论文部分内容阅读
随着飞行器制导与控制理论与应用的发展和成熟,进行飞行器制导控制关键技术的课程拓展成为航空宇航类专业的必要任务。以激光半主动导引头为例,提出了实验室内半实物仿真、运用火箭撬仿真平台的室外半实物仿真及结合激光制导抗干扰技术的半实物仿真等课程模式拓展的建议。通过分析可知,采用不同的方法对飞行器制导控制关键技术的认知及应用具有深远的意义。
With the development and maturity of the theory and application of guidance and control of aircraft, the course development of key technologies of guidance and control of aircraft has become a necessary task for aerospace professionals. Taking the semi-active laser seeker as an example, this paper puts forward the suggestions of semi-physical simulation in the laboratory, outdoor semi-physical simulation using rocket pry simulation platform and semi-physical simulation combined with laser guided anti interference technology. Through the analysis, we can see that using different methods has far-reaching significance for the recognition and application of the key technologies of the aircraft guidance control.