为什么使用有效玻尔兹曼机的基于窗口的学习算法优于原始的BM学习算法

M. Bellgard, R. Taplin
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摘要

许多模式识别问题被视为可以使用基于窗口的人工神经网络(ANN)来解决的问题。本文详细介绍了一种独特的基于窗口的学习算法,该算法使用有效玻尔兹曼机(EBM)。在过去,基于玻尔兹曼机(BM)的EBM已被证明具有执行模式补全的能力,并为任何长度的补全提供能量度量。本文描述了EBM本身是一个非常适合学习基于窗口问题的体系结构的方式。通过一个简单的例子,数学推导以及仿真实验表明,使用学习质量,学习速度以及网络产生的结果泛化的标准,EBM优于基于窗口的BM。
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Why a window-based learning algorithm using an Effective Boltzmann machine is superior to the original BM learning algorithm
Many pattern recognition problems are viewed as problems that can be solved using a window based artificial neural network (ANN). The paper details a unique, window based learning algorithm using the Effective Boltzmann Machine (EBM). In the past, EBM, which is based on the Boltzmann Machine (BM), has been shown to have the ability to perform pattern completion and to provide an energy measure for completions of any length. Described in the paper is the way that the EBM itself is a highly suitable architecture for learning window based problems. A walk through of a simple example, mathematical derivation as well as simulation experiments shows that the EBM outperforms a window based BM using the criteria of quality of learning, and speed of learning, as well as the resultant generalisations produced by the network.
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