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arXiv 1306.0258cs.ETnlin.AOphysics.bio-ph
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粘模触觉传感器

Slime mould tactile sensor

Andrew Adamatzky

摘要:

黏菌多头青霉是一种肉眼可见的单细胞。这些细胞表现出广泛的智能行为。通过解释计算方面的行为,可以制作基于黏菌的计算设备。绒泡菌计算机能够解决计算几何、优化和逻辑的一系列任务。到目前为止,绒泡菌计算机设计缺乏本地化输入。常用的输入-照明和化学引诱剂和驱避剂-通常作用于黏菌身体的扩展域。为了设计黏菌计算机的双并行触觉输入,我们分析了多头绒泡菌对触觉刺激的电响应的时间动态。在实验室研究中,我们发现了绒泡菌如何响应应用程序和去除局部机械压力与电位脉冲和电位振荡模式的变化。

英文摘要:

Slime mould P. polycephalum is a single cells visible by unaided eye. The cells shows a wide spectrum of intelligent behaviour. By interpreting the behaviour in terms of computation one can make a slime mould based computing device. The Physarum computers are capable to solve a range of tasks of computational geometry, optimisation and logic. Physarum computers designed so far lack of localised inputs. Commonly used inputs --- illumination and chemo-attractants and -repellents --- usually act on extended domains of the slime mould's body. Aiming to design massive-parallel tactile inputs for slime mould computers we analyse a temporal dynamic of P. polycephalum's electrical response to tactile stimulation. In experimental laboratory studies we discover how the Physarum responds to application and removal of a local mechanical pressure with electrical potential impulses and changes in its electrical potential oscillation patterns.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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