Research on new fuzzy deep learning model and its construction technology

Xiaofeng Yao
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Abstract

The application of deep learning in adaptively extracting corresponding feature expressions from a large number of unbalanced data sets for classification has become a hot topic of research and discussion at home and abroad in recent years. The purpose of this paper is to study the new model of fuzzy deep learning and its construction technology. A vehicle detection algorithm based on fuzzy deep belief network is proposed. Deep belief fuzzy networks can gain the ability to integrate prior knowledge by introducing fuzzy set theory into deep belief networks. It is a deep framework that combines the power of abstract restricted Boltzmann machines with the power of fuzzy set classification. Constrained Boltzmann functions can achieve fast data dimensionality reduction, and fuzzy sets can improve the classification accuracy of deep learning frameworks based on membership functions for each class. The experimental results on the wine dataset show that the detection algorithm based on fuzzy deep belief network proposed in this paper can classify faster and more accurately.
新型模糊深度学习模型及其构建技术研究
应用深度学习自适应地从大量不平衡数据集中提取相应的特征表达式进行分类,已成为近年来国内外研究和讨论的热点。本文的目的是研究一种新的模糊深度学习模型及其构建技术。提出了一种基于模糊深度信念网络的车辆检测算法。将模糊集理论引入深度信念网络,可以获得先验知识的集成能力。它是一个将抽象受限玻尔兹曼机的能力与模糊集分类能力相结合的深度框架。约束玻尔兹曼函数可以实现快速的数据降维,模糊集可以提高基于类隶属度函数的深度学习框架的分类精度。在葡萄酒数据集上的实验结果表明,本文提出的基于模糊深度信念网络的检测算法能够更快、更准确地分类。
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