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A Parallel-Process Model of Mental Rotation

机译:心理旋转的并行过程模型

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摘要

It is argued that some of the phenomena identified with analog processes by Shepard can be understood as resulting from a parallel-process algorithm running on a processor having many individual processing elements and a restricted communication structure. In particular, an algorithm has been developed and implemented which models human behavior on Shepard's object rotation and comparison task. The algorithm exhibits computation times which increase linearly with the angle of rotation. Shepard found a similar linear function in his experiments with human subjects. In addition, the intermediate states of the computation are such that if the rotation process were to be interrupted at any point, the object representation would correspond to that of the actual object at a position along the rotation trajectory. The computational model presented here is governed by three constraining assumptions: (a) that it be parallel: (b) that the communication between processors be restricted to immediate neighbors: (c) that the object representation be distributed across a large fraction of the available processors. A method of diagnosing the correct axis of rotation is also presented.
机译:有人认为,谢泼德(Shepard)用模拟过程识别的某些现象可以理解为在处理器上运行的并行处理算法引起的,该处理器具有许多单独的处理元素和受限制的通信结构。特别是,已经开发并实现了一种算法,该算法可根据Shepard的对象旋转和比较任务对人类行为进行建模。该算法的计算时间随旋转角度线性增加。 Shepard在与人类受试者的实验中发现了类似的线性函数。另外,计算的中间状态是这样的:如果要在任何点中断旋转过程,则对象表示将与沿旋转轨迹的位置处的实际对象的表示相对应。这里介绍的计算模型受三个约束假设的约束:(a)它是并行的:(b)处理器之间的通信限于直接邻居:(c)对象表示分布在大部分可用对象中处理器。还提出了一种诊断正确的旋转轴的方法。

著录项

  • 来源
    《Cognitive science》 |1983年第1期|67-93|共27页
  • 作者

    Brian V. Funt;

  • 作者单位

    Department of Computing Science Simon Fraser University Vancouver British Columbia VSA IS6;

  • 收录信息 美国《科学引文索引》(SCI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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