航天器控制系统方案设计平台

Scheme Design System of Aircraft Control System

航天器姿态轨道控制系统方案设计是航天器姿态轨道控制系统设计的源头,但目前缺少信息化设计手段。给出一套基于MATLAB/Simulink的航天器姿态轨道控制系统方案设计平台,在Simulink环境下,对规范化算法进行图形化封装和使用,完成图形化的方案设计,并实现代码的自动生成。平台的界面图形化和自动化程度高,使用算法的继承性和生成代码的正确性强,提高了设计和仿真人员的工作效率,对各形式的控制系统方案设计平台的开发都有一定的借鉴意义。

Scheme design of aircraft is the source of attitude and orbit control system design,but there is a lack of information-based design means for the moment. A scheme design system of attitude and orbit control system was built based on MATLAB / Simulink. The standardization arithmetic was encapsulated and utilized,and the graphical scheme design and automatic coding was realized under Simulink environment. This system achieves a high degree of graphical user interface and automatization,the presented arithmetic has a great inheritable character and the acquired code has a good correctness. This system helps scheme designers and simulation engineers to improve efficiency,and provides a reference for the development of all kinds of scheme design system of control system.