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A general type-2 fuzzy logic approach for adaptive modeling of perceptions for Computing With Words

机译:用于单词计算的感知自适应建模的通用2类模糊逻辑方法

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In a broad sense, the Computing With Words (CWW) vision tries to tackle the problem of human intelligence by taking the human mind as a role model. A key element to facilitate the mapping of the human's brain reasoning into computer processes is to identify the step-by-step formation of perceptual judgments. In this paper, we present an approach that employs general type-2 fuzzy logic which enables the human perceptions to be dynamically modeled and adapted depending on the human experience. This approach can be regarded as a step to enable the CWW vision. We will present real-world experiments which were conducted with real users in the intelligent apartment (iSpace) in the University of Essex. The experiments demonstrate the results of the proposed approach for the adaptive modeling of ambient luminance perception.
机译:从广义上讲,“用词计算”(CWW)愿景试图通过将人的思维作为榜样来解决人类智能的问题。促进将人类大脑推理映射到计算机过程中的关键要素是识别感知判断的逐步形成。在本文中,我们提出了一种采用通用的2型模糊逻辑的方法,该方法可以根据人类经验对人类感知进行动态建模和调整。这种方法可以视为实现CWW愿景的一步。我们将介绍在艾塞克斯大学智能公寓(iSpace)中与真实用户进行的真实实验。实验证明了该方法对环境亮度感知的自适应建模的结果。

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