Trends in Cognitive Sciences ,2002,16(9):376-381.
4Cullett M.Path integration in insects[J] .Nerobiology,2000,10(6):757-762.
5Cartwright BA,Collett TS.How honey bees use landmarks to guide their return to a food source [J].Nature,1982,295(5850):560-564.
6Cheng KA.Purely geometric module in the rat's spatial representation[J].Cognition,1986,23(2):149-178.
7Ranxiao FW,Elizabeth SS.Updating egocentric representations in human navigation [J].Cognition,2000,77(3):215-250.
8Diwadkan VA,McNamara TP.Viewpoint dependence in scene recognition [J].Psychological Science,1997,8(4):302-307.
9Ranxiao FW,Daniel JS.Active and passive scene recognition across views [J].Cognition,1999,70(2):191-210.
10Hermer VL,Elizabeth SS.Modularity and development:the case of spatial reorientation [J].Cognition,1996,61(3):195-232.

人类工效学

2005年第4期

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