心理科学
心理科學
심이과학
Psychological Science
2010年
1期
87~91
,共null页
戴琨 晏碧华 杨仕云 游旭群
戴琨 晏碧華 楊仕雲 遊旭群
대곤 안벽화 양사운 유욱군
飞行员 动态空间表征 动态视觉空间工作记忆任务 策略 延时动态空间表征
飛行員 動態空間錶徵 動態視覺空間工作記憶任務 策略 延時動態空間錶徵
비행원 동태공간표정 동태시각공간공작기억임무 책략 연시동태공간표정
pilots, dynamic spatial representation, the ball flight task, strategy, postponed dynamic spatial representation
运用动态视觉空间工作记忆任务探讨了飞行员和对照组的动态空间表征的建构特征。从两个方面考察策略运用:(1)在客体运动轨迹表征反应选择项上,根据客体运动轨迹的几何特征将选择项设置为整体型策略和局部型策略;(2)有关策略运用的问卷测试。结果发现,在完成运动轨迹的动态工作记忆时,飞行员更多采用整体策略,控制组更多采用局部。结果提示具有较高空间能力的飞行员在合并运动刺激元素、整合客体表征转化为整体表征时具有优势。最后提出“延时动态空间表征”表达运动客体运动轨迹表征,其空间构型依赖于一段时间的客体运动特性的积累。
運用動態視覺空間工作記憶任務探討瞭飛行員和對照組的動態空間錶徵的建構特徵。從兩箇方麵攷察策略運用:(1)在客體運動軌跡錶徵反應選擇項上,根據客體運動軌跡的幾何特徵將選擇項設置為整體型策略和跼部型策略;(2)有關策略運用的問捲測試。結果髮現,在完成運動軌跡的動態工作記憶時,飛行員更多採用整體策略,控製組更多採用跼部。結果提示具有較高空間能力的飛行員在閤併運動刺激元素、整閤客體錶徵轉化為整體錶徵時具有優勢。最後提齣“延時動態空間錶徵”錶達運動客體運動軌跡錶徵,其空間構型依賴于一段時間的客體運動特性的積纍。
운용동태시각공간공작기억임무탐토료비행원화대조조적동태공간표정적건구특정。종량개방면고찰책략운용:(1)재객체운동궤적표정반응선택항상,근거객체운동궤적적궤하특정장선택항설치위정체형책략화국부형책략;(2)유관책략운용적문권측시。결과발현,재완성운동궤적적동태공작기억시,비행원경다채용정체책략,공제조경다채용국부。결과제시구유교고공간능력적비행원재합병운동자격원소、정합객체표정전화위정체표정시구유우세。최후제출“연시동태공간표정”표체운동객체운동궤적표정,기공간구형의뢰우일단시간적객체운동특성적적루。
To test pilots' working memory in the dynamic visual space, Ball Flight Task (BFT) was adopted to investigate the construction characteristics of the dynamic spatial representation of a group of airlines pilots and the control group. The strategy was investigated in the following two aspects: (1) In terms of the response selection items of object motion trajectory representation, selection items could be divided into global strategy and partial strategy according to the geometric features of object motion trajectory; (2) Questionnaire Testing concerning the strategy application was implemented. The results indicated that during the dynamic working memory of motion trajectory, pilots preferred the global strategy, while the control group preferred the partial and fragmental strategies. Furthermore, the results indicated that pilots with relatively high spatial abilities were not only good at combining the motion stimulus elements, but also at integrating object representation and transforming it into global representation. Finally, A brand-new concept entitled "postponed dynamic spatial representation" was put forward to show the individuals' global mastery over the motion trajectory representation of the moving objects. Its spatial configuration depended on the accumulation of the characteristics of object movement over a period of time,