刘碧瑜+云海龙+彭欢
摘 要：本文介紹了一种基于舵系统实测数据建立数学模型的方法，在工程应用中具有通用性、实用性。文中通过对舵系统工作原理分析与实测数据相结合的方式建立的数学模型。与实测曲线进行了对比，数学模型与实物具有较好的一致性。此方法可以应用于导弹舵系统论证与设计，与导弹制导控制系统进行迭代论证与设计。
关键词：舵系统；实测数据；数学建模；模型辨识
中图分类号：TP237 文献标识码：A 文章编号：1671-2064（2017）04-0225-02
Abstract：This paper introduces a method of building mathematical model based on measured data of rudder system， which is universal and practicable in engineering application. In this paper， the mathematical model of the rudder system is established by combining the working principle analysis and the measured data. Compared with the measured curve， the mathematical model is in good agreement with the physical model. This method can be applied to the missile rudder system demonstration and design， and can be used with missile guidance and control system for iterative demonstration and design.
Key words：rudder system；measured data；mathematical modeling；model identification
