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Advanced State Fuzzy Cognitive Maps applied on nearly Zero Energy Building model

机译:高零能量建设模型应用高级国家模糊认知地图

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Fuzzy Cognitive Maps method combines the advantages of Fuzzy Logic, such as their human reasoning and linguistic features, with the advantages of Neural Networks, such as their low mathematical calculation requirements, in order to model complex dynamic systems on a wide variety of applications. The system variables and their interconnections are described using a graph and a weight matrix. Application of experts’ knowledge leads towards more realistic system models. In addition, the implementation of state-space theory in combination with learning algorithms, lead to a new generation of Fuzzy Cognitive Maps, the Advanced State Fuzzy Cognitive Maps. All the above are implemented on a nearly Zero Energy Building model, using real weather data and presenting its annual energy response.
机译:模糊认知地图方法结合了模糊逻辑的优点,例如他们的人工推理和语言特征,具有神经网络的优点,如它们的数学计算要求,以便在各种应用上建模复杂的动态系统。 使用图形和权重矩阵描述系统变量及其互连。 专家知识的应用导致更现实的系统模型。 此外,国家空间理论的实施与学习算法结合,导致新一代模糊认知地图,先进的国家模糊认知地图。 所有上述所有在几乎零能量建设模型上实现,使用真实天气数据并呈现其年度能源响应。

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