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Multi TP model transformation for functions with different numbers of variables

机译:具有不同数量变量的函数的多TP模型转换

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Models in the cognitive sciences and AI are typically based on heuristic combinations of soft computing methods - including fuzzy approaches, neural networks and others. It is often difficult, if not completely intractable to apply operations between such models, as they are usually given in different mathematical representations or using different frameworks that may or may not be suitable for their unification. This paper focuses on the TP model transformation, which plays an important role in transforming various model representations to a unified form that fits well with formalised mathematical design concepts. The novelty of the paper is a new extension of the TP model transformation that is capable of transforming a set of models with a different number of inputs. This is in contrast to previous solutions, in which the requirement for all models to have the same number of inputs was a strong limitation.
机译:认知科学和AI中的模型通常基于软计算方法(包括模糊方法,神经网络等)的启发式组合。如果在这些模型之间应用操作,即使不是完全难解,通常也很困难,因为它们通常以不同的数学表示形式或使用可能适合或可能不适合其统一的不同框架给出。本文着重于TP模型转换,它在将各种模型表示转换为非常适合形式化数学设计概念的统一形式中起着重要作用。本文的新颖之处在于TP模型转换的新扩展,它能够转换具有不同数量输入的一组模型。这与以前的解决方案形成了鲜明的对比,在以前的解决方案中,所有模型都必须具有相同数量的输入。

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