一种支持向量机粗糙神经网络的构造与分类决策

Contruction of an SVM Rough Neural Network and Its Classification Decision

  • 摘要: 本文根据支持向量机可以解决小样本学习问题的优势,再结合粗集理论对不确定性问题分析的特点,提出一种支持向量机的粗糙神经网络的构造方法.该方法引入多个类似于支持向量机的子神经网络,并将网络中的隐层单元设计成由多组粗糙神经元构成的网络单元.这种新型神经网络具有结构确定、可解释性好、计算简单、收敛速度快等特点.最后,以某型歼击机的飞机舵面故障判决为例,用仿真结果证明,本文方法是行之有效的.

     

    Abstract: This paper describes a new method for constructing a rough neural network. In this network, rough neurons lie in the hidden-layer, and they consist of three parts which generated by two hyperplanes that partition the universe. The hyperplanes are obtained by a method that is similar to support vector machine (SVM). This neural network has the characteristics of definite configuration, good understandability, simple computation and fast convergence. An example based on the aircraft actuator failure classification is presented. Simulation results show that this method is effective.

     

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