明确和有限评价的矛盾解决及其在SOM中的应用

R. Kamimura
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引用次数: 0

摘要

本文对矛盾解决方法进行了改进。在矛盾解决中,一个神经元在不考虑其他神经元的情况下被自我评估为放电。另一方面,一个神经元通过考虑所有邻近的神经元来进行外部评估。我们通过将自我评价的结果与外部评价的结果分离,并限制获胜神经元的数量来改善矛盾解决。外显分离强化了自我评价与外部评价的矛盾。获胜神经元的数量的减少是专注于有限数量的神经元中提取主要特征的输入模式。我们应用矛盾解决参议院数据。实验结果证实,预测的改进伴随着可视化和解释性能的提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contradiction resolution with explicit and limited evaluation and its application to SOM
In this paper, we improve contradiction resolution method. In contradiction resolution, a neuron is self-evaluated to fire without considering other neurons. On the other hand, a neuron is outer-evaluated by considering all neighboring neurons. We improve contradiction resolution by separating the results by self-evaluation from those by outer-evaluation and by limiting the number of winning neurons. The explicit separation is used to enhance contradiction between self and outer-evaluation. The reduction of the number of winning neurons is to focus on a limited number of neurons for extracting main characteristics of input patterns. We applied contradiction resolution to the Senate data. Experimental results confirmed that improved prediction was accompanied by improved visualization and interpretation performance.
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