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四轴飞行器的动力学建模和位置控制研究
Research on Dynamic Modeling and Position Control of the Quadcopter
【摘要】 基于四轴飞行器的应用价值,国内开始了针对性研究,其中四轴动力学模型的建立和飞行控制,是研究难点。文中建立了四轴动力学模型,并结合基于加速度积分计算的空间追踪模型与改进型PID控制算法,设计了四轴飞行位置控制系统。同时,利用Matlab/Simulink模块对控制系统进行了仿真,验证了其控制性能。
【Abstract】 Due to its great application value,quadcopters have drawn increasing attention of domestic institutions. The establishment of quadcopter dynamic model and flight control are two major difficulties. This paper establishes a quadcopter dynamic model,and designs a quadcopter position control system combined with space tracking model based on the acceleration integral and improved PID control algorithm. The Matlab / Simulink module is used to simulate the control system and test the control performance.
【关键词】 四轴飞行器;
动力学模型;
改进型PID算法;
Matlab/Simulink仿真;
【Key words】 quadcopter; dynamic model; improved PID algorithm; Matlab/Simulink simulation;
【Key words】 quadcopter; dynamic model; improved PID algorithm; Matlab/Simulink simulation;
- 【文献出处】 电子科技 ,Electronic Science and Technology , 编辑部邮箱 ,2015年01期
- 【分类号】V211;V249.1
- 【被引频次】18
- 【下载频次】906