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Control systems for a helicopter with two degrees of freedom

机译:具有两度自由的直升机的控制系统

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The goal of this article is to model and control a helicopter of two degrees of freedom, better known as a twin rotor Multiple Inputs Multiple Outputs (“MIMO”) system, those mobility points of freedom allows the helicopter to be positioned in Pitch and Yaw angles. This system has exceptional characteristics that make it a challenge to be controlled; given the fact that it is a non-linear, multi-variable and an unstable system. In order to acquire a control system with high performance and robustness, the helicopter must be held with various strategies and their results need to be compared to identify the best one. The control schemas used are Single Input Single Output (“SISO”) PID control, Uncoupled MIMO Cross-Control and a Servotracking control with a state observer.
机译:本文的目标是模拟和控制两度自由的直升机,更好地称为双转子多个输入多输出(“MIMO”)系统,这些自由度允许直升机定位在间距和偏航中角度。该系统具有卓越的特征,使其成为受控制的挑战;鉴于它是非线性,多变量和不稳定的系统。为了获得具有高性能和稳健性的控制系统,必须使用各种策略进行直升机,并将其结果进行比较以识别最佳的策略。使用的控制模式是单输入单输出(“SISO”)PID控制,未耦合MIMO交叉控制和具有状态观察者的临时控制。

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