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Blending defined on difference, and an implementation using dynamical approach

机译:根据差异定义的融合,以及使用动态方法的实现

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The human cognitive ability to blend mental objects (blending) has been a subject of interest in cognitive linguistics. Some researchers are motivated to give formal descriptions to concepts developed in cognitive linguistics. We have formulated conditions of blending that provide testable conditions to classify whether the final product of blending could be uniquely produced as the result of processing the whole of the word combinations. Our formulation allows us to theoretically test the conditions of blending up to an indefinitely large series of word combinations. Such a formal description of the conditions of blending has not appeared in previous studies. We demonstrated our formulation by implementing a neural network model, as a dynamical system. As the results of computer simulations showed, we found that the model exhibits “context-dependency” and “ambiguity” (probabilistic behavior) in the process of blending. This can be seen as a model of communication, more generally, demonstrating a process that involves a series of making of meanings.
机译:人类融合精神对象(融合)的认知能力已成为认知语言学的研究主题。一些研究人员有动力对认知语言学中发展的概念进行正式描述。我们制定了混合条件,提供了可测试的条件,以分类是否可以通过处理整个单词组合来唯一地产生混合最终产品。我们的表达方式使我们能够从理论上测试混合到无限大的一系列单词组合的条件。对混合条件的这种形式描述在以前的研究中还没有出现。我们通过实现神经网络模型作为动力系统来展示我们的配方。如计算机模拟结果所示,我们发现该模型在混合过程中表现出“上下文相关性”和“歧义性”(概率行为)。可以将其视为交流的模型,更一般而言,它演示了涉及一系列意义构建的过程。

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