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Determining the Neural Network Topology from the Viewpoint of Kuhn's Philosophy and Popper's Philosophy

机译:从Kuhn哲学和波普尔哲学的角度确定神经网络拓扑

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Determining the number of hidden layers and the number of neurons are very important and have a large influence on deep neural network(DNN) performance. In some studies, there is no clear guideline on how to determine the number of hidden layers or neurons optimally; even the roles and functions of both are explained minimally. Although it is difficult, researches to determine the number of hidden layers and neurons must continue to be carried out, because both will greatly determine the performance of DNN. According to Kuhn, the method for determining neural network topology in deciding the number of hidden layers and hidden neurons is still in pre-paradigm phase. New studies continue to be made in an effort to find methods that can be generally accepted, so that they will become normal sciences. The proposed new methods can be tested by using Popper's falsification which will determine whether the methods can eventually become normal sciences or not.
机译:确定隐藏层的数量和神经元数量非常重要,对深度神经网络(DNN)性能具有很大影响。在一些研究中,没有明确的指导准则如何确定隐藏层或神经元的数量;即使是两者的角色和功能也是最小化的。虽然必须继续进行确定的研究,但必须继续进行隐藏层和神经元的数量,因为两者都会大大确定DNN的性能。根据Kuhn的说法,在确定隐藏层和隐藏神经元的数量决定神经网络拓扑中的方法仍处于预视阶段。继续进行新的研究,以寻求普遍接受的方法,以便他们将成为正常的科学。可以使用Popper的伪造来测试所提出的新方法,这将确定方法是否最终可以成为正常的科学。

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