世界公式和Perron Frobenius定理:如何解决世界(几乎所有)问题

Thomas Fehlmann, Eberhard Kranich
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引用次数: 0

摘要

传递函数将系统(如滤波器电路)的输出或响应与输入或刺激相关联。可以测量响应;是未知的。求解世界公式不仅解释了模拟图像和语音如何进行数字存储,还解释了大数据和人工智能等许多方法和技术。对于向量空间之间的线性函数,如果存在,则特征向量法使计算解变得容易。数值算法可用于求解。因此,该方法适用于对科学基础感兴趣的学生。但是,系统必须满足一定的条件才能使特征向量法适用。Perron Frobenius定理定义了这些条件。关键词:传递函数,大数据,世界公式,特征向量法,Perron Frobenius定理
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The World Formula and the Theorem of Perron-Frobenius: How to Solve (Almost All) Problems of the World
Transfer Functions relate the output or response of a system such as a filter circuit to the input or stimulus . The response can be measured; the is the unknown. Solving the World Formula not only explains how analog images and voice can be digitally stored, but also many methods and techniques such as Big Data and Artificial Intelligence. For linear functions between vector spaces, the Eigenvector Method makes calculating a solution easy, if it exists. Numerical algorithms are available for solving. Thus, the method is suitable for teaching students who are interested in the foundations of science. However, the system must meet certain conditions to make the eigenvector method applicable. The Theorem of Perron-Frobenius defines these conditions. Keywords: transfer functions, big data, world formula, Eigenvector method, theorem of Perron-Frobenius
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