本文的组织结构如下。第二节介绍了一类不确定混沌陀螺系统。第三节在构造复

The organization structure of this article is as follows. The second section introduces a class of uncertain chaotic gyro systems. In the third section, while constructing compound learning, an adaptive fuzzy control is designed using disturbance observer. The fourth section verifies the effectiveness of the method through simulation. The final conclusion is contained in Section 5.

The organizational structure of this article is as follows. The second section introduces a class of uncertain chaotic gyro systems. The third section, while constructing composite learning, designs adaptive fuzzy control by using interference observers. The fourth section verifies the validity of the method through simulation. The final conclusions are contained in section V.

The organizational structure of this paper is as follows. In the second section, a kind of uncertain chaotic gyroscope system is introduced. In the third section, the adaptive fuzzy control is designed by using the disturbance observer while the compound learning is constructed. In the fourth section, the effectiveness of the method is verified by simulation. The final conclusion is given in Section 5.<br>